This page is a temporary cover. EZMotion-NC E60 ALARM/PARAMETER MANUAL

Transcription

EZMotion-NC E60
ALARM/PARAMETER MANUAL
BNP-B2345A(ENG)
This page is a temporary cover.
It does not contain in the formal delivery version.
EZMotion is a registered trademark of Mitsubishi Electric Corporation.
Other company and product names that appear in this manual are trademarks or
registered trademarks of the respective company.
PREFACE
This manual is the alarm/parameter guide required to use the EZMotion-NC E60.
This manual is prepared on the assumption that your machine is provided with all of the EZMotion-NC
E60 functions. Confirm the functions available for your NC before proceeding to operation by referring to
the specification issued by the machine manufacturer.
Notes on Reading This Manual
(1) This manual explains general parameters as viewed from the NC.
For information about each machine tool, refer to manuals issued from the machine manufacturer.
If the descriptions relating to “restrictions” and “allowable conditions” conflict between this manual
and the machine manufacturer's instruction manual, the later has priority over the former.
(2) This manual is intended to contain as much descriptions as possible even about special operations.
The operations to which no reference is made in this manual should be considered impossible.
Caution
If the descriptions relating to the “restrictions” and “allowable conditions” conflict between this
manual and the machine manufacturer’s instruction manual‚ the latter has priority over the
former.
The operations to which no reference is made in this manual should be considered
impossible.
This manual is complied on the assumption that your machine is provided with all optional
functions. Confirm the functions available for your machine before proceeding to operation by
referring to the specification issued by the machine manufacturer.
In some NC system versions‚ there may be cases that different pictures appear on the screen‚
the machine operates in a different way or some function is not activated.
Precautions for Safety
Always read the specifications issued by the machine maker, this manual, related manuals and attached
documents before installation, operation, programming, maintenance or inspection to ensure correct use.
Understand this numerical controller, safety items and cautions before using the unit.
This manual ranks the safety precautions into "DANGER", "WARNING" and "CAUTION".
DANGER
WARNING
CAUTION
When the user may be subject to imminent fatalities or major injuries if handling is
mistaken.
When the user may be subject to fatalities or major injuries if handling is mistaken.
When the user may be subject to injuries or when physical damage may occur if
handling is mistaken.
Note that even items ranked as "
CAUTION", may lead to major results depending on the situation. In any
case, important information that must always be observed is described.
DANGER
Not applicable in this manual.
WARNING
Not applicable in this manual.
CAUTION
1. Items related to product and manual
If the descriptions relating to the “restrictions” and “allowable conditions” conflict between this
manual and the machine manufacturer’s instruction manual‚ the latter has priority over the former.
The operations to which no reference is made in this manual should be considered impossible.
This manual is complied on the assumption that your machine is provided with all optional
functions. Confirm the functions available for your machine before proceeding to operation by
referring to the specification issued by the machine manufacturer.
In some NC system versions‚ there may be cases that different pictures appear on the screen‚
the machine operates in a different way on some function is not activated.
2. Items related to faults and abnormalities
If the BATTERY LOW alarm is output, save the machining programs, tool data and parameters
to an input/output device, and then replace the battery. If the BATTERY alarm occurs, the
machining programs, tool data and parameters may be damaged. After replacing the battery,
reload each data item.
[Continued on next page]
CAUTION
[Continued]
3. Items related to maintenance
Do not replace the battery while the power is ON.
Do not short-circuit, charge, heat, incinerate or disassemble the battery.
Dispose of the spent battery according to local laws.
4. Items related to servo parameters and spindle parameters
Do not adjust or change the parameter settings greatly as operation could become unstable.
In the explanation on bits, set all bits not used, including blank bits, to “0”.
CONTENS
I
EXPLANATION OF ALARMS
1. LIST OF ALARMS......................................................................................................................... 1
1.1 OPERATION ALARMS ..........................................................................................................1
1.2 STOP CODES ........................................................................................................................ 5
1.3 SERVO ALARMS .................................................................................................................10
1.4 SPINDLE ALARMS ..............................................................................................................20
1.5 MCP ALARM ........................................................................................................................25
1.6 SYSTEM ALARMS ...............................................................................................................28
1.7 ABSOLUTE POSITION DETECTION SYSTEM ALARMS..................................................32
1.8 MESSAGES DURING EMERGENCY STOP ......................................................................35
1.9 AUXILIARY AXIS ALARMS..................................................................................................36
1.10 USER PLC ALARMS..........................................................................................................43
2. OPERATION MESSAGES ON SETTING AND DISPLAY UNIT...............................................44
2.1 OPERATION ERRORS........................................................................................................44
2.2 OPERATOR MESSAGES ....................................................................................................52
2.2.1 SEARCH AND OPERATION RELATED......................................................................52
2.2.2 MDI/EDITING RELATED..............................................................................................53
2.2.3 DATA INPUT/OUTPUT RELATED ..............................................................................54
2.2.4 S-ANALOG OUTPUT ADJUSTMENT RELATED........................................................55
2.2.5 AUXILIARY AXIS..........................................................................................................55
2.2.6 PARAMETER BACKUP RELATED .............................................................................55
2.2.7 OTHERS .......................................................................................................................56
3. PROGRAM ERROR....................................................................................................................57
II
EXPLANATION OF PARAMETERS
1. SCREEN CONFIGURATION ........................................................................................................1
1.1 SCREEN TRANSITION CHARTS.......................................................................................... 1
2. MACHINING PARAMETERS ....................................................................................................... 3
2.1 PROCESS PARAMETERS.................................................................................................... 3
2.2 CONTROL PARAMETERS.................................................................................................... 8
2.3 AXIS PARAMETERS............................................................................................................10
2.4 BARRIER DATA ...................................................................................................................11
2.5 TOOL MEASUREMENT PARAMETERS ............................................................................13
3. I/O PARAMETERS......................................................................................................................14
3.1 BASE PARAMETERS ..........................................................................................................14
3.2 I/O DEVICE PARAMETERS ................................................................................................15
3.3 COMPUTER LINK PARAMETERS......................................................................................17
4. SETUP PARAMETERS ..............................................................................................................18
5. BASE SPECIFICATIONS PARAMETERS.................................................................................19
6. AXIS SPECIFICATIONS PARAMETERS ..................................................................................68
6.1 AXIS SPECIFICATIONS PARAMETERS ............................................................................68
6.2 ZERO POINT RETURN PARAMETERS .............................................................................74
6.3 ABSOLUTE POSITION PARAMETERS..............................................................................77
6.4 AXIS SPECIFICATIONS PARAMETERS 2 .........................................................................79
-i-
7. SERVO PARAMETERS..............................................................................................................83
7.1 MDS-B-SVJ2 ........................................................................................................................83
7.2 SUPPLEMENT ...................................................................................................................102
7.2.1 D/A OUTPUT SPECIFICATIONS...............................................................................102
7.2.2 ELECTRONIC GEARS...............................................................................................105
7.2.3 LOST MOTION COMPENSATION ............................................................................106
8. SPINDLE PARAMETERS.........................................................................................................107
8.1 SPINDLE BASE SPECIFICATIONS PARAMETERS........................................................107
8.2 MDS-B-SPJ2 ......................................................................................................................114
8.3 MDS-B-SP/SPH, MDS-C1-SP/SPH ...................................................................................134
8.4 MDS-C1-SPM .....................................................................................................................165
8.5 SUPPLEMENT ...................................................................................................................194
8.5.1 D/A OUTPUT SPECIFICATIONS...............................................................................194
9. MACHINE ERROR COMPENSATION......................................................................................197
9.1 FUNCTION OUTLINE .........................................................................................................197
9.2 SETTING COMPENSATION DATA....................................................................................201
9.3 EXAMPLE IN USING A LINEAR AXIS AS THE BASE AXIS .............................................203
9.4 EXAMPLE IN USING A ROTATION AXIS AS THE BASE AXIS .......................................207
10. PLC CONSTANTS...................................................................................................................208
10.1 PLC TIMER........................................................................................................................208
10.2 PLC COUNTER.................................................................................................................208
10.3 PLC CONSTANTS ............................................................................................................209
10.4 SELECTING THE PLC BIT ...............................................................................................209
11. MACRO LIST ...........................................................................................................................212
12. POSITION SWITCH .................................................................................................................214
12.1 OUTLINE OF FUNCTION .................................................................................................214
12.2 CANCELING THE POSITION SWITCH ...........................................................................216
13. AUXILIARY AXIS PARAMETER SCREEN ...........................................................................217
- ii -
I
EXPLANATION OF ALARMS
1.
1.1
1.
LIST OF ALARMS
OPERATION ALARMS
LIST OF ALARMS
1.1 OPERATION ALARMS
(The bold characters are the messages displayed on the screen.)
M01 OPERATION ERROR
Error No.
Alarms occurring due to incorrect operation by the operator
during NC operation and those by machine trouble are
displayed.
Details
Remedy
0001
DOG OVERRUN (Dog overrun)
When returning to the reference point‚
the near-point detection limit switch did
not stop over the dog‚ but overran the
dog.
• Increase the length of the near-point
dog.
• Reduce the reference point return
speed.
0002
Z-AX NO CRSS
One of the axes did not pass the
Z-phase during the initial reference point
return after the power was turned ON.
• Move the detector one rotation or more
in the opposite direction of the reference
point‚ and repeat reference point return.
0003
INVALID RET (Invalid return)
When manually returning to the
reference point‚ the return direction
differs from the axis movement direction
selected with the AXIS SELECTION
key.
• The selection of the AXIS SELECTION
key’s +/– direction is incorrect. The error
is canceled by feeding the axis in the
correct direction.
0004
EXT INTRLK (External interlock)
The external interlock function has
activated (the input signal is “OFF”) and
one of the axes has entered the interlock
state.
• As the interlock function has activated‚
release it before resuming operation.
• Check the sequence on the machine
side.
• Check for broken wires in the interlock
signal line.
0005
INTRL INTRLK (Internal interlock)
The internal interlock state has been
entered.
The absolute position detector axis has
been removed.
A command for the manual/automatic
simultaneous valid axis was issued from
the automatic mode.
• The servo OFF function is valid‚ so
release it first.
• An axis that can be removed has been
issued‚ so perform the correct
operations.
• The command is issued in the same
direction as the direction where manual
skip turned ON‚ so perform the correct
operations.
• During the manual/automatic simultaneous mode‚ the axis commanded in
the automatic mode became the manual
operation axis. Turn OFF the manual/
automatic valid signal for the
commanded axis.
• Turn ON the power again‚ and perform
absolute position initialization.
I-1
1.
1.1
Error No.
LIST OF ALARMS
OPERATION ALARMS
Details
Remedy
0006
H/W STRK END (H/W stroke end)
The stroke end function has activated
(the input signal is “OFF”) and one of the
axes is in the stroke end status.
• Move the machine manually.
• Check for broken wires in the stroke end
signal wire.
• Check for trouble in the limit switch.
0007
S/W STRK END (S/W stroke end)
The stored stroke limit I‚ II function has
activated.
• Move it manually.
• If the stored stroke limit in the parameter
is incorrectly set‚ correct it.
0008
Chuck/tail-stock barrier stroke end axis
found
The chuck/tail-stock barrier function
turned ON‚ and an axis entered the
stroke end state.
• Reset the alarm with reset‚ and move
the machine in the reverse direction.
0009
Reference point return number illegal
Return to the No. 2 reference point was
performed before return to the No. 1
reference point was completed.
• Execute No. 1 reference point return.
0019
Sensor signal illegal ON
The sensor signal was already ON when
the tool measurement mode (TLM)
signal was validated.
• Turn the tool measurement mode signal
input OFF, and move the axis in a safe
direction.
• The operation alarm will turn OFF even
when the sensor signal is turned OFF.
The sensor signal turned ON when there
was no axis movement after the tool
measurement mode (TLM) signal was
validated.
The sensor signal turned ON at a
position within 100µm from the final
entry start position.
Note) When the tool measurement mode
signal input is turned OFF, the axis
can be moved in either direction.
Pay attention to the movement
direction.
0020
Reference point return illegal
Return to the reference point was
performed before the coordinates had
not been established.
• Execute reference point return
0024
Zero point return disabled during absolute
position detection alarm
A zero point return signal was input
during an absolute position detection
alarm.
• Reset the absolute position detection
alarm‚ and then perform zero point
return.
0025
Zero point return disabled during zero
point initialization
A zero point return signal was input
during zero point initialization of the
absolute position detection system.
• Complete zero point initialization‚ and
then perform zero point return.
I-2
1.
1.1
Error No.
LIST OF ALARMS
OPERATION ALARMS
Details
Remedy
0101
NOT OP MODE (Not operation mode)
• Check for a broken wire in the input
mode signal wire.
• Check for trouble in the mode selector
switch.
• Check the sequence program.
0102
OVERRIDE ZERO (Override zero)
The cutting feed override switch on the
machine operation panel is set to zero.
• Set the switch to a value other than zero
to release the error.
• If the switch is set to a value other than
zero‚ check for a short circuit in the
signal wire.
0103
EX F SPD ZRO (External feed speed
zero)
The manual feed speed switch on the
machine operation panel is set to zero
when the machine is in the jog mode or
automatic dry run mode.
• Set the switch to a value other than zero
to release the error.
• If the switch is set to a value other than
zero‚ check for a short circuit in the
signal wire.
0104
F1 SPD ZRO (F1-digit speed zero)
The F1-digit feedrate is set to zero when
the F1-digit feed command is being
executed.
• Set the F1-digit feedrate on the setup
parameter screen.
0105
SPINDLE STP (Spindle stop)
The spindle stopped during the
synchronous feed command.
• Rotate the spindle.
• If the workpiece is not being cut‚ start dry
run.
• Check for a broken wire in the spindle
encoder cable.
• Check the connections for the spindle
encoder connectors.
• Check the spindle encoder pulse.
0106
HNDL FD NOW (Handle feed axis No.
illegal)
An axis not found in the specifications
was designated for handle feed or the
handle feed axis was not selected.
• Check for broken wires in the handle
feed axis selection signal wire.
• Check the No. of axes listed in the
specifications.
0107
SPDL RPM EXS (Spindle rotation speed
excessive)
The spindle rotation speed exceeded
the axis clamp speed during the thread
cutting command.
• Lower the commanded spindle rotation
speed.
0108
Fixed point mode feed axis No. illegal:
An axis not found in the specifications
was designated for the fixed point mode
feed or the fixed point mode feedrate is
illegal.
• Check for broken wires in the fixed
mode feed axis selection signal wire and
fixed point mode feedrate wire.
• Check the fixed point mode feed
specifications.
0109
BLK ST INTLK (Block start interlock)
An interlock signal that locks the start of
the block has been input.
I-3
1.
1.1
Error No.
LIST OF ALARMS
OPERATION ALARMS
Details
Remedy
0110
CTBL ST INTLK (Cutting block start
interlock)
An interlock signal that locks the start of
the cutting block has been input.
0111
Restart switch ON
The restart switch was turned ON before
the restart search was completed, and
the manual mode was selected.
• Search the block to be restarted.
• Turn OFF the restart switch.
0112
Program Check Mode
The automatic start button was pressed
during program check or in program
check mode.
• Press the reset button to cancel the
program check mode.
0115
RESETTING
The automatic start button was pressed
during resetting or tape rewinding.
• When rewinding the tape‚ wait for the
winding to end‚ or press the reset button
to stop the winding‚ and then press the
automatic start button.
• During resetting‚ wait for resetting to
end‚ and then press the automatic start
button.
0117
PLAYBACK NOT POSSIBLE
The playback switch was turned ON
during editing or full-character mode
(9-inch).
• During editing‚ cancel the function by
pressing the input or previous screen
key‚ and then turn ON the playback
switch.
• Set the edit screen (9-inch) to the
half-character mode‚ and then turn ON
the playback switch.
0160
Axis with no maximum speed set for the
outside of the soft limit range
Returned from the outside of the soft
limit range for the axis with no maximum
speed set for the outside of the soft limit
range.
• Set the maximum speed for the outside
of the soft limit range. (Parameter
“#2021 out_f”)
• Change the soft limit range.
(Parameter “#2013 OT–” “#2014 OT+”)
1007
The spindle is being used in synchronized
tapping.
• Cancel synchronized tapping.
M90 PARAM SET MODE
Error No.
—
M90 Messages output when the setup parameter lock function
is enabled are displayed.
Details
Remedy
Setup parameter lock released
The setup parameter lock is released.
Automatic start is disabled when setup
parameters can be set.
I-4
• Refer to the manual issued by the
machine manufacturer.
1.
1.2
LIST OF ALARMS
STOP CODES
1.2 STOP CODES
These codes indicate a status that caused the controller to stop for some reason.
T01 CAN’T CYCLE ST
Error No.
This indicates the state where automatic operation cannot be
started when attempting to start it from the stop state.
Details
Remedy
0101
AX IN MOTION (axis in motion)
Automatic start is not possible as one of
the axes is moving.
• Try automatic start again after all axes
have stopped.
0102
READY OFF
Automatic start is not possible as the NC
is not ready.
• Another alarm has occurred. Check the
details and remedy.
0103
RESET ON
Automatic start is not possible as the
reset signal has been input.
• Turn OFF the reset input signal.
• Check that the reset switch is not ON
constantly due to trouble.
0104
A-OP STP SGL (Automatic operation stop
signal “ON”)
The FEED HOLD switch on the machine
operation panel is “ON” (valid).
• Check the FEED HOLD switch.
• The feed hold switch is the B contact.
• Check for broken wires in the feed hold
signal wire.
0105
H/W STRK END (H/W stroke end axis)
the axes is at the stroke end.
• If one of the axis’ ends is at the stroke
end‚ move the axis manually.
• Check for broken wire in the stroke end
signal wire.
• Check for trouble in the stroke end limit
switch.
0106
S/W STRK END (S/W stroke end axis)
the axes is at the stored stroke limit.
• Move the axis manually.
• If an axis is not at the end‚ check the
parameter details.
0107
NO OP MODE (NO operation mode)
The operation mode has not been
selected.
• Select the automatic operation mode.
• Check for broken wires in the automatic
operation mode (memory‚ tape‚ MDl)
signal wire.
I-5
1.
1.2
Error No.
LIST OF ALARMS
STOP CODES
Details
Remedy
0108
OP MODE DUPL (Operation mode
duplicated)
Two or more automatic operation modes
are selected.
• Check for a short circuit in the mode
selection signal wire (memory‚ tape‚
MDl).
• Check for trouble in the switch.
0109
OP MODE SHFT (Operation mode shift)
The automatic operation mode changed
to another automatic operation mode.
• Return to the original automatic
operation mode‚ and start automatic
start.
0110
Tape search execution
Automatic start is not possible as tape
search is being executed.
• Begin automatic start after the tape
search is completed.
0113
Thermal alarm
Automatic start is not possible because
a thermal alarm (Z53 TEMP. OVER) has
occurred.
• The NC controller temperature has
exceeded the specified temperature.
• Take appropriate measures to cool the
unit.
0115
In host communication
Automatic start cannot be executed as
the NC is communicating with the host
computer.
• Execute automatic start after the
communication with the host computer
is completed.
0138
Disabled start during absolute position
detection alarm
A start signal was input during an
absolute position detection alarm.
alarm‚ and then input the start signal.
0139
Disabled start during zero point
initialization
A start signal was input while initializing
the absolute position detector’s zero
point.
• Complete zero point initialization before
inputting the start signal.
0190
Automatic start disabled
Automatic start is disabled because
setup parameters can be set.
• Refer to the manual issued by the
0191
Automatic start disabled
Automatic start was caused during file
deletion or writing.
• Cause automatic start after file deletion
or writing is completed.
I-6
1.
1.2
T02 FEED HOLD
Error No.
LIST OF ALARMS
STOP CODES
The feed hold state been entered due to a condition in the
automatic operation.
Details
Remedy
0201
H/W STRK END (H/W stroke end axis)
An axis is at the stroke end.
• Manually move the axis away from the
stroke end limit switch.
• The machining program must be
corrected.
0202
S/W STRK END (S/W stroke end axis)
An axis is at the stored stroke limit.
• Manually move the axis.
• The machining program must be
corrected.
0203
RESET SIGNAL ON (Reset signal on)
The reset signal has been input.
• The program execution position has
returned to the start of the program.
Execute automatic operation from the
start of the machining program.
0204
AUTO OP STOP (Automatic operation
stop)
The FEED HOLD switch is “ON”.
• Resume automatic operation by
pressing the “CYCLE START” switch.
0205
AUTO MD CHING (Automatic mode
change)
The operation mode changed to another
mode during automatic operation.
operation mode‚ and resume automatic
operation by pressing the “CYCLE
START” switch.
0206
Acceleration and deceleration time
constants too large
The acceleration and deceleration time
constants are too large. (This problem
occurs at the same time as system
alarm Z59.)
• Increase the set value of the parameter
“#1206 G1bF”.
• Decrease the set value of the parameter
“#1207 G1btL”.
• Lower the cutting speed.
0215
Absolute position detection alarm stop
An absolute position detection alarm
occurred.
alarm.
I-7
1.
1.2
T03 BLOCK STOP
Error No.
0301
LIST OF ALARMS
STOP CODES
This indicates that automatic operation stopped after executing
one block of the program.
Details
Remedy
SNGL BLK ON (Single block on)
The SINGLE BLOCK switch on the
machine operation panel is ON.
• Automatic operation can be resumed by
turning the CYCLE START switch ON.
The single block or machine lock switch
changed.
0302
User macro stop
The block stop command was issued in
the user macro program.
• Automatic operation can be resumed by
turning the CYCLE START switch ON.
0303
Mode change
The automatic mode changed to another
automatic mode.
operation mode‚ and resume automatic
operation by turning the CYCLE START
switch ON.
0304
MDI completion
The last block of MDI was completed.
• Set MDI again‚ and turn the CYCLE
START switch ON to resume MDl
operation.
0305
Block start interlock
The interlock signal that locks the block
start is entered.
0306
Block cutting start interlock
The interlock signal that locks the block
cutting start is entered.
I-8
1.
1.2
LIST OF ALARMS
STOP CODES
This indicates the operation state when an alarm did not occur
during automatic operation‚ and nothing seems to have
happened.
T10 FIN WAIT
Error No.
0
Details
The error number is displayed while each of the completion wait modes listed in the
table below is ON. It disappears when the mode is canceled.
0
Alarm
No.
In dwell
execution
Alarm
No.
Door
open
Note 1)
0
1
Waiting
for
spindle
position
to be
looped
0
×
Alarm
No.
Waiting
for
spindle
orientation to
complete
Waiting
for
cutting
speed
deceleration
Waiting
for rapid
traverse
deceleration
Waiting
for MSTB
completion
0
×
1
8
×
9
×
×
×
1
2
×
3
×
4
×
5
×
6
×
×
7
×
×
I-9
×
8
×
9
×
A
×
×
B
×
×
C
×
×
D
×
×
E
×
×
×
F
×
×
×
Note 1: This mode is enabled by the door interlock function.
×
×
×
×
×
×
1.
1.3
LIST OF ALARMS
SERVO ALARMS
1.3 SERVO ALARMS
These alarms describe errors in the servo system such as the servo drive amplifier‚ motor and encoder.
The alarm message‚ alarm No. and Axis Name will display on the alarm message. The No. of the axis
where the alarm occurred and the alarm No. will also display on the servo monitor screen. If several alarms
have occurred‚ a max. of two errors per axis will display on the servo monitor screen.
If “S”, “T”, “M” or “N” is displayed as an axis name on the alarm message screen, the error is a spindle
alarm.
Refer to the section “Spindle alarms”.
S
SERVO ALARM
: ××
0 0 ∆∆
Axis name
Alarm No.
Alarm reset class
Alarm class
(Note 1) The alarm class and alarm reset class combinations are preset.
(Refer to the separate table for S02, S51 and S52.)
Alarm class
S01
Alarm reset class
PR
S03
NR
S04
AR
Resetting methods
After removing the cause of the alarm, reset the
alarm by turning the NC power ON again.
alarm by inputting the NC RESET key.
alarm by turning the servo drive unit power ON
again.
(Note 2) The resetting method may change according to the alarm class.
For example, even if “S03 Servo error: NR” is displayed, it may be necessary to turn the NC
power ON again.
(Note 3) Refer to the spindle alarms if the axis name is “S”, “T”, “M” or “N”.
Alarm No.
10
Name
Insufficient voltage
11
Axis selection error
12
13
14
15
Meaning
PN bus voltage dropped to 200 V or lower.
The rotary switches for both axes are set to the same axis number
when using the 2-axis integrated amplifier. Otherwise, the switches
are set to an illegal value.
Memory error 1
An error occurred in a memory or FB IC by self-check to be made
during driver power-ON.
Software processing The S/W process did not end within the specified time. (S/W
error 1
operation sequence or timing error)
Software processing The control IC is not operating correctly.
error 2
Memory error 2
Amplifier self-diagnosis error
(The amplifier LED display will be “- ”.)
I - 10
1.
1.3
Alarm No.
16
LIST OF ALARMS
SERVO ALARMS
Name
Magnetic pole
position detection
error
A/D converter error
Meaning
An error occurred in the U, V, and W phases for polarity position
detection.
22
An error occurred in the A/D converter for current detection by
self-check to be made during driver power-ON.
A/D converter variables contain an abnormal value.
Motor side detector: The absolute position data was not sent properly with serial data
when the power was turned ON.
Initial
communication error Initial communication with the detector could not be performed.
Initial communication with the detector cannot be performed in the
Machine side
system that uses OHA25K-ET in the machine end detector.
detector: Initial
communication error
In the high-speed serial detector connected to the machine end, an
Machine side
detector: CPU error error occurred in the data stored in an EEROM.
1
In the high-speed serial detector connected to the machine end, a
Machine side
deteriorated LED was detected.
detector:
EEPROM/LED error
Machine side
In the high-speed serial detector connected to the machine end, an
detector: Data error error occurred in a position within one rotation.
In the high-speed serial detector connected to the machine end, the
Machine side
built-in thermal protector functioned.
detector: Memory
error
Machine side
In the high-speed serial detector connected to the machine end,
detector:
communication with the detector stopped.
Communication
error
Motor side detector: An abnormality was detected in the ABZ or UVW phase for the motor
No signal 1
end detector.
Machine side
An abnormality was detected in the ABZ phase in a closed-loop
detector: No signal 2 system.
LSI error
LSI operation error
24
Grounding
25
Absolute position
data lost
26
Unused axis error
27
Machine side
detector: CPU error
2
A grounded motor cable was detected. (Detected only in Ready ON
state)
The absolute position data in the detector was lost.
(The backup voltage in the absolute position detector dropped. The
absolute position cannot be corrected.)
A power module error occurred in the axis set as [F] in the rotary
switch.
(Alarm issued only for 2-axis amplifier.)
The CPU in the machine end absolute position detection linear scale
is malfunctioning.
17
18
1A
1B
1C
1D
1E
1F
20
21
I - 11
1.
1.3
Alarm No.
28
LIST OF ALARMS
SERVO ALARMS
30
Name
Meaning
Machine side
The absolute position linear scale moved more than 45 mm/s during
detector: Overspeed initialization after the NC power was turned ON.
(Alarm output by linear scale.)
An error occurred in the scale or scale circuit for the absolute value
Machine side
linear scale.
detector: Absolute
(Alarm is output from the linear scale.)
position data error
The absolute position linear scale has exceeded the maximum
Machine side
movement speed.
detector: Relative
position data error
Motor side detector: Detector circuit error
CPU error 1
In the motor end high-speed serial detector, an error occurred in the
data stored in an EEROM.
The scale CPU doesn’t operate properly.
Motor side detector: A deteriorated LED was detected in the detector.
EEPROM/LED error
Motor side detector: A detector position data error was detected.
Data error
Motor side detector: Communication with the detector stopped or receive data was
abnormal.
Communication
error
Over regeneration
Overheating was detected in the regenerative resistor.
31
Overspeed
32
Power module
overcurrent
33
Overvoltage
34
NC-DRV
communication:
CRC error
NC command error
29
2A
2B
2C
2D
2F
35
36
37
38
39
NC-DRV
communication:
Communication
error
Initial parameter
error
NC-DRV
communication:
Protocol Error 1
NC-DRV
communication:
Protocol Error 2
A speed exceeding the motor’s tolerable rotation speed was
detected.
The overcurrent protector in the power module functioned.
An error occurred in the IPM used in the inverter. One of the
following factors can be considered.
(1) Overcurrent‚ (2) Overheat‚ (3) Drop in control power voltage‚ etc.
The PN bus voltage exceeded 400 V.
An error occurred in the communication data from the NC.
The movement command data from the NC is abnormally large in
amount.
Communication from the NC stopped.
The servo parameter sent from the controller during initialization by
NC power-ON was illegal.
There was a protocol error in the communication with the NC.
(Frame error)
There was a protocol error in the communication with the NC.
(Information error)
I - 12
1.
1.3
Alarm No.
3A
LIST OF ALARMS
SERVO ALARMS
Name
Overcurrent
Meaning
The motor drive current is too large.
An overheat in the IPM used for the servo drive’s main circuit was
detected.
A regeneration transistor or resistor error was detected.
42
Power module
overheat
Regeneration circuit
error
Feedback error 1
43
Feedback error 2
46
Motor overheat
48
Motor side detector:
CPU error 2
Motor side detector:
Overspeed
3B
3C
49
4A
4B
4F
50
51
52
53
A feedback pulse skip or Z-phase error occurred in the position
detector.
There is an excessive difference in the feedback amount between
the motor end detector and the machine end detector during a
closed loop. An FB IC error was also detected during semi-closed
loop.
The motor overheated.
When using the linear servo system, the CPU in the absolute
position linear scale is malfunctioning.
When using the linear servo system, the absolute position linear
scale detected a speed exceeding 45m/s when the CNC power was
turned ON.
Motor side detector: When using the linear servo system, the absolute position linear
scale detected an error in the scale or scale circuit.
Absolute position
data error
Motor side detector: When using the linear servo system, the absolute position linear
scale detected a speed exceeding the maximum movement speed of
Relative position
the absolute position scale.
data error
Instantaneous
A momentary power interrupt of 50 ms or longer was detected.
power interruption
Overload 1
Excessive loads were applied for an interval exceeding the specified
time.
The load level of the servomotor or servo driver can be calculated
from the motor current. This load level has reached the overload
level that is specified by the overload detection level (sv022: OLL)
and overload-time constant (sv021: OLT).
Overload 2
Excessive loads are applied, exceeding the specified time.
A current command exceeding 95% of the maximum driver capacity
continued for 1.0 second or more.
Excessive error 1
The difference between the ideal and actual positions has exceeded
parameter setting value
sv023: OD1 (or sv053: OD3) when the servo was turned ON.
Excessive error 2
The difference between the ideal and actual positions has exceeded
parameter setting value
sv026: OD2 when the servo was turned OFF.
I - 13
1.
1.3
Alarm No.
54
Name
Excessive error 3
55
External emergency
stop error
58
Collision detection 1:
G0
Collision detection 1:
G1
Collision detection 2
59
5A
5F
61
62
External contactor
welding
Power module
overcurrent
Frequency error
65
Supplementary
regeneration error
Rush relay error
67
Phase interruption
68
Watchdog
69
Grounding
6A
External contactor
welding
63
LIST OF ALARMS
SERVO ALARMS
Meaning
When an excessive error or alarm 1 is detected, no motor current
flows. This error occurs when the power cable is loose or
disconnected or no voltage is applied to the bus.
No contactor interrupt command is issued in 30 seconds after an
external emergency stop signal is input.
Check the settings for the emergency stop input signal and sv036
external emergency stop.
An interference or system 1 error was detected in G0 modal (rapid
traverse feed) mode.
An interference or system 1 error was detected in G1 modal (cutting
speed) mode.
An interference or system 2 error was detected.
An outside contact fused.
The “regenerative overcurrent” alarm was generated on the power
supply unit side. (Alarm “1” on the power supply unit.)
A “power frequency error” was detected in the power supply unit.
(Alarm “2” on the power supply unit.)
The “compensating regenerative error” alarm was generated on the
power supply unit side. (Alarm “3” on the power supply unit.)
The “rush current error” alarm was generated on the power supply
unit side. (Alarm “5” on the power supply unit.)
The “open phase alarm” was generated on the power supply unit
side. (Alarm “7” on the power supply unit.)
The “watch dog” alarm was generated on the power supply unit side.
(Alarm “8” on the power supply unit.)
The “motor ground fault” alarm was generated on the power supply
unit side. (Alarm “9” on the power supply unit.) For details refer to the
descriptions for the power supply unit’s alarms.
“External contactor deposition” was detected on the power supply
unit side. (Alarm “A” on the power supply unit.)
I - 14
1.
1.3
Alarm No.
6B
Name
Rush relay welding
LIST OF ALARMS
SERVO ALARMS
Meaning
“Rush relay deposition” was detected on the power supply unit side.
(Alarm “b” on the power supply unit.)
“Main circuit error” was detected on the power supply unit side.
(Alarm “c” on the power supply unit.)
“Parameter value abnormal” was detected on the power supply unit
side. (Alarm “d” on the power supply unit.)
An incorrect power PCB and control PCB combination was detected.
(Alarm “d” on the power supply unit.) (MDS-CH-CV Series only)
“Memory error” was detected on the power supply unit side. (Alarm
“E” on the power supply unit.)
• “AD converter error” was detected on the power supply unit side.
• It was recognized that the power supply is not connected. (Alarm
“F” on the power supply unit.)
“Momentary power failure detection” alarm is generated on the
power supply unit side. (Alarm “H” on the power supply unit.)
6C
Main circuit error
6D
Parameter error
6E
Power supply PCB
combination error
Memory error
6F
Power supply error
71
Instantaneous
power
interruption/External
emergency stop
Over regeneration
“Overregeneration” alarm is generated on the power supply unit
side. (Alarm “J” on the power supply unit.)
Regenerative
“Regeneration resistor overheated” alarm is generated on the power
resistor overheat
supply unit side. (Alarm “K” on the power supply unit.)
Overvoltage
“Overvoltage” alarm is generated on the power supply unit side.
(Alarm “L” on the power supply unit.)
External emergency “External emergency stop setting abnormal” alarm is generated on
stop setting error
the power supply unit side. (Alarm “M” on the power supply unit.)
Power module
“Power module or PC board overheated” alarm is generated on the
overheat
power supply unit side. (Alarm “n” on the power supply unit.)
An error was detected when the high-gain mode and normal mode
Drive unit power
was selected.
supply reclose
Turn the amplifier power ON again.
request
If this alarm is detected even after the amplifier power is turned ON
again after the alarm 7F is detected, there is an error in the
EEPROM.
Refer to the MELDAS AC Servo Maintenance Manual for details.
Detector converting The MDS-B-HR connected to the motor end detected an incorrect
connection or broken cable.
unit 1: Connection
error
73
74
75
76
77
7F
80
I - 15
1.
1.3
Alarm No.
81
83
84
85
86
88
89
8A
8C
8D
8E
Name
Detector converting
unit 1:
Communication
error
Detector converting
unit 1: Judgment
error
Detector converting
unit 1: CPU error
Detector converting
unit 1: Data error
Detector converting
unit 1: Magnetic Pole
error
Watchdog
Detector converting
unit 2: Connection
error
Detector converting
unit 2:
Communication
error
Detector converting
unit 2: Judgment
error
Detector converting
unit 2: CPU error
Detector converting
unit 2: Data error
LIST OF ALARMS
SERVO ALARMS
Meaning
The MDS-B-HR connected to the motor end detected an error in the
communication with the absolute position detection scale.
The MDS-B-HR connected to the motor end could not judge the
connected scale's analog wave cycle.
The CPU for the MDS-B-HR connected to the motor end is not
operating correctly.
An error was detected in the analog interpolation data for the
MDS-B-HR connected to the motor end.
An error was detected in the magnetic pole data of the MDS-B-HR
connected to the motor end.
Servo system operation is abnormal.
The MDS-B-HR connected to the machine end detected an incorrect
connection or broken cable.
The MDS-B-HR connected to the machine end detected an error in
the communication with the absolute position detection scale.
The MDS-B-HR connected to the machine end could not judge the
connected scale's analog wave cycle.
The CPU for the MDS-B-HR connected to the machine end is not
operating correctly.
An error was detected in the analog interpolation data for the
MDS-B-HR connected to the machine end.
I - 16
1.
1.3
LIST OF ALARMS
SERVO ALARMS
An error was found in the
parameters transmitted from the
S02 INIT PARAM ERR ∆∆∆∆
controller to the spindle amplifier
Axis name
Remove the cause of the alarm,
Alarm No. (parameter No.) and then reset the alarm by
turning the controller power OFF
once.
(Note) Refer to the spindle alarms if the axis name is “S”, “T”, “M” or
“N”.
Alarm No.
Details
Remedy
2201 – 2264 The servo parameter setting data is illegal. Check the descriptions for the appropriate
parameters and correct them.
The alarm No. is the No. of the servo
parameter where the error occurred.
The number of constants to be used in the Check that all the related parameters are
2301
specified correctly.
following functions is too large:
sv001:PC1, sv002:PC2, sv003:PGN1
• Electronic gears
sv018:PIT, sv019:RNG1, sv020:RNG2
• Position loop gain
• Speed feedback conversion
Check that all the related parameters are
High-speed serial incremental detector
2302
Parameters for absolute position detection specified correctly.
sv017:SPEC, sv025:MTYP
are set to ON during OSE104 and OSE105
connection.
Set the parameters for absolute position
detection to OFF.
To detect an absolute position, replace the
incremental specification detector with an
absolute position detector.
No servo option is found.
2303
The closed loop (including the ball screw- specified correctly.
sv025:MTYP/pen
end detector) or dual feedback control
sv017:SPEC/dfbx
function is an option.
2304
The SHG control function is an option.
specified correctly.
sv057:SHGC
sv058:SHGCsp
2305
The adaptive filtering function is an option. specified correctly.
sv027:SSF1/aflt
I - 17
1.
1.3
S51
PARAMETER ERROR
LIST OF ALARMS
SERVO ALARMS
∆∆∆∆
Axis name
Alarm No.
(parameter No.)
A warning appears if a
parameter set outside the
tolerable range is set.
Illegal settings will be ignored.
This alarm will be reset when the
correct value is set.
(Note) Refer to the spindle alarms if the axis name is “S”, “T”, “M” or
“N”.
Alarm No.
Details
Remedy
Check the descriptions for the appropriate
2201 – 2264 Servo parameter setting data is illegal.
The alarm No. is the No. of the servo
parameters and correct them.
parameter where the warning occurred.
The servo warning is displayed.
S52
SERVO WARNING
0 0 ∆∆
Axis name
Alarm No.
(Warning No.)
(Note) Refer to the spindle alarms
“N”.
Alarm No.
Name
Detector: Initial
90
communication
error
Detector:
91
Communication
error
Detector: Protocol
92
error
Initial absolute
93
position fluctuation
Scale feedback
96
error
Scale offset error
97
9B
9C
if the axis name is “S”, “T”, “M” or
Meaning
Initial communication with the absolute position linear scale cannot be
performed.
An error occurred in communication with the detector in the absolute
position detector.
An error occurred in the data from the detector in the absolute position
detector.
The absolute position data fluctuated when the power was turned ON
so the absolute value counter could not be set.
There is an excessive difference in the feedback amount between the
motor end detector and the MP scale in the absolute position detector.
An error occurred in the offset data to be read during initialization by
NC power-ON in the absolute position detector of the MP scale.
When using the linear servo system, an error was detected in the
magnetic pole shift amount set in sv028.
Detector
converting unit:
Magnetic pole shift
warning
When using the linear servo system, an error was detected in the
Detector
magnetic pole data of the MDS-B-HR connected to the MAIN side
converting unit:
after the Z phase was passed.
Magnetic pole
warning
I - 18
1.
1.3
Alarm No.
9E
9F
E0
E1
E3
E4
E6
E8
E9
EA
EB
Name
Absolute position
detector:
Revolution counter
error
Battery voltage
drop
Over regeneration
warning
Overload warning
Absolute position
counter warning
Set parameter
warning
Control axis
detachment
warning
Excessive
supplementary
regeneration
frequency
Instantaneous
power interruption
warning
In external
emergency stop
state
Over regeneration
warning
LIST OF ALARMS
SERVO ALARMS
Meaning
An error occurred in the rotation counter in the detector. An error
occurred in the rotation counter in
OSE104/OSA104/OSE105/OSA105/OSE104-ET/OSA104-ET/OSE1
05-ET/OSA105-ET. The absolute position cannot be corrected.
The voltage of the battery supplying to the absolute value detector
dropped.
An 80% level of the regeneration alarm was detected. (The
regeneration alarm may occur if operation is continued.)
An 80% level of the overload 1 alarm was detected. This is not an
alarm so the servo will not turn OFF‚ but if operation is continued‚
overload 1 alarm may occur.
There is a difference between absolute and relative position data.
A parameter setting exceeding the setting range was set.
A control axis removal command has been issued. (Status display)
The auxiliary regeneration cycle was too high in the power supply unit.
(Alarm “o” from the power supply unit)
A momentary power interrupt of 25 to 50 ms occurred. (Alarm “p” from
the power supply unit.)
The power supply enters an emergency stop state by receiving the
stop signal from the NC. (Alarm “q” from the power supply unit)
An excessive-regeneration alarm was generated from the power
supply unit. (Alarm “r” from the power supply unit.)
I - 19
1.
1.4
LIST OF ALARMS
SPINDLE ALARMS
1.4 SPINDLE ALARMS
These alarms describe errors in the spindle system such as the spindle amplifier‚ motor and encoder.
The alarm message, alarm number, and axis name (S: 1st spindle, T: 2nd spindle, M: 3rd spindle, N: 4th
spindle) will display on the alarm message screen. If several alarms have occurred, the number of the
alarm that occurred last and the other alarm numbers will display on the spindle monitor screen for
confirmation. If an axis name other than “S”, “T”, “M” and “N” is displayed, the alarm is a servo alarm.
Refer to the section “Servo alarms”. (The bold characters are the messages displayed on the screen.)
S
SERVO ALARM
: ××
0 0 ∆∆
Axis name
Alarm No.
Alarm reset class
Alarm class
(Note 1) The alarm class and alarm reset class combinations are preset.
(Refer to the separate table for S02, S51 and S52.)
Alarm class
S01
Alarm reset class
PR
S03
NR
S04
AR
Resetting methods
alarm by turning the NC power ON again.
alarm by inputting the NC RESET key.
alarm by turning the servo drive unit power ON
again.
(Note 2) The resetting method may change according to the alarm class.
For example, even if “S03 Servo error: NR” is displayed, it may be necessary to turn the NC
power ON again.
(Note 3) Refer to the servo alarms if the axis name is other than “S”, “T”, “M” and “N”.
Alarm No.
12
13
16
17
20
Name
Memory error 1
Software
processing error 1
Magnetic pole
position detection
error
Meaning
A check sum or RAM check error occurred in the ROM of the spindle
drive’s control card.
The S/W process did not end within the specified time.
The start signal was input before the Z-phase of the magnetic pole
position was automatically adjusted.
Or, the number of initial magnetic pole estimation retry times (10 times
or more) was exceeded.
(After replacing the spindle amplifier, set parameter (SP205: ZCHS) to
1 from 0, carry out Z phase automatic adjustment, and then turn the
power ON again.)
A/D converter error The AD converter for current detection did not function normally
during initialization.
A signal was not input from the PLG‚ or was not at a normal level.
Motor side
detector: No signal
1
I - 20
1.
1.4
Alarm No.
21
Name
Machine side
detector: No signal
2
Excessive speed
error 1
LIST OF ALARMS
SPINDLE ALARMS
Meaning
A signal was not input from the spindle encoder (for orient‚ C axis)‚ or
was not at a normal level.
30
Over regeneration
The command speed and motor speed difference was above the
specified value‚ and the state continued for the specified time.
This may also occur when the coil changeover contactor is not the
specified contactor.
Overheating was detected in the regenerative resistor.
31
Overspeed
The motor speed exceeded 115% of the set max. speed.
32
Power module
overcurrent
33
Overvoltage
34
A current exceeding the specified value flowed to the spindle drive’s
main circuit.
The bus voltage in the driver exceeded 400V.
A CRC error occurred in the communication data from the controller.
NC-DRV
communication:
CRC error
NC command error The movement command data from the controller is abnormally high
during position control.
NC-DRV
The periodic data transmission from the controller was stopped.
communication:
Communication
error
Initial parameter
The servo parameter sent from the controller during initialization of the
error
driver was illegal.
NC-DRV
There was a protocol error in the communication with the controller.
communication:
(Frame error)
Protocol error 1
NC-DRV
There was a protocol error in the communication with the controller.
communication:
(Information error)
Protocol error 2
Overcurrent
The command current reached the spindle drive's maximum output
current and continued for one second or more.
Power module
An overheat in the IPM used for the driver’s main circuit was detected.
overheat
Spindle motor
A state in which the motor speed did not reach 45r/min or more even
locked
when the maximum torque command value reached the time set in the
parameter SP239 (3 seconds when set to 0) was detected.
Spindle speed
1. A state in which the motor was continuously accelerated even
overrun
when the speed feedback exceeded 112.5% (detection speed) of
the commanded speed was detected. (Note that if a speed less
than the parameter SP237 (1000r/min when set to 0) setting is
commanded, the detection speed will be the speed command
value + SP237∗1.125.)
2. Motor rotation exceeding the value set with parameter SP206
(when set to 0: 10 deg.) was detected even though the speed
command was 0 (including when stopped during position control).
23
35
36
37
38
39
3A
3B
3D
3E
I - 21
1.
1.4
Alarm No.
3F
40
41
42
43
44
46
4E
50
51
52
5C
LIST OF ALARMS
SPINDLE ALARMS
Name
Excessive speed
error 2
Meaning
The state in which the speed range set by parameter SP238 (30%
when set to 0) was exceeded while rotating at a constant speed with
speed control exceeded the time set in parameter SP239 (3 seconds
when set to 0).
Detector selection The procedure for changing the signal during use of the TK unit is
unit switching error wrong.
Detector selection Communication with the TK unit during use of the TK unit was
incorrect.
unit
communication
error
Feedback error 1
1. A PLG error was detected during PLG automatic compensation.
2. The correct Z phase was not detected even when the motor
rotated several times during Z phase automatic adjustment.
3. An abnormal number of feedback pulses was continuously
detected during normal operation.
Feedback error 2
A deviation occurred in the feedback from the spindle encoder and
motor built-in encoder.
When using the coil changeover motor, the C axis mode was entered
Inappropriate
when the H coil or M coil was selected.
winding selected
for C axis
Motor overheat
The motor overheated and the thermal protector functioned during an
overload or when the motor cooling blower stopped.
NC command
The spindle control mode was selected several times.
mode error
(If the input was unexpected, the mode will return to the speed control
mode, and an alarm will occur.)
Overload 1
The time that the motor current exceeded the overload detection level
exceeds the detection time constant.
Overload 2
The motor output reached the overload level set with the overload
detection level and detection time constant.
Excessive error 1 The position tracking error exceeded the specified value during
position loop operation.
Orientation
When orientation was completed, the error between the command
feedback error
and feedback exceeded the value set in the parameters. If the number
of orientation retry times parameter SP118 is set, “S52 SERVO
WARNING 00A9” will occur, and then this alarm will occur. (An alarm
will occur if the error exceeds SP114: OPER. This cannot be detected
when using magnetic sensor orientation, so set SP114 to 0.)
I - 22
1.
1.4
Alarm No.
5D
Name
Speed monitoring:
Input mismatch
5E
Speed monitoring:
Feedback speed
error
Power supply
alarm
61 – 6F
88
Watchdog
LIST OF ALARMS
SPINDLE ALARMS
Meaning
This occurs if the door state of the “DI input (CN9 10-20)” and the
“data input (control input 4-bit D)” signal from the NC do not match.
(Occurs if the state does not match for three seconds.)
This occurs if the door is opened when the spindle speed is higher
than the speed set in parameter SP223: SPDV.
The codes 60 to 6F are power supply alarms. The power supply
alarms will be displayed as alarms of the axis to which the power
supply is connected. Refer to the section “Servo alarms” for details.
88 is the watch dog alarm. Refer to the section “Servo alarms” for
details.
S02 INIT PARAM ERR ∆∆∆∆
Axis name
Alarm No.
(parameter No.)
An error was found in the
parameters transmitted from the
controller to the spindle amplifier
Remove the cause of the alarm,
and then reset the alarm by
turning the controller power OFF
once.
(Note) Refer to the servo alarms if the axis name is other than “S”,
“T”, “M” and “N”.
Alarm No.
Details
Remedy
• Confirm the spindle parameter for the No.
3201 – 3584 Parameter error
displayed as an error.
A parameter value not within the
tolerable range was set. The alarm No. is Refer to Spindle Drive Maintenance Manual’s
the No. of the spindle parameter where Alarm No. 37.
the error occurred.
S51 PARAMETER ERROR ∆∆∆∆
Axis name
Alarm No.
(parameter No.)
A warning appears if a
parameter set outside the
tolerable range is set.
Illegal settings will be ignored.
This alarm will be reset when the
correct value is set.
“T”, “M” and “N”.
Alarm No.
3201 – 3584
Details
Parameter warning
A parameter value not within the
tolerable range was set.
The alarm No. is the No. of the spindle
where the warning occurred.
I - 23
Remedy
• Confirm the details of the spindle parameter
for which the No. is displayed.
1.
1.4
S52 SERVO WARNING
LIST OF ALARMS
SPINDLE ALARMS
The spindle warning is
displayed.
0 0 ∆∆
Axis name
Alarm No.
(Warning No.)
“T”, “M” and “N”.
Alarm No.
A9
E0
E1
E4
Details
Orientation feedback warning
The system is retrying when an
orientation feedback error occurs.
(When SP118: ORCT is set to 0, an
alarm (5C) will occur instead of the
warning.)
Over regeneration warning
A level of 80% of the excessiveregeneration alarm was detected
(continuing the operation may cause the
excessive-regeneration alarm).
Overload warning
The time that the motor current exceeded
the overload detection level was 80% or
more of the detection time constant.
Set parameter warning
A parameter exceeding the setting range
was set. The illegal parameter will be
ignored‚ and the value before the illegal
parameter setting will be retained.
I - 24
Remedy
Check the speed detector or encoder shield
treatment, and for wire breakage.
Check the phase of the A, B and Z phases.
(Adjust the waveform)
Refer to the Spindle Drive Maintenance
Manual.
Refer to the Spindle Drive Maintenance
Manual.
Confirm the spindle parameter.
1.
1.5
LIST OF ALARMS
MCP ALARM
1.5 MCP ALARM
An error has occurred in the drive amplifier and other interfaces. (The bold characters are the messages
displayed on the screen.)
Y02 SYSTEM ALARM
Error No.
0050
0051
An error occurred in the data transmitted between the MCP and amplifier
after the power was turned ON.
Details
Remedy
Background error
The software or hardware may be damaged.
Contact the service center.
0000
CRC error
A communication error has occurred between
the controller and amplifier.
(10 times/910.2 ms)
0001
CRC error (2 continuous times) • Take measures against noise.
• Check that the communication cable
0002
Reception timing error
connector between the controller and
(2 continuous times)
amplifier and one between the amplifiers are
Data ID error
××03
tight.
• Check whether the communication cable
××: Axis No.
between the controller and amplifier and
one between the amplifiers are
No.
of
reception
frames
error
××04
disconnected.
• A driving amplifier may be faulty. Take a
××: Axis No.
note of the 7-segment LED contents of each
driving amplifier and report to the Service
Center.
Check the amplifier mounting state.
• Check the end of the cable wiring.
• Check the cable for broken wires.
The amplifier is not correctly
• Check the connector insertion.
connected
• The amplifier input power is not being input.
• The amplifier axis No. switch is illegal.
Error No.
Details
Servo axis amplifier not mounted
Alphabet
(axis name)
PLC axis amplifier not mounted
1–4
Spindle
axis not mounted
S
Y03 AMP. UNEQUIPPED
Y05 INIT PARAM ERR
↑
: Error parameter number
Details
Remedy
There is a problem in the value set for the number of axes. Check the value set for the corresponding
parameters.
#1001 SYS_ON
#1002 axisno
#1039 spinno
I - 25
1.
1.5
LIST OF ALARMS
MCP ALARM
Y06 mcp_no ERROR
Error No.
0001
0002
0003
0004
0005
0006
There are differences in the MCP and axis parameters when the NC power
is turned ON.
Details
Remedy
There is a skipped number in the channels. Check the values set for the following
parameters.
The random layout setting is duplicated.
#1021 mcp_no
The amplifier fixed setting “0000” and
#3031 smcp_no
random layout setting “∗∗∗∗” are both set.
#3032 mbmcp_no
The spindle/C axis “#3031 mcp_no” and
“#3032 smcp_no” are set to the same
values.
A random layout is set for the “#1154 pdoor”
=1 two-system.
The channel No. parameter is not within the
setting range.
An error occurred in a parameter that causes an alarm while the control
axis was operating.
Details
Remedy
• Check “#2004 G0tL”.
LN FEED ABNL (Linear feed abnormal)
The time constant has not been set or the
setting exceeded the setting range.
• Check “#2007 G1tL”.
CT FEED ABNL (Cutting feed abnormal)
DLY F-F ABNL (Delayed fast feed abnormal) • Check “#2005 G0t1”.
• Check “#2008 G1t1”.
DLY CUTG ABNL (Delayed cutting feed
abnormal)
GRID SPACE ERROR
• Check “#2029 grspc”.
• Check spindle parameters #3017 stapt1 to
SYNCHRONOUS TAP CYCLE
#3020 stapt4.
ACCELERATION/DECELERATION TIME
CONSTANT ERROR
• Check “#2102 skip_tL”.
LN SKIP ABNL (Linear skip abnormal)
• Check “#2103 skip_t1”.
DLY SKIP ABNL (Delayed skip abnormal)
ROTARY AXIS GEAR RATIO EXCESSIVE • Check “#2201 PC1” and “#2202 PC2”.
(ABSOLUTE POSITION DETECTION)
Y51 PARAMETER ERROR
Error No.
1
2
3
4
9
12
15
16
101
I - 26
1.
1.5
LIST OF ALARMS
MCP ALARM
Y90 SP. NON SIGNAL
(Alarm No.)
0
0
Alarm No.
0
Z open
phase
×
×
2
3
4
5
6
7
A open
phase
×
1
Spindle
Alarm No.
0001 – 0007
B open
phase
×
×
×
×
×
×
×
×
×
Details
Remedy
• Check the spindle encoder’s feedback
There is an error in the spindle encoder
cable and the encoder.
signal.
The data transmission to the servo amplifier
and spindle amplifier is stopped when this
error occurs.
I - 27
1.
1.6
LIST OF ALARMS
SYSTEM ALARMS
1.6 SYSTEM ALARMS
The following messages are displayed with the register at the time when the error occurred if the system
stops due to a system error.
Message
Parity error
Bus error
Zero divide
Details
RAM error
A non-existing memory was accessed.
The division with a 0 denominator was
attempted.
Watch dog
The software process is not functioning
error
correctly.
Illegal
The alarm was caused by an illegal
exception
software function not listed above.
Address error An illegal memory was accessed.
Illegal
The software process is not functioning
instruction
correctly.
Stack
overflow
Remedy
• Write down the displayed register‚ and
contact the service center.
Z31 DATA SERVER ERROR
↑
Warning No.
Warning No.
0001
0002
0003
0004
0005
0006
0007
0008
000A
Explanation
Socket open error (socket)
Socket bind error (bind)
Connection wait queue error (listen)
Connection request acceptance error (accept)
Data receive error (socket error)
Data receive error (data shortage or disconnection)
Data send error (socket error)
Data send error (data shortage or disconnection)
Socket close error (close)
Note: If warning No. 0001, 0002, 0003, or 000A is displayed, set the parameters, then turn power OFF and turn it
ON again.
Message
Z40
FORMAT
NOT MET
Details
Remedy
This appears when the parameter MemVal • Either return the MemVal setting, or format
is formatted at 0, and MemVal is set to 1.
and restart.
I - 28
1.
1.6
LIST OF ALARMS
SYSTEM ALARMS
The bold characters are the messages displayed on the screen.
Message
Z51
EE ROM
ERROR
000x
Details
Remedy
This occurs when the parameters
were not correctly written into the
EEROM.
• If the same alarm is output by the same
operation, the cause is an H/W fault.
Contact the Service Center.
<Type>
Z51 ROM error 0001: Open error
Z51 ROM error 0002: Erase error
Z51 ROM error 0003: Write error
Z51 ROM error 0004: Verify error
• Reformat the area.
Z52
BATTERY
FAULT
The voltage of the battery inserted in • Replace the battery of the NC control unit.
the NC control unit has dropped. (The • After treating the battery‚ check the
battery used to save the internal data)
machining program‚
Z53
TEMP.
OVER
• Cooling measures are required.
The controller or operation board
Turn OFF the controller power‚ or lower
temperature has risen above the
the temperature with a cooler‚ etc.
designated value.
(Note 1)
Z55
RIO NOT
CONNECT
This occurs when an error occurs in
the communication between the
controller and remote l/O unit.
• Cable breakage
• Remote l/O unit fault
• Check and replace the cables.
• Replace the remote I/O unit.
• Check the power supply. (existence of
supply‚ voltage)
• Power supply to remote l/O unit fault
(Note 2)
The program memory capacity setting Check the state of the following items.
value cannot be formatted.
• Program memory capacity
Z57
SYSTEM
WARNING
Z59
• Increase the value specified as the #1206
Acceleration and deceleration time
TIME
G1bF parameter.
constants
are
too
large.
CONSTANT
(This alarm is output at the same time • Decrease the value specified as the
#1207 G1btL parameter.
as “T02 FEED HOLD 0206.”)
• Lower the feedrate.
I - 29
1.
1.6
LIST OF ALARMS
SYSTEM ALARMS
CAUTION
If the battery low warning is issued, save the machining programs, tool data and parameters in
an input/output device, and then replace the battery. When the battery alarm is issued, the
machining programs, tool data and parameters may be destroyed. Reload the data after
replacing the battery.
Do not replace the battery while the power is ON.
Do not short circuit, charge, heat, incinerate or disassemble the battery.
Dispose of the spent battery following local laws.
Note 1: Temperature warning
If the alarm is displayed when an overheat alarm is detected‚ the overheat signal will be output
simultaneously. If the machine is in automatic operation‚ the operation will be continued‚ but
restarting will not be possible after resetting or stopping with M02/M30. (Starting will be possible
after block stop or feed hold.) The alarm will be reset and the overheat signal will turn OFF when
the temperature drops below the specified temperature.
Z53 TEMP. OVER
000x
↑
0001 : The temperature in the controller is high.
0002 : The temperature around the communication terminal
(setting and display unit) is high.
0003 : The temperature in the controller and around the communication
terminal (setting and display unit) is high.
The ambient temperature must be lowered immediately when a “Z53 TEMP.OVER” alarm occurs‚ but if
machining must be continued‚ the alarm can be invalidated by turning the following parameter OFF.
76543210
PLC parameter bit selection #6449
Communication terminal
(setting and display unit)
Controller
I - 30
0: Detection invalid
1: Detection valid
1.
1.6
LIST OF ALARMS
SYSTEM ALARMS
Note 2: RIO communication interrupt
If communication between the control unit and remote I/O unit fails, the alarm and remote I/O unit
number are displayed.
(a)(b)
↓↓
Z55 RIO NOT CONNECT
Board connection remote I/O
communication interrupted station
00
Remote I/O 1st system communication
interrupted station
(a) and (b) above indicate the following matters.
Alarm
number
RIO
(seventh
station)
RIO
(sixth
station)
RIO
(fifth
station)
RIO
(fourth
station)
0
×
×
×
2
3
×
×
×
×
4
5
6
7
9
A
B
C
D
E
F
RIO
(third
station)
RIO
(second
station)
RIO
(first
station)
RIO
(0th
station)
0
1
8
Alarm
number
×
×
×
×
×
×
×
×
×
×
2
×
3
×
×
×
×
4
×
×
×
5
6
×
7
8
×
×
×
×
×
×
×
×
1
9
A
×
B
C
×
×
×
D
E
×
F
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
×
This applies for both the remote I/O 1st system communication interrupted station and board connection
remote I/O communication interrupted station.
I - 31
1.7
1.
LIST OF ALARMS
ABSOLUTE POSITION DETECTION SYSTEM ALARMS
1.7 ABSOLUTE POSITION DETECTION SYSTEM ALARMS
Z70 ABS. ILLEGAL
This error is displayed if the absolute position data is lost in
the absolute position detection system.
Alarm reset
Zero point
when
Servo
Remedy
initialization
power is
alarm No.
turned OFF
Complete zero point
Required
−
−
initialization.
(Error No.) (Axis name)
Error No.
Details
0001
Zero point initialization is
incomplete.
Otherwise, the spindle was
removed.
The absolute position
reference point data saved in
the NC has been destroyed.
0002
0003
0004
0005
0080
0101
0106
Note:
Input the parameters.
If the reference point
data cannot be
restored‚ perform
zero point
initialization.
The parameters used to detect Correctly set the
parameters. Turn the
the absolute position have
power on again‚ and
been changed.
perform zero point
initialization.
#1003 iunit #2201 PC1
#1016 iout #2202 PC2
#1017 rot
#2218 PIT
#1018 ccw #2219 RNG1
#1040 M_inch
#2220
RNG2
#2049 type #2225 MTYP
The zero point initialization
Reperform zero point
point is not at the grid position. initialization.
Restoration was possible with Turn the power on
parameter input in the above again‚ and operation
will be possible.
No.0002 state.
The absolute value data was Replace the detector
lost, because the multi-rotation and complete zero
point initialization.
counter data in the detector
was incorrect, etc.
The power was turned ON
again after the servo alarm No. initialization.
25 displayed.
The power was turned ON
again after the servo alarm No. initialization.
E3 displayed.
(Required)
−
−
Required
−
−
Required
−
−
Not required
−
−
Required
−
(9E)
etc.
Required
−
(25)
Required
−
(E3)
To release alarm “Z70 ABS. ILLEGAL”, enter the parameter data output when establishing the
absolute position and turn ON the power again. For the rotation axis, however, the alarm cannot
be released by entering the parameter data.
I - 32
1.
LIST OF ALARMS
1.7
Z71 DETECTOR ERROR
(Error No.) (Axis name)
Error No.
0001
0003
0004
0005
0006
0007
Details
Remedy
The backup voltage in the Replace the battery‚
absolute position detector check the cable
connections‚ and
dropped.
check the detector.
Turn the power ON
again‚ and perform
zero point
initialization.
Communication with the Check and replace the
absolute position detector cables‚ card or
detector. Turn the
was not possible.
power ON again‚ and
perform zero point
initialization.
Check and replace the
The absolute position
cables‚ card or
data fluctuated when
establishing the absolute detector. Turn the
position.
perform zero point
initialization.
An error was found in the Check and replace the
cables‚ card or
serial data from the
detector. Turn the
absolute position
detector.
perform zero point
initialization.
Operation is possible
Servo alarm E3
Absolute position counter until the power is
turned off.
warning
This alarm is displayed if an error is found in
the detector for the absolute position detection
system.
Alarm reset
Zero point
when
Servo
initialization
power is
alarm No.
turned OFF
25
Required
−
(Z70-0101
displays
after power
is turned
ON again.)
(Required) Only
when detector is
replaced.
Reset
91
(Required) Only
when detector is
replaced.
Reset
93
(Required) Only
when detector is
replaced.
Reset
92
Reset
(Required) When
power is turned ON (Z70-0106
displays
again.
after power
is turned
ON again.)
Reset
Initial communication with Check and replace the (Required) Only
when detector is
cables‚ card or
the absolute position
replaced.
detector. Turn the
detector was not
possible.
perform zero point
initialization.
I - 33
E3
18
1.7
Z72 COMPARE ERROR
Alarm No.
1.
LIST OF ALARMS
This alarm is displayed if an error is detected when
(Alarm No.) (Axis name) comparing the detector’s absolute position and
controller coordinate values in the absolute position
system.
Details
Remedy
This displays a warning in the absolute position
(Warning No.) (Axis name) detection system.
Details
Remedy
Servo alarm 9F
The battery voltage dropped or a cable is
Battery voltage drop
broken.
Absolute position initialization is not required.
Z73 ABS. WARNING
Alarm No.
0001
I - 34
1.8
1.
LIST OF ALARMS
MESSAGES DURING EMERGENCY STOP
1.8 MESSAGES DURING EMERGENCY STOP
EMG
EMERGENCY
∗∗∗∗
Error items
Refer to the explanations for details.
Error No.
PLC
Details
The user PLC has entered the emergency
stop state during the sequence process.
•
EXIN
The emergency stop input signal is
significant (open).
•
•
SRV
An alarm occurred in the servo system
causing an emergency stop.
•
STOP
The user PLC (ladder sequence) is not
running.
•
•
SPIN
Spindle amplifier not mounted
The spindle amplifier is not mounted.
•
•
PC_H
High-speed PC processing abnormal
•
PARA
Setting of the door open II fixed device is
illegal.
The dog signal random assignment
parameter setting is illegal.
•
•
LAD
The user PLC (ladder sequence) has an
illegal code.
I - 35
•
Remedy
Investigate and remove the cause of the
user PLC emergency stop.
Cancel the emergency stop input signal.
Check the wiring to see if any wiring is
broken.
Investigate and remove the cause of the
servo alarm.
Check if the rotary switch CS2 on the top of
the controller front panel is set to 1.
Check if the PLC edit file save screen
(onboard function) [4RUN/SP] (run/stop)
switch is turned ON.
Cancel the causes of the other emergency
stop.
Check emergency stop signal input in the
spindle amplifier.
Check the sequence program.
(To stop monitoring the high-speed PC
processing temporarily, set 1 in #1219
aux03 bit1. Disable the monitoring function
only as a temporary measure.)
Specify the #1155 DOOR_m and #1156
DOOR_s parameters correctly.
(When the door open II fixed device is not
used, set #1155 DOOR_m and #1156
DOOR_s to 100.)
Correctly set the #2073 zrn_dog, #2074
H/W_OT+, #2075 H/W_OT-and #1226 aux
10 bit 5 parameters.
Check the user PLC (ladder sequence) to
see if it uses illegal device numbers or
constants.
1.
1.9
LIST OF ALARMS
AUXILIARY AXIS ALARMS
1.9 AUXILIARY AXIS ALARMS
Display example
S01 AUX SERVO ALM
Axis No. 1
Alarm information
(Follows MR-J2-CT alarm information)
(1) S01 AUX SERVO ALM
Alarm
information
Details
Remedy
0011
PCB error 1
An error occurred in the
amplifier's internal PCB.
0013
Software
processing
amplifier's internal reference
timeout, clock error clock.
• Replace servo amplifier.
0016
Motor type,
Motor type error
detector type error
• Use a correct amplifier and motor
combination.
Detector initial communication
error.
• Connect correctly.
• Replace the motor.
• Replace or repair cable.
Detector CPU error
• Replace the motor (detector).
0017
PCB error
(A/D conversion
initial error)
amplifier's internal A/D converter.
0025
Absolute position
lost
detector's internal absolute
position data.
• Turn the power ON for 2 to 3
minutes while the alarm is
occurring, and then turn the
power ON again.
• Replace the battery, and initialize
the absolute position again.
0034
CRC error
communication with the NC.
• Take countermeasures against
noise.
0036
Communication
timeout, NC down
Communication with the NC was • Connect correctly.
cut off.
• Turn the NC power ON.
• Replace the amplifier or NC.
0037
Parameter error
(Regenerative
resistance error)
The parameter setting value is
incorrect.
• Set the parameter correctly.
0038
Frame error
communication with the NC.
noise.
0039
INFO error
Undefined data was transferred
from the NC.
• Change the NC software version
to a compatible version.
I - 36
1.
1.9
LIST OF ALARMS
Alarm
information
Details
Remedy
0011
PCB error 1
(drive circuit error) amplifier's internal PCB.
0013
Software
processing
amplifier's internal reference
timeout, clock error clock.
0015
EEROM error
A write error occurred to the
EEROM in the amplifier.
0017
PCB error
(A/D conversion
error)
amplifier's internal A/D converter.
0018
PCB error
(LSI error)
amplifier's internal LSI.
0020
Detector error
communication between the
servo amplifier and detector.
A ground fault of the output was
detected when the power was
turned ON.
• Repair the ground fault section.
0024
Ground fault
detection
• Replace or repair cable.
• Replace the cable or motor.
Alarm
information
0010
0030
Details
Undervoltage
Remedy
The power voltage is 160V or
less.
• Review the power supply.
• Replace the servo amplifier.
Regeneration error The tolerable regeneration power • Set the parameter #002 correctly.
of the internal regenerative
resistor or external regenerative
• Lower the positioning frequency.
option was exceeded.
• Change the regenerative option
to a larger capacity.
• Lower the load.
• Review the power supply.
0031
Overspeed
Regenerative transistor error
The motor's rotation speed
exceeded the tolerable
momentary speed.
• Increase the acceleration/
deceleration time constant.
• Review the gear ratio.
• Replace the detector.
0032
Overcurrent
A current exceeding the servo
amplifier's tolerable current
flowed.
I - 37
• Repair the wiring.
noise.
1.
1.9
Alarm
information
0033
LIST OF ALARMS
Details
Overvoltage
Remedy
The voltage of the converter in
the servo amplifier was 400V or
more.
• Wire correctly.
• For the internal regenerative
resistor, replace the amplifier.
• For the external regenerative
option, replace the regenerative
option.
0046
0050
Motor overheating An operation state causing the
motor to overheat continued.
• Reduce the motor load.
Overload 1
• Reduce the motor load.
The servo amplifier or
servomotor overload protection
function activated.
• Review the operation pattern.
• Change to a motor or amplifier
with large output.
• Change the setting of the
automatic tuning response
characteristics.
• Correct the connection.
• Replace the servomotor.
0051
Overload 2
The max. output current flowed
for several seconds due to a
machine collision or overload.
• Change the setting of the
automatic tuning response
characteristics.
• Correct the connection.
0052
Excessive error
A position deflection exceeding
the excessive error detection
setting value occurred.
• Increase the acceleration/
deceleration time constant.
• Increase the torque limit value.
• Review the power facility
capacity.
• Repair or replace the cable.
I - 38
1.
1.9
LIST OF ALARMS
(4) S52 AUX SERVO WRN
Alarm
information
Details
Remedy
0092
Battery voltage
drop
The absolute position detection
battery voltage dropped.
• Mount a battery.
• Replace the battery and initialize
the absolute position.
00E0
• Lower the positioning frequency.
Over-regeneration The regeneration power may
warning
have exceeded the tolerable
• Change the regenerative option
range of the built-in regenerative
to a larger one.
resistor or external regenerative
• Lower the load.
option.
00E1
Overload warning
The overload alarm 1 could
occur.
• Refer to the items for S03 0050.
00E3
Absolute position
counter warning
There is an error in the absolute
position detector internal data.
noise.
00E9
Main circuit OFF
warning
• Turn ON the main circuit power.
The servo ON signal was input
while the main circuit power was
OFF.
The contactor operation is faulty.
(5) Z70 AUX POS. ERR
Alarm
information
Details
Cause
Remedy
• Initialize the zero point (reference
point).
0001
Zero point
initialization
incomplete
The zero point (reference point)
has not been initialized in the
absolute position system.
0002
Absolute position
data lost
The absolute position coordinate • Initialize the zero point (reference
point).
data in the amplifier has been
lost.
0003
Absolute position
system related
parameter error
The absolute position system
related parameters have been
changed or lost.
• Correctly set the parameters and
then initialize the zero point
(reference point).
(6) Z71 AUX DETEC. ERR
Alarm
information
0001
Details
Absolute position
memory battery
voltage drop
Cause
Remedy
The data in the detector has been • Check the battery and detector
cable and then initialize the zero
lost.
point (reference point).
Battery voltage drop.
Detector cable wire breakage or
looseness.
I - 39
1.
1.9
LIST OF ALARMS
(7) Z73 AUX SYSTEM WRN
Alarm
information
Details
Cause
Remedy
0001
Absolute position
memory battery
voltage warning
Battery voltage drop.
Detector cable wire breakage or
looseness.
• Check the battery and detector
cable. The zero point does not
need to be initialized.
0003
Absolute position
counter warning
detector's absolute position
counter.
• Replace the detector.
(8) M00 AUX OPER. ALM
Alarm
information
Details
Cause
Remedy
0001
Near-point dog
length insufficient
• Lower the zero point return speed
When executing dog-type
or increase the dog length.
reference point, the zero point
return speed is too fast or the dog
length is too short.
0003
Reference point
return direction
illegal
When executing reference point • Move the axis in the correct
return, the axis was moved in the direction.
opposite of the designated
direction.
0004
External interlock
The axis interlock function is
valid.
• Cancel the interlock signal
0005
Internal interlock
An interlock was established by
the servo OFF function.
• Cancel the servo OFF.
0007
Soft limit
The soft limit was reached.
• Check the soft limit setting and
machine position
0024
Reference point return was
In absolute
executed during an absolute
position alarm.
position alarm.
Reference point
return not possible.
• Initialize the absolute position
reference point and then fix the
absolute position coordinates.
0025
Reference point return was
In initializing
absolute position. executed while initializing the
absolute position.
Reference point
return not possible.
• Initialize the absolute position
I - 40
1.
1.9
LIST OF ALARMS
(9) M01 AUX OPER. ALM
Alarm
information
Details
Cause
Remedy
0001
No operation mode The operation mode is not
designated, or the operation
mode was changed during axis
movement.
• Correctly designate the operation
mode.
0003
Feedrate 0
• Set a value other than zero in the
feedrate setting or override value.
0060
A station No. exceeding the No.
Station No.
designation illegal. of indexed divisions was
designated.
Starting not
possible.
0061
Reference point
return incomplete.
Starting not
possible.
Automatic/manual operation was • Execute the reference point
return.
started before reference point
return was executed with the
incremental system.
0062
In initializing
reference point.
Starting not
possible.
The start signal was input while
initializing the absolute position
reference point.
0063
In absolute
position alarm.
Starting not
possible.
The start signal was input during • Initialize the absolute position
an absolute position alarm.
0064
In random
positioning mode.
Manual operation
not possible.
The manual operation mode was • Turn the random positioning
mode OFF before switching to
started during the random
the manual operation mode.
positioning mode.
0065
Uneven indexing
station No. illegal.
Starting not
possible.
The commanded station No. was • Check the commanded station
No.
higher than 8 during uneven
indexing.
The operation parameter's
feedrate setting is zero.
The operation parameter
feedrate setting is zero.
Or, the override is valid, and the
override value is zero.
I - 41
• Correctly designate the station
No.
• Complete the absolute position
reference point initialization.
1.
1.9
LIST OF ALARMS
AUXILIARY AXIS MCP ALARMS
Y02 AUX SYSTEM ALM
Error No.
0050
0051
An error occurred in the data transmitted between the MCP and
auxiliary axis amplifier after the power was turned ON.
Details
Remedy
Background error
0000
0001
The software or hardware may be
damaged.
Contact the service center.
CRC error
(10 times/910.2ms)
CRC error
0002
Reception timing error
××03
Data ID error
××: Axis No.
××04
No. of reception frames error
××: Axis No.
Y03 AUX AMP UNEQU.
A communication error has occurred
between the controller and amplifier.
• Take measures against noise.
• Check that the communication cable
connector between the controller and
amplifier and one between the amplifiers
are tight.
• Check whether the communication cable
between the controller and amplifier and
one between the amplifiers are
disconnected.
• A driving amplifier may be faulty. Take a
note of the 7-segment LED contents of
each driving amplifier and report to the
Service Center.
Check the auxiliary axis amplifier mounting state.
• Check the end of the cable wiring.
The amplifier is not correctly
connected.
• Check the cable for broken wires.
• Check the connector insertion.
The auxiliary axis amplifier input power is not being input.
The auxiliary axis amplifier axis No. switch is illegal.
Error No.
Axis No.1
Details
bit correspondence (bit 0 : 1st axis)
I - 42
1.
1.10
LIST OF ALARMS
USER PLC ALARMS
1.10 USER PLC ALARMS
Sub-status
Message
1
2
Details
Remedy
Download the ladder of the
format selected with the
PLC environment selection
parameters (bit selection
#51/bit 4).
U01
No PLC
–
–
The ladder is not a GPPW ladder or
PLC4B ladder.
(Note) Emergency stop (EMG) will
be applied.
U10
Illegal PLC
0x0010
–
Scan time error
Edit the ladder size to a
The scan time is 1 second or longer. smaller size.
0x0040
–
Ladder operation mode illegal
A ladder different from the
designated mode was downloaded.
be applied.
Download the ladder
having the same format as
when the power was reset
or turned ON.
0x0080
–
GPPW ladder code error
be applied.
Download the correct
GPPW format ladder.
0x0400
Number of
Software illegal interrupt
ladder steps The ladder process stopped
abnormally due to an illegal software
command code.
be applied.
Turn the power ON again.
If the error is not reset,
download the correct
ladder.
0x1000
–
Edit the ladder size to a
smaller size.
0x800x
U50
Stop PLC
Number of ladder steps over
Number of ladder steps exceeded
limit value.
Software exceptional interrupt
Number of
ladder steps The ladder process stopped
abnormally due to a bus error, etc.
bit 0: BIN command operation error
bit 1: BCD command operation error
Refer to the methods for
using the BCD and BIN
function commands.
bit6: CALL/CALLS/RET
command error
bit7: IRET command execution error
(Note) Emergency stop (EMG) is
applied for bit 6/7.
Turn the power ON again.
If the error is not reset,
download the correct
ladder.
The ladder is stopped.
Start the ladder.
(Note) The number of ladder steps displayed on the screen may not match the actual number of error
occurrence steps because of the ladder timing. Use this as a guideline of the occurrence place.
I - 43
2.
2.
OPERATION MESSAGES ON SETTING AND DISPLAY UNIT
2.1
OPERATION ERRORS
If a setting operation error occurs on any setting and display unit screen‚ the error No. EOO and a message
describing the details of the error will display in the line above the data setting area or the menu display
area.
2.1 OPERATION ERRORS
∆: Message requiring resetting and restarting
×: Message requiring restarting after canceling error conditions
Error No.
Error message
Details
E01
SETTING ERROR
∆
E02
DATA OVER
∆
• The setting data is incorrect. An alphabetic character was set
when only number can be set‚ etc.
• Data was input without setting number (#).
(Word editing)
• Even though no retrieval data was set, menu key [ ↓ ] or [ ↑ ] was
pressed.
• Even though no data is stored in edit buffers, menu key
“Replace” was pressed.
• One of the following characters was entered as the first
character of the retrieval data and edit buffers: 0 to 9, “. ”, “ ”
(space), “+”, “−”, “=”, “*”, “[ ] ”, and “ " " ”.
• When the incremental detection system was used, the
parameter (#0 absolute position setting) was set on the absolute
position setting screen.
• The data input for the standard parameter setting or during
execution of formatting is not “Y” or “N”.
• A value from 4 to 10 or 21 was specified for #1043 lang.
• Even though no language data exists, its output and comparison
were attempted. Check the numbers (0253 and 0254) of the
language data to be output.
• The setting data exceeded the setting range.
• The compensation data specification exceeded the range when
inputting the tool offset data on tape‚ so that block could not be
input. Press the INPUT key again while the input screen is
displayed‚ and the input will continue from the next block.
• When workpiece coordinate offsets are measured, the
calculation results given by pressing the CALC key are
exceeding the specified range. Correctly specify the tool length
or the wear data of cutting edges used for the calculation.
• When 23 or more was specified for #1043 lang.
I - 44
2.
Error No.
2.1
OPERATION ERRORS
Error message
Details
E03
No. NOT FOUND
∆
E04
DEV. NOT READY
×
E05
NOT
ACCEPTABLE
×
E06
NO SPEC
×
E07
RESET END
∆
E08
PHYSICAL ERR
×
• The corresponding setting No. (#) was not found. This error
occurs if a setting No. not found on the screen was set and input‚
or if a variable No. not found in the specifications was set and
input for the common variables.
• When the tool length was measured manually, a nonexisting tool
wear compensation number was specified and the sensor was
turned ON. Specify the R register of the offset number correctly.
• The input/output unit power is not ON.
• The cable is disconnected.
• Setting of the transfer speed (baud rate) does not agree.
• The PLC timer cannot be set from the screen when the program
is valid. (When machine parameter bit selection #6449 bit 1 is
set to 1.)
• The PLC counter cannot be set from the screen when the
program is valid. (When machine parameter bit selection #6449
bit 0 is set to 1.)
• The tool registration data setting is prohibited. (When special
relay SM71 is valid by the PLC.)
• Setting from the tool life management screen is prohibited.
• Absolute position setting screen’s #1 “ORIGIN” and #2 “ZERO”
cannot be set when #0 “INIT SET” is invalid.
• The total of axes set in #1001 SYS_ON‚ #1002 axisno is illegal.
Set so that the total No. of axes is within the specifications range
for the target model.
• #1037 cmdtyp is not within the setting range.
• The INPUT key was pressed to perform search for the program
that is in background edit status on the word edit screen.
• The menu keys (Replace and Insert) on the word edit screen
were manipulated when a running program is displayed (PDISP
signal: ON).
• An attempt was made to set MDI data in an MDI setting lock
state (the MDI setting lock parameter is specified with 0 and a
non-MDI mode is valid).
• Language data in display selection status was entered. Change
the display selection status once before entering the data.
(#1043 lang)
• When the manual value command protection (#1228 aux12/bit7)
function is valid, the first monitor screen was manipulated by
manual command operation (M, S, and T keys).
• The menu key for a function not in the specifications was
pressed.
• A parameter not in the specifications was set.
• A language that cannot select was selected. (#1043 lang)
• The input/output operations were forcibly stopped by reset‚ etc.
(including EMG).
• The input/output parameter setting or input/output unit side
setting was incorrect.
I - 45
2.
Error No.
2.1
OPERATION ERRORS
Error message
Details
E09
TIME OUT
×
E10
MEMORY OVER
×
E11
PROG. No. DUPLI
∆
E12
FILE ENTRY
OVER
×
E13
NB NOT FOUND
∆
E14
PROG. NOT
FOUND
∆
E15
EDIT LOCK B
×
E16
EDIT LOCK C
×
E17
PARITY H ERR
×
E18
PARITY V ERR
×
E20
OVER RUN ERR
×
E21
PROGRAM
RUNNING
×
• The input/output unit parameter “#9116 TIME-OUT SET” setting
was too short.
• There is no EOB code in the machining program.
• The program cannot be written because the memory capacity is
exceeded.
• This error occurs when the MDI data setting on the MDI screen
exceeds 500 characters‚ or when saving MDl‚ editing or making
a program on the edit screen‚ input on the data input/output
screen‚ program copy‚ etc.
• When registering a machining program in the memory‚ a
program with the same No. as the designated program No. was
found in the memory. Refer to the program file to find a program
No. not being used‚ and reset the program No.
• This error occurs during MDI registration in the MDI screen or
during creation of a program in the edit screen.
• When registering a machining program in the memory‚ the No. of
programs determined in the specifications is exceeded‚
preventing registration.
This error occurs during MDI registration in the MDI screen‚
creation of a program in the edit screen‚ data input in the data
input/output screen‚ and program copy.
• The block with the designated sequence No. or block No. does
not exist in the designated program.
• The designated program is not found in the memory.
• The corresponding program No. was not found with search of
tape memory during graphic check.
• An operation (edit‚ input/output‚ etc.) inhibited for machining
program B was attempted.
• An operation (edit‚ input/output‚ etc.) inhibited for machining
program C was attempted.
• A parity H error was detected during data input‚ etc.
• Check the paper tape or input device. This error may occur if the
paper tape is dirtied with oil‚ etc.
• A parity V error was detected during data input.
• Check the paper tape to see whether the number of characters
in the significant information section of a block is odd.
• Also check the state (cable wiring‚ noise measures‚ etc.) of the
connected equipment.
• The control method using the DC codes‚ etc.‚ for the input/output
operation is incorrect.
• Check the settings of the input/output unit parameters‚ and the
settings on the input/output unit side‚ and reset if necessary.
• Deletion of a machining program was attempted during
operation.
• Search was attempted during operation.
• Change of data such as parameters was attempted during
operation.
• Start of graphic check was attempted during operation.
I - 46
2.
Error No.
2.1
OPERATION ERRORS
Error message
Details
CODE CHANGE
ERR
PLC RUN
×
• There was an illegal code on the paper tape.
×
E25
DATA MEMORY
ERR
×
E26
NO
CHARACTERS
∆
E35
×
E40
COMPARE
ERROR
OP MODE ERROR
• Data input/output or comparison was attempted when the PLC
was not stopped.
• Analog output adjustment was attempted when the PLC was not
stopped.
• An attempt was made to input or output language data during
PLC execution.
(Measures)
Stop the PLC.
• Set the control unit rotary switch NCSYS to 1.
• Set the onboard file screen RUN/STOP setting to 1.
• When inputting the tool offset data onto tape‚ an offset type
exceeding the specifications range was designated‚ and that
block could not be input. If the INPUT key is pressed again in the
input screen‚ the input will continue from the next block.
• The designated character string was not found from the block
displayed on the screen to the end of the program when
searching with data search in the edit screen. Press the INPUT
key again’ and the search will start at the head of the program.
• An inconsistency was found in the paper tape and memory data
during comparison.
E50
FILE ERR
×
E51
FILE OPEN ERR
E52
FILE CLOSE ERR
E53
FILE SEEK ERR
E54
FILE READ ERR
E55
FILE DELETE
ERR
FILE INSERT ERR
E22
E24
E56
×
• Continuous or step graphic check was not possible because the
operation mode was illegal.
• If one of these errors occurs‚ the editing or input/output
operations cannot be continued. Contact the Service Center.
As for E50‚ a classification No. will display at the end of the
message. Inform the service center of this No. as well.
I - 47
2.
Error No.
2.1
OPERATION ERRORS
Error message
Details
E60
IOP ERR
×
E62
I/O PARAM ERR
∆
E64
PROGRAM No.
ERR
∆
E65
PROG. No. DUPLl
∆
E66
NO PROG.
NUMBER
∆
A classification number is displayed after the message for E60.
Refer to the section shown in parentheses‚ and remedy the
problem.
E60 lOP ERROR – 2 (Port already being used)
E60 lOP ERROR – 4 (E09 TIME OUT)
E60 lOP ERROR – 5 (E08 PHYSICAL ERR)
E60 lOP ERROR – 7 (E07 RESET END)
E60 lOP ERROR – 10 (E04 DEV. NOT READY)
E60 lOP ERROR – 15 (E17 PARITY H ERR)
E60 lOP ERROR – 16 (E18 PARITY V ERR)
E60 lOP ERROR – 17 (E20 OVER RUN ERR)
E60 lOP ERROR – 18 (E22 CODE CHANGE ERR)
E60 IOP ERROR – 20 (framing and H/W errors)
• Setting for the bit length is incorrect. (Baud rate, stop bit, and
character length)
Check the setting of the I/O device system and its parameters
and set it again.
• Check the situations of the connected devices (cable wiring and
noise measures).
• Data was input/output or the tape search was executed during
the host link.
Set 0 in #8109 HOST LINK, and then set 1 again before
performing the cycle start. (IOP error -2)
• The host link parameter was turned ON during connecting to the
Anshin-net. Turn the Anshin-net valid OFF. (IOP error -2)
• When #10812 Anshin-net/ Machine builders network system
valid is set to 1, the modem connection port of the Anshin-net or
machine builders network system is occupied.
Perform inputting or outputting using a port other than the
modem connection port. (IOP error -2)
• When connecting the GX Developer (when the bit selection
parameter #6451 bit5 is set to 1), the port 2 of the RS232C
communication port is always used.
Use a port other than the port 2 of the RS232C communication
port. (IOP error -2)
• The “EIA code” data set for I/O parameter is of an unusable
code.
• The unusable codes are those used as the EIA standard codes
and the even hole codes.
• The same No. as the program No. designated for program copy
was found in the memory.
• During tape input‚ the first character of the machining program
block is the program No. address “O” or “L”.
• During tape input‚ the same No. as the specified program was
found in the memory.
• During tape input‚ the program No. was not found on the paper
tape‚ and a program No. was not designated on the screen’s
data setting area. Set the program No.‚ and input again.
I - 48
2.
Error No.
2.1
OPERATION ERRORS
Error message
Details
E69
PROG. CHECK
MODE
×
E70
TOOL No. DUPLl
∆
E71
TOOL ENTRY
OVER
×
E73
CAN’T
CALCULATE
×
E74
MENU
IMPOSSIBLE
×
E75
TLM ILL. SIGNAL
E76
TOOL No. ERROR
×
E77
AXIS No.
REF-RET
×
• Search (operation search) was attempted during program check
(continuous or step).
• Retry search after the program check is completed‚ or after
resetting the program search
• A tool No. already registered was newly registered on the tool life
management screen.
• Registration of data exceeding the max. No. of registerable tools
was attempted on the tool life management screen.
• When inputting the tool offset data onto tape‚ a compensation
number exceeding the specifications range was specified‚ and
that block could not be input. If the INPUT key is pressed again in
the input screen’ the input will continue from the next block.
• The coordinate value of the hole center cannot be obtained.
• Reset the measurement point, which must not applied to the
following conditions.
The measurement A point is the same as the Y coordinate of
the C point.
The measurement B is the same as the Y coordinate of the C
point.
The slope of the line through A and C point is the same as the
slope of the line through B and C point.
• Press the operation menu “= Input” or “+ input” during the tool
measurement.
• Press the operation menu “= Input” or “+ input” during the
manual value command mode.
• Press the screen selection menu on which “↓” is displayed
during the tool measurement.
• Press the screen selection menu on which “↓” is displayed
during the manual value command mode.
• The sensor signal was already ON when the tool measurement
mode (TLM) signal was validated.
• After the tool measurement mode (TLM) signal was validated,
the sensor signal turned ON when there was no axis movement.
• The sensor signal turned ON at a position within 100µm from the
final entry start position.
• Turn the tool measurement mode signal input OFF, or turn the
sensor signal OFF and move the axis in a safe direction.
Note) This display will be erased when another screen is
opened.
The display will not be erased even if the tool
measurement mode signal input is turned OFF, or if the
axis is moved in a direction away from the sensor.
• The offset No. to be used for workpiece coordinate system offset
data measurement was invalid. Restart from tool selection.
(Correctly specify the R register that contains the offset number.)
• Zero point return has not been completed for the axis being
measured. Return the axis to the zero point.
I - 49
2.
Error No.
2.1
OPERATION ERRORS
Error message
Details
E78
AX UNMATCH
(TLM)
×
E79
NO REF-RTN
(TLM)
×
E84
CAN’T IN/OUT
×
E86
INPUT DATA ERR
×
E87
NOT EDIT PROG.
×
E88
CAN’T ADD
BLOCK
×
• During movement of two or more axes‚ the sensor turned ON
and the tool length was measured.
Keep off from the sensor and perform the measurement for one
axis at a time.
• The sensor turned on for an axis that has not completed
dog-type reference point return‚ and the tool length was
measured. Return the axis to the zero point.
• An attempt was made to input a parameter in the setup
parameter locked state. Refer to the manual issued by the
• When inputting the tool offset data‚ the data format was not
correct‚ so that block could not be input.
• If the INPUT key is pressed again in the input screen‚ the input
will continue from the next block.
• When data is read from parameter tape, its format is incorrect.
• The format of file written to the NC memory is illegal.
• Playback edit was executed for a fixed cycle subprogram.
Playback edit of a fixed cycle subprogram is not possible.
• Playback edit cannot be executed unless the block being edited
with playback is displayed to the end (EOB) on the left side of the
machining program display area. Press the cursor key ↓ ‚ and
×
E165
MODE ERROR
(PBK)
AUX RUNNING
E190
FORE EDITING
×
E191
×
E200
NOT COM.
SEARCH
ADJUST ERROR
E201
UNIT NOT EQUIP
×
E91
×
×
display the whole block to the end. Then‚ input the data.
• G90 was set when “PB_G90” was OFF.
• G91 was set when “PB_G90” was ON.
• The keys other than Function/Menu/Previous page/Next page
were pressed in Auxiliary monitor screen during auxiliary axis
operation.
• An attempt was made to perform background search for the
program that is in foreground search status. (Word editing)
• Operation search was attempted in tape mode.
• The hardware status can’t be read correctly‚ so automatic
adjustment was not possible.
• Check the remote l/O unit.
• A Z55 RIO NOT CONNECT occurred.
• Adjust manually.
• Unit defect (replace unit)
• The analog output unit is not mounted.
• Confirm the remote l/O unit.
• Prepare a unit having analog output.
• Check the connection (power and signal wires)
• Unit defect (replace unit)
I - 50
2.
Error No.
2.1
OPERATION ERRORS
Error message
Details
E330
BACKUP FROM
NG
×
E331
NO EMG STOP
×
E332
×
E350
RESTORE
ERROR
TITLE ERROR 1
E351
TITLE ERROR 2
×
E352
TITLE ERROR 3
×
E353
TITLE ERROR 4
×
E354
TITLE ERROR 5
×
E355
TITLE ERROR 6
×
×
• The cassette was in the following state.
Un-mounting
Outside of regulation
Empty data
Invalid data
• Emergency stop (EMG) was not applied, so could not be
operated.
• The restore failed. (The error of manufacturing number.)
• Data output was performed without inputting title screen
customization data beforehand.
• The title screen customization data which have been input is not
Bitmap File for Windows.
• Perform the input after converting the data into Bitmap File for
Windows.
• The setting of the title screen customization data which have
been input is not monochrome bitmap for Bitmap File for
Windows.
• Perform the input after converting the data into the monochrome
setting of Bitmap File for Windows.
• The compression setting of the title screen customization data
which have been input is not non-compression that applies to the
Bitmap File for Windows.
• Perform the input after saving the data with another drawing
software.
• The size of the customized title part is exceeding 640 pixels r
250 pixels.
• Perform the input after changing the size to be 640 pixels r 250
pixels.
• A communication error occurred during input/output of the
bitmap data.
• Check the communication cables and parameters.
I - 51
2.
2.2
OPERATION MESSAGES
2.2 OPERATOR MESSAGES
The following messages indicate the status of the setting and display functions‚ and are not operation
errors. They are mainly used to show that operation is normal‚ and serve as guides for the following
operations. There is no classification by numbers.
2.2.1 SEARCH AND OPERATION RELATED
Message
Message details
SEARCH EXECUTION
• Search is being executed normally.
SEARCH COMPLET
• Search was completed normally.
I - 52
2.
2.2
OPERATION MESSAGES
2.2.2 MDI/EDITING RELATED
Message
Message details
MDI NO SETTING
• Only display of MDI data (no execution)
MDI SETTING COMPLETE
• The MDI data setting has been completed (execution is now
possible).
MDI ENTRY COMPLETE
• The MDI data was saved in the memory with the specified program
No.
MDI RUNNING
• The NC is operating with an MDI program‚ and the MDI data cannot
be corrected.
PUSH KEY SERCH/PROG
• Status in which no programs to be edited have been called on the
editing screen. To edit‚ press the SEARCH or PROGRAM edit key.
EDITING
• The details of a program are being edited on the screen. Press INPUT
to write the data in the memory.
PROGRAM RUNNING
• A machining program to be edited is currently being run with memory
operation‚ and cannot be edited.
DELETE? (Y/N)
• Waiting for a key entry (whether to delete the program) in word edit
status (when the background search menu is selected)
BACK GROUND EDITING
• Background edit mode
EDIT POSSIBLE
• Editing can be performed in foreground edit mode.
EDIT IMPOSSIBLE
• Editing cannot be performed in foreground edit mode.
• This state also occurs during feed hold or fixed cycle mode
(single-block stop).
WORD SEARCH FIN
• The word matching the search data was searched on word editing.
I - 53
2.
2.2
OPERATION MESSAGES
2.2.3 DATA INPUT/OUTPUT RELATED
Message
DATA IN EXECUTION
Message details
• Data is being read without error from the paper tape.
DATA WRITING IN PROGRESS • Data has been entered normally and the input data is being written to
the ROM.
DATA IN COMPLETE
• Data has been stored without error.
COMPARE EXECUTION
• Comparison is being executed without error.
COMPARE COMPLETE
• Comparison has completed without error.
DATA OUT EXECUTION
• Data is being output without error.
DATA OUT COMPLETE
• Data has been output without error.
ERASE EXECUTION
• Data is being erased without error.
ERASE COMPLETE
• Data has been erased without error.
COPY EXECUTION
• The machining program is being copied without error.
COPY COMPLETE
• The machining program has been copied without error.
CONDENSE EXECUTION
• The machining program is being condensed without error.
CONDENSE COMPLETE
• The machining program has been condensed without error.
MERGE EXECUTION
• The machining program is being merged without error.
MERGE COMPLETE
• The machining program has been merged without error.
No. CHANGE EXECUTION
• The machining program No. is being changed without error.
No. CHANGE COMPLETE
• The machining program No. has been changed without error.
I - 54
2.
2.2
OPERATION MESSAGES
2.2.4 S-ANALOG OUTPUT ADJUSTMENT RELATED
Message
Message details
ADJUST EXECUTION
• Analog output adjustment is being executed without error.
ADJUST COMPLETE
• Analog output adjustment has completed without error.
2.2.5 AUXILIARY AXIS
Message
Message details
CONTINUE Y/N
• Type “Y” or “N” to specify whether to perform operation.
BACKUP EXECUTION
• The auxiliary axis parameters are being backed up in SRAM.
BACKUP COMPLETE
• The backup of the auxiliary axis parameters in SRAM has been
completed.
AUX. WRITING EXEC.
• The auxiliary axis parameters in SRAM is being written to MR-J2-CT.
WRITE COMPLETE
• The writing of the auxiliary axis parameters in SRAM to MR-J2-CT
has been completed.
ABS POS RESTORED
• The absolute position in SRAM has been restored in MR-J2-CT.
2.2.6 PARAMETER BACKUP RELATED
Message
Message details
BACKUP EXEC. Y/N
Type “Y” or “N” to specify whether to perform the operation.
BACKUP EXECUTION
The parameters are being backed up.
BACKUP COMPLTE
Backup of the parameters has been completed.
RESTORE EXEC. Y/N
Type “Y” or “N” to specify whether to perform the operation.
RESTORE EXECUTION
The parameters are being restored.
RESTORE COMPLETE
Restoration of the parameters has been completed.
I - 55
2.
2.2
OPERATION MESSAGES
2.2.7 OTHERS
Message
Message details
DATA PROTECTING
• The data protection key is valid‚ and the various data cannot be set or
erased‚ etc.
BASE PARA. SET? (Y/N)
• Waiting for the key input of standard parameter setting (Y/N).
BASE PARA EXECUTION
• The standard parameters are being set.
EXECUTE FORMAT? (Y/N)
• Waiting for the key input of execute format (Y/N).
FORMAT EXECUTION
• Formatting is being executed.
SETUP COMPLETE
• The simple setup has been completed.
Setup with #1060 SETUP "1" has been completed.
Formatting with #1060 SETUP "20" has been completed.
NON SETUP
• Completed without executing simple setup.
(When “N” has been set for both “BASE PARA. SET? (Y/N)” and
“EXECUTE FORMAT? (Y/N)”.)
CONFIRM OPE? (Y/N)
• Confirmation for erasing operating time or alarm history.
INPUT? (Y/N)
• Waiting for the key input of tool length data by manual measurement.
V-ANALIZER EXEC.
• Waveform display data cannot be output while waveform is displayed.
I - 56
3.
3.
PROGRAM ERROR
PROGRAM ERROR
(The bold characters are the message displayed in the screen.)
These alarms occur during automatic operation‚ and the causes of these alarms are mainly program errors
which occur‚ for instance‚ when mistakes have been made in the preparation of the machining programs or
when programs which conform to the specification have not been prepared.
Error No.
Details
P 10
EXCS. AXIS No.
The number of axis addresses
commanded in the same block exceeds
the specifications.
AXIS ADR. ERROR
The axis address commanded by the
program and the axis address set by the
parameter do not match.
DIVISION ERROR
An axis command which cannot be
divided by the command unit has been
issued.
NOT ACCEPT CMND
The normal line control command
(G40.1, G41.1, G42.1) has been issued
during the modal in which the normal line
control is not acceptable.
PARITY H
The number of holes per character on the
paper tape is even for EIA code and odd
for ISO code.
PARITY V
The number of characters per block on
the paper tape is odd.
ADDRESS ERROR
An address not listed in the specifications
has been used.
FORMAT ERROR
The command format in the program is
not correct.
G-CODE ERROR
A G code not listed in the specifications
has been used.
G51.2 or G50.2 was commanded when
the rotary tool axis No. (#1501 polyax)
was set to “0”.
G51.2 or G50.2 was commanded when
the tool axis was set to the linear axis
(#1017 rot “0”).
P 11
P 20
P 29
P 30
P 31
P 32
P 33
P 34
Remedy
I - 57
• Divide the alarm block command into two.
• Check the specifications.
• Revise the axis names in the program.
• Check the program.
• Check the paper tape.
• Check the tape puncher and tape reader.
• Make the number of characters per block on
the paper tape even.
• Set the parameter parity V selection OFF.
• Check and revise the program address.
• Check and correct the parameters values.
• Check and correct the G code address in the
program.
• Check the parameter setting values.
3.
Error No.
P 35
P 36
P 37
P 39
P 40
P 60
P 62
P 70
PROGRAM ERROR
Details
Remedy
CMD-VALUE OVER
The setting range for the addresses has
been exceeded.
• Enter the M02 and M30 command at the end
PROGRAM END ERR
of the program.
“EOR” has been read during tape and
• Enter the M99 command at the end of the
memory operation.
subprogram.
• The program numbers are designated across
PROG. NO. ZERO
a range from 1 to 99999999.
A zero has been specified for program
• The sequence numbers are designated
and sequence numbers.
across a range from 1 to 99999.
NO SPEC ERR
• A non-specified G code was specified.
• The high-speed program server operation
specifications are not provided.
• Reconsider the program.
PREREAD BL. ERR
When tool radius compensation is
executed‚ there is an error in the pre-read
block and so the interference check is
disabled.
• Reconsider the axis address command.
OVER CMP. LENG.
The commanded movement distance is
excessive. (Over 231)
• The default movement modal command at
F-CMD. NOTHING
power ON is G01. This causes the machine
• No feed rate command has been issued.
to move without a G01 command if a
movement command is issued in the
program, and an alarm results. Use an F
command to specify the feedrate.
• Specify F with a thread lead command.
• Check the numerical values of the addresses
ARC ERROR
that specify the start and end points, arc
• There is an error in the arc start and end
center as well as the radius in the program.
points as well as in the arc center.
• Check the “+” and “–” directions of the
• The difference of the involute curve
through the start point and the end point is address numerical values.
large.
I - 58
3.
Error No.
P 71
P 72
P 90
P 93
P111
P112
P113
PROGRAM ERROR
Details
Remedy
• Check the numerical values of the addresses
ARC CENTER
in the program.
• The arc center is not sought during
• Check whether the start point or end point is
R-specified circular interpolation.
• The curvature center of the involute curve on the inner side of the base circle for
involute interpolation. When carrying out tool
cannot be obtained.
radius compensation, check that the start
point and end point after compensation are
not on the inner side of the base circle for
involute interpolation.
• Check whether the start point and end point
are at an even distance from the center of the
base circle for involute interpolation.
• Check the helical specifications.
NO HELICAL SPEC
• An Axis 3 command was issued by the
A helical command has been issued
circular interpolation command. If there is no
though it is not included in the
helical specification, the linear axis is moved
specifications.
to the next block.
NO THREAD SPEC
A thread cutting command has been
issued though it is not included in the
specifications.
• Issue the thread cutting command and then
SCREW PITCH ERR
set the screw pitch command properly.
The screw pitch has not been set
correctly when the thread cutting
command is issued.
• Before issuing the plane selection
PLANE CHG (CR)
commands, issue G68 and then G69
Plane selection commands (G17, G18,
and G19) were issued when a coordinate (coordinate rotation cancel).
rotation command (G68) was issued.
• Issue the plane selection command after the
PLANE CHG (CC)
• A plane selection command (G17‚ G18‚ tool radius compensation command or nose
R compensation command has been
G19) has been issued when the tool
canceled (issue axial movement command
radius compensation command (G41‚
after the G40 cancel command).
G42) or nose R compensation
command (G41‚ G42‚ G46) is issued.
• The plane selection command was
issued when nose R compensation is
completed‚ there is no axial movement
command after the G40 command‚ and
the compensation has not been
canceled.
• Issue arc command on the correctly selected
ILLEGAL PLANE
plane.
The arc command axis is not on the
selected plane.
I - 59
3.
PROGRAM ERROR
Error No.
Details
Remedy
P122
NO AUTO C-OVR
An automatic corner override command
(G62) has been issued though it is not
included in the specifications.
2nd AUX. ADDR
The 2nd miscellaneous function address
specified in the program does not match
that set by the parameter.
NO G96 SPEC
(No constant peripheral speed)
The constant peripheral speed command
(G96) was issued despite the fact that
such a command does not exist in the
specifications.
SPINDLE S = 0
No spindle speed command has been
specified.
G96 P-No. ERR
An invalid constant peripheral speed
control axis has been specified.
NO C-CMP SPEC
• Even though there were no tool radius
compensation specifications, tool
radius compensation commands (G41
and G42) were issued.
• Even though there were no nose R
compensation specifications, nose R
compensation commands (G41, G42,
and G46) were issued.
G2‚ 3 CMP. ERR
A compensation command (G40‚ G41‚
G42‚ G43‚ G44‚ G46) has been issued in
the arc mode (G02‚ G03).
• Delete the G62 command from the program.
P130
P131
P132
P133
P150
P151
P152
P153
• Check and correct the 2nd miscellaneous
function address in the program.
• Change from the constant peripheral speed
command (G96) to the rotation speed
command (G97).
• Reconsider the parameter specified for the
constant peripheral speed control axis.
• Issue the linear command (G01) or rapid
traverse command (G00) in the
compensation command block or cancel
block.
(Set the modal to linear interpolation.)
I.S.P NOTHING
In interference block processing during
execution of a tool radius compensation
(G41 or G42) or nose R compensation
(G41‚ G42‚ or G46) command‚ the
intersection point after one block is
skipped cannot be determined.
I.F ERROR
An interference error has arisen while the
tool radius compensation command
(G41‚ G42) or nose R compensation
command (G41‚ G42‚ G46) was being
executed.
I - 60
3.
Error No.
P155
P156
P157
P158
P170
P172
P173
P177
PROGRAM ERROR
Details
Remedy
• The radius compensation mode is
F-CYC ERR (CC)
established when a fixed cycle command is
A fixed cycle command has been issued
executed and so the radius compensation
in the radius compensation mode.
cancel command (G40) should be issued.
• Change the vector to that with which the
BOUND DIRECT
At the start of G46 nose R compensation‚ compensation direction is defined.
the compensation direction is undefined • Exchange with a tool having a different tip
point number.
if this shift vector is used.
• Change the G command to that which allows
SIDE REVERSED
inversion of the compensation direction (G00‚
During G46 nose R compensation‚ the
G28‚ G30‚ G33‚ or G53).
compensation direction is inverted.
• Exchange with a tool having a different tip
point number.
• Turn ON the #8106 G46 inversion error
avoidance parameter.
• Change the tip point number to a legal one.
ILLEGAL TIP P.
During G46 nose R compensation‚ the tip
point is illegal (other than 1 to 8).
• Add the compensation number command to
NO CORR. No.
the compensation command block.
The compensation number (DOO‚ TOO‚
•
Check the number of compensation number
HOO) command was not given when the
sets a correct it to a compensation number
radius compensation (G41‚ G42‚ G43‚
command within the permitted number of
G46) command was issued.
compensation sets.
Alternatively‚ the compensation number
is larger than the number of sets in the
specifications.
• Check the address L-Number of the G10
G10 L-No. ERR
command and correct the number.
(G10 L-number error)
The L address command is not correct
when the G10 command is issued.
• First check the number of compensation sets
G10 P-No. ERR
and then set the address P designation to
(G10 compensation error)
within the permitted number of sets.
When the G10 command is issued‚ a
compensation number outside the
permitted number of sets in the
specifications has been commanded for
the compensation number command.
• The tool life management data cannot be
LIFE COUNT ACT
Registration of tool life management data registered when counting the used data. Turn
the used data count valid signal OFF.
with G10 was attempted when the used
data count valid signal was ON.
I - 61
3.
PROGRAM ERROR
Error No.
Details
P178
LIFE DATA OVER
The No. of registration groups‚ total No.
of registered tools or the No. of
registrations per group exceeded the
specifications range.
P179
P180
P181
P182
P183
P184
P190
Remedy
GROUP No. ILL.
• When registering the tool life
management data with G10‚ the group
No. was commanded in duplicate.
• A group No. that was not registered
was designated during the T99
command.
• An M code command must be issued
as a single command but coexists in
the same block as that of another M
code command.
• The M code commands set in the same
group exist in the same block.
NO BORING CYC.
A fixed cycle command was issued
though there are not fixed cycle (G72 –
G89) specifications.
NO S-CMD (TAP)
The spindle rotation speed command
has not been issued when the hole
drilling fixed cycle command is given.
SYN TAP ERROR
Connection to the main spindle unit was
not established.
PTC/THD‚ No.
The pitch or thread number command
has not been issued in the tap cycle of a
hole drilling fixed cycle command.
NO PTC/THD CMD
The pitch or the number of threads per
inch is illegal in the tap cycle of the hole
drilling fixed cycle command.
NO CUTTING CYC
A lathe cutting cycle command was input
although the lathe cutting cycle was
undefined in the specification.
I - 62
• Review the No. of registrations. The
maximum No. of registrations is shown
below.
No. of groups
80
No. of tools
80
Per group
16
• The group No. cannot be commanded in
duplicate. When registering the group data‚
register it in group units.
• Correct to the correct group No.
• Correct the program.
• Issue the spindle rotation speed command
(S) when the hole drilling fixed cycle
command G84‚ G74 (G84‚ G88) is given.
• Check connection to the main spindle.
• Check that the main spindle encoder exists.
• Specify the pitch data and the number of
threads by F or E command.
• Check the pitch or the number of threads per
inch.
• Check the specification.
• Delete the lathe cutting cycle command.
3.
PROGRAM ERROR
Error No.
Details
Remedy
P191
TAPER LENG ERR
In the lathe cutting cycle‚ the specified
length of taper section is illegal.
CHAMFERING ERR
Chamfering in the thread cutting cycle is
illegal.
NO MRC CYC SPC
The fixed cycle for compound lathe I
(G70 to G73) was commanded when the
fixed cycle for compound lathe I
specifications were not provided.
PROG. ERR (MRC)
• When called with a fixed cycle for
compound lathe I command, the
subprogram contained at least one of the
following commands:
• Reference point return command (G27,
G28, G29, G30)
• Thread cutting (G33, G34)
• Fixed cycle skip-function (G31)
• The first move block of the finish shape
program in fixed cycle for compound lathe
I contains an arc command.
BLOCK OVR (MRC)
The number of blocks in the shape
program of the fixed cycle for compound
lathe I is over 50 or 200 (this differs
according to the model).
CONF. ERR (MRC)
The fixed cycle for compound lathe I
(G70 to G73) shape program could not
cut the work normally because it defined
an abnormal shape.
VALUE ERR (MRC)
A command value of the fixed cycle for
compound lathe (G70 to G76) is illegal.
NO SPECIAL CYC
No special fixed cycle specifications are
available.
NO HOLE (S_CYC)
A 0 has been specified for the number of
holes in special fixed cycle mode.
• The radius set value in the lathe cycle
command must be smaller than the axis shift
amount.
• Set a chamfering amount not exceeding the
cycle.
P192
P200
P201
P202
P203
P204
P220
P221
I - 63
• Delete the following G codes from this
subprogram that is called with the fixed cycle
for compound lathe I commands (G70 to
G73): G27‚ G28‚ G29, G30‚ G31‚ G33‚ G34,
fixed cycle G-code.
• Remove G2 and G3 from the first move block
of the finish shape program in fixed cycle for
compound lathe I.
• Specify 50 or a less value. The number of
blocks in the shape program called by the
fixed cycle for compound lathe I commands
(G70 to G73) must be decreased below 50 or
200 (this differs according to the model).
• Check the fixed cycle for compound lathe I
(G70 to G73) shape program.
• Check the fixed cycle for compound lathe
(G70 to G76) command value.
3.
PROGRAM ERROR
Error No.
Details
P222
G36 ANGLE ERR
A G36 command specifies 0 for angle
intervals.
G12 G13 R ERR
The radius value specified with a G12 or
G13 command is below the
compensation amount.
NO G12‚ G13 SPC
There are no circular cutting
specifications.
NESTING OVER
• A subprogram has been called 4 or more
times in succession from the subprogram.
NO N-NUMBER
At subprogram call time‚ the sequence
number set at return from the
subprogram or specified by GOTO‚ was
not set.
NO PROGRAM No.
The subprogram has not been found
when the subprogram is called.
NO VARl NUMBER
The variable number commanded is
higher than the numbers in the
specifications.
EQL. SYM. MSSG.
The “=” sign has not been commanded
when a variable is defined.
VARIABLE ERR.
An invalid variable has been specified in
the left or right side of an operation
expression.
NO COOD-RT SPC
Even though there were no coordinate
rotation specifications, a coordinate
rotation command was issued.
NO MACRO SPEC
A macro specification was commanded
though there are no such command
specifications.
P223
P224
P230
P231
P232
P241
P242
P243
P260
P270
Remedy
I - 64
• Check the number of subprogram calls and
correct the program so that it does not
exceed 4 times.
• Specify the sequence numbers in the call
block of the subprogram.
• Enter the subprogram.
• Check the program variable number.
• Designate the “=” sign in the variable
definition of the program.
• Correct the program.
3.
PROGRAM ERROR
Error No.
Details
P271
NO MACRO INT.
A macro interrupt command has been
issued though it is not included in the
specifications.
MACRO ILL.
A statement and a macro statement exist
together in the same block.
MACRO OVERCALL
The number of macro call nests
exceeded the specifications.
MACRO ARG. EX.
The number of macro call argument type
II sets has exceeded the limit.
CALL CANCEL
A G67 command was issued though it
was not during the G66 command modal.
P272
P273
P275
P276
Remedy
P277
MACRO ALM MESG
An alarm command has been issued in
#3000.
P280
EXC. [ ‚
The number of parentheses “[” or “]”
which can be commanded in a single
block has exceeded five.
[ ‚ ] ILLEGAL
The number of “[” and “]” parentheses
commanded in a single block does not
match.
CALC. IMPOSS.
The arithmetic formula is incorrect.
DIVIDE BY ZERO
The denominator of the division is zero.
P281
P282
P283
P290
P291
P292
IF SNT. ERROR
There is an error in the IF conditional
GOTO statement.
WHILE SNT. ERR
There is an error in the WHILE
conditional DO-END statement.
SETVN SNT. ERR
There is an error in the SETVN
statement when the variable name
setting was made.
I - 65
• Reconsider the program and place the
executable statement and macro statement
in separate blocks.
• Reconsider the program and correct it so that
the macro calls do not exceed the limit
imposed by the specification.
• The G67 command is the call cancel
command and so the G66 command must be
designated first before it is issued.
• Refer to the operator messages on the DIAG
screen.
• Refer to the instruction manual issued by the
• Reconsider the program and correct it so the
number of “[” or “]” does not exceed five.
“[” and “]” parentheses are paired up
properly.
• Reconsider the program and correct the
formula.
the denominator for division in the formula is
not zero.
• The number of characters in the variable
name of the SETVN statement must be 7 or
less.
3.
Error No.
P293
P294
P295
P296
P297
P298
P300
P301
P360
PROGRAM ERROR
Details
Remedy
DO-END EXCESS
the number of ’s in the DO – END statement
The number of ’s for DO-END in the
does not exceed 27.
WHILE conditional DO – END
statement has exceed 27.
DO-END MMC.
the DO’s and END’s are paired off properly.
The DO’s and END’s are not paired off
properly.
• During tape operation‚ a program which
WHILE/GOTO TPE
There is a WHILE or GOTO statement on includes a WHILE or GOTO statement
cannot be executed and so the memory
the tape during tape operation.
operation mode is established instead.
• Review the program.
NO ADR (MACRO)
A required address has not been
specified in the user macro.
ADR-A ERR.
The user macro does not use address A
as a variable.
PTR OP (MACRO)
User macro G200‚ G201‚ or G202 was
specified during tape or MDI operation.
• Reconsider the variable names in the
VER. NAME ERROR
program and correct them.
The variable names have not been
commanded properly.
• Correct the program so that the name is not
VAR NAME DUPLI
duplicated.
The name of the variable has been
duplicated.
NO PROG.MIRR.
A mirror image (G50.1 or G51.1)
command has been issued though the
programmable mirror image
specifications are not provided.
I - 66
3.
PROGRAM ERROR
Error No.
Details
P380
NO CORNER R/C
A command was issued for corner
chamfering/corner rounding though there
are no such specifications.
NO ARC R/C SPC
Corner chamfering/corner rounding was
specified in the arc interpolation block
although corner chamfering/corner
rounding II is unsupported.
CORNER NO MOVE
The block next to corner chamfering/
corner rounding is not a movement
command.
CORNER SHORT
In the corner chamfering/corner rounding
command‚ the movement distance was
shorter than the value in the corner
chamfering/corner rounding command.
CORNER SHORT
When the corner chamfering/corner
rounding command was input‚ the
movement distance in the following block
was shorter than the length of the corner
chamfering/corner rounding.
G0 G33 IN CONR
A block with corner chamfering/corner
rounding was given during G00 or G33
modal.
NO GEOMETRIC
A geometric command was issued
though there are no geometric
specifications.
NO GEOMETRIC 2
There are no geometric IB specifications.
LES AGL (GEOMT)
The angular difference between the
geometric line and line is 1° or less.
INC ERR (GEOMT)
The second geometric block was
specified by an incremental value.
NO G01 (GEOMT)
The second geometric block contains no
linear command.
NO ADRS (GEOMT)
The geometric format is invalid.
P381
P382
P383
P384
P385
P390
P391
P392
P393
P394
P395
Remedy
I - 67
• Remove the corner chamfering/corner
rounding command from the program.
• Replace the block succeeding the corner
chamfering/corner rounding command by
G01 command.
• Make the corner chamfering/corner rounding
less than the movement distance since this
distance is shorter than the corner chamfering/
corner rounding.
• Make the corner chamfering/corner rounding
less than the movement distance since this
distance in the following block is shorter than
the corner chamfering/corner rounding.
• Recheck the program.
• Correct the geometric angle.
• Specify this block by an absolute value.
• Specify the G01 command.
• Recheck the program.
3.
PROGRAM ERROR
Error No.
Details
P396
PL CHG. (GEOMT)
A plane switching command was
executed during geometric command
processing.
ARC ERR (GEOMT)
In geometric IB‚ the circular arc end point
does not contact or cross the next block
start point.
NO GEOMETRIC 1B
Although the geometric IB specifications
are not included‚ a geometric command
is given.
PRAM. IN ERROR
• The specified parameter number or set
data is illegal.
• An illegal G command address was
input in parameter input mode.
• A parameter input command was input
during fixed cycle modal or nose R
compensation.
AXIS NOT RET.
• A command was issued to move an
axis‚ which has not returned to the
reference point‚ away from that
reference point.
• A command was issued to an axis
removal axis.
NO 2nd REF. SPC
A command for second‚ third or fourth
reference point return was issued though
there are no such command
specifications.
COLLATION ERR
One of the axes did not return to the start
position when the origin point collate
command (G27) was executed.
G27/M ERROR
An M command was issued
simultaneously in the G27 command
block.
G29/M ERROR
An M command was issued
simultaneously in the G29 command
block.
P397
P398
P421
P430
P431
P434
P435
P436
Remedy
I - 68
• Execute the plane switching command
before geometric command processing.
• Recheck the geometric circular arc command
and the preceding and following commands.
• Execute reference point return manually.
• The command was issued to an axis for
which axis removal is validated so invalidate
axis removal.
• An M code command cannot be issued in a
G27 command block and so the G27
command and M code command must be
placed in separate blocks.
• An M code command cannot be issued in a
G29 command block and so the G29
command and M code command must be
placed in separate blocks.
3.
PROGRAM ERROR
Error No.
Details
P450
NO CHUCK BARR.
The chuck barrier on command (G22)
was specified although the chuck barrier
was undefined in the specification.
TAPE I/O ERROR
An error has arisen in the tape reader or‚
alternatively‚ in the printer during macro
printing.
FILE I/O ERROR
A file of the machining program cannot
be read.
P460
P461
P600
P601
P602
P603
P604
P605
P606
Remedy
NO AUTO TLM.
An automatic tool length measurement
command (G37) was execute though
there are no such command
specifications.
NO SKIP SPEC.
A skip command (G31) was issued
though there are no such command
specifications.
NO MULTI SKIP
A multiple skipping command (G31.1‚
G31.2 or G31.3) was issued though there
are no such command specifications.
SKIP SPEED 0
The skip speed is 0.
TLM ILL. AXIS
No axis or more than one axis was
specified in the automatic tool length
measurement block.
T-CMD IN BLOCK
The T code is in the same block as the
automatic tool length measurement
block.
NO T-CMD BEFOR
The T code was not yet specified in
automatic tool length measurement.
I - 69
• Check the power and cable of the connected
devices.
• Check the I/O device parameters.
• In memory mode, the programs stored in
memory may have been destroyed. Output
all of the programs and tool data once and
format them.
• Ensure that the external device that contains
the file is mounted.
• Specify the skip speed.
• Specify only one axis.
• Specify this T code before the block.
• Specify this T code before the block.
3.
PROGRAM ERROR
Error No.
Details
P607
TLM ILL. SIGNL
Before the area specified by the D
command or decelerating area
parameter d‚ the measurement position
arrival signal went ON. The signal
remains OFF to the end.
SKIP ERROR (CC)
A skip command was specified during
radius compensation processing.
ILLEGAL PARA.
• The parameter setting is not correct.
CMD-VALUE ILL.
Spindle synchronization was
commanded to a spindle that is not
connected serially.
PREPRO S/W ERR
Combining commands that required
pre-reading (nose R offset‚ corner
chamfering/corner rounding‚ geometric I‚
geometric IB‚ and fixed cycle for
compound lathe) resulted in eight or
more pre-read blocks.
P608
P610
P700
P990
Remedy
I - 70
• Specify a radius compensation cancel (G40)
command’ or remove the skip command.
•
•
•
•
Check the program.
Check the parameter.
Check the program.
Check the parameter.
• Reduce the number of commands that
require pre-reading or delete such
commands.
II
EXPLANATION OF PARAMETERS
1.
1.1
1.
SCREEN CONFIGURATION
SCREEN TRANSITION CHARTS
1.1 SCREEN TRANSITION CHARTS
When the function selection key MENU is pressed‚ the following menu appears:
TOOL menu is displayed after the power is turned on. To display PARAM menu‚ use menu key
on the TOOL screen.
Tool offset menu display (No.1 to 4)
OFFSET
WORK
Setup parameter menu display (No.1 to 4)
REGIST
PROCESS
WORK
Previous
page
Next
page
I/O PAR
SETUP
MENU
MENU
Next page key
Previous
page Key
PARAM menu
No.1 to 4
LIFE
Menu selection key
PROCESS
I/O BASE
PARAM
#8001 to #8018
#9001 to #9014
Machining
parameter
#8019 to #8059
I/O device
parameter
#9101 to #9130
.
.
.
Machining
parameter
#8071 to #8086
CONTROL
PARAM
#8101 to #8124
SETUP
PARAMETER
#9501 to #9530
AXIS PARAM
#8201 to #8212
BARRIER
PARAM
#8300 to #8319
MENU
TOOL menu
The contents of TOOL menu depends on the system.
II - 1
1.
1.1
SCREEN TRANSITION CHARTS
Press the menu key SETUP to display the setup selection screen.
If the setup parameter menu opening option is specified in this screen, the setup parameters can be set up and
displayed.
Parameter menu display (No.1 to 4)
Tool offset menu display (No.1 to 4)
MC-ERR
Base
Basic
specification
parameter
#1001 to #1024
.
.
.
#1925 to #1936
Previous
page
Next
page
Life
Axis
Macro
Servo
PSW
Spindle
MENU
Setup
I/O PAR
Registration
PLC
Previous page key
Setup parameter menu
No.1 to 4
Process
Work
Offset
MENU
MENU
MENU
Next page key
Menu selection key
Axis
specification
parameter
#2001 to #2012
Basic specification
parameter of
spindle
Servo
specification
parameter
#3001 to #3036
Servo
adjustment
parameter
Spindle
specification
parameter
Spindle
specification
parameter
#2037 to #2048
Servo
parameter
#2201 to #2212
.
.
.
Absolute position
parameter
#2261 to #2265
Axis specification
parameter
#2013 to #2024
Zero point
return parameter
#2025 to #2036
Zero point
return parameter
#2049 to #2060
Spindle offset
parameter
Spindle offset
parameter
Spindle
parameter
#3201 to #3212
.
.
.
Axis specification
parameter
#2061 to #2072
Axis specification
parameter
#2073 to #2084
Axis specification
parameter
#3573 to #3584
#2085 to #2096
Menu
switch
Machining
error correction
Setup parameter menu
No.5 to 8
Previous
page
Next
page
#4000 to #4047
Machining
error correction
#4051 to #4097
PLC timer
#6000 to #6055
.
.
.
Machining
offset data
#4101 to #4184
.
.
.
PLC counter
#6200 to #6223
#5109 to #5124
#6301 to #6348
#6936 to #6999
PLC constant
Bit selection
#6401 to #6460
.
.
.
#6581 to #6596
II - 2
Macro list
M macro
#7001 to #7103
G macro
#7201 to #7313
ASCII macro
#7401 to #7415
Position switch
#7501 to #7574
2.
2.1
2.
MACHINING PARAMETERS
PROCESS PARAMETERS
2.1 PROCESS PARAMETERS
<WRK COUNT> (No. of workpieces machined)
#
Item
8001 WRK COUNT M
8002 WRK COUNT
8003 WRK LIMIT
Contents
Setup range (unit)
0 to 99
Set the M code that counts the No. of workpiece
repeated machining.
The No. will not be counted when set to 0.
The current machining No. is displayed. Set the
0 to 999999
initial value.
0 to 999999
Set the maximum No. of workpieces machined.
A signal is output to PLC when the No. of machining
times is counted to this limit.
<AUTO TLM> (Automatic tool length measurement)
#
Item
8004 SPEED
8005 ZONE r
8006 ZONE d
Contents
Setup range (unit)
Set the feedrate during automatic tool length
1 to 60000 (mm/min)
measurement.
Set the distance between the measurement position 0 to 99999.999 (mm)
and deceleration start point.
Set the tolerable zone of the measurement position. 0 to 99999.999 (mm)
If the sensor signal turns ON in front of d before the
measurement position‚ or if the signal does not turn
ON after d is passed‚ an alarm will occur.
<AUTO CORNER OVR> (Automatic corner override)
#
Item
8007 OVERRIDE
8008 MAX ANGLE
8009 DSC. ZONE
Contents
Setup range (unit)
Set the override value for automatic corner override. 0 to 100 (%)
0 to 180 (°)
Set the max. corner opening angle where
deceleration should start automatically.
If the angle is larger than this value‚ deceleration will
not start.
0 to 99999.999 (mm)
Set the position where deceleration starts at the
corner.
Designate at which length point before the corner
deceleration should start.
II - 3
2.
2.1
PROCESS PARAMETERS
<T-TIP OFFSET> (Wear data input)
#
Item
8010 ABS. MAX.
(For L system only)
8011 INC. MAX.
(For L system only)
Contents
Setup range (unit)
0 to 99.999 (mm)
Set the max. value when inputting the tool wear
compensation amount.
A value exceeding this setting value cannot be set.
Set the max. value for when inputting the tool wear 0 to 99.999 (mm)
compensation amount in the addition mode.
<FIXED C.> (Fixed cycle)
#
Item
8012 G73 n
(For M system only)
8013 G83 n
8014 CDZ-VALE
(For L system only)
8015 CDZ-ANGLE
(For L system only)
8016 G71 MINIMUM
(For L system only)
8017
DELTA-D
(For L system only)
8018 G84/G74 return
(For M system only)
Contents
Set the return amount for G73 (step cycle).
Setup range (unit)
0 to 99999.999 (mm)
Not used.
Set the screw cut up amount for G76‚ G78 (thread
cutting cycle).
Set the screw cut up angle for G76‚ G78 (thread
cutting cycle).
Set the minimum cut amount for the final cutting in
G71‚ G72 (rough cutting cycle).
If the final cutting amount is smaller than this value‚
the final cut will not be performed.
Set the change amount to the command cut amount
D for G71‚ G72 (rough cutting cycle).
Each cut amount will be the value obtained by
adding or subtracting this value from command D‚
and thus‚ the amount can be changed each cut.
Set up return length m at a G84/G74 pecking tap
cycle.
Note: Set “0” to specify a usual tap cycle.
–
0 to 127 (0.1 lead)
II - 4
0 to 89 (°)
0 to 99.999 (mm)
0 to 99.999 (mm)
0 to 999.999 (mm)
2.
2.1
PROCESS PARAMETERS
<PRECISION> (High precision control)
#
8019
8020
8021
8022
8023
8024
8025
8026
8027
8028
8029
8030
8033
8034
8035
8036
8037
Item
R COMP
DCC ANGLE
COMP CHANGE
CORNER COMP
CURVE COMP
EDGE ANGLE
SPLINE ON
(for M system only)
CANCEL ANG.
(for M system only)
Toler-1
(for M system only)
Toler-2
(for M system only)
FairingL
(for M system only)
MINUTE LENGTH
(for M system only)
Fairing ON
(for M system only)
AccClamp ON
(for M system only)
AccClampMag
CordecJudge
(for M system only)
CorJudgeL
(for M system only)
Contents
Setup range (unit)
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
–
–
–
–
–
–
–
Not used.
–
Not used.
–
Not used.
–
Not used.
–
Not used.
–
Not used.
–
Not used.
–
Not used.
Not used.
–
–
Not used.
–
<C axis normal line>
#
Item
8041 C-rot.R
8042 C-ins.R
Contents
Not used.
Not used.
Setup range (unit)
–
–
II - 5
2.
2.1
PROCESS PARAMETERS
<Fixed cycle>
#
8051 G71
Item
THICK
8052
PULL UP
8053 G73
U
8054
W
8055
R
8056 G74
RETRACT
8057 G76
LAST-D
8058
TIMES
8059
ANGLE
Contents
Set the amount of cut-in by the rough cutting cycle
(G71, G72)
Set the amount of recess after cutting by the rough
cutting cycle (G71, G72).
Set the X-axis cutting margin of the forming rough
cutting cycle (G73).
Set the Z-axis cutting margin of the forming rough
cutting cycle (G73).
Set the number of times cutting is performed by the
forming rough cutting cycle (G73).
Set the amount of retract (amount of cut-up) of the
push-cut cycle (G74, G75).
Set the amount of final cut-in by the composite
threading cycle (G76).
Set the number of times the amount of final cut-in
(G76 finish margin) is divided in the composite
threading cycle (G76).
Set the angle (thread angle) of the tool nose in the
composite threading cycle (G76).
Setup range (unit)
0 to 99999.999 (mm)
0 to 99999.999 (mm)
–99999.999 to
99999.999 (mm)
–99999.999 to
99999.999 (mm)
0 to 99999 (times)
0 to 99.999 (mm)
0 to 99.999 (mm)
0 to 99 (times)
0 to 99 (°)
<Three-dimensional cutter compensation>
#
Item
8071 3-D CMP
(for M system only)
Contents
Not used.
Setup range (unit)
–
< Scale factor>
#
Item
8072 SCALING P
(for M system only)
Contents
Not used.
Setup range (unit)
–
II - 6
2.
2.1
PROCESS PARAMETERS
<Tool ID>
#
Item
8073 OfsetPosition
(for M system only)
8074 IDMacroTop
(for M system only)
Contents
Setup range (unit)
Not used.
–
Not used.
–
<Spiral interpolation>
#
Item
8075 SpiralEndErr
(for M system only)
8076 SpiralMinRad
(for M system only)
Contents
Setup range (unit)
Not used.
–
Not used.
–
<Involute interpolation>
#
Item
8077 InvoluteErr
(for M system only)
Contents
Setup range (unit)
Not used.
–
Contents
Set the time to turn the screen OFF.
The screen saver will not turn ON if 0 is set.
(Note) This parameter setting is valid only for the
LCD display unit.
Setup range (unit)
0 to 60 (min)
0: Do not turn screen
OFF.
<Screen saver>
#
Item
8078 Screen Saver
<Deep hole drilling cycle>
#
Item
8083 G83S modeM
(for M system only)
8084 G83S Clearanse
(for M system only)
8085 G83S Forward F
(for M system only)
8086 G83S Back F
(for M system only)
Contents
Setup range (unit)
Not used.
–
Not used.
–
Not used.
–
Not used.
–
II - 7
2.
2.2
CONTROL PARAMETERS
2.2 CONTROL PARAMETERS
#
Item
8101 MACRO SINGLE
8102 COLL. ALM OFF
8103 COLL. CHK OFF
8105 EDIT LOCK B
8106 G46 NO REV-ERR
(For L system only)
8107 R COMPENSATION
8108 R COMP Select
Contents
Select the control of the blocks where the user
macro command continues.
0: Do not stop while macro block continues.
1: Stop every block during signal block
operation.
Select the interference (bite) control to the
workpiece from the tool diameter during tool radius
compensation and nose R compensation.
0: An alarm is output and operation stops when
an interference is judged.
1: Changes the path to avoid interference.
Select the interference (bite) control to the
workpiece from the tool diameter during tool radius
compensation and nose R compensation.
0: Performs interference check.
1: Does not perform interference check.
Select the edit lock for program Nos. 8000 to 9999.
0: Program can be edited.
1: Editing of above program is prohibited.
Select the control for the compensation direction
reversal in G46 (nose R compensation).
0: An alarm is output and operation stops when
the compensation direction is reversed (G41
→ G42‚ G42 → G41).
1: An alarm does not occur when the
compensation direction is reversed‚ and the
current compensation direction is maintained.
0: In arc cutting mode, the machine moves to the
inside because of a delay in servo response to
a command, making the arc smaller than the
command value.
1: In arc cutting mode, the machine
compensates the movement to the inside
because of a delay in servo response to a
command
Specify whether to perform arc radius error
correction over all axes or axis by axis.
0: Perform correction over all axes.
1: Perform correction over axis by axis.
Note: This parameter is effective only when
#8107 R COMPENSATION is 1.
II - 8
Setup range (unit)
0/1
0/1
0/1
0/1
0/1
0/1
0/1
2.
2.2
#
8109
8110
8111
8112
8113
8114
Item
HOST LINK
G71/G72 POCKET
Milling Radius
DECIMAL PNT-P
MillingInitG16
MillingInitG19
CONTROL PARAMETERS
Contents
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Setup range (unit)
–
–
–
–
–
–
II - 9
2.
2.3
AXIS PARAMETERS
2.3 AXIS PARAMETERS
Set up the parameter required for each axis.
#
Item
8201 AX. RELEASE
Contents
Select the function to remove the control axis from
the control target.
0: Control as normal.
1: Remove from control target.
8202 OT-CHECK OFF
Select the stored stroke limit II function set in #8204
and #8205.
0: Stored stroke limit II valid
1: Stored stroke limit II invalid
8203 OT-CHECK-CANCEL When the simple absolute position method (#2049
type is 9) is selected‚ the stored stroke limits I, II will
be invalid until the first zero point return is executed
after the power is turned ON.
0: Stored stroke limit II valid (according to
#8202)
1: Stored stroke limit II invalid
Note: Temporary cancel of #8203 soft limit affects
all the stored stroke limits.
8204 OT-CHECK-N
This sets the coordinates of the (–) direction in the
moveable range of the stored stroke limit II.
If the sign and value are the same as #8205, the
stored stroke limit II will be invalid.
8205 OT-CHECK-P
This sets the coordinates of the (+) direction in the
moveable range of the stored stroke limit II.
8206 TOOL CHG. P
Set the coordinates of the tool change position for
G30. n (tool change position return).
Set with coordinates in the basic machine
coordinate system.
8207 G76/87 IGNR
Select the shift operation at G76 (fine boring) and
(For M system only)
G87 (back boring).
8208 G76/87 (–)
Specifies the shift direction at G76 and G87.
(For M system only)
8209 G60 SHIFT
Set the last positioning direction and distance for a
(For M system only)
G60 (uni-directional positioning) command.
8210 OT INSIDE
Not used.
8211 MIRR. IMAGE
Not used.
II - 10
Setup range (unit)
0/1
0/1
0/1
±99999.999 (mm)
±99999.999 (mm)
±99999.999 (mm)
0: Shift effective
1: No shift
0: Shift to (+) direction
1: Shift to (–) direction
±99999.999 (mm)
–
–
2.
2.4
BARRIER DATA
2.4 BARRIER DATA
#
Item
8300 PO
(For L system only)
P1
P2
P3
P4
P5
P6
(For L system only)
8310 Barrier ON
(For L system only)
8301
8302
8303
8304
8305
8306
8311
8312
8313
8314
8315
8316
Contents
Setup range (unit)
Set the reference X-coordinates of the chuck ±99999.999 (mm)
and the tail stock barrier.
Set the center coordinate (Radius value) of
workpiece by the basic machine coordinate
system.
Set the area of the chuck and tail stock barrier. ±99999.999 (mm)
(Radius value)
Set the coordinate value from the center of
workpiece for X-axis. Set the coordinate value
by basic machine coordinate system for Z-axis.
Select the validity of the chuck and tailstock
barrier.
0: Invalid
1: Valid
Set the area of the left spindle section.
P7
P8
• X axis: Set the coordinate value from the
(For L system only)
workpiece center (P0). (radius
value)
• Z axis: Set the coordinates in the basic
machine coordinate system.
Set the area of the right spindle section.
P9
P10
• X axis: Set the coordinate value from the
(For L system only)
workpiece center (P0). (radius
value)
• Z axis: Set the coordinates in the basic
machine coordinate system.
BARRIER TYPE (L) Set the shape of the left chuck and tailstock
(For L system only) barrier.
0: No area
1: Chuck
2: Tailstock
BARRIER TYPE (R) Set the shape of the right chuck and tailstock
(For L system only) barrier.
0: No area
1: Chuck
2: Tailstock
II - 11
0/1
±99999.999 (mm)
±99999.999 (mm)
0/1/2
0/1/2
2.
#
Item
8317 DELIV. AX. NAME
(For L system only)
2.4
BARRIER DATA
Contents
When the right chuck and tailstock barrier is
movable, set the name of the delivery axis.
8318 STOCK ANGLE (L)
(For L system only)
Setup range (unit)
A/B/..
(axis address)
0
(cancel)
0 to 180 (°)
0: 90° default
Set the angle for the left tailstock end section.
The angle will be interpreted as 90° if there is
no setting (0).
8319 STOCK ANGLE (R) Set the angle for the right tailstock end section. 0 to 180 (°)
(For L system only) The angle will be interpreted as 90° if there is
no setting (0).
II - 12
2.
2.5
TOOL MEASUREMENT PARAMETERS
2.5 TOOL MEASUREMENT PARAMETERS
Set up the parameter of the tool (touch tool sensor), etc, used for measurement.
#
Item
8701 Tool length
8702 Tool Dia
8703 OFFSET X
8704
8705 RETURN
8706 FEED
Y
Contents
Set the length to the end of the touch tool.
Set the spherical diameter of the touch tool
end.
Set the spindle center deviation amount from
the touch tool center in the X axis direction.
Set the spindle center deviation amount from
the touch tool center in the Y axis direction.
Set the return distance to contact the touch tool
against the workpiece again.
Set the feedrate when contacting the touch
tool against the workpiece again.
II - 13
Setup range (unit)
±99999.999 (mm)
±99999.999 (mm)
±99999.999 (mm)
±99999.999 (mm)
±99999.999 (mm)
1 to 60000 (mm/min)
3.
3.1
3.
I/O PARAMETERS
BASE PARAMETERS
I/O PARAMETERS
I/O
Pressing the menu key PARA displays the I/O BASE PARAM screen.
There are basically two types of input/output parameters which must be set when inputting‚ outputting or
referring to data‚ or when performing tape operation. One type is the parameters related to the input/output
device. The baud rate‚ etc.‚ is set according to each device. Up to five types of input/output devices can be
registered. The other type of input/output parameters is the I/O base parameters which determine which
device is connected to which channel per input/output application.
3.1 BASE PARAMETERS
<I/O>
DATA IN
DATA OUT
TAPE MODE
MACRO
PRINT
PLC IN/OUT
REMOTE
PROG IN
EXT UNIT
#
<PORT No.>
Specify the board No. to which the serial
input/output device is connected to 2.
• Set “1” to use ch1.
• Set “2” to use ch2.
9001 Specify the port for inputting the data
such as machine program and
parameters.
9003 Specify the port for outputting the data
such as machine program and
parameters.
9005 Specify the input port for running with
the tape mode.
9007 Specify the output port for the user
macro DPRINT command.
9009 Specify the port for inputting/outputting
various data with PLC.
9011 Not used.
<DEV. No.> <DEV. NAME>
Set the input/output device No. for
each application.
The device Nos. are 0 to 4 and
correspond to the input/output
device parameters.
The device name set in the
input/output device parameter is
also displayed for identification.
9002 Specify the No. of the device that
inputs the data.
#
9004 Specify the No. of the device that
outputs the data.
9006 Specify the No. of the device to be
run with the tape mode.
9008 Specify the No. of the device for the
DPRINT command.
9010 Specify the No. of the device for the
PLC input/output.
9012 Not used.
9013 Specify the port for communication with 9014 Specify the number of the unit used
an external unit.
for communication with an external
unit
II - 14
3.
3.2
I/O PARAMETERS
I/O DEVICE PARAMETERS
3.2 I/O DEVICE PARAMETERS
Parameters for up to five types of input/output devices can be set in DEV <0> to <4>.
#
Item
9101 DEVICE NAME
Contents
Set the device name corresponding to the device
No.
Set a simple name for quick identification.
9102 BAUD RATE
Set the serial communication speed.
9103 STOP BIT
Set the stop bit length used in the start-stop system.
9104 PARITY CHECK
9106 CHR. LENGTH
Specify whether to add the parity check bit to the
data during communication.
Specify the odd or even parity when it is added to
the data.
Set the length of the data bit.
9107 TERMINATOR TYPE
The code to terminate data reading can be selected.
9108 HAND SHAKE
Specify the transmission control method.
The method will be no procedure if a value except 1
to 3 is set.
9109 DC CODE PARITY
Specify the DC code when the DC code method is
selected.
9111 DC2/DC4 OUTPUT
Specify the DC code handling when outputting data
to the output device.
9112 CR OUTPUT
Specify whether to insert the <CR> code just before
the EOB (L/F) code during output.
9105 EVEN PARITY
II - 15
Setup range (unit)
Use alphabet
characters‚ numerals
and symbols to set a
name within 3
characters.
0: 19200 (bps)
1: 9600
2: 4800
3: 2400
4: 1200
5: 600
6: 300
7: 150
1: 1 (bit)
2: 1.5
3: 2
0: Parity bit not added
1: Parity bit added
0: Odd parity
1: Even parity
0: 5 (bit)
1: 6
2: 7
3: 8
0 and 3: EOR
1 and 2: EOB or EOR
1: RTS/CTS method
2: No procedure (No
handshaking)
3: DC code method
0: No parity to DC
code (DC3 = 13H)
1: DC code with parity
(DC3 = 93H)
DC2 / DC4
0: None / None
1: Yes / None
2: None / Yes
3: Yes / Yes
0: Do not add
1: Add
3.
3.2
#
Item
9113 EIA OUTPUT
9114 FEED CHR.
9115 PARITY V
9116 TIME-OUT
9117 DR OFF
9118 DATA ASC II
9119 INPUT FORM
9121 EIA CODE
9122
9123
9124
9125
9126
9127
9128
[
]
#
∗
=
:
$
!
I/O PARAMETERS
I/O DEVICE PARAMETERS
Contents
In data output mode, select the ISO or EIA code for
data output.
In data input mode, the ISO and EIA codes are
identified automatically.
Specify the length of the tape feed to be output at
the start and end of the data during tape output.
Specify whether to check the parity of the No. of
characters in block during data input.
The No. of characters is factory-set so that the
check is valid at all times.
Set the time out time to detect an interruption in
communication.
Time out check will not be executed when set to 0 to
30 seconds.
Specify whether to check the DR data at the data
input/output.
0: Output in ISO/EIA code (Depends on whether
#9113, #9213, #9313, #9413, or #9513 EIA
output parameter is set up)
1: Output in ASC II code
Specify the mode for input (collation).
0: Standard input (Data from the very first EOB is
handled as significant information.)
1: EOBs following the first EOB of the input data are
skipped until data other than EOB is input.
When output with EIA code‚ data can be output
using the alternate code in which the special ISO
code not included in EIA is specified.
Specify the codes which do not duplicate the
existing EIA codes by hexadecimal for respective
special codes.
9201 ∼
Set the same settings for device 1.
9301 ∼
9401 ∼
9501 ∼
II - 16
Setup range (unit)
0: ISO code output
1: EIA code output
0 to 999 (characters)
0: Do not perform
parity V check
1: Perform parity V
check
0 to 30 (s)
0: DR valid
1: DR invalid
0/1
0/1
0 to FF (hexadecimal)
3.3
3.
I/O PARAMETERS
COMPUTER LINK PARAMETERS
3.3 COMPUTER LINK PARAMETERS
#
9601
9602
9603
9604
9605
9606
9607
9608
9609
9610
9611
9612
9613
9614
9615
9616
9617
9618
9619
9620
9621
9622
9623
9624
Item
BAUD RATE
STOP BIT
PARITY EFFECTIVE
EVEN PARITY
CHR. LENGTH
HAND SHAKE
TIME-OUT SET
DATA CODE
LINK PARAM. 1
LINK PARAM. 2
LINK PARAM. 3
LINK PARAM.4
LINK PARAM.5
START CODE
CTRL. CODE OUT
CTRL. INTERVAL
WAIT TIME
PACKET LENGTH
BUFFER SIZE
START SIZE
DC1 OUT SIZE
POLLING TIMER
TRANS. WAIT TMR
RETRY COUNTER
Contents
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
II - 17
Setup range (unit)
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
4.
4.
SETUP PARAMETERS
SETUP PARAMETERS
Pressing the menu key SETUP displays the OPEN SETUP PARAM screen.
The system’s basic parameters are normally hidden as setup parameters to prevent mistaken operations
and to simplify the display.
The setup parameters can be displayed and set by making a declaration to open the setup parameters on
this screen.
[OPEN SETUP PARAM]
PARAM
3. 1/2
Open the menu setup parameter?
∗ YES : "Y" "INPUT"
∗ NO : "N" "INPUT"
#(
)
WORK
PROCESS
I/O PAR
SETUP
MENU
1)
Select the setup parameter.
Key-in “Y” in # ( )‚ and then press INPUT.
The basic specification parameter screen appears and the normally hidden setup parameter menu
will display.
The required menu can be selected to display and set the setup parameters.
2)
Cancel the setup parameter selection.
Key-in “N” in # ( )‚ and then press INPUT.
The setup parameter menu will disappear.
Note: The setup parameters are not displayed when the power is turned ON.
(Note 1) Refer to “5. Base Specifications Parameters” to “13. Position Switch” for details on the setup
parameters.
(Note 2) Be sure to turn OFF the power supply after selecting the setup parameter.
(Note 3) If a key other than the screen changeover key is pressed when the setup parameters are locked,
the message “Data Protected” will appear.
II - 18
5.
5.
BASE SPECIFICATIONS PARAMETERS
After setting up the parameter (PR) listed in the table, turn OFF the NC power. To validate the parameter,
turn ON the power again.
(SETUP PARAM 1. 1/15)
#
Items
1001 SYS_ON System
(PR)
validation
setup
1002 axisno
Number of
(PR)
axes
1003 iunit
(PR)
Input setup
unit
1013 axname
Axis name
1014 incax
Increment
command
axis name
1015 cunit
(PR)
Command
unit
1016 iout
(PR)
Inch output
Details
Specify the existence of the NC axis and PLC axis
with 1 or 0.
Setting range (unit)
0: Not used
1: Used
Set the No. of NC axes and the No. of PLC axes.
Specify 3 as the maximum value for the NC axis and
1 as that for the PLC axis so that the total of those
values is 4 or less.
Specify the input setting value for NC axis and the
PLC axis. The parameter units will follow this
specification.
Specify each axis’ name address with an alphabetic
character.
Use the characters X‚ Y‚ Z‚ U‚ V‚ W‚ A‚ B or C.
Do not specify the same address.
The PLC address does not need to be set. (The axis
name is displayed as 1 and 2.)
When specifying the program movement rate’s
absolute or incremental method with an address‚
specify the incremental command axis name
address with an alphabetic character.
The address that can be used is the same as #1013
axname.
Specify an address that is different from that #1013.
Setting is not required if absolute/incremental
specification with addresses is not performed
(#1076 Abslnc = 0).
Specify the minimum unit of the program movement
amount.
cunit
Movement amount for movement
command 1
10: 0.001 mm ( 1 µm)
100: 0.01 mm ( 10 µm)
1000: 0.1
mm (100 µm)
10000: 1.0
mm
If there is a decimal point in the movement
command‚ the decimal point position will be handled
as 1mm regardless of this setting.
Specify whether the machine system (ball screw
pitch‚ position detection unit) is an inch unit system
or metric unit system.
0 to 4
II - 19
B: 1 µm
Axis addresses such as
X, Y, Z, U, V, W, A, B,
and C
10
1 µm
100
10 µm
1000
100 µm
10000 1 mm
0: Metric unit
system
1: Inch unit system
5.
#
1017 rot
(PR)
Items
Rotational
axis
1018 ccw
(PR)
Motor CCW
1019 dia
(PR)
Diameter
specification
axis
1020 sp_ax
(PR)
1021 mcp_no
(PR)
Amplifier I/F
channel No.
(servo)
1022 axname2 2nd axis
(PR)
name
1023 crsadr
(PR)
1024 crsinc
(PR)
Details
Specify whether the axis is a rotary axis or linear
axis.
For the rotary axis‚ the position display will be 360°‚
and the axis will return to 0°.
If the position display is to be continuously
displayed even with the rotary axis‚ set the axis as a
linear axis
Specify the direction of the motor rotation to the
command direction.
0: Rotates clockwise (looking from motor shaft)
with the forward rotation command.
1: Rotates counterclockwise (looking from
motor shaft) with the forward rotation
command.
Specify whether the program movement amount is
to be commanded with the diameter dimension or
as movement amount.
When the movement amount is commanded with
the diameter dimensions‚ 5mm will be moved when
the command is a movement distance of 10mm.
The movement amount per pulse will also be
halved during manual pulse feed.
Among parameters concerning length‚ the tool
length‚ the wear compensation amount and the
workpiece coordinate offset are displayed in
diameter value when diameter is specified‚ but
other parameters are always displayed in radius
value.
Not used.
0: Linear axis
1: Rotary axis
Using a 4-digit number, set the amplifier interface
channel No. and which axis in that channel is to be
used when connecting an axis amplifier.
High-order two digits : Amplifier interface channel
No.
Low-order two digits : Axis No.
When using the conventional fixed layout, set all
axes to “0000”.
Set the name of the axis displayed on the screen
with two characters. (X1, Z2, etc.)
0000
0101 to 0107
0201 to 0207
Not used.
Not used.
II - 20
0: Rotates clockwise
1: Rotates counterclockwise
0: Command with
movement amount
1: Command with
diameter dimension
Two digits between A to
Z and 1 to 9 (Setting is
cleared when 0 is set)
5.
#
Items
1025 l_plane Initial plane
selection
1026 base_l
1027 base_J
1028 base_K
Base axis I
Base axis J
Base axis K
1029 aux_I
Flat axis I
1030 aux_J
Flat axis J
1031 aux_K
Flat axis K
Details
Specify the plane to be selected when the power is 1: X-Y plane (G17
turned ON or reset.
command state)
When 0 is specified, 1 is assumed (X-Y plane).
2: Z-X plane (G18
command state)
3: Y-Z plane (G19
command state)
Specify the basic axis address that composes the Control axis addresses
such as X, Y, and Z
plane.
Specify the axis address set in #1013 axname.
If all three items do not need to be specified‚ such
as for 2-axis specifications‚ input “0”‚ and the
parameter will be blank.
Normally‚ when X‚ Y and Z are specified
respectively for base_l‚_J‚_K‚ the following relation
will be established:
G17: X-Y
G18: Z-X
G19: Y-Z
Specify the desired address to set an axis address
other than the above.
If there is an axis parallel to #1026 base_l‚ specify Control axis addresses
that axis address.
such as X, Y, and Z
If there is an axis parallel to #1027 base_J‚ specify Control axis addresses
that axis address.
such as X, Y, and Z
If there is an axis parallel to #1028 base_K‚ specify Control axis addresses
that axis address.
such as X, Y, and Z
II - 21
5.
#
Items
1037 cmdtyp Command
type
Details
Specify the program G code series and
compensation type.
cmdtyp
1
2
System 2 (for M)
3
System 2 (for L)
4
7
System 3 (for L)
System 6
(for special L)
System 7
(for special L)
8
1038 plcsel
1039 spinno
1040 M_inch
(PR)
Ladder
selection
Number of
spindles
Constant
input (inch)
G code series
System 1 (for M)
1 to 8
Compensation type
Type A (one compensation
amount for one compensation number)
Type B (shape and wear
amounts for one compensation number)
Type C (two kinds of
compensation amount of
shape and wear per
compensation No.)
Same as above
Same as above
Same as above
There are some items in the specifications that can
be used or cannot be used according to the value set
in this parameter.
The file structure may also change depending on the
compensation data type.
Thus‚ after changing this parameter‚ initialize the
system with #1060 SETUP.
Specify the PLC type.
0:
1:
Specify the existence of a spindle.
0:
1:
Specify the parameter unit system for the position
0:
and length.
1:
II - 22
User custom PLC
Standard PLC
No spindle
One spindle
Metric system
Inch system
5.
#
1041 l_inch
(PR)
Items
Initial state
(inch)
1042 pcinch
(PR)
PLC axis
command
(inch)
Select
language
displayed
1043 lang
Details
Specify the unit system for the program movement
amount when the power is turned ON or reset and
for position display. Designate an internal unit.
Specify the unit system for the commands to the
PLC axis.
0: Metric system
1: Inch system
Specify the display language.
0, 1, 15, 22
0: Display in Japanese
1: Display in English
15: Display in Chinese (traditional Chinese)
22: Display in Chinese (simplified Chinese)
Specify the number of MR-J2-CTs connected.
0/1
1044 auxno
MR-J2-CT
(PR)
Connections
1045 nskno
Not used.
(PR)
1049 mmac_R
Not used.
(PR)
Note:
0: Metric system
1: Inch system
Selection of inch and metric unit
When set value of #1041 I_inch is changed‚ the unit of length is changed after reset.
Among parameters concerning length‚ following items are not changed automatically‚ therefore
change the set values to agree with the new unit system when the unit system is changed.
Tool compensation amount (Tool length compensation amount‚ tool wear compensation amount
and tool tip compensation amount)
Workpiece coordinate offset
#8004 SPEED
#8012 G73n
#8053 G73U
#8005 ZONE r
#8016 G71 MINIMUM
#8054 W
Machining
#8006 ZONE d
#8017 G71 DELTA-D
#8056 G74 RETRACT
parameter
#8009 DSC. ZONE
#8018 G84/G74n
#8057 G76 LAST-D
#8010 ABS. MAX.
#8051 G71 THICK
#8011 INC. MAX.
#8052 PULL UP
Axis parameter
#8204 OT-CHECK-N
#8205 OT-CHECK-P
#8206 TOOL CHG.P
#8209 G60 Shift
Barrier data
#8300 – #8306, #8311 – #8314
Basic specification
#1084 RadErr
parameter
#8004 SPEED is 10 inches/min. unit for the inch system.
II - 23
5.
#
1050
(PR)
1051
(PR)
1052
(PR)
1060
Items
Details
MemPrg
Not used.
MemTol
Not used.
MemVal
Not used.
SETUP
Activate setup Execute the functions required for initializing the
processing
system.
1: Execute one-touch setup
#(1060) Data( 1)(
)
INPUT
"BASE PARA. SET? (Y/N)" is displayed.
To initialize the parameters.
Y
To retain the current paramete
N
INPUT
INPUT
The parameters are initialized according to
the setting values in #1001 to #1043.
"FORMAT?(Y/N)" is displayed.
To initialize the machining program
file and tool offset file.
Y
To retain the current machining
program file and tool offset fil
N
INPUT
INPUT
The above files are initialized and the standard
canned cycle program is input.
"SETUP COMPLETE" is displayed.
Note:
Most setup parameters will be initialized with
one-touch setup‚ so confirm the data before
executing.
This parameter will automatically be set to 0 when the
power is turned ON.
II - 24
1
5.
#
1061 intabs
(PR)
1062 T_cmp
Items
Manual
ABS
updating
Tool offset
function
Details
Defines whether to update the absolute value data
0: Do not update
during automatic handle interrupt.
(shift coordinates
This parameter is valid only when #1145 l_abs is set
the amount of the
to 1.
interruption)
1: Update (same
coordinates as
when interrupt did
not occur will be
applied.)
0 to 3
Specify whether the tool length offset and wear
compensation is valid during T command execution.
Setting value
0
1
2
3
1063 mandog
Manual
dog-type
1064 svof
(PR)
Error
correction
Tool length offset
Valid
Valid
Invalid
Invalid
Wear compensation
Valid
Invalid
Valid
Invalid
The initial return to the reference point is performed 0: High speed return
1: Dog-type
with dog-type return after the power is turned ON‚
and the coordinate system is established.
Specify the manual reference point return method
after the coordinate system is established with this
parameter. (This setting is not required when using
absolute position detection.)
Specify whether to correct the error when the servo is 0: Do not correct the
OFF.
error
1: Correct the error
II - 25
5.
#
Items
1065 JOG_H
JOG
response
type
0 to 4
1066 JOG_HP
X: 0000 to 013F
(hexadecimal)
G: 0000 to 3071
M: 0000 to 5119
(decimal)
X: 0000 to 013F
(hexadecimal)
G: 0000 to 3071
M: 0000 to 5119
(decimal)
1067 JOG_HN
1068 slavno
(PR)
1069 no_dsp
(PR)
1070 axoff
Details
Set up an improved JOG response type.
0: Conventional specification
The system is started and stopped by signal via
ladder without reference to external input
signals.
1: Type 1
The system is started up and stopped by
external signal.
2: Type 2
The system is started up and stopped by
performing the AND operation for external
signals and those via ladder.
3: Type 3
The system is started up when signals via
ladder rise. It is stopped when external signals
and those via ladder fall.
4: Type 4
Zero point return mode: The system is started
up and stopped by signal via ladder without
reference to external input signals
(conventional specification).
Non-zero point return mode: The system is
started up and stopped by performing AND
for external signals and those via ladder
(type 2).
Select JOG Specify the number of the device that inputs +JOG
activation signals. The device type is specified by
activation
(+) device JOG_D in #1071. The effective range of set values
vary depending on the device type. A value outside of
the effective range is invalid if specified.
Select JOG Specify the number of the device that inputs -JOG
activation
activation signals. The device type is specified by
(−) device JOG_D in #1071. The effective range of set values
vary depending on the device type. A value outside of
the effective range is invalid if specified.
Not used.
Axis with
no counter
display
Axis
removal
Set up an axis that displays no counter. This option is 0: Displays the
counter
valid on the counter display screen (relative value
1: Does not display
screen).
the counter.
Define an axis that enables axis removal control.
0: Disables axis
removal.
1: Enables axis
removal
II - 26
5.
#
Items
1071 J0G_D
±J0G
(PR)
activation
signal
device
name
1072 chop_ax
Details
Specify the number of the device that inputs ±J0G
activation signals.
0: X device
2: M device
Set the JOG_HP (#1066) and JOG_HN (#1067)
parameters according to this device specification
parameter.
Not used.
0, 2
#
Items
1073 I_Absm Initial
absolute
value
Details
Specify the absolute value/incremental value
mode for when the power is turned ON or reset.
1074 l_Sync
Initial
synchronous
feed
1075 I_G00
Initial G00
1076 Abslnc
(For L
system
only)
ABS/INC
address
1077 radius
Specify the feedrate specification mode for when
the power is turned ON or reset.
0: Asynchronous feed (feed per minute)
1: Synchronous feed (feed per rotation)
Specify the linear command mode for when the
power is turned ON or reset.
0: Linear interpolation (G00 command state)
1: Positioning (G01 command state)
The absolute value/incremental commands can
be issued by using the absolute value address
and incremental value address for the same axis.
0: Absolute/incremental with G command
1: Absolute/incremental with address code
(The #1013 axname address will be the
absolute value command‚ and #1014 incax
address will be the incremental value
command)
Specify if the diameter specification axis’ (#1019
dia is set to 1) incremental value command uses
the diameter value or radius value
Incremental
command for
diameter
specification
axis
Decimal point Specify the unit of position commands that do not
type 2
have a decimal point.
0: The min. input command unit is used
(follows #1015 cunit)
1: 1mm (or 1inch) unit is used
(For the dwell time, 1s unit is used.)
1078 Decpt2
II - 27
0: Incremental value
command mode
1: Absolute value
command mode
0: Asynchronous
feed
1: Synchronous feed
0: Linear
interpolation
1: Positioning
0: Absolute/
incremental with G
command
1: Absolute/
incremental with
address code
0: Diameter value
1: Radius value
0: The min. input
command unit is
used
1: 1mm (or 1inch)
unit is used
5.
#
1079 F1digt
Items
Validate
F1 digit
1080 Dril_Z (For
D system
only)
1081 Gmac_P
1082 Geomet
(For L
system
only)
1084 RadErr
1085 G00Drn
1086 G0lntp
Details
Specify whether to execute the F command with a
1-digit code command or with a direct numerical
command.
0: Direct numerical command (command feedrate
during feed per minute or rotation)
1: 1-digit code command (feedrate specified with
#1185 spd_F1 – #1189 F5)
Specify a fixed cycle hole drilling axis.
Specify
0: Use an axis vertical to the selected plane as the
boring
axis
hole drilling axis.
1: Use the Z axis as the hole drilling axis
regardless of the selected plane.
Specify the G code priority relationship during the
Give
priority to macro call with the G command.
0: G code used in system is priority.
G code
1: Registered G code for call out is priority.
parameter
Geometric Specify whether to use the geometric I or IB function.
0: Do not use.
1: Use only geometric I.
2: Use geometric I and IB.
With geometric, specific address codes are used for
exclusive meanings. Thus, if A or C is used for the axis
address or 2nd miscellaneous command code, the A
used for the axis address may function as the
geometric's angle designation. Take special care
when designating the axis name, etc., when using this
function.
Arc error Specify the tolerable error range when a deviation
occurs in the end point and center coordinate in the
circular command.
G00 dry
Specify whether to apply dry run (feed with manual
run
setting speed instead of command feedrate) to the
G00 command.
0: Do not apply to G00. (move at rapid traverse
rate)
1: Apply to G00. (move at manual set feedrate)
Specify the G00 movement path type
G00
0: Move linearly toward the end point.
non-interp
(interpolation type)
olation
1: Move to the end point of each axis at the rapid
traverse feedrate for each axis.
(non-interpolation)
II - 28
0: Direct numerical
command
1: 1-digit code
command
0/1
0/1
0/1/2
0 to 1.000 (mm)
0: Do not apply to
G00
1: Apply to G00
0/1
5.
#
Items
1087 G96_G0
Constant
surface
speed
control by
rapid
traverse
feed
command
1088 G30SL
Disable
G30 soft
limit
1089 Cut_RT
Short cut
for rotary
axis
1090 Lin_RT
Linear
rotary axis
1091 Mpoint
Ignore
middle
point
1092 Tchg _A
Replace
tools for
additional
axis
1093 Wmvfin
Details
Specify how to handle the cycle speed for the G00
0/1
command when using the constant surface speed
control function.
0: Calculate the cycle speed constantly even
during G00 movement.
1: Calculate the cycle speed at the block end point
in the G00 command.
Specify how to handle the soft limit during G30 (2nd
reference point return) movement.
0: Soft limit valid during G30 movement
1: Soft limit invalid during G30 movement
Specify how to handle the short cut control for the
rotary axis (#1017 rot is set to 1).
0: No short cut (move toward end point)
1: Use short cut (when using the absolute value
command‚ move in the direction where the
movement amount will be 180° or less)
Specify how to handle a command for the rotary axis
that exceeds 360°.
0: For absolute value commands that exceed 360°‚
the value will be converted into a remainder of
360° and the axis will move.
Example: If the command is 420°‚ the applied
value will be 60°.
1: For absolute value commands that exceed 360°‚
the axis will move in the same manner as a
linear axis.
Example: If the command is 420°‚ the axis will
pass the 360° position and will move
to the 60° position.
Specify now to handle the middle point during G28 and
G30 reference point return.
0: Move to the reference point after passing the
middle point designated in the program.
1: Ignore the middle point designated in the
program and move straight to the reference
point.
Specify the movement of the additional axis during tool
change position return.
0: The additional axis does not move with the tool
change position return command.
1: After returning the standard axis with the tool
change position return command‚ the additional
axis also returns to the tool change position.
Not used.
II - 29
0: Soft limit valid
1: Soft limit invalid
0: No short cut
1: Use short cut
0/1
0/1
0/1
5.
#
Items
Details
1094 Tl_SBK
Select life
Select whether to count the data units to be used for a
(for L
count for
single block when using the tool life management II
system
single block function (L system).
only)
0: Does not count the data units.
1: Count the data units.
1095 T0tfof
TF output
Select how to handle TF for T00 command.
0: TF is output.
1: TF is not output
Specify the tool life management type.
Tool life
1096 T_Ltyp
manageme
(for L
nt type
system
only)
1097 T1digt
1098 Tlno.
1099 Treset
0/1
0/1
1: Life
management
type l
2: Life
management
type ll
Specify the No. of digits in the tool wear compensation 0/1
Tool wear
compensati No. in the T command.
0: The 2 high-order digits are the tool No.‚ and the
on number
2 Iow-order digits are the wear compensation
1-digit
No.
command
1: The 3 high-order digits are the tool No.‚ and the
1 Iow-order digit is the wear compensation No.
This parameter will be fixed to 0 when tool life
management II is selected.
Tool length Specify the No. of digits in the tool length offset No. in 0/1
offset
the T command.
number
0: The 2 or 3 high-order digits are the tool No.
The 2 or 1 Iow-order digits are the tool length
offset and wear compensation Nos.
1: The 2 or 3 high-order digits are the tool No. and
tool length offset Nos.
The 2 or 1 Iow-order digits are the wear
compensation No.
Cancel tool Specify how to handle tool compensation vector when 0: Clear
1: Save
resetting system.
wear
0: Clear the tool length and wear compensation
compenvectors when resetting.
sation
1: Save the tool length and wear compensation
amount
vectors when resetting.
When the values are cleared‚ the compensation will
not be applied‚ so the axis will move the
compensation amount in the next compensation
operation.
When the values are saved‚ the compensation will be
applied‚ so the axis will shift the differential amount of
the compensation amount in the next compensation
operation.
II - 30
5.
#
1100 Tmove
1101 Tabsmv
1102 tlm
(For L
system
only)
1103 T_life
Items
Tool wear
compensation
Details
Specify the period to perform tool length offset and
wear compensation.
0: Compensate when T command is executed.
1: Superimpose and compensate with the
movement command in the block where the T
command is located. If there is no movement
command in the same block‚ compensation
will be executed after the movement
command is superimposed in the next
movement command block.
2: Compensate when the T command is
executed. 1: Superimpose and compensate
a tool length offset with the movement
command in the same block. If there is no
movement command in the same block,
compensation will be executed after the
movement command is superimposed in the
next movement command block.
Specify the type of movement command when
Tool wear
#1100
compensation method Tmove is set to 1.
0: Compensate regardless of the movement
command type.
1: Compensate only at the movement
command in the absolute value command.
Specify the measurement method for manual tool
Manual tool
measurement l.
length
0: Align tool with reference position
measuring
1: Input measurement results
system
Validate life
Select the usage of the tool life management
management function.
1104 T_Com2 Tool
command
method 2
0 to 2
0: Compensate
regardless of the
command type.
1: Compensate only
with the absolute
value command.
0: Reference
position method
1: Measured value
input method
0: Do not use.
1: Perform tool life
management
control.
Select the command method for when #1103 T_Life 0/1
is set to 1.
0: Handle the program tool command as the
group No.
1: Handle the program tool command as the
tool No.
II - 31
5.
#
1105 T_Sel2
Items
Tool selection
method 2
1106 Tcount
(For L
system
only)
1107 Tllfsc
(For L
system
only)
Life
management
count
1108 TlrectM
(For L
system
only)
1109 subs_M
(PR)
Life
management
re-count M
code
Validate
alternate M
code
1110 M96_M
M96 alternate
M code
M97 alternate
M code
Validate status
trigger system
Specify an M code to replace M96 when #1109
subs_M is set to 1.
Specify an M code to replace M97 when #1109
subs_M is set to 1.
Specify the validity conditions for the user macro
interrupt signal.
0: Valid when interrupt signal (UIT) turns OFF
to ON.
1: Valid when interrupt signal (UIT) is ON.
Validate
interrupt
method type 2
Specify the movement after user macro interrupt
signal (UIT) input.
0: Execute interrupt program without waiting
for block being executed to end.
1: Execute interrupt program after completing
block being executed.
1111 M97_M
1112 S_TRG
(PR)
1113 INT_2
(PR)
Split life
management
display screen
Details
Select the tool selection method for when #1103
T_Life is set to 1.
0: Select in order of registered No. from the
tools used in the same group.
1: Select the tool with the longest remaining life
from tools used in the same group and the
unused tools.
Specify the function when address N is omitted
when inputting data (G10 L3 command) for tool life
management function ll.
0/1
Select the user macro interrupt with the substitute
M code.
0: Alternate M code
invalid
1: Alternate M code
valid
3 to 97
(excluding 30)
3 to 97
(excluding 30)
0: Valid when
interrupt signal
(UIT) turns OFF
to ON.
1: Valid when
interrupt signal
(UIT) is ON.
0/1
0: Time specified
input
1: No. of times
specified input
Set up the number of groups to be displayed on the 0 to 2
tool life management II (L system) screen.
0: Displayed group count 1,
maximum number of registered tools: 16
Set up the M code for tool life management II (L
0 to 99
system) re-count.
II - 32
5.
#
1114 mcrint
Items
Macro
argument
initialization
1115 thwait
Waiting for
thread
cutting
Invalidate
soft limit
(manual
operation)
Handle
response
switch
1116 G30SLM
1117 H_sens
1118 mirr_A
(For L
system
only)
1119 Tmiron
(For L
system
only)
1120 TofVal
(PR)
Details
Select whether to clear statements other than
specified arguments by macro call. Also, select
whether to clear local variables by power-ON and
resetting.
0: Delete non-specified arguments by macro
call.
1: Retain non-specified arguments by macro
call.
2: Retain non-specified arguments by macro
call and clear local variables by power-ON
and resetting.
Set the queue number during screw thread cutting
when the chamfering is not valid.
0/1/2
Enable this function when disabling the soft limit
check function from the second to the fourth zero
point return by manual operation.
0: Enable soft limit
function.
1: Disable soft limit
function.
0/1
0 to 99
(Approx. 4 ms.)
Standard set value: 4
Switch the handle response mode when feeding
the handle.
0: Standard handle response
1: High-speed handle response
0/1
Select one of the following two methods:
Select how
• Set up the current length of tools on each
to set up the
facing turret.
length of
• Set up a value, assuming that the tools on
tools on
each facing turret are in the same direction
cutter tables
as that of those on the base turret.
(opposed
0: Current length of the tools on each facing
tables)
turret
1: Value, assuming that the tools on each
facing turret are in the same direction as that
of those on the base turret.
Not used.
Change
macro
variable
Specify whether to change the macro variable (tool 0/1
offset) numbers for shape compensation and wear
compensation.
0: Do not change. (Conventional
specifications)
1: Change the shape and wear compensation
variable numbers each for X, Z, and R.
II - 33
5.
#
1121 edlk_c
Items
Edit lock C
Details
Specify whether to prohibit editing of program Nos.
9000 to 9999.
Note: If #1122 is set to 1 or 2, 1 will be set in #1121
when the power is turned ON.
The display and search of program Nos. 9000 to
9999 can be prohibited. Specify whether to prohibit
display and search.
0: Display and search is possible.
1: Program details are not displayed.
2: Program details are not displayed‚ and
operation search is prohibited.
The program details will not be displayed‚ but the
program No. and sequence No. will display in the
prohibited state.
Note: If #1122 is set to 1 or 2, 1 will be set in #1121
Select whether to use the origin zero function.
1122 pglk_c
(PR)
Program
display lock
1123 origin
Origin zero
inhibition
Specify whether to automatically increment the
Fix tool wear
offset No. by 1 with the input or to display the No. as
compensation number it is in the setting on the tool offset screen.
0: Increment the # No. by 1 when the input key
is pressed. (Same as general parameters)
1: # No. does not change even if INPUT key is
pressed.
When making settings in sequence‚ 0 is handier.
When changing and setting repeatedly while
adjusting one offset value‚ 1 is handier
Specify the feedrate display on the monitor screen.
Actual
feedrate
display
Playback G90 Specify whether the playback movement amount
when performing playback editing is to be an
absolute value or incremental value.
DPRINT
Specify the alignment for printing out with the
alignment
DPRINT function.
0: No alignment‚ data is printed with left
justification.
1: Align the minimum digit and output.
1124 ofsfix
1125 real_f
1126 PB_G90
1127 DPRINT
II - 34
0: Editing possible
1: Editing prohibited
0 to 2
0: Use
1: Do not use
0/1
0: Command speed
1: Real movement
feedrate
0: Incremental value
1: Absolute value
0/1
5.
#
Items
1128 RstVCI
Clear
variables by
resetting
0/1
1129 PwrVCl
0/1
1130 set_t
1131 Fldcc
(PR)
Details
Specify how to handle the common variables when
resetting.
0: Common variables do not change after
resetting.
1: The following common variables are cleared by
resetting:
During variable 100 group specifications: #100
to #149 are cleared.
During variable 200 group and 300 group
specifications: #100 to #199 are cleared.
Specify how to handle the common variables when the
Clear
variables by power is turned ON.
0: The common variables are in the same state as
power-ON
before turning the power OFF.
1: The following common variables are cleared
During variable 100 group specifications: #100
to #149 are cleared.
During variable 200 group and 300 group
specifications: #100 to #199 are cleared.
Specify the tool command value display on the
Display
selected tool POSITION screen.
0: T-modal value of program command is
number
displayed.
1: Tool number sent from PLC is displayed.
Feed
Parameter to suppress acceleration changes with a
forward filter filter when starting acceleration or deceleration
Specify the parameter in bits.
0/1
bit1: 7.1 (ms)
bit2: 14.2 (ms)
bit3: 28.4 (ms)
bit4: 56.8 (ms)
7 6 5 4 3 2 1 0
Feed forward filter
1132 CRT
If bit 1 to bit 4 are all 0
or two or more bits of
bit 1 to bit 4 are 1, 3.5
ms is set up.
LCD contrast This parameter adjusts the contrast of the LCD display –3 to 3
control
unit.
–3: Highest luminance (Brightest state)
–3: Lowest luminance (Darkest state)
Adjust this parameter to an appropriate brightness
between –3 and 3.
II - 35
5.
#
Items
Details
1133 ofsmem Select how to Select the number stored by previous setup when
set up tool
selecting the tool wear compensation screen.
wear
0: Does not display the number when selecting
compensathe screen.
tion screen
1: Displays the stored number when selecting the
screen.
1134 LCDneg LCD reverse Specify 1 to reverse the display on the monochrome
display
LCD.
1135 unt_nm
Unit name
Set up a unit name.
Set up the unit name with 4 or less characters
consisting of both alphabets and numbers. If 0 is set
up, the unit name is not displayed.
1136 optype
Operation
This parameter validates the operation menu display.
menu display Specify the setting method for the tool offset data’s
valid
absolute value or incremental value.
0: Mode selection method
(Conventional specification)
1: Menu selection method
This parameter is valid on the following screens.
• TOOL TIP OFFSET screen (L system)
• TOOL DATA screen (L system)
• NOSE-R screen (L system)
• TOOL OFFSET screen type I (M system)
• TOOL OFFSET screen type II (M system)
Set the type of the position counter to be displayed on
1137 Cntsel
Coordinate
value screen the COORDINATE screen.
display
counter
0
: MST (Default)
select
1
: Next command
2
: Current value B
3
: Manual interrupt amount
0/1
0: Normal display
1: Reverse display
4 or less characters
consisting of both
alphabets and
numbers
0/1
1st digit : 0 to 3
2nd digit: 0 to 3
(Default : 00)
0 or 1 : Next value (Default)
1138 Pnosel
Select
screen by
parameter
number:
2
: Current value B
3
: Manual interrupt amount
Specify whether to enable the function to select a
screen by specifying a parameter number.
II - 36
0: Disable
1: Enable
5.
#
Items
1139 edtype
Edit type
selection
1140 Mn100
1141 Mn200
1142 Mn300
1143 Mn400
1144 mdlkof
1145 I_abs
M code
number
M code
number
M code
number
M code
number
MDI setup
lock
Manual
ABS
parameter
1146 Sclamp
Spindle
rotation
speed
clamp
function
1147 smin_V
Minimum
spindle
rotation
speed
clamp type
Details
Set up an edit type.
0: Screen edit type (M50 or equivalent operation)
1: Screen edit type (The screen of EDIT or MDI is
changed automatically according to the selected
operation mode.)
2: Word edit type (The screen of EDIT or MDI is
changed automatically according to the selected
operation mode.)
3: Screen edit type (type 0 + retaining cursor
position)
4: Screen edit type (type 1 + retaining cursor
position)
First number of M code that corresponds to setup
number from 100 to 199
Select whether to enable MDI setup in non-MDI mode.
0/1/2/3/4
0 to 99999999
0 to 99999999
0 to 99999999
0 to 99999999
0: Disable MDI setup
1: Enable MDI setup
0/1
Specify how to handle the absolute value data during
automatic handle interrupt.
0: Absolute value data is renewed if manual ABS
switch is ON.
Data is not renewed if switch is OFF.
1: Follows the intabs state when #1061 intabs is
valid.
Specify how to handle the spindle rotation speed clamp 0/1
function with the G92S command.
0: G92S command is handled as a clamp
command only in the G96 state (during constant
surface speed control). G92S will be handled as
normal S command in G97 state (constant
surface speed OFF).
1: The S command in the same block as G92 is
constantly handled as a clamp command.
0: Rotation speed
Specify the type of spindle min. rotation speed clamp
setting
value.
1: Output voltage
0: Rotation speed setting
coefficient setting
1: Output voltage coefficient setting
Set the #3023 smini parameter according to this type
setting.
II - 37
5.
#
Items
1148 I_G611
1149 cireft
Arc
deceleration
speed
change
1150 F1dc0 G00 feed
forward filter
Details
Not used.
Specify whether to enable deceleration at the arc
entrance or exit.
0: Disable
1: Enable
This parameter is used to filter acceleration changes at
the start of rapid acceleration/deceleration. Specify the
filters in bit units.
0/1
bit1: 7.1 (ms)
bit2: 14.2 (ms)
bit3: 28.4 (ms)
bit4: 56.8 (ms)
7 6 5 4 3 2 1 0
G00 feed forward filter
When bits 1 to 4 are
all 0 or when two or
more of bits 1 to 4 are
1, 3.5 (ms) is
assumed.
Feed forward filter
G00/G01 separation
0: Common 1: Separation
1151 rstint
1152 I_G20
1153 FixbDc
0/1
Specify whether to initialize various modals by
resetting.
0: Don't initialize.
1: Initialize.
0/1
Specify whether the default mode after power-ON or
Initial
resetting, inch command or metric command mode.
command
0: Metric command (G21 command state)
unit
1: Inch command (G20 command state)
Valid when reset input is made.
Related parameter: Bit 6 “Select setting and display
unit” of #1226
0 to 2
Hole bottom Specify whether to perform a deceleration check or
deceleration in-position check at the hole bottom in the hole drilling
cycle. This parameter is valid only for a hole drilling
check
cycle in which no dwell command can be issued at the
hole bottom.
0: Perform no deceleration check and in-position
check.
1: Perform a deceleration check.
2: Perform an in-position check.
Reset initial
II - 38
5.
#
1154 pdoor
(PR)
Items
Door
interlock II
(for each
system)
Details
0/1
Specify whether to control door interlock II
independently for each of the two systems. When
door interlock II is controlled for each system of the
two systems, system 1 is connected to SV1 (channel
1) of the base I/O unit and system 2 is connected to
SV2 (channel 2) of the base I/O unit.
Base I/O unit
SV1
AMP
AMP
AMP
System 1
AMP
AMP
AMP
System 2
SV2
1155 DOOR_m
1156 DOOR_s
When the auxiliary axis (MR-J2-CT) is used, connect
it to the SV2 side (after the spindle). This validates
door interlock II of system 2.
0: Do not use door interlock II independently for
channels.
1: Use door interlock II independently for
channels.
(Separate systems when using two systems)
2: Use door interlock II independently for
channels.
(Use independently for system 1 channels)
(Use both for system 2)
When 0 is specified for this parameter, “Signal input
device 1 for door interlock II (#1155 DOOR_m)” and
“Signal input device 2 for door interlock II (#1156
DOOR_s)” are valid. When 1 is specified, “Signal
input device 1 for door interlock II: for each system
(#1511 DOORPm)” and “Signal input device 2 for
door interlock II: for each system (#1512 DOORPs)”.
Signal input Set up a fixed device number (X??) for door interlock
device 1 for II signal input.
A device number from X01 to XFF can be set up.
door
Device number 000 is invalid. Set up device number
interlock II
100 when using no fixed device number for door
interlock II signal input.
Related parameter: #1154 pdoor Door interlock II
(for each system)
Set up a fixed device number (X??) for door interlock
Device
number 2 for II signal input. (Set up the same value as that of
#1155.)
door
Related parameter: #1154 pdoor Door interlock II
interlock II
(for each system)
signal input
II - 39
000 to 100
(Hexadecimal)
000 to 100
(Hexadecimal)
5.
#
1157
1158
1165
1166
Items
F0atrn
F0atno
p_trans
fixpro
1167 e2rom
1168 test
Details
Not used.
Not used.
Not used.
Fixed cycle Select whether to use the edit, program list and data 0 to 99999999
editing
input/output functions for the fixed cycles, machine
manufacturer macro programs or general programs.
0: General programs can be edited, etc.
1: The fixed cycles can be edited, etc.
Password No.: The machine manufacturer macro
programs can be edited, etc.
Not used.
0: Normal
Simulation Specify the test mode for the control unit.
operation mode
test
The test mode does not use reference point return‚
1: Test mode
and tests with a hypothetical zero point return
completed state. This is limited to test operation of the
control unit itself‚ and must not be used when
connected to the machine.
#
Items
1169 system
name
1170 M2name Second
miscellaneous code
1171 taprov
1172 tapovr
1173 dwlskp
Tap return
override
Tap return
override
G04 skip
condition
Details
Not used.
Set this address code when using the 2nd
miscellaneous command. Set an address with A‚ B
and C that is not used with #1013 axname or #1014
incax.
Set the tap return override value for the synchronous
tap.
Set the override value when leaving the tap end point
in the synchronous tap cycle.
The setting range is 1 to 999‚ and the unit is %.
When a value less than 100 is set‚ it will be judged as
100%.
Specify the skip signal for ending the G04 (dwell)
command.
A, B, C
1 to 100 (%)
1 to 999 (%)
Skip condition 0 to 7
PLC interface input signal
Setting
Skip 3
Skip 2
Skip 1
0
1
2
3
4
5
6
7
End when { signal is
input.
II - 40
5.
#
1174 skip_F
1175 skip1
1176
1f
1177
2
1178
2f
1179
3
1180
3f
1181 G96_ax
1182 thr_F
1183 clmp_M
1184 clmp_D
1185
1186
1187
1188
1189
spd_F1
spd_F2
spd_F3
spd_F4
spd_F5
Items
G31 skip
speed
G31.1 skip
condition
G31.2 skip
speed
G31.2 skip
condition
G31.2 skip
speed
G31.3 skip
condition
G31.3 skip
speed
Constant
surface speed
control
Details
Specify the feedrate when there is no F command in 1 to 999999 (mm/min)
the program at G31 (skip) command.
Specify the skip signal in the G31.1 to G31.3
Skip condition 0 to 7
PLC interface input signal
(multi-step skip) command‚ and the feedrate when
Setting
Skip 3 Skip 2 Skip 1
there is no F command in the program.
0
Skip signal specified at G31.1
1
Skip feedrate at G31.1
2
3
4
5
6
7
Skip feedrate
1 to 999999 (mm/min)
Specify the axis to be targeted for constant surface
speed control.
0: Program specification will be invalidated‚ and
the axis will always be fixed to the 1st axis.
1: 1st axis specification
2: 2nd axis specification
3: 3rd axis specification
The program specification will be the priority for all
settings other than 0.
Thread cutting Set the screw cut up speed when not using
speed
chamfering in the thread cutting cycle.
0: Cutting feed clamp feedrate
1 to 60000 mm/min: Set feedrate
M code for
Set the M code for C-axis clamp in the hole drilling
clamp
cycle.
Dwelling time Set the dwell time after outputting the M code for
C-axis unclamp in the hole drilling cycle.
after
outputting M
code for
unclamp
Specify the feedrate for the F command in the
F1 digit
F1-digit command (#1079 F1 digt is set to 1).
feedrate
Feedrate when F1 is issued (mm/min)
F1
F2
F3
F4
F5
II - 41
0 to 3
0 to 60000 (mm/min)
0 to 99999999
0.000 to 99999.999
(s)
1 to 60000 (mm/min)
5.
#
1190 s_xcnt
(PR) (For L
system
only)
1191 s_angl
(PR) (For L
system
only)
1192 s_zrmv
(PR) (For L
system
only)
Items
Details
Not used.
Not used.
Not used.
#
1193 inpos
1194 H_acdc
1195 Mmac
1196
1197 Smac
1198
Tmac
M2mac
1199 Sselect
Items
Details
The setting is selected with “#1306 InpsTyp Deceleration check
specification type”.
0: Deceleration check method 1
1: Validate in-position check
Specify the deceleration check method for G0.
Deceleration
0: Command deceleration check
check method
1: In-position check
1
Validate
Specify the deceleration confirmation method for
in-position
the positioning or cutting command.
check
0: G0, G1+G9 Command deceleration check
1: G0, G1+G9 In-position check
Time constant Specify the time constant for the manual handle
feed.
0 for handle
0: Use time constant for G01
feed
1: Time constant 0 (step)
Specify the user macro M‚ S or T command macro
call out.
Macro call for Macro call out with M command
M command
Macro call for S Macro call out with S command
command
Macro call for T Macro call out with T command
command
Macro call with
Macro call out with 2nd miscellaneous command
2nd
miscellaneous
code
Not used.
II - 42
0/1
0/1
0/1
0: Invalid
1: Valid
5.
#
1200 G0_acc
(PR)
1201 G1_acc
(PR)
1202 mirofs
(For L
system
only)
1203 TmirS1
(For L
system
only)
1204 TmirS2
(For L
system
only)
1205 G0bdcc
1206 G1bF
1207 G1btL
Items
Validate
acceleration
and
deceleration
with inclination
angle constant
G0
Validate
acceleration
and
deceleration
with inclination
constant G1
Details
Set up acceleration and deceleration types when a
rapid traverse command is issued
0: Acceleration and deceleration (conventional)
with time constant
1: Acceleration and deceleration with inclination
angle constant
0: Acceleration and
deceleration with
time constant
1: Acceleration and
deceleration with
inclination angle
constant
Set up acceleration and deceleration types when a 0: Acceleration and
liner interpolation command is issued.
deceleration with
0: Acceleration and deceleration (conventional)
time constant
with time constant
1: Acceleration and
1: Acceleration and deceleration with inclination
deceleration with
angle constant
inclination angle
constant
Set up the distance between tools (edges) (between 0 to 99999.999 (mm)
Distance
between facing facing turrets).
turrets
Not used.
Not used.
Acceleration
and
deceleration
before G0
interpolation
Maximum
speed
Time constant
0: G00 acceleration and deceleration are selected
as those after interpolation.
1: G00 acceleration and deceleration are selected
as those before interpolation.
0/1
Set up a cutting feedrate when selecting acceleration 1 to 999999
and deceleration before interpolation.
(mm/min)
Set up a cutting feed time constant when selecting
1 to 5000 (ms)
acceleration and deceleration before interpolation.
Speed
G1bF
Time
G1btL
1208 RCK
Arc radius
error compensation factor
An arc radius error compensation can be increased
and decreased from −60.0 to 20.0%.
II - 43
−60.0 to +20.0 (%)
5.
#
1209 cirdcc
Items
Arc
decelerati
on speed
1210 RstGmd
Modal G
code reset
Details
Specify the deceleration speed at the arc entrance or
exit.
1 to 999999 (mm/min)
Specify whether to initialize each G code group modal
and the H and D codes when the system is reset.
Specify the initialization items in bit correspondence.
0. Initialize. 1: Don't initialize.
M system
Specify a hexadecimal
number.
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
10
11
12
13
14
15
16
17
18
19
1A
1B
1C
1D
1E
1F
Group 1 Move G modal
Group 2 Flat selection modal
Group 3 Absolute/increment command modal
Group 5 Feed G modal
Group 6 Inch/metric modal
Group 7 Radius compensation modal
Group 8 Length compensation modal
Group 10 Fixed cycle return command modal
Group 12 Workpiece coordinate system modal
Group 13 Cut modal
Grpup 15 Normal line control modal
Group 17 Constant surface speed control command modal
Group 19 G command mirror modal
H, D codes
Spindle clamp rotation speed
The H code indicates the tool length offset number, and
the D code indicates the tool radius compensation
number.
When bit 18 is set to ON, the H and D codes and group
8 G modal area retained.
When bit 7 is set to ON, the H code and group 8 G
modal are retained.
(To be continued to the next page)
II - 44
5.
#
Items
Details
(Continued from the previous page)
L system
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
10
11
12
13
14
15
16
17
18
19
1A
1B
1C
1D
1E
1F
1211 FHtyp
1212 FHno
1213 proaxy
(For L
system
only)
Specify a hexadecimal
number.
Group 1 Move G modal
Group 2 Flat selection modal
Group 3 Absolute/increment command modal
Group 4 Barrier check modal
Group 5 Feed G modal
Group 6 Inch/metric modal
Group 7 Nose R compensation modal
Group 10 Fixed cycle return command modal
Group 12 Workpiece coordinate system modal
Group 13 Cut modal
Group 17 Constant surface speed control command modal
Feed hold stop Specify the type of the external signal used for feed 0 to 2
type
hold.
0: Disable the external signal.
1: Enable the external signal (contact A)
2: Enable the external signal (contact B)
Specify the number (X??) of the device used to input 000 to 13F
Feed hold
(hexadecimal)
external signal the feed hold signal.
device
Not used.
II - 45
5.
#
Items
1214 macaxy
(For L
system
only)
1215 macaxx
(For L
system
only)
1216 extdcc
External
deceleration
level
Details
Not used.
Not used.
1 to 999999 (mm/min)
Use an upper limit value at the feedrate indicated
when validating external deceleration signals.
This parameter is valid when #1239 set11/bit6 is set
to 0.
#
1217 aux01
(bit4)
1218 aux02
(bit3)
aux02
(bit4)
aux02
(bit5)
aux02
(bit6)
aux02
(bit7)
Items
Validity of title
screen
customization
Parameter
input/output
format
Tool number
selection
Details
Enable or disable the title screen customization.
0: Disable
1: Enable
Specify a parameter input/output format.
0: Type I
1: Type II (related to #1218 aux02/bit5)
Specify the R register that contains the tool number
used for automatic calculation when measuring the
coordinate offset of an external workpiece.
0: Conforms to #1130 set_t.
1: Uses the tool number indicated by user PLC
Parameter I/O Specify the spindle specification address of parameter
I/O type II.
II spindle
0: C
specification
1: T
address
This parameter also applies to the spindle specification
address for input and collation.
Note: This parameter is valid only for parameter I/O
type II (bit 3 of aux02 in #1218 is 1).
Set No. valid Specify which program No. is selected when inputting
operation using “#1 MAIN PROGRAM” in Data I/O
when
program input screen.
0: The No. in the input data is valid.
1: The No. set in the data setting area is valid.
When inputting operation using “#1 MAIN PROGRAM”
Input by
in Data I/O screen, select one of the following options
program
when the input program has already been registered:
overwrite
0: An operation error (E65) occurs.
1: Input by overwrite.
II - 46
0/1
0/1
0/1
0/1
0/1
0/1
5.
#
1219 aux03
(bit1)
Details
Set 1 to disable the function that stops the system when
the high-speed processing time is extended.
Disable the monitoring function only as a temporary
measure.
0: Skip accuracy (conventional specification)
aux03
1: Changes skip accuracy (correct a position in skip
(bit2)
coordinates when entering skip signals).
Select whether to move to the intermediate point during
aux03
automatic dog-type reference point return.
(bit5)
0: Do not move to intermediate point during
dog-type reference point return.
1: Move to intermediate point during dog-type
reference point return.
1220 aux04 Tool life check Specify the life check standard applicable when the use
count is incremented in tool life management II.
(bit 0) timing
0: Determine that the tool life is over when the
(For L selection
incremented use count exceeds the life count.
system
(Use count > life count)
only)
aux04
(bit1)
aux04
(bit4)
Items
Stop highspeed PC
monitoring
function
Improve skip
coordinate
accuracy
Dog-type
intermediate
point
0/1
0/1
0/1
0/1
(Default: 0)
1: Determine that the tool life is over when the
incremented use count has reached the life
count. (Use count ≥ life count)
Validate or invalidate the space code described in the 0/1
Validity of
space code in comment statements in the machining program in edit
(Default: 0)
operation with the special display.
comment
0: Invalidate the space code in the comment
statements of the machining program.
1: Validate the space code in the comment
statements of the machining program.
Specify the input/output data unit for tool data and user 0/1
Data input/
parameter input/output.
output unit
0: Internal unit (metric)
selection
1: Follows command mode set with #1152 I_G20
Metric when set to 0 Inch when #1152 I_G20 is
set to 1
This parameter is valid when initial metric (#1041 I_inch
0) is set and the setting and display unit is the command
unit (#1226 aux10 bit6 1). In all other cases, the tool
data will be input and output with the internal units.
II - 47
5.
#
1221 aux05
(bit7)
Items
Details
0/1
Current value B Select the type of counter to be displayed on the
valid
POSITION screen.
0: Displays a relative value (value that includes
tool length offset amount, tool radius
compensation amount and workpiece
coordinate offset amount)
1: Displays current value B (value that does not
include tool length offset amount, tool radius
compensation amount and workpiece
coordinate offset amount)
aux05/bit7 = 1
aux05/bit7 = 0
Tool offset
Workpiece offset
1222 aux06
(bit0)
aux06
(bit1)
aux06
(bit2)
aux06
(bit3)
aux06
(bit4)
Validity of tool
length
measurement
confirmation
message
Height axis
specification
(Note1) When “#1221 aux05/bit7” is set to “1”, the
current value B is selected regardless of the
bit type of #1287 ext23.
When the current value B is valid, the
counter zero or origin zero is invalid.
0: Display no confirmation message when tool
0/1
compensation data is set.
1: Display a confirmation message when tool
compensation data is set.
When 1 is set in this parameter, the axis specified by
base specification parameter #1028 base_k is
measured and no other axes are measured if they
move.
Servo
Specify whether to enable the waveform display
waveform
function.
display
0: Disable the waveform display function.
1: Enable the waveform display function.
Enable/disable Specify whether to enable the setup parameter lock
setup parameter function.
lock
0: Disable
1: Enable
Minimum cut-in Select the minimum cut-in amount command value
for the compound thread cutting cycle (G76
amount
command).
selection
0: The minimum cut-in amount (Q) is “0”.
1: The minimum cut-in amount (Q) is the CNC
internal data.
II - 48
0/1
0/1
0/1
0/1
5.
#
aux06
(bit5)
aux06
(bit7)
1223 aux07
(bit1)
aux07
(bit3)
Items
Fixed cycle
for compound
lath command
format check
selection
Details
Select the operation to be made if the 1st block of
the fixed cycle for compound lathe is omitted when
the conventional format is selected (#1265
ext01/bit0 “0”).
0: Program error (P33) occurs.
1: Parameter setting value is used.
Zero point return Set the deceleration check method used during
deceleration
automatic reference point return.
check method
0: In-position check
1: Commanded deceleration check
Deceleration
Select the deceleration check method in G1+G9.
check method 2
0: Command deceleration check in G1+G9
1: In-position check in G1+G9
The deceleration check is not performed except
G1+G9.
When “#1306 InpsTyp deceleration check
specification type” is set to 1 (Deceleration check
specification type 2), this parameter will be invalid.
Specify whether to enable the synchronous tap
Synchronous
in-position check improvement function. (Applicable
tap in-position
only to M64 D version series)
check
0: Disable
improvement
1: Enable
aux07
(bit6)
Cancel
synchronous
tap (,S) return
aux07
(bit7)
Synchronous
tap method
1224 aux08
(bit0)
Sampling data
output
0/1
0/1
0/1
0/1
Related parameters:
#1223
bit 2 Synchronous tap R-point in-position check
bit 4 Synchronous tap hole bottom in-position
check
bit 5 Synchronous tap R-point in-position check 2
0/1
0: Retains a spindle rotation speed (, S) when
performing synchronous tap return.
1: Cancels a spindle rotation speed (, S) by return
with G80.
0/1
Specify a synchronous tap method.
0: Synchronous tap (multi-step acceleration and
deceleration and rapid return)
1: Conventional type synchronous tap
0/1
Set the validity of the sampling data output.
0: Sampling output invalid
1: Sampling output valid
II - 49
5.
#
1225 aux09
(bit7)
Items
Enable/disable
spindle
rotation speed
clamp
1226 aux10
(bit0)
Tool compensation data for
external
workpiece
coordinate
offset
measurement
Optional block
skip type
aux10
(bit1)
aux10
(bit2)
aux10
(bit4)
aux10
(bit5)
Details
Specify whether to enable spindle rotation speed
clamp by the spindle rotation speed clamp command
(G92S, Q) instead of the spindle rotation speed
command (R108) specified by the user ladder.
0: Enable
1: Disable
Select the tool offset data to be used for external
workpiece coordinate offset measurement.
0: Tool length data and tool nose wear data
1: Tool length data
Specify whether to enable optional block skipping in
the middle of a block.
0: Enable block skipping only at the beginning of a
block.
1: Enable block skipping at the beginning of the
block and in the middle of a block.
Single block
Specify the time at which the single block signal is
stop timing
activated.
0: When the signal goes ON while automatic
operation is starting, the block stops after it is
finished.
1: When the signal is ON at the end of the block,
the block stops.
S command
Specify whether to output a strobe signal when the S
during constant command is issued in constant surface speed mode.
surface speed
0: Output no strobe signal in constant surface
speed mode.
1: Output strobe signals in constant surface speed
mode.
Specify whether to enable the arbitrary allocation
Arbitrary
parameter for the origin dog and H/W OT.
allocation of
0: Disable arbitrary allocation. (Fixed device)
dog signal
1: Enable arbitrary allocation. (Device specified
by the parameter)
II - 50
0/1
0/1
0/1
0/1
0/1
0/1
5.
#
aux10
(bit6)
aux10
(bit7)
1227 aux11
(bit0)
aux11
(bit1)
aux11
(bit2)
Items
Setup and
display unit
Details
Specify the unit to be used as the setup/display unit or
handle feed unit, the command unit or internal unit.
The machining program variables (system variables
for coordinate system) are changed simultaneously.
0: Internal unit
1: Unit specified by command
Note 1: This parameter is valid only in initial millimeter
mode (0 is set in 14041 I_inch). The internal
unit is always used in initial inch mode (1 is set
in 14041 I_inch).
Note 2: This parameter is validated immediately after it
is set.
Note 3: If addition setting is performed for tool and
workpiece offset data with the command unit
being inch and internal unit being mm, an
error may be generated.
Note 4: If “1” is set for this parameter and two systems
are used, the operation will follow the unit
commanded for each system.
Note 5: The internal data is an internal unit
determined with #1041 I_inch.
Note 6: This parameter is not related to the PLC axis.
Related parameter: #1152 I_G20 (Initial command
unit)
Shorten JOG Specify whether to shorten the JOG stop time.
stop time
0: Do not shorten the JOG stop time. (Same as
before)
1: Shorten the JOG stop time.
Set up this option when disabling the cutting start
Select PLC
interlock by spindle feedrate attained.
signal or
0: Cutting start interlock by PLC signal
spindle
1: Cutting start interlock by spindle feedrate
feedrate
attained
attained
Select H or D Set up this option to validate the data that is set up on
code
the tool life management screen when issuing the H99
or D99 command.
0: The H and D codes validate the data that is set
up on the management setup screen.
1: Validates the data that is set up on the
management setup screen when issuing the
H99 or D99 command.
Select a condition where a relieving operation
Measures
completes after measurement with tools.
against tool
0: Sensor signals has stopped for 500 ms or
setter
longer.
chattering
1: 100 µs or longer has passed after sensor
signals stopped.
II - 51
0/1
0/1
0/1
0/1
0/1
5.
#
aux11
(bit3)
aux11
(bit4)
aux11
(bit5)
aux11
(bit6)
Items
Absolute
coordinate
switching (nose
R)
[Special display
unit compatible]
Program
address check
Details
Select whether to display a tool nose position or
coordinate value with the absolute coordinate
counter.
0: Displays the tool nose position.
1: Displays the position specified by program
command.
Specify whether to simply check the program
address when the machining program is executed.
0: Don't check the program address.
1: Check the program address.
Spindle rotation Specify whether to clamp the rotation in constant
speed clamp
surface speed mode when the spindle rotation
speed clamp command is issued.
0: Clamp the rotation regardless of the constant
surface speed mode.
1: Clamp the rotation only in constant surface
speed mode.
Word edit menu
Select the word edit menu format.
Set 0 in this parameter to select the following
menu format:
LOOK UP DELETE REPLACE
COPY
SEARCH
INSERT
MENU
PROGRAM
MENU
B.G. SRH B.G. END COMMENT RETURN
WORD ↓ WORD ↑
STR ↓
STR ↑
RETURN
Set 1 in this parameter to select the following men
COPY
LOOK UP DELETE REPLACE
SEARCH
PROGRAM
MENU
INSERT
MENU
B.G. SRH B.G. END COMMENT RETURN
WORD ↓ WORD ↑
STR ↓
II - 52
STR ↑
RETURN
0/1
0/1
0/1
0/1
5.
#
aux11
(bit7)
1228 aux12
(bit0)
aux12
(bit1)
aux12
(bit2)
aux12
(bit3)
aux12
(bit4)
aux12
(bit5)
aux12
(bit6)
aux12
(bit7)
Items
Details
Switch the
set up the range of tool life data to be input or
range of tool life compared.
0: Inputs or compares all of the data output.
data to be input
1: Inputs or compares part of the data output
(For M system
1) Tool life management I data to be input or
only)
compared tool number (D), lifetime (E),
life count (F), and auxiliary data (B).
2) Tool life management II data to be input or
compared Group number (G), method
(M), life (E/F), tool number (D), and
compensation number (H)
Note: When the maintenance function data input/
output #(99) ( ) is set, all data will be input
and compared.
Set up this option to switch the coordinate value
Switch
screen.
coordinate
0: 80-character screen
value screen
1: 40-character screen
Set up this option to switch the offset and parameter
Switch offset
and parameter screen to the parameter screen.
0: Displays the offset and parameter screen.
screen
1: Displays the parameter screen.
Set up the range of data protection in data
Switch data
transmission mode.
protection in
0: Protects both send and receive data.
data
1: Protects receive data only.
transmission
mode
Nose R
Select whether to specify the nose R compensation
specification
by shape or wear number.
0: Specifies the nose R compensation by shape
number.
1: Specifies the nose R compensation by wear
number.
Select operation Specify both block cutting start interlock and cutting
start interlock as the operation error or stop code.
error or stop
0: Operation error
code
1: Stop code
Select constant Select constant surface speed coordinates.
0: Workpiece coordinate value
surface speed
1: Absolute coordinate value
coordinates
Switch relative Select whether to preset the relative coordinates
with counter preset (G92).
values
0: Preset relative coordinates.
displayed
1: Do not preset relative coordinates.
Protection with Set up this option to protect a manual value
command.
manual value
0: Does not protect the manual value command
command
(same as before).
1: Protects the manual value command.
II - 53
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
5.
#
1229 set01
(bit0)
set01
(bit1)
set01
(bit2)
set01
(bit2)
set01
(bit3)
set01
(bit4)
set01
(bit5)
set01
(bit6)
Items
Subprogram
interrupt
Details
0: Specifies the user macro interrupt of macro type.
1: Specifies the user macro interrupt of
sub-program type.
Accurate thread 0: Address E specifies the number of threads per
cutting E
inch for inch screw cutting.
1: Address E specifies precise reading for inch
screw cutting.
Radius compen- 0: When the start-up and cancel commands are
operated during radius compensation, their
sation type B
blocks are not handled by intersection operation
(For M system
processing; they are handled as offset vectors in
only)
the direction vertical to that of the commands.
1: When the start-up and cancel commands are
operated during radius compensation, the
intersection operation processing of the
command block and the next block is executed.
Nose R
operated during nose R and radius
compencompensation, their blocks are not handled by
sation type B
intersection operation processing; they are
(For L system
handled as offset vectors in the direction vertical
only)
to that of the commands.
operated during nose R and radius
compensation, the intersection operation
processing of the command block and the next
block is executed.
Initial constant
0: The initial state after power-ON is a constant
surface speed
surface speed control cancel mode.
1: The initial state after power-ON is a constant
surface speed control mode.
Synchronous
0: Handles the G74 and G84 tap cycles as the tap
tap
cycles with a floating tap chuck.
1: Handles the G74 and G84 tap cycles as the tap
cycles without a floating tap chuck.
Start point alarm Select an operation when the operation start point
cannot be found while moving the next block of
G117.
0: Enables an auxiliary function after the block
has been moved.
1: Outputs an program error (P33) when the
operation start point is not found.
Grid display
Select a grid type to be displayed on the servo
monitor screen during dog type reference point
selection
return.
0: Selects the distance between dog OFF and
zero point (including a grid mask amount).
1: Selects a value given by reducing a grid mask
amount from the distance between dog OFF
and zero point.
II - 54
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
5.
#
1230 set02
1231 set03
(bit1)
Switch graphic
coordinates
set03
(bit2)
Switch graphic
check trace
set03
(bit3)
Hold display
range
information
set03
(bit4)
Switch zero
point mark
display position
Items
1232 set04
(bit0)
Switch load
monitor
1233 set05
(bit1)
Spindle clamp
selection
1234 set06
1235 set07
Details
Not used.
Select whether to draw graphics with the machine
coordinate value or the tool position coordinate value
(position being machined, obtained by subtracting
the tool compensation amount from machine
coordinate values) when displaying the trace
function.
0: Machine coordinate value (same as
conventional method)
1: Tool position coordinate value
The counter display and counter name are
sequenced with this.
Select whether to draw both the machine coordinate
value (tool center path) and tool position coordinate
value (program path) or draw only the coordinates
selected with switch graphic coordinates (#1231
set03/
bit1) when using the program check function.
0: Both machine coordinates and tool position
coordinates (same as conventional method)
1: Only coordinates designated with switch
graphic coordinates.
Select whether to hold the display range information
(drawing position and scale value) for graphic displays.
0: Hold.
1: Do not hold. (Initialize each time ... same as
Select the position for displaying the zero point mark
in the graphic display.
0: Machine coordinate zero point (same as
1: Workpiece coordinate zero point
Select whether to detect the load with the load
monitor's load detection, excluding during
acceleration/
deceleration.
0: Detect also during acceleration/deceleration.
(Conventional)
1: Do not detect during
acceleration/deceleration.
Select whether to validate the spindle override for the
spindle speed clamp command (G92 S?).
0: Spindle override invalid
1: Spindle override valid
Not used.
Not used.
II - 55
0/1
0/1
0/1
0/1
0/1
0/1
5.
#
1236 set08
(bit0)
set08
(bit1)
set08
(bit2)
1237 set09
(PR) (bit0)
set09
(bit1)
set09
(bit2)
set09
(bit3)
set09
(bit4)
Items
Manual rotation
axis feedrate
unit
Spindle speed
detection
Details
Select the unit of manual rotation axis feedrate.
0: Fixed to [°/min]
1: Same speed as before
Select the pulse input source of actual spindle
rotation speed output (R18/19) when spindle
encoder serial connection (#3025 enc-on: 2) is
selected.
0: Serial input
1: Encoder input connector
Current limit
Set whether to cancel the position droop when the
droop cancel
current limit changeover signal is canceled.
invalid
0: Cancel droop.
1: Do not cancel droop.
External
Set up this function to use the external workpiece
workpiece offset coordinates by shifting them to the Z axis.
0: Does not reverse the sign of external
workpiece offsets (Z shift) (same as before).
1: Reverses the sign of external workpiece
offsets (Z shift).
Note: When the sign of external workpiece offsets
(Z shift) has been reversed, do not measure
those external workpiece offsets. However,
the external workpiece offsets can be
measured by tool pre-setter.
Switch PC I/F F The feedrate display for the special display unit is
modal
changed.
0: Display as feed per minute.
1: Change between feed per minute and feed
per rotation according to the modal state.
Switch PC I/F T The T command display for the special display unit
modal
is changed. (Only L system)
0: Display tool No. (excluding low-order two
digits).
1: Display including the compensation No.
The dwell time display for the special display unit is
Switch PC I/F
changed.
remaining
0: Display at feedrate display position.
distance dwell
1: Display at remaining distance display
time display
position.
The display of the program being executed for the
Switch PC I/F
special display unit is displayed.
execution
0: Display as searched state, regardless of
program display/
operation mode.
comment display
1: If operation mode and searched program
differ, program is not displayed.
Comment is displayed for head block search.
II - 56
0/1
0/1
0/1
0/1
0/1
0/1
0/1
0/1
5.
#
set09
(bit5)
1238 set10
(PR) (bit7)
1239 set11
(PR) (bit0)
set11
(bit5)
set11
(bit6)
1240 set12
(PR) (bit0)
Items
Switch PC I/F
modal S
Details
This parameter is for the special display unit I/F.
0: The S command commanded last is returned.
1: When #1039 spinno is 1
The 1st spindle data is returned.
When #1039 spinno is 2
If #1199 Sselect for 2nd system is set to 1
with 2nd system setting, the 2nd spindle
data is returned.
When another command is issued, the 1st
spindle data is returned.
Note: When using constant surface speed
control (G96 modal), the actual rotation
speed command is returned.
Switch
Select whether to validate the NC alarm 5 (AL5)
operation alarm signal output.
0: NC alarm 5 (AL5) invalid
All operation alarms are output to NC alarm 4
(AL4).
All operation alarms are recorded in the alarm
history.
1: NC alarm 5 (AL5) valid
The following operation alarms are not output
to NC alarm 4 (AL4). These are output to NC
alarm 5 (AL5).
The operation alarms output to NC alarm 5
(AL5) are not recorded in the alarm history.
• External interlock axis found
• Cutting override zero
• External feedrate zero
• Block start interlock
• Cutting block start interlock
Coil switching
0: Via PLC. (Y2D7)
method
1: NC internal processing. (Y2D7 is invalid.)
Select whether to validate the spindle clamp speed
Door interlock
changeover function by the PLC signal.
spindle speed
0: Invalid
clamp valid
1: Valid
Designate the method for setting the external
External
deceleration speed.
deceleration
0: Set speed common for all axes (#1216 extdcc
axis compliance
external deceleration speed)
valid
1: Set speed for each axis (#2086 exdcax
external deceleration speed)
Handle input
Select the handle input pulse.
pulse
0: Handle 100 pulse (+12V power supply)
1: Handle 400 pulse (+5V power supply)
II - 57
0/1
0/1
(Default: 0)
0/1
0/1
0/1
0/1
5.
#
1265
(PR)
1266
(PR)
1267
(PR)
1268
(PR)
1269
(PR)
1270
(PR)
1271
(PR)
Items
Details
ext01
Not used.
ext02
Not used.
ext03
Not used.
ext04
Not used.
ext05
Not used.
ext06
Not used.
ext07
(bit1)
ext07
(bit2)
ext07
(bit3)
ext07
(bit4)
Specify the address that specifies the fixed cycle
repetition count.
0: Address L only
1: Addresses K and L
If addresses K and L are specified simultaneously,
the data at address K is used for operation.
F-command unit Specify the unit to be used if a thread cutting read
command contains on decimal point.
0: Type 1 (conventional specifications)
F1 → 1 mm/rev, 1 inch/rev
1: Type 2
F1 → 0.01 mm/rev, 0.0001 inch/rev
G-code group for Specify the G-code group for unidirectional
positioning.
unidirectional
0: Unmodal G code (group 00)
positioning (for
1: Modal G code (group 01)
M system only)
Related parameter: #8209 G60 SHIFT (Set the last
positioning direction and
distance for each axis
applicable when the
unidirectional positioning
command is issued.)
Specify the mode of canceling radius compensation
Operation by
vector by the independent G40 command.
independent
0: Type 1 (conventional specifications)
G40 command
The independent G40 command cancels the
radius compensation vector.
1: Type 2
The radius compensation vector is not
canceled by the independent G40 command
but is canceled by the next move command
for the radius compensation plane.
Address
specifying fixed
cycle repetition
count (For M
system only)
II - 58
0/1
(Default: 0)
0/1
(Default: 0)
0/1
0/1
(Default: 0)
5.
#
ext07
(bit5)
ext07
(bit6)
ext07
(bit7)
1272 ext08
(PR) (bit1)
ext08
(bit3)
Items
Details
Cut start position Specify the position from where cutting begins in a
(For L system
fixed cycle for compound lathe.
only)
0: Conventional specifications
The cut start position is determined by the
final shaping program.
1: Extended specifications
The cut start position is determined from the
cycle start point.
Nose R
Specify whether to apply nose R compensation to
compensation
shapes in a rough cutting cycle.
(For L system
only)
If nose R compensation is enabled for the
final shaping program, the shape obtained
after applying nose R compensation to the
final shaping program is used as the rough
cutting shape.
The shape made by the final shaping
program, without nose R compensation, is
used as the rough cutting shape.
Cut amount (For Specify the operation to be performed when the
L system only)
program-specified cut amount exceeds the cut
amount of the final shaping program.
A program error occurs if the
program-specified cut amount exceeds the
cut amount of the final shaping program.
Rough cutting is performed by one cut if the
program-specified cut amount exceeds the
cut amount of the final shaping program.
Specify whether to enable the M function
M function
synchronous tap synchronous tap cycle.
0: Invalid
cycle
1: Valid
Switch macro
Select whether to shift the argument to the
call function
subprogram if nests are overlapped when per block
call (G66.1) is commanded.
0: Shift argument even if nests are overlapped.
1: Do not shift arguments if nests differ.
(Conventional specifications)
II - 59
0/1
(Default: 0)
0/1
(Default: 0)
0/1
(Default: 0)
0/1
0/1
5.
#
ext08
(bit6)
ext08
(bit7)
1273 ext09
(PR) (bit0)
ext09
(bit1)
ext09
(bit2)
1274 ext10
(PR) (bit7)
1275
(PR)
1276
(PR)
1277
(PR)
ext11
Items
Switch corner
chamfering/
corner R
command
format
Details
The corner chamfering/corner R command format is
extended.
0: Command format I (conventional format)
Issue a command with comma (,C and ,R).
1: Command format II
In addition to command format I, commands
can be issued with an address that does not
have a comma.
Corner chamfering: I/K or C, corner R: R
Return position Select the destination to return to after a macro
after macro
interrupt in the fixed cycle.
interrupt in fixed
0: Return to block in fixed cycle.
cycle selection
1: Return to block after fixed cycle.
Switch ASIN
Select the ASIN calculation results range.
calculation
0: –90° to 90°
results range
1: 90° to 270°
Switch system
Select the unit for the system variable #3002 (time
variable unit
during automatic start).
0: 1ms unit
1: 1 hour unit
Switch G71,
Select whether to determine the cutting direction
G72, G73
with the finished shape, or according to the
cutting direction commanded finishing allowance and cutting
judgment
allowance when the longitudinal rough cutting cycle
(G71), face rough cutting cycle (G72) or closed loop
cutting cycle (G73) is commanded.
Determined according to the finished shape
program.
Determined according to the finishing
allowance and cutting allowance
commanded in the program.
Word range
Select whether to check that the operation
check
expression of the word date in the program is
enclosed in brackets ( [ ] ) when the machine
program is executed.
This check is also applied to the 08000 to 09999
and the machine manufacture macro program.
0: Check valid
1: Check invalid
Not used.
ext12
ext13
(bit0)
0/1
0/1
0/1
0/1
0/1
0/1
Not used.
Tool life
management II
count type 2
0/1
Specify how and when the mount or use count is
(Default: 0)
incremented in tool life management II.
0: Type 1
The count is incremented when the spindle is
used for cutting.
1: Type 2
The count is incremented for the tool used or
mounted for one program. The increment is
enabled by resetting.
II - 60
5.
#
1278
(PR)
1279
(PR)
1280
(PR)
1281
(PR)
1282
(PR)
1283
(PR)
1284
(PR)
1285
(PR)
1286
(PR)
1287
(PR)
Items
Details
ext14
Not used.
ext15
Not used.
ext16
Not used.
ext17
(bit1)
Tool offset
addition axis
selection
ext18
0: Follows Tchg34
0/1
1: Plane selection Base J setting name is set as
the 3rd axis compensation axis.
Not used.
ext19
Not used.
ext20
Not used.
ext21
Not used.
ext22
Not used.
ext23
(bit0)
Workpiece
coordinate
display
ext23
(bit3)
Counter display
expanded
function
selection
ext23
(bit4)
Relative
coordinate
display
Select the mode of displaying the workpiece
coordinate counter.
0: Don’t update the display immediately after
workpiece coordinate data is changed.
1: Update the display immediately after
workpiece coordinate data is changed.
0: Display the command value that does not
consider the tool length offset amount or
workpiece coordinate offset amount.
1: The counter display expanded function is
validated. (bit4 to bit7)
(M system)
0: Display the actual position including tool
length offset.
1: Display the machining position in terms of a
program command excluding tool length
offset.
(L system)
shape compensation.
program command excluding tool shape
compensation.
II - 61
0/1
0/1
0/1
5.
#
ext23
(bit5)
Details
0/1
ext25
(M system)
radius compensation.
program command excluding tool radius
compensation.
(L system)
0: Display the actual position including nose R
compensation.
program command excluding nose R
compensation.
Select whether to initialize the MDI buffer when MDI 0/1
operation ends, the power is turned ON again, reset
is input, or emergency stop is canceled.
0: Do not clear programs registered with MDI.
1: Clear programs registered with MDI, and save
only % programs.
Not used.
ext26
Not used.
ext27
Not used.
ext28
Not used.
ext29
Not used.
ext30
Not used.
ext31
Not used.
ext32
Not used.
ext33
Not used.
ext34
Not used.
ext35
Not used.
ext36
Not used.
1288 ext24
(PR) (bit0)
1289
(PR)
1290
(PR)
1291
(PR)
1292
(PR)
1293
(PR)
1294
(PR)
1295
(PR)
1296
(PR)
1297
(PR)
1298
(PR)
1299
(PR)
1300
(PR)
Items
Relative
coordinate
display
MDI program
clear
II - 62
5.
#
1301 nrfchk
1302
1303
(PR)
1304
(PR)
1305
1306
AutoRP
V1comN
Details
0 to 2
Select the high-speed check method of the origin
neighboring signal.
0: Do not check positions near the origin at high
speeds. (Conventional specifications)
1: Check positions near the origin at high
speeds using command machine positions.
2: Check positions near the origin at high
speeds using detector feedback positions.
Not used.
Not used.
V0comN
Not used.
corjug
InpsTyp
1310 WtMmin
1311 WtMmax
1312 T_base
1313 TapDw1
Items
Origin
neighboring
check method
Not used.
Select the parameter specification type for the G0 0/1
Deceleration
or G1 deceleration check.
check
0: Deceleration check specification type 1
specification
G0 is specified with “#1193 inpos”, and
type
G1+G9 with “#1223 aux07/BIT1”.
1: Deceleration check specification type 2
G0 or G1+G9 is specified with “#1193 inpos”.
Not used.
Not used.
0 to 9999
When the T code command is issued while
Tool life
specifying a value that exceeds the value set in this
management
parameter, the value obtained by subtracting the
standard
set value from the command value is used as the
number
tool group number for tool life management.
The value specified by the T code command is
equal to or less than the value set in this parameter,
the T code is handled as a normal T code and not
subjected to tool life management.
When 0 is set in this parameter, the T code
command always specifies a group number. (This
parameter is valid for M-system tool life
management II.)
Specify the hole bottom wait time for synchronous 0 to 999 (ms)
Synchronous
tap hole bottom tapping.
When the P address is specified, the greater value
wait time
is used as the hole bottom wait time. When an
in-position check is performed at the hole bottom,
dwelling for the specified time is completed after the
in-position check is complete.
Note: This parameter is valid only when 1 is set in
#1223 aux07 bit 3 (synchronous tap
in-position check improvement).
II - 63
5.
#
1314 TapInp
Items
Details
Synchronous Specify the hole bottom in-position check width for 1 to 32767
tap in-position synchronous tapping.
(1µm steps)
check width
Note: This parameter is valid only when 1 is set in
(tap axis)
#1223 aux07 bit 3 (synchronous tap
in-position check improvement).
1324 Chop_R
Not used.
#
1501 polyax
(For L
system
only)
1502 G0Ipfg
1503 G1Ipfg
Items
Details
Not used.
G1 → G0
deceleration
check
0: Do not perform a deceleration check when the 0/1
move direction is changed from G1 to G0.
G1 → G1
deceleration
check
0: Do not perform a deceleration check when the 0/1
move direction is changed from G1 to G1.
1: Perform a deceleration check when the move
direction is changed from G1 to G0.
1: Perform a deceleration check when the move
direction is changed from G1 to G1.
1505 ckref2
0/1
1506
0 to 60000 (mm/min)
1507
1510
1511
Second origin Specify the trigger for a check at the specified position
return check in manual second original return mode.
0: Completion of spindle orientation
1: Generation of second origin return interlock
signal
F1_FM
Upper limit of Specify the maximum value up to which the F1 digit
feedrate can be changed.
F1 digit
feedrate
Specify the constant that determines the speed
F1_K
F1 digit
change rate per manual handle graduation in F1 digit
feedrate
feedrate change mode.
change
constant
DOOR_H Shorten door Specify whether to shorten the time during which the
axis is stopped when the door is opened.
interlock II
0: Use the conventional axis stop time.
axis stop time
1: Shorten the axis stop time.
Note: When the door interlock II signal is input via a
ladder, the conventional axis stop time is used.
Specify the fixed device number (X??) for door
DOORPm Signal input
interlock II signal input for each system.
device 1 for
door interlock A device number from X01 to XFF can be specified.
Device number 000 is invalid.
II: for each
Specify device number 100 when using no fixed
system
device number for door interlock II signal input.
Related parameter: #1154 pdoor (Door interlock II for
each system)
II - 64
0 to 32767
0/1
000 to 100
(hexadecimal)
5.
#
Items
1512 DOORPs Signal input
device 2 for
door interlock
II: for each
system
1513 stapM
M code for
synchronous
tap selection
1514
1515
1516
1517
1518
1519
1520
(PR)
1521
1522
(PR)
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
1533
1534
1535
1537
to
1544
expLinax
expRotax
mill_ax
mill_C
polm
pols
Tchg34
Details
Specify the fixed device number (X??) for door
interlock II signal input for each system.
(Specify the same value as that of #1155.)
Related parameter: #1154 pdoor (Door interlock II for
each system)
Select the synchronous tap mode using the
miscellaneous function code of the value set in this
parameter. The M function command can be issued
immediately before the tap command or in the same
block. This function is valid only when 1 is set in
#1272 ext08/bit 1 (Enable/disable M-function
synchronous tap cycle).
Note: Do not use M00, 01 02, 30, 98, and 99.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
C_min
C_axis
Not used.
Not used.
C_feed
C_type
laxlen
raxlen
flclen
rflch
laxcmp
raxcmp
flccmp
G01rsm
millPax
SnG44.1
C_leng
crsax[1]
to
crsax[8]
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
II - 65
000 to 100
(hexadecimal)
0 to 99999999
5.
#
1549
1550
1551
1552
1553
1554
1555
1556
1557
1558
1559
1560
1572
Items
Iv0vr1
Iv0vr2
Iv0vr3
Iv0vr4
Iv0vr5
Iv0rd2
Iv0rd3
Iv0rd4
Iv0rd5
Iv0Min
IvAMax
IvFMin
Cirorp
Details
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
#
1801
1802
1803
1811
1812
1813
1814
1815
1816
1817
1821
1822
1823
1824
1825
1826
1827
Items
Hacc_c
Macc_c
Lacc_c
Hcof_A
Hcof_B
Mcof_A
Mcof_B
Lcof_A
Lcof_B
mag_C
Hcof_A
Hcof_B
Mcof_A
Mcof_B
Lcof_A
Lcof_B
mag_C
Details
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
II - 66
5.
#
1901
(PR)
1902
(PR)
1903
(PR)
1904
(PR)
1905
(PR)
1906
(PR)
1907
(PR)
1908
(PR)
1909
(PR)
1910
(PR)
1911
(PR)
Items
station addr
Not used.
Din size
Not used.
Dout size
Not used.
data length
Not used.
baud rate
Not used.
stop bit
Not used.
parity check
Not used.
even parity
Not used.
Tout (ini)
Not used.
(run)
clock select
Details
Not used.
Not used.
#
Items
1925 EtherNet
1926 IP address
1927 Subnet
mask
1928 Gateway
address
1929 Port
number
1930 Host
address
1931 Host
number
Details
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
II - 67
6.
6.1
6.
AXIS SPECIFICATIONS PARAMETERS
6.1 AXIS SPECIFICATIONS PARAMETERS
#
2001 rapid
2002 clamp
2003 smgst
(PR)
Items
Rapid traverse
rate
Details
1 to 999999 (mm/min)
Set up the rapid traverse feedrate for each axis.
The maximum value to be set differs with
mechanical systems.
Cutting feedrate Define the maximum cutting feedrate for each axis. 1 to 999999 (mm/min)
Even if the feedrate in G01 exceeds this value‚ the
for clamp
clamp will be applied at this feedrate.
function
Acceleration and Specify acceleration and deceleration control
modes.
deceleration
F E
D C B
A 9
8
7
6
5
4 3
2
1
modes
O T3 O T2 O T1 C 3
C1 LC
R3
R1
Specify the modes in
hexadecimal notation.
0
LR
Note: Set 0 in null bits.
Rapid traverse feed acceleration and deceleration
types
LR: Linear acceleration/deceleration
R1: Primary delay
R3: Exponential acceleration and linear
deceleration
Note: Designate “F” with bits 0 to 3 for rapid
traverse with acceleration/deceleration by
software.
Cutting feed acceleration and deceleration types
LC: Linear acceleration/deceleration
C1: Primary delay
C3: Exponential acceleration and linear
deceleration
Note: Designate “F” with bits 4 to 7 for cutting feed
with acceleration/deceleration by software.
II - 68
6.
6.1
#
Items
Details
<Combination of acceleration and deceleration
patterns>
Primary delay
R1=1 (C1=1)
Command
speed
Linear to linear
LR=1 (LC=1)
Step
Exponential to linear
LR=0 (LC=0)
R3=1 (C3=1)
Step
Parameters in parentheses are for
cutting feed.
R1-R3=0
(C1-C3=0)
R1 > R3 when both R1 and R3 contain 1.
<Stroke end stop types>
Type
Linear deceleration
Position loop step stop
Speed loop step stop
Position loop step stop
OT1
0
1
OT2
0
1
0
1
OT3
0
0
1
1
Deceleration by G0t1
Deceleration by 2 × G0t1
Stroke end signal
Speed
Time
G0t1
G0t1
2 G0t1(OT1=1)
(OT1=0)
OT1 is valid under the following conditions (valid for dog
type zero point return):
Stop type: Linear deceleration
Acceleration mode: Exponential
Deceleration mode: Linear
II - 69
6.
6.1
#
2004 G0tL
Items
Details
G0 time constant Set up a linear control time constant for rapid traverse 1 to 4000 (ms)
(linear)
acceleration and deceleration.
The time constant is validated when LR (rapid
traverse feed with linear acceleration or deceleration)
or F (acceleration or deceleration by software) is
selected in acceleration or deceleration mode “#2003
smgst”.
Speed
Time
G0tL
2005 G0t1
G0tL
G0 time constant Set up a primary-delay time constant for rapid
1 to 5000 (ms)
traverse acceleration and deceleration.
(primary delay)
The time constant is validated when R1 (rapid
traverse feed with primary delay) or R3 (exponential
acceleration and linear deceleration) is selected in
acceleration or deceleration mode “#2003 smgst”.
Second-step
time constant for
acceleration and When acceleration or deceleration by software is
deceleration by selected, the second-step time constant is used.
software
<Rapid traverse feed with primary delay>
Speed
Time
G0t1
G0t1
<Rapid traverse feed with exponential
acceleration and linear deceleration>
Speed
Time
2 G0t1
G0t1
2006 G0t2
Not used.
0
II - 70
6.
6.1
#
2007 G1tL
Items
G1 time
constant
(linear)
Details
Set up a linear control time constant for cutting
1 to 4000 (ms)
The time constant is validated when LC (cutting feed
with linear acceleration and deceleration) or F
(acceleration and deceleration by software) is
smgst”.
Speed
Time
G1tL
2008 G1t1
G1tL
G1 time
Set up the primary delay time constant for cutting
1 to 5000 (ms)
constant
(primary delay) The time constant is validated when C1 (cutting feed
with the primary delay) or C3 (cutting feed with
exponential acceleration and linear deceleration) is
smgst”.
Second stage
time constant
When acceleration or deceleration by software is
for acceleration selected, the second stage time constant is used.
and
deceleration by
<Cutting feed with primary time constant>
software
Speed
Time
G1t1
G1t1
<Cutting feed with exponential acceleration
and linear deceleration>
Speed
Time
2 G1t1
G1t1
2009 G1t2
Not used.
0
II - 71
6.
6.1
#
2010 fwd_g
Items
Feed
forward
gain
2011 G0back
G0
backlash
2012 G1back
G1
backlash
Details
Set up a feed forward gain for pre-interpolation
The larger the set value, the smaller the theoretical
control error will be. However, if a mechanical vibration
occurs, the set value must be reduced.
Set up the backlash compensation amount when the
direction is reversed with the movement command in
rapid traverse feed mode or in manual mode.
Set up the backlash compensation amount when the
direction is reversed with the movement command in
cutting mode.
0 to 100 (%)
−9999 to 9999
(command unit / 2)
−9999 to 9999
(command unit / 2)
#
2013 0T −
2014 0T +
Items
Soft limit I −
soft limit I +
Details
Set up a soft limit area with reference to the zero point ±99999.999 (mm)
of the basic mechanical coordinates.
For the movable area of stored stroke limit 1, set the
coordinate in the negative direction in #2013 and the
coordinate in the positive direction in #2014.
To narrow the available range in actual use, use the
parameters #8204 OT- and #8205 OT+.
When the same value (other than 0) is set in #2013
and #2014, this function is disabled.
OT+ (Z)
Basic mechanical coordinates
OT- (X)
M
OT+ (X)
Movable area
OT- (Z)
Set up a sensor position in the negative direction
±99999.999 (mm)
when using the tool setter. When the TLM is used, set
up the distance of a tool replacement point (reference
point) for measuring the tool length from the zero point
to the measurement reference point (surface).
2015 t1m1−
Negative
direction
sensor of tool
setter or TLM
standard length
2016 t1m1+
Set up the sensor position in the positive direction
Positive
when using the tool setter.
direction
sensor of tool
setter
Axis servo gain Set the position loop gain for synchronized tapping.
The setting range is 1.00 to 200.00rad/s.‚ in 0.25
increment units.
The standard setting is 10.
2017 tap_g
II - 72
±99999.999 (mm)
1.00 to 200.00 (rad/s)
6.
6.1
#
2018 no_srv
Items
Operation with
no servo
control
2019 revnum
Return steps
2020 o_chkp
Spindle
orientation
completion
check during
second zero
point return
2021 out_f
Maximum
speed outside
soft limit range
2022 G30SLX Validate soft
limit (automatic
and manual)
2023 ozfmin
2024 synerr
Set up ATC
speed lower
limit
Details
Set when performing test operation without
connecting the drive amplifier and motor.
0: Specify normal operation.
1: Operation is possible even if units are not
connected as the drive system alarm will be
ignored.
This is for test operation during start up and is not
used normally.
If 1 is set during normal operation‚ errors will not be
detected even if they occur.
Set up the steps required for reference point return
for each axis.
0: Does not execute reference point return.
1 to max. number of NC axes:
Sets up the steps required for reference point
return.
Set up the distance from the second zero point to the
position for checking that the spindle orientation has
completed during second zero point return. If the set
value is 0, the above check is omitted.
0/1
0 to max. number of
NC axes
0 to 99999.999 (mm)
Set up the maximum speed outside the soft limit
range.
0 to 999999
Set up this function to disable a soft limit check
during the second to the fourth zero point return in
both automatic and manual operation modes.
0: Enables soft limit check.
1: Disables soft limit check.
Set up the minimum speed outside the soft limit
range during the second to the fourth zero point
return in both automatic and manual operation
modes.
Not used.
0/1
II - 73
0 to 999999
6.
6.2
ZERO POINT RETURN PARAMETERS
6.2 ZERO POINT RETURN PARAMETERS
#
Items
2025 G28rap G28 rapid
traverse rate
2026 G28crp G28 approach
speed
2027 G28sft
2028 grmask
2029 grspc
Reference
point shift
distance
Grip mask
amount
Grid interval
Details
Set up a rapid traverse rate for dog type reference
point return command.
Set up the speed of approach to the reference point in
the reference point return command. This speed is
attained after the system stops with deceleration by
dog detection.
Note) The G28 approach speed unit is (10°/min) only
when using the Z-phase type encoder (#1226
aux10 bit3=1) for the spindle/C-axis reference
point return type. The same unit is used for
both the micron and sub-micron specifications.
Set up the distance from the electrical zero-point
detection position to the actual machine reference
point during reference point return.
Set up a distance where the grid point is ignored when
near-point dog OFF signals are close to that grid point
during reference point return.
1 to 999999
(mm/min)
1 to 60000 (mm/min)
0 to 65535 (µm)
0 to 65535 (µm)
Even for the
specifications in
sub-microns, set up
the value in units of
µm.
The grid mask is valid by one grid.
Set up a detector grid interval.
−32767 to 999 (mm)
Generally, set up the value equal to the ball screw
pitch.
To reduce the grid interval, use its divisors.
To use 0.001 mm as minimum setup units, set up the
negative value.
Example) Setup value
−1 → 1.000 mm (°)
−1 → 0.001 mm (°)
II - 74
6.
6.2
#
2030 dir (−)
(PR)
Items
Reference
point direction
(−)
Details
Set which side of the near-point dog the reference
point is at during reference point return.
<For dog type reference point return>
0: Positive direction
1: Negative direction
Direction in which zero point is established
as viewed from the near-point dog
Negative
direction
Positive
direction
Near-point dog
dir(-)=0
dir(-)=1
2031 noref
2032 nochk
2033 zp_no
Axis without
Specify the axis that does not have a reference point. 0: Normal controlled
axis
reference point Before automatic operation starts, reference point
1: Axis without
return is not required.
reference point
0: Reference point
The absolute and incremental commands can be
Whether
return completion
reference point executed even if dog type (or Z phase pulse system)
is checked.
reference point return is not completed.
return is
1: Reference point
completed not Specify whether to check that the reference point
return completion
return is completed.
checked
is not checked.
0: Dog type
Z phase pulse The reference point return is performed with the Z
phase pulse of the spindle encoder. Set the spindle 1 to 4: Spindle No.
system
reference point encoder No. to be used.
return spindle
encoder No.
II - 75
6.
6.2
#
2037
2038
2039
2040
G53ofs
#2_rfp
#3_rfp
#4_rfp
Items
Reference
point #1 to #4
Details
Set up the position of the first, second, third, and fourth ±999999.999 (mm)
reference points from the zero point of the basic
mechanical coordinates.
Basic mechanical coordinates
M
Reference point #1
Reference point #2
Reference point #3
II - 76
Reference point #4
6.
6.3
ABSOLUTE POSITION PARAMETERS
6.3 ABSOLUTE POSITION PARAMETERS
#
2049 type
(PR)
2050 absdir
2051 check
2052 absg28
2053 absm02
2054 clpush
2055 pushf
2056 aproch
Items
Absolute
position
detection
method
Details
Specify the absolute position zero point alignment
method.
0: Not absolute position detection
1: Stopper method (push with mechanical stopper)
2: Origin point alignment method (align with
marked point)
3: Dog-type (align with dog and proximity switch)
4: Reference point alignment method II (align to
alignment mark)
(Type that does not return grid after reference
alignment)
9: Simple absolute position
(Not absolute position detection‚ but the position
when the power is turned off is registered.)
Automatic initial setting is valid only when the stopper
method is selected.
Base point Set the direction of the absolute position reference point
(grid point immediately before) seen from the machine
of Z
reference point for when using reference point
direction
alignment.
Check
Set the tolerable range for the movement amount
(deviation amount) when the power is turned OFF.
0: Not checked
1 to 99999.999mm: If the difference of the position
when the power is turned OFF
and turned ON again is larger
than this value‚ an alarm will
be output.
Not used.
Not used.
Current limit Set up the current limit value for the initial setting when
(%)
detecting an absolute position with a dog-less system.
The setup value is the ratio of the current limit value to
the rated value.
Push speed Set the feedrate for the automatic initial setting during
stopper method.
Approach
Set the approach distance for the automatic initial
setting in the push method.
Approach distance:
After using stopper once‚ the
tool returns this distance‚ and
then use stopper again.
When set to 0‚ the reference
point coordinates set in #2037
G53ofs will be used as the
approach start position.
II - 77
0 to 9
0: Positive direction
1: Negative
direction
0 to 99999.999 (mm)
0 to 100 (%)
1 to 999 (mm/min)
0 to 999.999 (mm)
6.
6.3
#
2057 nrefp
2058 nrefn
2059 zerbas
ABSOLUTE POSITION PARAMETERS
Items
Near zero
point +
Details
Set the width where the near-reference-point signal is
output. (Positive direction width)
When set to 0‚ the width is equivalent to the grid width
setting.
Near zero
Set the width where the near-reference-point signal is
output. (Negative direction width)
point −
When set to 0‚ the width is equivalent to the grid width
setting.
Specify the position to be the zero point coordinate
Select zero
during absolute position initial setting.
point
0: Position that was stopped during stopper
parameter
method
and reference
Specify the coordinates of the alignment mark
point
position when using the reference point
method.
1: Grid point just before stopper
Specify the coordinates of the grid point just
before the alignment mark.
II - 78
0 to 32.767 (mm)
0 to 32.767 (mm)
0/1
6.
6.4
AXIS SPECIFICATIONS PARAMETERS 2
6.4 AXIS SPECIFICATIONS PARAMETERS 2
#
Items
2061 0T_1B−
2062 0T_1B+
2063 0T_1B
type
2064 rapid2
2065 G0tL2
2066 rapid3
2067 G0tL3
2068 G0fwdg G00 feed
forward gain
2069 Rcoeff
2070 div_RT
(PR)
2071 s_axis
(For L
system
only)
2072 rslimt
Details
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
0 to 200 (%)
Specify the feed forward gain applicable to
acceleration/deceleration before G00 interpolation.
The greater the set value, the shorter the positioning
time during in-position checking.
If machine vibration occurs, decrease the set value.
-100.0 to +100.0 (%)
The amount of arc radius error correction can be
increased or decreased between -100% to +100% for
each axis.
Axis arc
radius error
correction
efficient
Specify the number of divisions of one turn of the
Rotational
axis division rotational axis for purpose of control.
Example: When 36 is set, one turn is supposed to be
count
36.000.
Note 1: When 0 is set, the normal rotational axis
(360.000 degrees for one turn) is assumed.
Note 2: If this parameter is changed when the
absolute position detection specification is
used, absolute position data is lost.
Initialization must be performed again.
Not used.
Not used.
II - 79
0 to 999
6.
6.4
#
Items
Details
2073 zrn_dog
Origin dog Under the standard specifications, the origin dog signal
is assigned to a fixed device. When it is desired to
assign the origin dog signal to a position other than the
fixed device, specify the input device in this parameter.
Note 1: This parameter is valid when 1 is set in #1226
aux10 bit 5.
Note 2: When this parameter is valid, do not set the
same device number. If the same device
number exists, an emergency stop occurs.
However, no device number check is performed
for an axis to which a signal that ignores the
near-point dog signal (R157) is input.
2074 H/W_OT+ H/W OT+ Under the standard specifications, the OT (+) signal is
assigned to a fixed device. When it is desired to assign
the OT (+) g signal to a position other than the fixed
device, specify the input device in this parameter.
aux10 bit 5.
for an axis to which a signal that ignores the OT
signal (R156) is input.
2075 H/W_OT- H/W OT- Under the standard specifications, the OT (-) signal is
assigned to a fixed device. When it is desired to assign
the OT (-) g signal to a position other than the fixed
device, specify the input device in this parameter.
aux10 bit 5.
for an axis to which a signal that ignores the OT
signal (R156) is input.
2076 index_x
Not used.
When an in-position check is performed for G0, this
2077 G0inps
G0
in-position parameter is valid.
(Comparison of SV024 and this parameter, the
width
parameter that the in-position width is wider is applied.)
When 0 is set, this parameter is invalid.
(Applicable only to SV024)
II - 80
00 to FF (HEX)
00 to FF (HEX)
00 to FF (HEX)
0 to 32767 (0.5µm)
6.
6.4
#
Items
2078 G1inps
G1
in-position
width
2079
2080
2081
2082
2083
2084
chcomp
chwid
chclsp
a_rstax
rot_2
G60_ax
Details
When an in-position check is performed for G1, this
0 to 32767 (0.5µm)
parameter is valid.
(Comparison of SV024 and this parameter, the
parameter that the in-position width is wider is applied.)
When 0 is set, this parameter is invalid.
(Applicable only to SV024)
Not used.
Not used.
Not used.
Not used.
Not used.
0/1
Unidirection Select the unidirectional positioning with G00.
al positioning Select the axis for carrying out the positioning per time
operation when the positioning command is issued
operation
regardless of the unidirectional positioning command
selection
and modal.
0: Carry out unidirectional positioning according to
the command and modal.
1: When the positioning command (G00) is issued,
carry out unidirectional positioning regardless of
the command and modal.
<Related parameters>
#8209 G60 SHIFT:
The final positioning direction and distance for
the unidirectional positioning command is set for
each axis.
II - 81
6.
6.4
#
2086
2087
2088
2089
2090
2091
2092
2093
2094
2095
2096
2099
2102
Items
exdcax
syncnt
bsax_sy
bsax_pl
plrapid
plclamp
plG0tL
plG0t1
plG1tL
plG1t1
crncsp
igConr
skip_tL
2103 skip_t1
Details
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
Not used.
1 to 4000 (ms)
Skip time
Set up a linear control time constant for variable
constant linear speed skip acceleration and deceleration.
The time constant is validated when LC (cutting feed
with linear acceleration and deceleration) or F
(acceleration and deceleration by software) is
selected in acceleration or deceleration mode
“#2003 smgst”.
Skip time
Set up a primary-delay time constant for variable
1 to 5000 (ms)
constant
speed skip acceleration and deceleration.
primary delay The time constant is validated when C1 (cutting feed
acceleration
with primary delay) or C3 (exponential acceleration
and
and linear deceleration) is selected in acceleration or
deceleration
deceleration mode “#2003 smgst”.
by software
When acceleration or deceleration by software is
second stage selected, the second-step time constant is used.
II - 82
7.
7.
SERVO PARAMETERS
7.1
MDS-B-SVJ2
SERVO PARAMETERS
7.1 MDS-B-SVJ2
(1) Details for servo parameters
For parameters marked with a (PR) in the table, turn the NC power OFF after setting. After the power is turned
ON again, the parameter is validated.
Refer to the following manual for details on the motor.
MELDAS AC Servo MDS-B-SVJ2 Series Specification and Instruction Manual...................... BNP-B3937
! CAUTION
!
No.
2201 SV001
(PR) PC1
2202 SV002
(PR) PC2
Items
Details
Setting range
Motor side gear Set the motor side and machine side gear ratio.
1 to 32767
ratio
For the rotary axis, set the total deceleration
(acceleration) ratio.
Machine side
1 to 32767
Even if the gear ratio is within the setting range, the
gear ratio
electronic gears may overflow and cause an alarm.
2203 SV003
PGN1
Position loop
gain 1
Set the position loop gain. The standard setting is
“33”.
The higher the setting value is, the more precisely
the command can be followed and the shorter the
positioning time gets, however, note that a bigger
shock is applied to the machine during
When using the SHG control, also set SV004
(PGN2) and SV057 (SHGC).
1 to 200
(rad/s)
2204 SV004
PGN2
Position loop
gain 2
When using the SHG control, also set SV003
(PGN1) and SV057 (SHGC).
When not using the SHG control, set to “0”.
0 to 999
(rad/s)
2205 SV005
VGN1
Speed loop
gain
Set the speed loop gain.
1 to 999
Set this according to the load inertia size.
The higher the setting value is, the more accurate
the control will be, however, vibration tends to occur.
If vibration occurs, adjust by lowering by 20 to 30%.
The value should be determined to be 70 to 80% of
the value at the time when the vibration stops.
2206
Not used. Set to “0”.
0
2207
0
Set the gain of the speed loop integration control.
The standard setting is “1364”. During the SHG
control, the standard setting is “1900”. Adjust the
value by increasing/decreasing it by about 100 at a
time.
Raise this value to improve contour tracking
precision in high-speed cutting. Lower this value
when the position droop vibrates (10 to 20Hz).
1 to 9999
2208 SV008
VIA
Speed loop
lead
compensation
II - 83
7.
No.
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
Details
Setting range
2209 SV009
IQA
Current loop q
axis lead
compensation
1 to 20480
Set the gain of current loop.
As this setting is determined by the motor’s electrical
characteristics, the setting is fixed for each type of
motor.
1 to 20480
Set the standard values for all the parameters
depending on each motor type.
2210 SV010
IDA
Current loop d
axis lead
compensation
2211 SV011
IQG
Current loop q
axis gain
1 to 2560
2212 SV012
IDG
Current loop d
axis gain
1 to 2560
2213 SV013
ILMT
Current limit
value
2214 SV014
ILMTsp
Current limit
Set the current (torque) limit value in a special
value in special control (initial absolute position setting, stopper
control
control, etc). (Limit values for both of the + and directions.)
Set to “500” when not using.
2215 SV015
FFC
Acceleration
rate feed
forward gain
Set the normal current (torque) limit value. (Limit
values for both + and - direction.)
When the value is “500” (a standard setting), the
maximum torque is determined by the specification
of the motor.
0 to 500
(Stall [rated]
current %)
0 to 500
(Stall [rated]
current %)
When a relative error in the synchronous control is 0 to 999
large, apply this parameter to the axis that is
(%)
delaying. The standard setting value is “0”. For the
SHG control, set to “100”.
To adjust a relative error in acceleration/
deceleration, increase the value by 50 to 100 at a
time.
II - 84
7.
No.
2216 SV016
LMC1
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
Lost motion
compensation
1
Details
Setting range
Set this when the protrusion (that occurs due to the
non-sensitive band by friction, torsion, backlash, etc)
at quadrant change is too large.
This compensates the torque at quadrant change.
This is valid only when the lost motion compensation
(SV027 (SSF1/lmc)) is selected.
Type 1: When SV027 (SSF1)/ bit9, 8 (lmc)=01
-1 to 200
Set the compensation amount based on the motor (%)
torque before the quadrant change.
The standard setting is “100”. Setting to “0” means
the compensation amount is zero.
Normally, use Type 2.
Type 2: When SV027 (SSF1)/ bit9, 8 (lmc)=10
-1 to 100
Set the compensation amount based on the stall
(Stall [rated]
(rated) current of the motor.
current %)
The standard setting is double of the friction torque.
Setting to “0” means the compensation amount is
zero.
When you wish different compensation amount
depending on the direction
When SV041 (LMC2) is “0”, compensate with the
value of SV016 (LMC1) in both of the + and
-directions.
If you wish to change the compensation amount
depending on the command direction, set this and
SV041 (LMC2). (SV016: + direction, SV041: direction. However, the directions may be opposite
depending on other settings.)
When “-1” is set, the compensation won’t be
performed in the direction of the command.
II - 85
7.
No.
2217
(PR)
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
SV017 Servo
SPEC specification
selection
F
E
7
abs
6
Details
D
C
5
vdir
4
A
Setting range
9
8
3
mc
2
1
bit
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
Meaning when “0” is set
Deceleration control stop
dmk
(SVJ2 standard)
B
0
dmk
Dynamic brake stop
mc Contactor control output invalid Contactor control output valid
HA053N to HA33N motor
vdir Detector installation position
standard (A, C)
HA053N to HA33N motor
Detector installation position
90 degrees (B, D)
abs Incremental control
Absolute position control
(Note) Set to “0” for bits with no particular description.
2218
(PR)
SV018 Ball screw
PIT
pitch
Set the ball screw pitch. Set to “360” for the rotary axis.
1 to 32767
(mm/rev)
2219
(PR)
SV019 Position
RNG1 detector
resolution
For both parameters, set the number of pulses per one
revolution of the motor detector.
8 to 100
(kp/rev)
Motor model name
2220
(PR)
SV020 Speed
RNG2 detector
resolution
HC*-E42/A42/A47, HC*R-E42/A42/A47
Setting value
SV019 SV020
100
100
25
25
HC-SF, HC-RF
16
16
HA-FF, HC-MF
8
8
HA*N-E42/A42
HC*-E33/A33, HC*R-E33/A33
HA*N-E33/A33
2221
SV021 Overload
Set the detection time constant of Overload 1 (Alarm 50). 1 to 300
OLT
detection time Set to “60” as a standard. (For machine tool builder
(s)
constant
adjustment.)
2222
SV022 Overload
OLL
detection
level
Set the current detection level of Overload 1 (Alarm 50) in 50 to 180
respect to the stall (rated) current. Set to “150” as a
(Stall [rated]
standard. (For machine tool builder adjustment.)
current %)
II - 86
7.
No.
2223 SV023
OD1
Items
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Details
Excessive
Set the excessive error detection width when servo ON.
error
<Standard setting value>
detection
Rapid traverse rate
width during
(mm/min)
servo ON
OD1=OD2=
/2 (mm)
60*PGN1
Setting range
0 to 32767
(mm)
When “0” is set, the excessive error detection will not be
performed.
2224 SV024
INP
In-position
detection
width
Set the in-position detection width.
Set the accuracy required for the machine.
The lower the setting is, the higher the positioning
accuracy gets, however, the cycle time (setting time)
becomes longer. The standard setting is “50”.
II - 87
0 to 32767
(µm)
7.
No.
2225
(PR)
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
SV025
MTYP
F
Motor/
Detector
type
Details
D
C
E
B
pen
7
6
Setting range
9
8
A
ent
5
4
3
2
1
0
mtyp
bit
Explanation
Set the motor type.
Set1
0x
1x 2x 3x 4x 5x 6x
ting
2
x0
HA40N
3 mtyp
x1
HA80N
4
x2 HA100N
5
x3 HA200N
6
x4
7
x5
x6
x7
x8
x9
xA
xB
xC
xD
xE
xF
0
Setting
9x
x0
HC-MF43
x1
HC-MF73
x2
x3
x4
Ax
Bx
7x
8x
HA-FF43
HA-FF63
HA43N
HA83N
HA103N
HA93N
HA-FF053
HA-FF13
HA-FF23
HA-FF33
Cx
HC52 or HC53 or
HC-SF52 HC-SF53
HC102 or HC103 or
HC-SF102 HC-SF103
HC152 or HC153 or
HC-SF152 HC-SF153
HC202 or HC203 or
HC-SF202 HC-SF203
HC352 or
HC-SF353
HC-SF352
Dx
HA053N
HA13N
HA23N
HA33N
Ex
Fx
HC103R or
HC-RF103
HC153R or
HC-RF153
HC203R or
HC-RF203
x5
x6
x7
x8
x9
xA
xB
xC HC-MF053
xD HC-MF13
xE HC-MF23
xF
II - 88
7.
No.
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
Details
Setting range
bit
Explanation
Set the speed detector type.
8
Set to “2”.
9
ent
A
B
Set the position detector type.
C
Set to “2”.
D
pen
E
F
2226 SV026
OD2
Excessive
error
detection
width during
servo OFF
2227
Servo
function
selection 1
SV027
SSF1
Set the excessive error detection width when servo ON. 0 to 32767
For the standard setting, refer to the explanation of
(mm)
SV023 (OD1).
When “0” is set, the excessive error detection will not be
performed.
F
E
D
C
B
A
9
8
aflt
zrn2
ovs
lmc
7
6
5
4
3
2
1
vfct
bit
0 zup Vertical axis lift-up control stop
0
zup
Vertical axis lift-up control
start
1
2
3
Set the jitter compensation No. of compensation pulses with a
vfct binary.
5
00: Jitter compensation invalid
01: Jitter compensation 1 pulse
10: Jitter compensation 2 pulses
11: Jitter compensation 3 pulses
6
7
Set the compensation amount with SV016 (LMC1) and SV041
8
lmc (LMC2).
9
00: Lost motion compensation stop
01: Lost motion compensation type 1
10: Lost motion compensation type 2
11: Setting prohibited
Set the compensation amount with SV031 (OVS1) and SV042
A
ovs (OVS2).
B
00: Overshooting compensation stop
01: Overshooting compensation type 1
10: Overshooting compensation type 2
11: Setting prohibited
C
D
E zrn2 Set to “1”.
F aflt Adoptive filter stops
Adoptive filter starts
4
2228 SV028
0
2229 SV029
0
II - 89
7.
No.
Items
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Details
Setting range
2230 SV030
IVC
Voltage
dead time
compensation
When 100% is set, the voltage equivalent to the logical
0 to 200
non-energized time will be compensated.
(%)
Adjust in increments of 10% from the default value 100%.
If increased too much, vibration or vibration noise may be
generated.
When not using, set to “0”.
2231 SV031
OVS1
Overshooting
compensation 1
Set this if overshooting occurs during positioning. This
compensates the motor torque during positioning.
This is valid only when the overshooting compensation
SV027 (SSF1/ovs) is selected.
-1 to 100
(Stall [rated]
current %)
Type 1: When SV027 (SSF1)/ bit11, 10 (ovs)=01
Set the compensation amount based on the motor’s stall
(rated) current.
Increase by 1% and determine the amount that
overshooting doesn’t occur.
In Type 1, compensation during the feed forward control
during circular cutting won’t be performed.
Type 2: When SV027 (SSF1)/ bit11, 10 (ovs)=10
Use this if you perform the overshooting compensation
during the feed forward control during circular cutting.
The setting method is the same in Type 1.
When you wish different compensation amount
depending on the direction
When SV042 (OVS2) is “0”, compensate with the value of
SV031 (OVS1) in both of the + and -directions.
If you wish to change the compensation amount
depending on the command direction, set this and SV042
(OVS2). (SV031: + direction, SV042: - direction.
However, the directions may be opposite depending on
other settings.)
When “-1” is set, the compensation won’t be performed in
the direction of the command.
2232 SV032
TOF
Torque
offset
Set the unbalance torque of vertical axis and inclined
axis.
II - 90
-100 to 100
(Stall [rated]
current %)
7.
No.
2233
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
SV033
SSF2
Servo
function
selection 2
F
E
Details
D
C
B
Setting range
9
8
A
afs
7
6
5
4
3
2
fhz2
1
0
nfd
bit
0
Set the filter depth for Notch filter (SV038: FHz1).
1
The control is stabilized by making the filter shallower.
2 nfd Value
0
2
4
6
8
A
C
E
Depth
Infntly
3
-18.1 -12.0 -8.5 -6.0 -4.1 -2.5 -1.2
(dB)
deep
DeepÅ
Æ Shallow
4
Set the operation frequency of Notch filter 2.
fhz2
5
00: No operation
01:2250Hz
10:1125Hz
11:750Hz
6
7
Set the vibration sensitivity of the adaptive filter. If the filter depth
8
is not deep enough (generally 70% or more) and the vibration
9
afs cannot be sufficiently eliminated, raise the value.
A
B
C
D
E
F
II - 91
7.
No.
2234
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
SV034
SSF3
Servo
function
selection 3
F
E
7
daf2
6
daf1
Details
D
C
5
dac2
4
dac1
B
A
3
2
Setting range
9
8
1
0
mon
bit
NC servo monitor MAX current display data changeover
Set1
MAX current 1
MAX current 2
ting
Max. current command Max. current command
mon
2
0
value when power is
value for one second (%)
turned ON (%)
Max. current command Max. current FB value for
3
1
value for one second (%) one second (%)
Max. current FB value
Max. current FB value for
2
when power is turned ON one second (%)
(%)
3
Load inertia rate (%)
Adaptive filter operation Adaptive filter operation
4
frequency (Hz)
gain (%)
PN bus voltage (V)
Regenerative operation
5
frequency monitor (The
number of times/sec)
Estimated max. torque
Max. current FB value for
6
for one second (%)
one second (%)
Estimated max. torque
Max. disturbance torque
7
for one second (%)
for two seconds (%)
8 to F Setting prohibited
0
4
5
6
7
8
9
A
B
C
D
E
F
dac1
dac2
daf1
daf2
D/A output ch.1 overflow setting
D/A output ch.2 overflow setting
D/A output ch.1 no filter
D/A output ch.2 no filter
D/A output ch.1 clamp setting
D/A output ch.2 clamp setting
D/A output ch.1 filter setting
D/A output ch.2 filter setting
II - 92
7.
No.
2235
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
SV035
SSF4
Servo
function
selection 4
F
cl2n
E
7
6
bit
Details
D
C
clG1
5
4
0
1
2
3
4
5
6
7
8
9
A
B
C
D
B
A
Setting range
9
8
3
2
1
0
Collision detection method 1
Set the collision detection level during cutting feed (G1).
clG1 The G1 collision detection level=SV060*clG1.
When clG1=0, the collision detection method 1 during cutting feed
E
won’t function.
F cl2n
valid
invalid
II - 93
7.
No.
2236
(PR)
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
SV036
PTYP
F
Regenerative resistor
type
Details
D
C
E
B
amp
7
6
Setting range
9
8
A
rtyp
5
4
3
2
1
0
emgx
bit
Explanation
Always set to “0(0000)”.
0
1
2
3
Set the external emergency stop function. (Setting is prohibited
for values with no description.)
Set5 emgx
Explanation
ting
6
0
External emergency stop invalid
7
4
External emergency stop valid
4
8
9
A
B
C
D
E
F
Set the regenerative resistor type.
SetExplanation
ting
rtyp
Drive unit standard built-in resistor (SVJ2-01
0
doesn’t have a built-in resistor)
1
Setting prohibited
2
MR-RB032
3
MR-RB12 or GZG200W390HMK
MR-RB32 or GZG200W1200HMK: 3 units
4
connected in parallel
5
6
7 to F Setting prohibited
Always set to “0(0000)”.
amp
II - 94
7.
No.
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
2237 SV037 JL Load inertia
scale
Details
Set “the motor inertia + motor axis conversion load
inertia” in respect to the motor inertia.
SV037 (JL) =
Jl+Jm
Jm
Setting range
0 to 5000
(%)
*100
Jm: Motor inertia
Jl: Motor axis conversion load inertia
2238 SV038
FHz1
Notch filter
frequency 1
Set the vibration frequency to suppress if machine
vibration occurs.
(Valid at 72 or more) When not using, set to “0”.
0 to 3000
(Hz)
2239 SV039
LMCD
Lost motion
compensation
timing
Set this when the lost motion compensation timing
doest not match.
Adjust by increasing the value by 10 at a time.
0 to 2000
(ms)
2240 SV040
LMCT
Non-sensitive Set the non-sensitive bad of the lost motion
band in feed
compensation and overshooting compensation
forward control during the feed forward control.
When “0” is set, the actual value that will be set is
2µm. Adjust by increasing by 1µm.
0 to 100
2241 SV041
LMC2
Lost motion
compensation
2
Set this with SV016 (LMC1) only when you wish to
set the lost motion compensation amount to be
different depending on the command directions.
Set to “0” as a standard.
-1 to 200
(Stall [rated]
current %)
2242 SV042
OVS2
Overshooting
compensation
2
Set this with SV031 (OVS1) only when you wish to
set the overshooting compensation amount to be
different depending on the command directions.
Set to “0” as a standard.
-1 to 100
(Stall [rated]
current %)
2243 SV043
OBS1
Disturbance
observer filter
frequency
Set the disturbance observer filter band.
0 to 1000
The standard setting is “300”. Lower the setting by (rad/s)
50 at a time if vibration occurs.
To use the disturbance observer, also set SV037
(JL) and SV044 (OBS2). When not using, set to “0”.
2244 SV044
OBS2
Disturbance
observer gain
Set the disturbance observer gain. The standard
0 to 1000
setting is “100” to “300”.
(%)
To use the disturbance observer, also set SV037
(JL) and SV043 (OBS1). When not using, set to “0”.
2245 SV045
TRUB
Frictional
torque
Set the frictional torque when using the collision
detection function.
0 to 100
(Stall [rated]
current %)
0
2246 SV046
(µm)
2247 SV047
EC
Inductive
voltage
compensation
gain
Set the inductive voltage compensation gain. Set to 0 to 200
“100” as a standard.
(%)
If the current FB peak exceeds the current command
peak, lower the gain.
2248 SV048
EMGrt
Vertical axis
Input a length of time to prevent the vertical axis from 0 to 2000
drop prevention dropping by delaying Ready OFF until the brake
(ms)
time
works when the emergency stop occurs.
Increase the setting by 100ms at a time and set the
value where the axis does not drop.
II - 95
7.
No.
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Items
Details
Setting range
2249 SV049
PGN1sp
Position loop
gain 1 in
spindle
synchronous
control
Set the position loop gain during the spindle
synchronous control (synchronous tapping,
synchronous control with spindle/C axis).
Set the same value as the value of the spindle
parameter, position loop gain in synchronous
control.
When performing the SHG control, set this with
SV050 (PGN2sp) and SV058 (SHGCsp).
1 to 200
(rad/s)
2250 PGN2sp
Position loop
gain 2 in
spindle
synchronous
control
Set this with SV049 (PGN1sp) and SV058
0 to 999
(SHGCsp) if you wish to perform the SHG control in (rad/s)
the spindle synchronous control (synchronous
tapping, synchronous control with spindle/C axis).
When not performing the SHG control, set to “0”.
2251 SV051
0
2252 SV052
0
Set the excessive error detection width when servo
ON in a special control (initial absolute position
setting, stopper control, etc.).
If “0” is set, excessive error detection won’t be
performed when servo ON during a special control.
0 to 32767
(mm)
2254 SV054
0
2255 SV055
0
0 to 5000
(ms)
2253 SV053
OD3
Excessive
error
detection
width in
special control
2256 SV056
EMGt
Deceleration
time constant
at emergency
stop
Set the time constant used for the deceleration
control at emergency stop. Set a length of time that
takes from rapid traverse rate (rapid) to stopping.
Normally, set the same value as the rapid traverse
acceleration/deceleration time constant.
2257 SV057
SHGC
SHG control
gain
When performing the SHG control, set this with S003 0 to 999
(PGN1) and SV004 (PGN2).
(rad/s)
2258 SV058
SHGCsp
SHG control
gain in spindle
synchronous
control
Set this with SV049 (PGN1sp) and SV050 (PGN2sp) 0 to 999
if you wish to perform the SHG control in the spindle (rad/s)
synchronous control (synchronous tapping,
synchronous control with spindle/C axis).
2259 SV059
TCNV
Collision
detection
torque
estimating
gain
To use the collision detection function, set the torque 0 to 5000
estimating gain. In the case of MDS-B-SVJ2, the
(%)
value is the same as the load inertia ratio that
includes the motor inertia. (=SV037:JL)
If acceleration/deceleration is performed after setting
SV034.mon=3 and SV060=0, the load inertia ratio
will be displayed on the NC monitor screen.
2260 SV060
TLMT
Collision
When using the collision detection function, set the
detection level collision detection level during the G0 feeding.
If “0” is set, none of the collision detection function
will work.
II - 96
0 to 200
(Stall [rated]
current %)
7.
No.
Items
2261 SV061
DA1NO
D/A output
channel 1
data No.
2262 SV062
DA2NO
D/A output
channel 2
data No.
2263 SV063
DA1MPY
D/A output
channel 1
output scale
2264 SV064
DA2MPY
D/A output
channel 2
output scale
2265 SV065
SERVO PARAMETERS
7.1
MDS-B-SVJ2
Details
Input the data number you wish to output to D/A
output channel.
Setting range
0 to 102
When “0” is set, output is done with the standard
-32768 to
output unit.
32767
Set other than “0” when you wish to change the unit.
Set the scale with a 1/256 unit. When “256” is set, (Unit: 1/256)
the output unit will be the same as the standard
output unit.
II - 97
0
7.
SERVO PARAMETERS
7.1
MDS-B-SVJ2
(2) Initial setting value
Motor
Drive unit
capacity
SV001
PC1
SV002
PC2
SV003
PGN1
SV004
PGN2
SV005
VGN1
SV006
SV007
SV008
VIA
SV009
IQA
SV010
IDA
SV011
IQG
SV012
IDG
SV013
ILMT
SV014
ILMTsp
SV015
FFC
SV016
LMC1
SV017
SPEC
SV018
PIT
SV019
RNG1
SV020
RNG2
SV021
OLT
SV022
OLL
SV023
OD1
SV024
INP
SV025
MTYP
SV026
OD2
SV027
SSF1
SV028
SV029
SV030
IVC
SV031
OVS1
SV032
TOF
HC
52
HC
102*
HC
102
HC
152*
HC
152
HC
202*
HC
202
HC
352*
06
07
10
10
20
10
20
20
33
0
50
0
0
1364
8192
8192
512
512
500
500
0
0
0000
60
150
50
22B0
4000
0
0
0
0
0
33
0
80
0
0
1364
4096
4096
256
256
500
500
0
0
0000
60
150
50
22B1
4000
0
0
0
0
0
33
0
50
0
0
1364
8192
8192
384
384
500
500
0
0
0000
60
150
50
22B1
4000
0
0
0
0
0
33
0
80
0
0
1364
4096
4096
256
256
500
500
0
0
0000
60
150
50
22B2
4000
0
0
0
0
0
33
0
50
0
0
1364
8192
8192
384
384
500
500
0
0
0000
60
150
50
22B2
4000
0
0
0
0
0
33
0
115
0
0
1364
2048
2048
256
256
500
500
0
0
0000
60
150
50
22B3
4000
0
0
0
0
0
33
0
80
0
0
1364
4096
4096
384
384
500
500
0
0
0000
60
150
50
22B3
4000
0
0
0
0
0
33
0
130
0
0
1364
2048
2048
256
256
500
500
0
0
0000
60
150
50
22B4
4000
0
0
0
0
0
II - 98
7.
Motor
Drive unit
capacity
SV033 SSF2
SV034 SSF3
SV035 SSF4
SV036 PTYP
SV037 JL
SV038 FHz1
SV039 LMCD
SV040 LMCT
SV041 LMC2
SV042 OVS2
SV043 OBS1
SV044 OBS2
SV045 TRUB
SV046
SV047 EC
SV048 EMGrt
SV049 PGN1sp
SV050 PGN2sp
SV051
SV052
SV053 OD3
SV054
SV055
SV056 EMGt
SV057 SHGC
SV058 SHGCsp
SV059 TCNV
SV060 TLMT
SV061 DA1NO
SV062 DA2NO
SV063 DA1MPY
SV064 DA2MPY
SV065
SERVO PARAMETERS
7.1
MDS-B-SVJ2
HC
52
HC
102*
HC
102
HC
152*
HC
152
HC
202*
HC
202
HC
352*
06
07
10
10
20
10
20
20
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
II - 99
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
7.
Motor
Drive unit
capacity
SV001 PC1
SV002 PC2
SV003 PGN1
SV004 PGN2
SV005 VGN1
SV006
SV007
SV008 VIA
SV009 IQA
SV010 IDA
SV011 IQG
SV012 IDG
SV013 ILMT
SV014 ILMTsp
SV015 FFC
SV016 LMC1
SV017 SPEC
SV018 PIT
SV019 RNG1
SV020 RNG2
SV021 OLT
SV022 OLL
SV023 OD1
SV024 INP
SV025 MTYP
SV026 OD2
SV027 SSF1
SV028
SV029
SV030 IVC
SV031 OVS1
SV032 TOF
SERVO PARAMETERS
7.1
MDS-B-SVJ2
HC
53
HC
103
HC
153
HC
203*
06
10
20
20
33
0
80
0
0
1364
4096
4096
256
256
500
500
0
0
0000
60
150
50
22C0
4000
0
0
0
0
0
33
0
80
0
0
1364
4096
4096
256
256
500
500
0
0
0000
60
150
50
22C1
4000
0
0
0
0
0
33
0
80
0
0
1364
4096
4096
256
256
500
500
0
0
0000
60
150
50
22C2
4000
0
0
0
0
0
33
0
100
0
0
1364
2048
2048
200
200
500
500
0
0
0000
60
150
50
22C3
4000
0
0
0
0
0
II - 100
7.
Motor
Drive unit
capacity
SV033 SSF2
SV034 SSF3
SV035 SSF4
SV036 PTYP
SV037 JL
SV038 FHz1
SV039 LMCD
SV040 LMCT
SV041 LMC2
SV042 OVS2
SV043 OBS1
SV044 OBS2
SV045 TRUB
SV046
SV047 EC
SV048 EMGrt
SV049 PGN1sp
SV050 PGN2sp
SV051
SV052
SV053 OD3
SV054
SV055
SV056 EMGt
SV057 SHGC
SV058 SHGCsp
SV059 TCNV
SV060 TLMT
SV061 DA1NO
SV062 DA2NO
SV063 DA1MPY
SV064 DA2MPY
SV065
SERVO PARAMETERS
7.1
MDS-B-SVJ2
HC
53
HC
103
HC
153
HC
203*
06
10
20
20
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
II - 101
0
0
0
0
0
0
0
0
0
0
0
0
0
100
0
15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
7.
7.2
SERVO PARAMETERS
SUPPLEMENT
7.2 SUPPLEMENT
7.2.1 D/A OUTPUT SPECIFICATIONS
(1) MDS-B-SVJ2
(a) D/A output specifications
Item
No. of channels
Output cycle
Output precision
Output voltage
range
Output scale
setting
Output pins
Function
Option
Pin
1
2
3
4
5
6
7
8
9
10
Explanation
2ch
888µs (min. value)
8bit
-10V to 0 to +10V
±1/256 to ±128 times
CN3 connector
MO1 = pin 4
MO2 = pin 14
GND = pin 1,11
Offset amount adjustment function
Output clamp function
Low path filter function
Relay terminal: MR-J2CN3TM
Connect from the CN3 connector using the SH21 cable as a
lead-in wire.
CN3 Connector
Signal Pin Signal
LG
11
LG
12
SG
13 MBR
MO1
14 MO2
COM
15 MC
16
17
18
19
VDD
20 EMGX
II - 102
7.
7.2
SERVO PARAMETERS
SUPPLEMENT
(b) Setting the output data
Set the No. of the data to be outputted to each D/A output channel.
#
2261
No.
SV061
Abbrev
DA1NO
2262
SV062
DA2NO
No.
Parameter name
D/A output channel 1
data No.
data No.
Output data
0
1
0V test output
Speed feedback
2
Current feedback
3
Speed command
4
Current command
5
6
V-phase current value
W-phase current-value
7
Estimated disturbance torque
8
Collision detection disturbance torque
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
Position feedback (stroke)
Position feedback (pulse)
Position droop
Position droop (x10)
Position droop (x100)
Feedrate (F∆T)
Feedrate (F∆T x 10)
Model position droop
Model position droop (x10)
Model position droop (x100)
q-axis current cumulative value
d-axis current cumulative value
Motor load level
Amplifier load level
Regenerative load level
PN bus wire voltage
Speed cumulative item
26
Cycle counter
27
Excessive error detection amount
28
Collision detection estimated torque
29
30
31 to 99
100
Position command (stroke)
Position command (pulse)
5V test output
101
Saw-tooth wave test output
102
Recutangular wave test output
103 to
Setting prohibited
II - 103
Standard
Output
output unit
cycle
For offset amount adjustment
1000rpm / 2V
888µs
Stall (rated)
888µs
100% / 2V
1000rpm / 2V
888µs
Stall (rated)
888µs
100% / 2V
10A / V
888µs
10A / V
888µs
Stall (rated)
888µs
100% / 2V
Stall (rated)
888µs
100% / 2V
100mm / V
3.55ms
10µm / V
3.55ms
mm / V
3.55ms
100µm / V
3.55ms
10µm / V
3.55ms
10000(mm/min) / V
888µs
1000(mm/min) / V
888µs
mm / V
3.55ms
100µm / V
3.55ms
10µm / V
3.55ms
–
888µs
–
888µs
100% / 5V
113.7ms
100% / 5V
113.7ms
100% / 5V
910.2ms
50V / V (1/50)
888µs
–
888µs
0-5V (Regardless
888µs
of resolution)
mm / V
3.55ms
Stall (rated)
888µs
100% / 2V
100mm / V
3.55ms
10µm / V
3.55ms
-5 to 5V
Cycle: 113.7ms
0 to 5V
Cycle: 227.5ms
888µs
888µs
7.
7.2
SERVO PARAMETERS
SUPPLEMENT
(c) Setting the output scale
When “0“ is set, the output will be made with the standard output unit. To change the output unit, set
a value other than “0”.
The scale is set with a 1/256 unit. When 256 is set, the unit will be the same as the standard output.
#
2263
No.
SV063
Abbrev
DA1MPY
2264
SV064
DA2MPY
Parameter name
output scale
output scale
(Example 1) When SV061 = 5, SV063 = 2560
The V-phase current value will be output with 1 A/V unit to D/A output ch.1.
(Example 2) When SV063 = 11, SV064 = 128
The position droop will be output with a 2mm/Vunit to D/A output ch.2.
II - 104
7.
7.2
SERVO PARAMETERS
SUPPLEMENT
7.2.2 ELECTRONIC GEARS
The servo amplifier has internal electronic gears. The command value from the NC is converted into a
detector resolution unit to carry out position control. The electronic gears are single gear ratios calculated from
multiple parameters as shown below. However, each value (ELG1, ELG2) must be less than 32767.
If the value overflows, the initial parameter error (alarm 37) or error parameter No. 2301 will be output.
If an alarm occurs, the mechanical specifications and electrical specifications must be revised so that the
electronic gears are within the specifications range.
Reduced fraction of
ELG1
ELG2
=
RNG1 x PC2
PIT x PC1 x IUNIT
(Reduced fraction)
IUNIT = 2/NC command unit (µm)
1µm : IUNIT = 2, 0.1µm : IUNIT = 20
When the above is calculated, the following conditions must be satisfied.
ELG1 ≤ 32767
ELG2 ≤ 32767
II - 105
7.
7.2
SERVO PARAMETERS
SUPPLEMENT
7.2.3 LOST MOTION COMPENSATION
When the motor is to rotate in the clockwise direction (looking from the load side) at the command for the +
direction, the command direction is CW. Conversely, when the motor is to rotate in the counterclockwise
direction, the command direction is CCW.
This rotation direction can be set with the CNC machine parameters. Note that the meaning of the ± will differ
for some servo parameters according to this motor rotation direction. The servo parameters affected by
CW/CCW are shown below.
SV016 (LMC1), SV041 (LMC2)
SV031 (OVS1), SV042 (OVS2)
(When different values are set for SV016 and SV041)
(When different values are set for SV031 and SV042)
<Example> If the lost motion compensation amount is to be changed according to the direction, the
compensation amount at the quadrant changeover point of each arc where the lost motion
compensation is applied will be as shown below according to the command polarity.
CW
CCW
A
X: SV041
X: SV016
B
Y: SV016
Y: SV041
C
X: SV016
X: SV041
D
Y: SV041
Y: SV016
+Y
The Y axis command
direction changes from
the + to – direction.
D
A
-X
C
The X axis command
the + to – direction.
+X
The X axis command
the – to + direction.
-Y
B
The Y axis command
the – to + direction.
(Note) The setting value for the parameter is “0” or “-1”, the compensation amount is determined as
shown below.
Setting value
for SV016
Setting value
for SV041
(Setting value
for SV031)
(Setting value
for SV041)
0
Compensation
amount
in + direction
Compensation
amount
in - direction
0
No compensation
No compensation
n
0
n
n
0
m
m
m
n
m
n
m
n
-1
n
No compensation
-1
m
No compensation
m
II - 106
8.1
8.
8.
SPINDLE PARAMETERS
SPINDLE BASE SPECIFICATIONS PARAMETERS
SPINDLE PARAMETERS
8.1 SPINDLE BASE SPECIFICATIONS PARAMETERS
For parameters indicated with a (PR) in the table, turn the NC power OFF after setting. The setting is validated
after the power is turned ON again.
No.
Items
3001 slimit 1
3002
2
3003
3
3004
4
3005 smax 1
3006
2
3007
3
3008
4
3009 ssift
1
3010
2
3011
3
3012
4
3013 stap 1
3014
2
3015
3
3016
4
3017 stapt 1
3018
2
3019
3
3020
4
Limit rotation
speed
Details
Set spindle rotation speed for maximum motor
rotation speed with gears 00, 01, 10, 11.
(Set the spindle rotation speed for the S analog
output 10V.)
Setting range
(Unit)
0 to 99999 (r/min)
Maximum
Set maximum spindle speed with gears 00, 01,
rotation speed 10, 11.
Set the value that is equal to or larger than "slimit"
value.
By comparing the S command value of gear 1 to
4, a spindle gear shift command will be output
automatically.
Shift rotation
speed
Set spindle rotation speed for gear shifting with
gears 00, 01, 10, 11.
0 to 32767 (r/min)
(Note) Setting too large value may cause a gear
nicks when changing gears.
Tap rotation
speed
Set maximum spindle rotation speed during tap
cycle with gears 00, 01, 10, 11.
0 to 99999 (r/min)
Tap time
constant
Set time constants for constant inclination
synchronized tapping for gears 00, 01, 10, 11
(linear acceleration/deceleration pattern).
1 to 5000 (ms)
II - 107
8.1
8.
SPINDLE PARAMETERS
Relationship between spindle limit rotation speed and maximum spindle rotation speed
Output voltage (V)
10V
Spindle rotation speed (r/min)
0
smax1
slimt1
smax2
slimt2
smax(n)
slimt(n)
Limit rotation speed of gear 1 (Parameter setting)
Maximum rotation speed of gear 1 (Parameter setting)
Set "0" for any unused gears.
Relation between the spindle limit rotation speed and the spindle tap time constant
(for the constant inclination synchronized tapping)
slimt(n)
slimt(n)
slimt2
slimt1
S command
Time (ms)
Time (ms)
0
stapt1
Execution time
constant
stapt2
stapt(n)
stapt(n)
II - 108
8.1
#
Items
8.
SPINDLE PARAMETERS
Details
Set the spindle orientation rotation speed.
Set the rotation speed for when the spindle
rotates at the constant rotation speed.
Setting range
(Unit)
3021 sori
Orientation
rotation
speed
3022 sgear
Encoder gear Set the gear ratio of the spindle to the encoder.
ratio
0: 1/1
1: 1/2
2: 1/4
3: 1/8
3023 smini
Minimum
rotation
speed
Set the minimum rotation speed of the spindle.
If an S command instructs the rotation speed
below this setting, the spindle rotates at the
minimum rotation speed set with this parameter.
0 to 32767 (r/min)
3024 sout
(PR)
Spindle
connection
Set the type of the spindle to be connected.
0: No connection with the spindle
1: Serial connection (bus)
2 to 5: Analog output
0 to 5
3025 enc-on
Spindle
encoder
0 to 2
3026
cs_ori
Selection of
winding in
orientation
mode
Set connection information of the spindle
encoder.
0: No connection
1: Spindle connection (Spindle encoder
connection check function valid.)
2: Serial connection of encoder
0:
Perform orientation using the winding
selected when the orientation command is
issued.
1: Use winding L whenever the orientation
command is issued.
3027
cs_syn
Selection of
winding in
spindle
synchronou
s mode
3028
sprcmm
L system tap Set the M code of the spindle forward run/reverse 0 to 999999
cycle spindle run command.
forward run/ High-order three digits :
reverse run M
The spindle forward run command's M code
command
is set.
Low-order three digits :
The spindle reverse run command's M code
is set.
0: The winding H/L is selected by the actual
spindle rotation speed (calculated from
commanded rotation speed) when spindle
synchronous control starts. (The winding is
not switched during synchronous control.
The control is carried out with the winding
selected at start.)
If the actual spindle rotation speed is less
than SP020, the winding L is selected, and if
more than the value, the winding H is
selected.
1: Use winding H whenever the spindle
synchronous command is issued.
II - 109
0 to 32767 (r/min)
0/1
0/1
8.1
#
3029
8.
SPINDLE PARAMETERS
Items
tapsel
3030 mbsel
(PR)
3031 smcp_no
(PR)
Asynchronous tap gear
selection
Selection of
magnetic
bearings
Amplifier I/F
channel No.
(spindle)
Details
Specify whether to use the tap spindle rotation speed
or maximum spindle rotation speed for the gear that
is selected when an asynchronous tap command is
issued.
0: Tap spindle rotation speed
1: Maximum spindle rotation speed
This parameter is valid only when the M-function
synchronous tap cycle enable parameter (#1272
ext08 bit1) is ON.
Select whether to use magnetic bearings.
0: Magnetic bearings invalid
1: Magnetic bearings valid
used when connecting a spindle amplifier.
No.
Low-order two digits
: Axis No.
When using the conventional fixed layout, set all axes
to "0000".
Set "0000" when using an analog spindle.
used when connecting a magnetic bearing amplifier.
No.
Low-order two digits
: Axis No.
When using the conventional fixed layout, set all axes
to "0000".
Set the spindle rotation speed at which the step-2
acceleration/deceleration time constant is to be
switched at gear 00, 01, 10, or 11.
Setting range
(Unit)
0/1
0/1
0000
0101 to 0107
0201 to 0207
3032 mbmcp_no
(PR)
Amplifier I/F
channel No.
(magnetic
bearing)
3037 tapt 21
3038
22
3039
23
3040
24
Synchronized
0 to 99999
tapping
(r/min)
Switching
spindle rotation speed 2
Synchronized Set the time constant to reach Synchronized tapping 1 to 5000 (ms)
tapping
switching spindle rotation speed 2 (#3037 to #3040) at
Switching time gear 00, 01, 10, or 11.
constant 2
3041 tapt 21
3042
22
3043
23
3044
24
3045 tapt 31
3046
32
3047
33
3048
34
3049 spt
3050 sprlv
0000
0101 to 0107
0201 to 0207
Synchronized Set the time constant to reach the maximum rotation 1 to 5000 (ms)
tapping
spindle speed (#3005 to #3008) at gear 00, 01, 10, or
Switching time 11.
constant 3
Spindle
synchronization
acceleration/
deceleration
time constant
Spindle
synchronization rotation
speed
attainment
level
Set the acceleration/deceleration time constant for
0 to 9999 (ms)
when the spindle synchronization command's rotation
speed changes during spindle synchronous control.
The spindle rotation speed synchronization complete 0 to 4095 (pulse)
signal will turn ON when the difference of the
(1 pulse =
reference spindle and synchronous spindle actual
0.088°)
rotation speeds is less than the level set for the
synchronous spindle rotation speed command value
during spindle synchronous control.
II - 110
8.1
#
8.
SPINDLE PARAMETERS
Items
Details
Setting range
(Unit)
3051
spplv
Spindle phase
synchronization attainment
level
The spindle phase synchronization complete 0 to 4095 (pulse)
signal will turn ON when the phase difference (1 pulse = 0.088°)
of the reference spindle and synchronous
spindle is less than the set level during spindle
phase synchronization control.
3052
spplr
Spindle motor
spindle relative
polarity
Set the spindle motor and spindle's relative
polarity.
Spindle CW rotation at motor CW rotation
0: Positive polarity
1: Negative
polarity
: Positive polarity
Spindle CCW rotation at motor CW rotation
: Negative polarity
3053
sppst
Spindle encoder Set the deviation amount from the spindle's
Z -phase position reference position to the spindle encoder's Z
phase.
The deviation amount is obtained using the
clockwise direction looking from the front of
the spindle as the positive direction.
0 to 359999
(1/1000°)
3054
sptc1
Spindle
synchronization multi-step
acceleration/
deceleration
changeover
speed 1
Set the spindle speed for changing the 1st
step's acceleration/deceleration time
constant.
0 to 99999 (r/min)
3055
sptc2
Spindle
acceleration/
deceleration
changeover
speed 2
Set the spindle speed for changing the 2nd
constant.
0 to 99999 (r/min)
3056
sptc3
Spindle
acceleration/
deceleration
changeover
speed 3
Set the spindle speed for changing the 3rd
constant.
0 to 99999 (r/min)
3057
sptc4
Spindle
acceleration/
deceleration
changeover
speed 4
Set the spindle speed for changing the 4th
constant.
0 to 99999 (r/min)
3058
sptc5
Spindle
acceleration/
deceleration
changeover
speed 5
Set the spindle speed for changing the 5th
constant.
0 to 99999 (r/min)
II - 111
8.1
#
Items
8.
SPINDLE PARAMETERS
Details
Setting range
(Unit)
3059
sptc6
Spindle
Set the spindle speed for changing the 6th step's 0 to 99999 (r/min)
synchroniza- acceleration/deceleration time constant.
tion multi-step
acceleration/
deceleration
changeover
speed 6
3060
sptc7
Spindle
Set the spindle speed for changing the 7th step's 0 to 99999 (r/min)
synchroniza- acceleration/deceleration time constant.
tion multi-step
acceleration/
deceleration
changeover
speed 7
3061
spdiv1
Magnification
for time
constant
changeover
speed 1
Set the acceleration/deceleration time constant
between the spindle synchronization multi-step
acceleration/deceleration changeover speed 1
(sptc1) to the spindle synchronization multi-step
acceleration/
deceleration changeover speed 2 (sptc2) as a
magnification in respect to the spindle
synchronization acceleration/deceleration time
constant (spt).
0 to 127
3062
spdiv2
Magnification
for time
constant
changeover
speed 2
(sptc3) as a magnification in respect to the
spindle synchronization
acceleration/deceleration time constant (spt).
0 to 127
3063
spdiv3
Magnification
for time
constant
changeover
speed 3
0 to 127
3064
spdiv4
Magnification
for time
constant
changeover
speed 4
0 to 127
II - 112
8.1
#
8.
SPINDLE PARAMETERS
Items
Details
Setting range
(Unit)
3065
spdiv5
Magnification
for time
constant
changeover
speed 5
Set the acceleration/deceleration time constant 0 to 127
(sptc5) to the spindle synchronization
multi-step acceleration/deceleration
changeover speed 6 (sptc6) as a magnification
in respect to the spindle synchronization
3066
spdiv6
Magnification
for time
constant
changeover
speed 6
(sptc6) to the spindle synchronization
multi-step acceleration/deceleration
changeover speed 7 (sptc7) as a magnification
in respect to the spindle synchronization
3067
spdiv7
Magnification
for time
constant
changeover
speed 7
for the spindle synchronization multi-step
acceleration/
deceleration changeover speed 7 (sptc7) and
higher as a magnification in respect to the
3068
symtm1
Phase
synchronization start
confirmation
time
Set the time to confirm that synchronization is
attained before phase synchronization control
is started.
When "0" is set, the time will be 2 seconds.
When "100" or less is set, the time will be
100ms.
3069
symtm2
Phase
synchronization end
confirmation
time
Set the time to wait for phase synchronization 0 to 9999 (ms)
control to end as the time for the rotation speed
to reach the attainment range.
When "0" is set, the time will be 2 seconds.
When "100" or less is set, the time will be
100ms.
3070
syprt
Phase
synchronization speed
Set the fluctuation amount to change the
0 to 100 (%)
synchronous spindle rotation speed during
phase synchronization control as the command
speed and rate.
When "0" is set, the amount will be 100%.
3071
(Not used.)
3072
(Not used.)
II - 113
0 to 9999 (ms)
8.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
8.2 MDS-B-SPJ2
For parameters marked with a (PR) in the tables, turn the NC power OFF after setting. The parameters will be
valid after the power is turned ON again.
The valid spindle parameters will differ according to the motor and amplifier type. Follow the correspondence
table given below, and set the correct parameters.
The spindle parameter setting and display method will differ according to the NC being used, so refer to
Instruction Manual for each NC and the following spindles.
MELDAS AC Servo and Spindle MDS-A Series MDS-B Series Specifications Manual .......... BNP-B3759
The "fixed control constants" and "fixed control bits" in this section are set by Mitsubishi.
! CAUTION
!
No.
Items
Magnetic
detector and
motor builtin encoder
orientationmode position
loop gain
Encoder
orientation-mo
de position
loop gain
3201
SP001 PGM
3202
SP002 PGE
3203
SP003
3204
Orientation
in-position
width
Orientation
SP005 OSP
mode
changing
speed limit
value
Orientation
SP006 CSP
mode deceleration rate
SP007 OPST In-position
shift amount
for orientation
3205
(PR)
3206
3207
SP004 OINP
3208
SP008
3209
SP009 PGT
3210
SP010 PGS
Synchronous
tapping
position loop
gain
Spindle
synchronous
position loop
gain
Setting
range
Details
Standard
setting
As the set value is larger, the orientation time 0 to 1000
becomes shorter and servo rigidity is
(0.1 1/s)
increased.
On the contrary, however, vibration is
increased and the machine becomes likely
to overshoot.
100
As the set value is larger, the orientation time 0 to 1000
becomes shorter and servo rigidity is
(0.1 1/s)
increased.
On the contrary, however, vibration is
increased and the machine becomes likely
to overshoot.
0
100
Set the position error range in which an
orientation completion signal is output.
16
1 to 2880
(1/16°)
0
Set the motor speed limit value to be used
0 to 32767 0
when the speed loop is changed to the
(r/min)
position loop in orientation mode.
When this parameter is set to "0", SP017
(TSP) becomes the limit value.
As the set value is larger, the orientation time 1 to 1000 20
becomes shorter. On the contrary, however,
the machine becomes likely to overshoot.
Set the stop position for orientation.
0 to 4095 0
Set the value by dividing 360° by 4096.
Not used. Set to "0".
0
0
Set the spindle position loop gain in
synchronous tapping mode.
1 to 100
(1/s)
15
Set the spindle position loop gain in spindle
synchronization mode.
1 to 100
(1/s)
15
II - 114
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
3211
to
3216
SP011
to
SP016
3217
(PR)
SP017 TSP
3218
(PR)
Setting
range
Details
Use not possible.
Standard
setting
0
0
Maximum motor Set the maximum motor speed of the
speed
spindle.
1 to 32767
(r/min)
6000
SP018 ZSP
Motor zero
speed
1 to 1000
(r/min)
50
3219
(PR)
SP019 CSN1
Speed cushion 1 Set the time constant for a speed
command from "0" to the maximum
speed.
(This parameter is invalid in position
loop mode.)
0 to 32767
(10ms)
30
3220
(PR)
SP020 SDTS
Speed detection Set the motor speed so for which speed 0 to 32767
set value
detection output is performed.
(r/min)
Usually, the setting value is 10% of
SP017 (TSP).
600
3221
SP021 TLM1
Torque limit 1
10
Set the motor speed for which
zero-speed output is performed.
Set the torque limit rate for torque limit
signal 001.
0 to 120
(%)
3222
(PR)
SP022 VGNP1 Speed loop gain
proportional term
under speed
control
Set the speed loop proportional gain in 0 to 1000
speed control mode.
(1/s)
When the gain is increased, response is
improved but vibration and sound
become larger.
63
3223
(PR)
SP023 VGNI1 Speed loop gain
integral term
under speed
control
Set the speed loop integral gain in
speed control mode.
Usually, set a value in proportion to
SP022 (VGNP1).
0 to 1000
(0.1 1/s)
60
3224
SP024
0
0
3225
(PR)
SP025 GRA1
Spindle gear
teeth count 1
Set the number of gear teeth of the
spindle corresponding to gear 000.
1 to 32767
1
3226
(PR)
SP026 GRA2
Spindle gear
teeth count 2
1 to 32767
1
3227
(PR)
SP027 GRA3
Spindle gear
teeth count 3
1 to 32767
1
3228
(PR)
SP028 GRA4
Spindle gear
teeth count 4
1 to 32767
1
3229
(PR)
SP029 GRB1
Motor shaft gear Set the number of gear teeth of the
teeth count 1
motor shaft corresponding to gear 000.
1 to 32767
1
3230
(PR)
SP030 GRB2
teeth count 2
1 to 32767
1
3231
(PR)
SP031 GRB3
teeth count 3
1 to 32767
1
3232
(PR)
SP032 GRB4
teeth count 4
1 to 32767
1
II - 115
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
3233 SP033 SFNC1
(PR)
Setting
range
Details
Spindle
function 1
Set the spindle function 1 in bit units.
F
poff
E
hzs
D
C
ront
B
A
7
6
5
4
3
2
sftk
9
8
Standard
setting
0000 to
0000
FFFF
HEX setting
1
0
dflt 1a2m
(Note) Always set "0" for the empty bits.
bit Name Meaning when set to 0
0 1a2m 1 amplifier
2 motor function: Invalid
1
dflt
Default motor: Main
2
sftk SF-TK card invalid
3
4
5
6
7
8
9
A
This is a fixed control bit.
B
C
ront
D
E
hzs
F
poff
3234 SP034 SFNC2
(PR)
Spindle
function 2
Meaning when set to 1
1 amplifier
2 motor function: Valid
Default motor: Sub
SF-TK card valid
F
E
D
C
B
A
9
8
7
6
5
4
3
2
1
0
mts1
bit Name Meaning when set to 0 Meaning when set to 1
0 mts1 Special motor constant Special motor constant
invalid
setting valid
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
II - 116
0000 to
0000
FFFF
HEX setting
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
3235 SP035 SFNC3
(PR)
Setting
range
Details
Spindle
function3
F
E
D
C
B
A
9
8
7
6
5
4
3
2
hbsd
1
0
hwid
hwid H-coil wide-range
0
constant output invalid
1
2 hbsd H-coil base slide invalid
3
4
5
6
7
8
9
A
B
C
D
E
F
3236 SP036 SFNC4
(PR)
Spindle
function 4
H-coil wide-range
constant output valid
H-coil base slide valid
F
E
7
6
D
C
B
A
9
8
dslm dssm
5
4
3
2
1
0
enc2 enc1 mag2 mag1 plg2 plg1
0
plg1 PLG of motor 1 valid
1
2 mag1 MAG of motor 1 valid
4 enc1 ENC of motor 1 valid
6
7
8 dssm Speedometer valid
9 dslm Load meter valid
A
B
C
D
E
F
II - 117
PLG of motor 1 invalid
MAG of motor 1 invalid
ENC of motor 1 invalid
Speedometer invalid
Load meter invalid
Standard
setting
0000 to
0000
FFFF
HEX setting
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
3237 SP037 SFNC5 Spindle
(PR)
function 5
Setting
range
Details
F
E
D
C
B
A
9
8
nstv
7
6
5
4
3
2
plgo
1
0
enco
Standard
setting
0000 to
0000
FFFF
HEX setting
0 enco Encoder orientation
invalid
1
2
plgo PLG orientation invalid
3
4
5
6
7
nstv No-signal detection type
8
(Always monitoring)
Encoder orientation
valid
PLG orientation valid
Monitoring only in
position loop or
orientation-mode
9
A
B
C
D
E
F
(PR)
function 6
F
oplp
E
D
C
B
A
9
8
7
6
5
4
3
2
pftm
1
0
alty
alty Deceleration stop during
0
special alarm invalid
1
pftm Thread cutting position
2
data invalid
3
4
5
6
7
8
9
A
B
C
D
E
oplp Open loop operation
F
invalid
II - 118
Deceleration stop during
special alarm valid
Thread cutting position
data valid
Open loop operation
valid
0000 to
0000
FFFF
HEX setting
8.
No.
3239
(PR)
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
SP039 ATYP
Amplifier
type
Set the amplifier type.
Set each amplifier type or "0".
This parameter corresponds to MDS-B-SPJ2.
Parameter setting
0000
3240
(PR)
SP040 MTYP
Motor type
Setting
range
Details
0001
SPJ2-02
0002
SPJ2-04
0003
SPJ2-075
0004
SPJ2-15
0005
0006
SPJ2-22
SPJ2-37
0007
SPJ2-55
0008
SPJ2-75
0009
SPJ2-110/110C
Motor type
Maximum
speed
Corresponding
amplifier
1000
1001
SJ-P0.2A
1002
SJ-P0.4A
10000 r/min SPJ2-04
1003
SJ-P0.75A
10000 r/min SPJ2-075
1004
SJ-P1.5A
10000 r/min SPJ2-15
1005
SJ-P2.2A
8000 r/min SPJ2-22
1006
SJ-P3.7A
8000 r/min SPJ2-37
1007
SJ-PF5.5-01
8000 r/min SPJ2-55
1008
SJ-PF7.5-01
8000 r/min SPJ2-75
1009
SJ-PF11-01
6000 r/min SPJ2-110/110C
II - 119
0000 to
FFFF
HEX
setting
0000
0000 to
FFFF
HEX
setting
0000
Amplifier type
--
This is valid when SP034 (SFNC2) bit 0 is set
to 0.
Refer to the following standard motors, and set
the applicable motor number.
Paramete
r setting
Standard
setting
10000 r/min SPJ2-02
8.
No.
3241
(PR)
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
SP041 PTYP
Setting
range
Details
Power
When this unit is a signal connection axis with
supply type power supply unit, set this parameter.
Set "0" for this parameter for the unit which is
not a signal connection axis.
Standard
setting
0000 to
FFFF
HEX
setting
0000
Select a value from the following table
according to the regenerative resistance being
used.
Setting
value
0000
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
2A00
2B00
2C00
Regenerative
resistance type
–
Not connected
FCUA-RB04
FCUA-RB075
FCUA-RB15
FCUA-RB22
FCUA-RB37
FCUA-RB55
FCUA-RB75/2
R–UNIT–1
R–UNIT–2
R–UNIT–3
R–UNIT–4
R–UNIT–5
Resistance
value (Ω)
Capacity
(W)
–
–
200
100
60
40
25
20
30/15
30
15
15
10
10
–
–
60
80
120
155
185
340
340/680
700
700
2100
2100
3100
(Note 1) This setting is used when using one
FCUA-RB75/2 and when using two in
parallel.
3242
(PR)
3243
(PR)
3244
(PR)
SP042
0
0
SP043
0
0
SP044 TRANS NC
communication
frequency
Set a frequency of data communication with
NC.
0 to 32767
Standard:
0
Special:
1028
3245
SP045
0
0
3246
(PR)
SP046 CSN2
Speed
command
dual
cushion
For an acceleration/deceleration time constant 0 to 1000
defined in SP019 (CSN1) , this parameter is
used to provide smooth movement only at the
start of acceleration/deceleration.
As the value of this parameter is smaller, it
moves smoother but the
acceleration/deceleration time becomes
longer.
To make this parameter invalid, set "0".
0
3247
(PR)
SP047 SDTR
Speed
detection
reset value
Set the reset hysteresis width for a speed
0 to 1000
detection set value defined in SP020 (SDTS).
(r/min)
30
II - 120
8.
No.
Items
3248 SP048 SUT
(PR)
Speed reach
range
3249 SP049 TLM2
Torque limit 2
3250 SP050 TLM3
3251 SP051 TLM4
3252 SP052 TLM5
3253 SP053 TLM6
3254 SP054 TLM7
3255 SP055 SETM
(PR)
3256 SP056 PYVR
3257
(PR)
3258
to
3262
3263
(PR)
3264
(PR)
3265
(PR)
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
SP057 STOD
SP058
to
SP062
SP063 OLT
Setting
range
Details
Set the speed deviation rate with respect to 0 to 100
the commanded speed for output of the
(%)
speed reach signal.
Set the torque limit rate for the torque limit
signal 010.
Torque limit 3 Set the torque limit rate for the torque limit
signal 011.
signal 100.
signal 101.
signal 110.
signal 111.
Excessive
Set the timer value until the excessive speed
speed
deviation alarm is output.
deviation timer The value of this parameter should be
longer than the acceleration/deceleration
time.
Variable
Set the minimum value of the variable
excitation
excitation rate.
(min value)
Select a smaller value when gear noise is
too high. However, a larger value is effective
for impact response.
Fixed control
Set by Mitsubishi.
constant
Set "0" unless designated in particular.
Overload alarm
detection time
SP064 OLL
Overload alarm
detection level
SP065 VCGN1 Target value of
variable speed
loop
proportional
gain
3266 SP066 VCSN1 Change
(PR)
starting speed
of variable
speed loop
proportional
gain
1 to 120
(%)
1 to 120
(%)
1 to 120
(%)
1 to 120
(%)
1 to 120
(%)
1 to 120
(%)
0 to 60 (s)
Standard
setting
15
20
30
40
50
60
70
12
0 to 100
(%)
50
0
0
0
0
Set the time constant for detection of the
motor overload alarm.
Set the detection level of the motor overload
alarm.
Set the magnification of speed loop
proportional gain with respect to SP022
(VGNP1) at the maximum motor speed
defined in SP017 (TSP).
0 to 1000
(s)
0 to 120
(%)
0 to 100
(%)
60
Set the speed for starting change of speed
loop proportional gain.
0 to 32767 0
(r/min)
Proportional gain
SP022
SP022×
(SP065/100)
Speed
SP066
II - 121
SP017
110
100
8.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
No.
Setting
range
Details
Standard
setting
3267 SP067 VIGWA
(PR)
Change starting Set the speed for starting change of current 0 to
speed of variable loop gain.
32767
current loop gain
(r/min)
0
3268 SP068 VIGWB
(PR)
Change ending Set the speed for ending change of current 0 to
speed of variable loop gain.
32767
current loop gain
(r/min)
0
3269 SP069 VIGN
(PR)
Target value of
variable current
loop gain
0
Set the magnification of current loop gain
(torque component and excitation
component) for a change ending speed
defined in SP068 (VIGWB).
When this parameter is set to "0", the
magnification is 1.
0 to
32767
(1/16
-fold)
Gain
SP069×(1/16)-fold
1-fold
Speed
SP067 SP068
SP017 (TSP)
Maximum
motor speed
0 to 6000
6001 to 8000
8001 or more
3270 SP070
3271
(PR)
3272
(PR)
3273
(PR)
3274
(PR)
3275
SP071 VR2WA Fixed control
constant
SP072 VR2WB
SP067
(VIGWA)
SP068
(VIGWB)
0
5000
5000
0
8000
10000
SP017
SP069
(VIGN)
0
45
64
0
0
Set by Mitsubishi.
0
0
SP073 VR2GN
SP074 IGDEC
SP075 R2KWS
II - 122
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
Setting
range
Details
0
0
0
0
0
0
3276
SP076
3277
SP077 TDSL
3278
(PR)
3279
(PR)
3280
SP078 FPWM
3281
SP081 LMCA
3282
SP082 LMCB
3283
to
3286
SP083
to
SP086
3287
(PR)
SP087 DIQM Target value Set the minimum value of variable torque limit 0 to 150
of variable
at deceleration.
(%)
torque limit
magnification
at
deceleration
3288
(PR)
SP088 DIQN
Fixed control Set by Mitsubishi.
constant
Standard
setting
SP079 ILMT
SP080
Speed for
starting
change of
variable
torque limit
magnification at
deceleration
Set the speed for starting change of torque
limit value at deceleration.
100%
75
0 to 32767 3000
(r/min)
Torque limit
Inversely proportional
to speed
SP087
Speed
SP088
3289
to
3292
SP089
to
SP092
3293
(PR)
SP093 ORE
3294
(PR)
3295
(PR)
SP094
SP017
0
0
constant
0
0
0
0
SP095 VFAV Fixed control Set by Mitsubishi.
constant
0
0
II - 123
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
3296 SP096 EGAR
(PR)
Setting
range
Details
Encoder gear Set the gear ratio between the spindle end
ratio
and the encoder end (except for the
motor-built-in encoder) as indicated below.
Setting
value
Gear ratio
(deceleration)
0
1
2
3
4
3297 SP097 SPECO Orientation
(PR)
specification
1:1
1 : 1/2
1 : 1/4
1 : 1/8
1 : 1/16
Setting
value
Gear ratio
(Acceleration)
–1
–2
–3
1:2
1:4
1:3
Set the orientation specifications in bit units.
F
E
D
C
7
6
5
fdir
4
B
A
9
8
tlet
Standard
setting
–3 to 4
0
0000 to
FFFF
HEX
setting
0000
3
2
1
0
pyfx dmin odi2 odi1
0
odi1 Orientation rotation direction
odi2 00: Previous (the direction in which the motor has
so far rotated under speed control)
01: Forward rotation
1
10: Backward rotation
11: Prohibited (Same as setting value = 10)
dmin
Dummy in-position
Dummy in-position valid
2
invalid
pyfx Excitation min. (50%)
Excitation min. (50%)
3
during orientation servo during orientation servo
lock invalid
lock valid
4
fdir
Encoder detector
Encoder detector
5
polarity: +
polarity: –
6
7
8
tlet
Turret indexing invalid
Turret indexing valid
9
A
B
C
D
E
F
3298
(PR)
SP098 VGOP Speed loop
gain proportional term in
orientation
mode
3299
(PR)
SP099 VGOI
3300
(PR)
SP100 VGOD Orientation
mode speed
loop gain
delay
advance
term
Set the speed loop proportional gain in
orientation mode.
When the gain is increased, rigidity is
improved in the orientation stop but vibration
and sound become larger.
0 to 1000
(1/s)
Orientation
Set the speed loop integral gain in orientation 0 to 1000
mode speed mode.
(0.1 1/s)
loop gain
integral term
Set the a loop gain delay advance gain in
0 to 1000
orientation mode.
(0.1 1/s)
When this parameter is set to "0", PI control is
exercised.
II - 124
60
15
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
3301 SP101 DINP
(PR)
Orientation
advance
in-position
width
Details
Setting
range
Standard
setting
When using the orientation in-position
advance function, set the in-position width
that is larger than the normal in-position
width defined in SP004 (OINP).
1 to 2880
(1/16°)
16
3302 SP102 OODR Excessive
(PR)
error value in
orientation
mode
Set the excessive error width in orientation
mode.
1 to 32767 32767
(1/4 pulse)
(1 pulse=
0.088°)
3303 SP103 FTM
(PR)
Index
positioning
completion
OFF time timer
Set the time for forcedly turn OFF the index 1 to 10000 200
positioning completion signal (different from
(ms)
the orientation completion signal) after the
leading edge of the indexing start signal.
3304 SP104 TLOR
(PR)
Torque limit
value for
orientation
servo locking
Set the torque limit value for orientation
1 to 120
in-position output.
(%)
If the external torque limit signal is input the
torque limit value set by this parameter is
made invalid.
3305 SP105 IQG0
(PR)
Current loop
Set the magnification for current loop gain
gain magnifica- (torque component) at orientation
tion 1 in
completion.
orientation
mode
1 to 1000
(%)
100
3306 SP106 IDG0
Current loop
gain magnifica- (excitation component) at orientation
tion 2 in
completion.
orientation
mode
1 to 1000
(%)
100
3307 SP107 CSP2
Deceleration
rate 2 in
orientation
mode
Set the deceleration rate in orientation mode 0 to 1000
corresponding to the gear 001.
When this parameter is set to "0", same as
SP006 (CSP).
0
3308 SP108 CSP3
Deceleration
rate 3 in
orientation
mode
SP006 (CSP).
0
3309 SP109 CSP4
(PR)
Deceleration
rate 4 in
orientation
mode
SP006 (CSP).
0
100
3310 SP110 WCML Turret index
(PR)
command
magnification
The integer magnification (gear ratio 1 : N) 0 to 32767 0
for the index position command (0 to 359) is
(fold)
set.
3311 SP111 WDEL Turret index
deceleration
magnification
The magnification for the orientation
deceleration rate is set using 256 as 1.
3312 SP112 WCLP Turret index
clamp speed
The max. speed during indexing is set. This 0 to 32767 0
becomes the max. speed of the motor when
(r/min)
set to "0".
II - 125
0 to 32767 0
(1/256
-fold)
8.
No.
Items
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Setting
range
Details
Standard
setting
3313 SP113 WINP
(PR)
Turret index
in-position
width
The position error range is set in which an 0 to 32767
orientation (indexing) completed signal is
(1/16°)
output during turret indexing. This
becomes the same as SP004 (OINP)
when set to "0".
0
3314 SP114 OPER
Orientation
pulse miss
check value
An alarm "5C" will occur if the pulse miss 0 to 32767
value in the orientation stop exceed this
(360°/4096)
setting value. (Note that this is invalid
when set to "0".)
In this parameter, set the value to fulfill the
SP114 setting value > 1.5 × SP004
(orientation in-position width)
0
3315 SP115 OSP2
Orientation
changeover
speed limit
value 2
When the door interlock spindle speed
0 to 32767
clamp signal is ON, this setting is used
(r/min)
instead of OSP(SP005), CZRN(SP149)
and TZRN(SP214). (Note that SP149 and
SP214 are used only for the M65V.)
0
Set by Mitsubishi.
0
0
Set the number of times to retry when an
orientation or feedback error occurs.
The warning (A9) is issued while retrying
orientation, and an alarm (5C) is issued
when the set number of times is
exceeded.
0 to 100
(time)
0
0
0
3316 SP116 OPYVR Fixed control
constants
3317 SP117 ORUT
3318 SP118 ORCT
3319 SP119
to
to
3376 SP176
Number of
orientation
retry times
II - 126
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
3377 SP177 SPECS Spindle
(PR)
synchronous
specifications
Setting
range
Details
Set the spindle synchronous specifications in
bit units.
F
E
D
odx8
C
B
A
9
8
7
6
5
fdir
4
3
pyfx
2
1
0
fclx
0000 to
FFFF
HEX
setting
Standard
setting
0000
0
fclx Closed loop
Semi-closed loop
1
2
pyfx Normal excitation
Position loop excitation
3
fixed (strong)
4
fdir
Position detector
Position detector
5
polarity (+)
polarity (–)
6
7
8
9
A
B
C
odx8 Magnification of
Magnification of
D
excessive error width × excessive error width ×
8 times invalid
8 times valid
E
F
3378 SP178 VGSP
(PR)
Spindle
synchronous
speed loop
gain proportional term
Set the speed loop proportional gain in spindle 0 to 1000 63
(1/s)
3379 SP179 VGSI
(PR)
Spindle
synchronous
speed loop
gain integral
term
Set the speed loop integral gain in spindle
3380 SP180 VGSD
(PR)
Spindle
synchronous
speed loop
gain delay
advance term
Set the speed loop delay advance gain in
0 to 1000 15
spindle synchronization mode.
(0.1
When this parameter is set to "0", PI control is 1/s)
exercised.
3381 SP181 VCGS
(PR)
Target value
of variable
speed loop
proportional
gain at spindle
synchroniza-ti
on
(VGSP) at the maximum speed defined in
SP017 (TSP) at spindle synchronization.
II - 127
0 to 1000 60
(0.1
1/s)
0 to 100
(%)
100
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
3382 SP182 VCSS
(PR)
Setting
range
Details
Change
Set the speed for starting change of speed 0 to 32767
(r/min)
starting speed loop proportional gain at spindle
of variable
synchronization.
speed loop
proportional
Proportional gain
gain at
SP178
spindle
synchroniza-ti
SP178×
on
(SP181/100)
Speed
SP182
Standard
setting
0
SP017
3383 SP183 SYNV
Sync matching speed at
For changeover from the speed loop to the 0 to 1000
position loop at spindle synchronization, set (r/min)
a speed command error range for output of
the sync speed matching signal.
20
3384 SP184 FFCS
(PR)
Acceleration
rate feed
forward gain
at spindle
synchronizati
on
Set the acceleration rate feed forward gain 0 to 1000
at spindle synchronization.
(%)
This parameter is used only with the SPJ2.
0
3385 SP185 SINP
Spindle sync
in-position
width
Set the position error range for output of the 1 to 2880
in-position signal at spindle
(1/16°)
synchronization.
16
3386 SP186 SODR
(PR)
Excessive
error width at
spindle
synchronizati
on
Set the excessive error width at spindle
synchronization.
1 to 32767
(1/4 pulse)
(1 pulse
=0.088°)
32767
3387 SP187 IQGS
(PR)
Current loop
gain magnification1 at
(torque component) at spindle
synchronization.
1 to 1000
(%)
100
3388 SP188 IDGS
(PR)
Current loop
gain magnification 2 at
(excitation component) at spindle
synchronization.
1 to 1000
(%)
100
0
0
3389 SP189
to
to
3392 SP192
II - 128
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
3393 SP193 SPECT Synchronous
(PR)
tapping
specifications
Setting
range
Details
Set the synchronous tapping specifications in 0000 to
FFFF
bit units.
HEX
setting
F
E
D
zrtn ptyp od8x
7
6
5
fdir
C
B
A
9
8
4
cdir
3
pyfx
2
1
0
fclx
Standard
setting
0000
0
fclx Closed loop
Semi-closed loop
1
2
3
fixed (strong)
4
cdir Command polarity (+)
Command polarity (–)
fdir
Position
detector
Position detector
5
polarity (+)
polarity (–)
6
7
8
9
A
B
C
od8x Magnification of
Magnification of
D
8 times invalid
8 times valid
ptyp Position control switch
Position control switch
E
type: After zero point
type: After deceleration
return
stop
zrtn
Zero
point
return
Zero
point return
F
direction: CCW
direction: CW
3394 SP194 VGTP Synchronous
(PR)
tapping speed
loop gain proportional term
0 to 1000 63
(1/s)
3395 SP195 VGTI Synchronous
(PR)
tapping speed
loop gain integral
term
0 to1000 60
(0.1 1/s)
3396 SP196 VGTD Synchronous
(PR)
tapping speed
loop gain delay
advance
term
0 to1000 15
(0.1 1/s)
exercised.
3397 SP197
3398 SP198 VCGT Target value of
(PR)
variable speed
loop
proportional
gain at
synchronous
tapping
0 to 100
(%)
(VGTP) at the maximum motor speed defined
in SP017 (TSP) at synchronous tapping.
II - 129
0
0
100
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Items
Setting
range
Details
3399 SP199 VCST Change starting Set the speed for starting change of speed
(PR)
speed of
loop proportional gain at synchronous
variable speed tapping.
loop
proportional
Proportional gain
gain at
SP194
synchronous
tapping
SP194×
(SP198/100)
0 to
32767
Standard
setting
0
(r/min)
Speed
SP199
SP017
Set the acceleration feed-forward gain for
0 to 1000 0
3400 SP200 FFC1 Synchronous
tapping
selection of gear 000 at synchronous tapping.
(%)
(PR)
acceleration feed This parameter should be used when an error
forward gain
of relative position to Z-axis servo is large.
(gear 1)
0 to 1000 0
tapping
(%)
(PR)
acceleration feed
forward gain
(gear 2)
0 to 1000 0
tapping
(%)
(PR)
acceleration feed
forward gain
(gear 3)
0 to 1000 0
tapping
(%)
(PR)
acceleration feed
forward gain
(gear 4)
3404 SP204
to
to
3413 SP213
3414 SP214 TZRN Synchronous
tapping zero
point return
speed
This parameter is valid when SP193 (SPECT) 0 to 500
bitE is set to "0".
(r/min)
Set the zero point return speed used when the
speed loop changes to the position loop.
50
3415 SP215 TPDT Synchronous
tapping zero
point return
deceleration rate
This parameter is valid when SP193 (SPECT) 1 to
bitE is set to "0".
10000
Set the deceleration rate where the machine
starts to decelerate when it returns to the
(pulse)
target stop point during synchronous tapping
zero point return.
When the machine tends to overshoot at the
stop point set a smaller value.
1
3416 SP216 TPST Synchronous
tapping zero
point return shift
amount
This parameter is valid when SP193 (SPECT) 0 to 4095 0
bitE is set to "0".
Set the synchronous tapping zero point
position.
1 to 2880 16
Set the position error range in which
(1/16°)
in-position signal is output during synchronize
tapping.
3417 SP217 TINP
Synchronous
tapping
in-position
width
II - 130
0
0
8.
No.
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Setting
range
Details
Items
Standard
setting
3418
(PR)
SP218 TODR
Excessive
error width at
synchronous
tapping
Set the excessive error width at
synchronous tapping.
1 to 32767 32767
(pulse)
(1 pulse
=0.088°)
3419
(PR)
SP219 IQGT
Current loop
synchronous
tapping
(torque component) during synchronous
tapping.
1 to 1000
(%)
100
3420
(PR)
SP220 IDGT
Current loop
synchronous
tapping
(excitation component) during
synchronous tapping.
1 to 1000
(%)
100
3421
to
3424
SP221
to
SP224
0
0
3425
SP225 OXKPH
Set by Mitsubishi.
0
0
3426
SP226 OXKPL
3427
SP227 OXVKP
3428
SP228 OXVKI
3429
SP229 OXSFT
3430
SP230
3431
SP231
3432
SP232
3433
(PR)
SP233 JL
0 to 5000
(%)
0
Fixed control
constant
Disturbance
Set the ratio of the motor inertia + load
observer
inertia and motor inertia.
general inertia
scale
Setting
Motor inertia + load inertia
value =
Motor inertia
× 100
(Normally, set "100" or more. When less
than "50" is set, the setting will be invalid.)
II - 131
8.
No.
Items
3434 SP234 OBS1
(PR)
3435 SP235 OBS2
(PR)
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Setting
range
Details
Disturbanc Set the frequency of the low path filter for 0 to 1000
e observer when the disturbance observer is valid.
(1/s)
low path
Setting (1/s) = 2πf
filter
f: Approx. 1.5 times the disturbance
frequency
frequency
Disturbanc Set the gain for the disturbance observer. 0 to 500
(%)
e observer
gain
3436 SP236
to
to
3452 SP252
0
Standard
setting
0
0
0
3453 SP253 DA1NO
D/A output
channel 1
data
number
Set the output data number for channel 1 of –32768 to
the D/A output function.
32767
When the setting value is "0", the output is
speedometer.
Refer to "8.5.1 D/A OUTPUT
SPESIFICATIONS".
0
3454 SP254 DA2NO
D/A output
channel 2
data
number
Set the output data number for channel 2 of –32768 to
32767
When the setting value is "0", the output is
load meter.
SPESIFICATIONS ".
0
3455 SP255 DA1MPY DA output
channel 1
magnification
Set the data magnification for channel 1 of –32768 to
32767
The output magnification is (setting
(1/256-fold)
value)/256.
When set to "0", the output magnification
becomes 1-fold, in the same manner as
when "256" is set.
SPESIFICATIONS ".
0
channel 2
magnification
32767
The output magnification is (setting
(1/256-fold)
value)/256.
when "256" is set.
SPESIFICATIONS ".
0
II - 132
8.
No.
Items
3457 SP257 RPM
(PR)
to
to
SP320 BSD
3520
(PR)
SPINDLE PARAMETERS
8.2
MDS-B-SPJ2
Details
Motor
constant
(H coil)
Setting
range
This parameter is valid only in the following 0000 to
two conditional cases:
FFFF
HEX setting
(a) In case that SP034 (SFNC2) bit0=1
and SP034 (SFNC2) bit2=0
Set the motor constants when using a
special motor, not described in the
SP040 (MTYP) explanation and when
not using the coil changeover motor.
(b) In case that SP034 (SFNC2) bit0=1
Set the motor constant of the H coil of
the coil changeover motor.
Standard
setting
0000
(Note) It is not allowed for the user to
change the setting.
3521 SP321 RPML
(PR)
to
to
SP384 BSDL
3584
(PR)
Motor
constant
(L coil)
This parameter is valid only in the following 0000 to
FFFF
conditional case:
HEX setting
Set the motor constant of the L coil of
change the setting.
II - 133
0000
8.
8.3
SPINDLE PARAMETERS
MDS-B-SP/SPH, MDS-C1-SP/SPH
8.3 MDS-B-SP/SPH, MDS-C1-SP/SPH
MELDAS AC Servo and Spindle MDS-A Series MDS-B Series Specifications Manual .......... BNP-B3759
MELDAS AC Servo and Spindle MDS-C1 Series Specifications Manual ............................... BNP-C3000
! CAUTION
!
Do not make remarkable adjustments or changes of the parameters as the operation may
become unstable.
!
No.
Items
Setting
range
Details
Standard
setting
3201 SP001 PGM
Magnetic
sensor and
motor
built-in
encoder
orientation
position
loop gain
As the set value is larger, the orientation time
0 to 1000
becomes shorter and servo rigidity is increased. (0.1 1/s)
However, vibration is increased and the machine
becomes likely to overshoot.
100
3202 SP002 PGE
Encoder
orientation
position
loop gain
As the set value is larger, the orientation time
0 to 1000
becomes shorter and servo rigidity is increased. (0.1 1/s)
However, vibration is increased and the machine
becomes likely to overshoot.
100
3203 SP003 PGC0 C-axis
non-cutting
position
loop gain
Set the position loop gain in C-axis non-cutting 1 to 100
mode.
(1/s)
During non-cutting (rapid traverse, etc.) with the
C axis control, this position loop gain setting is
valid.
15
3204 SP004 OINP Orientation
in-position
width
16
3205 SP005 OSP
(PR)
Orientation
mode
changing
speed limit
value
Set the motor speed limit value to be used when 0 to 32767
the speed loop is changed to the position loop in (r/min)
orientation mode.
When this parameter is set to "0", SP017 (TSP)
becomes the limit value.
3206 SP006 CSP
Orientation As the set value is larger, the orientation time
mode
becomes shorter. However, the machine
deceleration becomes likely to overshoot.
rate
1 to 2880
(1/16 °)
1 to 1000
0
20
3207 SP007 OPST In-position Set the stop position for orientation.
shift amount (i) Motor built-in encoder, encoder:
for
Set the value by dividing 360° by 4096.
orientation (ii) Magnetic sensor:
Divide –5° to +5° by 1024 and put 0° for 0.
(i) 0 to 4095 0
3208 SP008
0
II - 134
(ii) –512
to512
0
8.
8.3
No.
SPINDLE PARAMETERS
Items
Setting
range
Details
Standard
setting
3209 SP009 PGT
Synchroni- Set the spindle position loop gain in
zed
synchronized tapping mode.
tapping
Position
loop gain
1 to 100
(1/s)
15
3210 SP010 PGS
Spindle
synchronous
position
loop gain
Set the spindle position loop gain in spindle
1 to 100
(1/s)
15
Use not possible.
0
0
Set the maximum motor speed of the spindle.
1 to 32767
(r/min)
6000
1 to 1000
(r/min)
50
3211 SP011
to
to
3216 SP016
3217 SP017 TSP
(PR)
Maximum
motor
speed
3218 SP018 ZSP
(PR)
Motor zero Set the motor speed for which zero-speed
speed
output is performed.
3219 SP019 CSN1
(PR)
Speed
cushion 1
Set the time constant for a speed command from 1 to 32767
"0" to the maximum speed.
(10ms)
(This parameter is invalid in position loop mode.)
30
3220 SP020 SDTS
(PR)
Speed
detection
set value
Set the motor speed so for which speed
Usually, the setting value is 10% of SP017
(TSP).
0 to 32767
(r/min)
600
3221 SP021 TLM1
Torque
limit 1
Set the torque limit rate for torque limit signal
001.
0 to 120 (%) 10
3222 SP022 VGNP1 Speed
(PR)
loop gain
proportional term
under
speed
control
Set the speed loop proportional gain in speed
control mode.
improved but vibration and sound become
larger.
0 to 1000
(1/s)
3223 SP023 VGNI1 Speed
(PR)
loop gain
integral
term under
speed
control
Set the speed loop integral gain in speed control 0 to 1000
mode.
(0.1 1/s)
Usually, set a value in proportion to SP022
(VGNP1).
60
3224 SP024
Use not possible.
0
0
63
3225 SP025 GRA1
(PR)
Spindle
Set the number of gear teeth of the spindle
gear teeth corresponding to gear 000.
count 1
1 to 32767
1
3226 SP026 GRA2
(PR)
Spindle
count 2
1 to 32767
1
3227 SP027 GRA3
(PR)
Spindle
count 3
1 to 32767
1
II - 135
8.
8.3
No.
SPINDLE PARAMETERS
Items
Setting
range
Details
Standard
setting
3228 SP028 GRA4
(PR)
Spindle
count 4
1 to 32767
1
3229 SP029 GRB1
(PR)
Motor
Set the number of gear teeth of the motor shaft 1 to 32767
shaft gear corresponding to gear 000.
teeth
count 1
1
3230 SP030 GRB2
(PR)
Motor
teeth
count 2
1
3231 SP031 GRB3
(PR)
Motor
teeth
count 3
1
3232 SP032 GRB4
(PR)
Motor
teeth
count 4
1
(PR)
function 1
F
poff
E
hzs
7
6
pyst pyoff
D
C
ront
B
A
9
8
pycal pychg
5
4
3
2
sftk
1
0
dflt 1a2m
1 amplifier
0 1a2m 1 amplifier
2 motor function: Invalid 2 motor function: Valid
1
dflt
Default motor: Main
Default motor: Sub
2
sftk SF-TK card invalid
SF-TK card valid
3
4
5
6 pyoff This is used by Mitsubishi.
7
pyst Set to "0" unless particularly designated.
8 pychg
pycal (Conventional
High-speed rate
specifications)
deceleration method
9
valid for minimum
excitation rate
A
This is used by Mitsubishi.
B
Set to "0" unless particularly designated.
C
ront Normal ready ON
High-speed ready ON
This
is
used
by
Mitsubishi.
D
hzs
Gate
OFF by high-cycle Gate OFF by high-cycle
E
zero speed invalid
zero speed valid
poff Contactor hold at NC
Contactor hold at NC
F
power OFF invalid
power OFF valid
(Note) When SPH is used, bit 0 and bit 1 will be invalid.
II - 136
0000 to
0000
FFFF
HEX setting
8.
8.3
No.
SPINDLE PARAMETERS
Items
Setting
range
Details
(PR)
function 2
F
E
D
C
B
A
9
7
6
5
4
8
Standard
setting
0000 to
0000
FFFF
HEX setting
3
2
1
0
mkc2 mkch invm mts1
0 mts1 Special motor constant
invalid
invm
A general-purpose
1
motor FV control invalid
2 mkch Winding switch function
invalid
mkc2 Coil changeover
function 2 invalid
3
Special motor constant
setting valid
A general-purpose
motor FV control valid
Winding switch function
valid
Coil changeover
function 2 valid
(Turns ON simultaneously with bit 2)
4
5
6
7
8
9
A
B
C
D
E
F
(Note) bit3 mkc2 must be handled on the NC side.
(PR)
function 3
F
E
D
C
B
A
9
7
6
5
4
8
3
2
1
0
lbsd hbsd lwid hwid
hwid H-coil wide-range
0
lwid L-coil wide-range
1
2 hbsd H-coil base slide invalid
3
lbsd L-coil base slide invalid
4
5
6
7
(Used with SPJ.)
8
9
A
B
C
D
E
F
II - 137
H-coil wide-range
L-coil wide-range
H-coil base slide valid
L-coil base slide valid
0000 to
0000
FFFF
HEX setting
8.
8.3
No.
SPINDLE PARAMETERS
Items
(PR)
function 4
Setting
range
Details
F
E
7
6
D
C
B
A
9
8
dslm dssm
Standard
setting
0000 to
FFFF
HEX
setting
0000
0000 to
FFFF
HEX
setting
0000
5
4
3
2
1
0
enc2 enc1 mag2 mag1 plg2 plg1
0
1
6
7
8 dssm Speedometer output
valid
9
dslm
Load meter output valid
Speedometer output
invalid
Load meter output
invalid
A
B
C
D
E
F
(PR)
function 5
F
E
splg dplg
7
6
D
C
B
A
9
8
noplg nsno nosg
5
4
3
2
1
0
plgo mago enco
invalid
mago
Magnetic sensor
1
orientation invalid
2
3
4
5
6
7
nosg No-signal detection type
8
(Always monitoring)
9
A
B
C
D
E
F
No-signal detection
valid
Constant monitor of
noplg PLG-Z phase no-signal
invalid
nsno
dplg
splg
Encoder orientation
valid
Magnetic sensor
orientation valid
Monitoring only in
position loop or
orientation-mode
No-signal detection
invalid
Constant monitor of
PLG-Z phase no-signal
valid
(Note) For bit0 to 2, do not set two bits or more to
"1" at the same time.
II - 138
8.
8.3
No.
SPINDLE PARAMETERS
Items
(PR)
function 6
Setting
range
Details
F
oplp
E
lmx
D
C
B
A
9
8
iqsv XFzs dcsn lmnp pl80 sdt2
7
6
5
vfbs orm adin
4
tdn
3
2
plg2 pftm
1
0
alty
For MDS-C1-SP/SPH
alty Deceleration stop during Deceleration stop during
0
special alarm valid
1
pftm Encoder feedback serial Encoder feedback serial
2
communication invalid
communication valid
plg2 Semi-closed pulse
Semi-closed pulse
3
output signal ×2 invalid output signal ×2 valid
4
adin Interpolation during
Interpolation during
5
thread cutting invalid
thread cutting valid
orm Orientation start memo Orientation start memo
6
invalid
valid
vfbs This is used by Mitsubishi.
7
sdt2
(Follows
SFNC6-bitC
Set output 2 to 2nd
8
setting)
speed detection output
pl80
MHE90K
detector's
180
180 wave PLG other
9
wave PLG
than MHE90K
A lmnp This is used by Mitsubishi.
dcsn Dual cushion during
Dual cushion during
B
acceleration/
acceleration/
deceleration valid
deceleration invalid
C XFzs Set output 2 to MP scale Set output 2 to zero
low (L) speed mode
speed output
D
iqsv This is used by Mitsubishi.
E
lmx Set to "0" unless particularly designated
oplp
Open loop operation
Open loop operation
F
invalid
valid
For MDS-B-SP/SPH
0
1
pftm Encoder feedback serial
2
3
output signal ×2 invalid
4
tdn
Fixed control bit
5
adin
orm
Orientation start memo
6
invalid
7
vfbs
8
sdt2
9
pl80
A lmnp
Fixed control bit
B dcsn
C XFzs
D
iqsv
E
lmx
oplp Open loop operation
F
invalid
II - 139
special alarm valid
Encoder feedback serial
communication valid
Semi-closed pulse
output signal ×2 valid
valid
Open loop operation
valid
0000 to
FFFF
HEX
setting
Standard
setting
0000
8.
8.3
No.
SPINDLE PARAMETERS
Items
3239 SP039 ATYP Amplifier
(PR)
type
Details
Set each amplifier type or "0"
Parameter setting
Amplifier type
0000
0001
0002
SP-075
SP-15
0003
SP-22
0004
SP-37
0005
SP-55
0006
SP-75
0007
SP-110
0008
SP-150
0009
SP-185
000A
SP-220
000B
SP-260
000C
SP-300
000D
SP (H)-370
000E
SP (H)-450
000F
SP-04
0010
SP-550
II - 140
Setting
range
0000 to
FFFF
HEX
setting
Standard
setting
0000
8.
8.3
No.
SPINDLE PARAMETERS
Items
3240 SP040 MTYP Motor type
(PR)
Setting
range
Details
This parameter is valid when SP034 (SFNC2)
bit0 is set to "0".
Set the appropriate motor number from the
standard motors listed below.
Parameter
setting
0000
0001
0002
0003
0004
0005
0006
0007
0008
0009
000A
000B
000C
000D
000E
000F
0010
0011
0012
0013
0014
0015
0016
0017
0018
0019
001A
001B
001C
001D
001E
001F
Motor type
Maximum
speed
Corre-spo
nding
amplifier
SJ-2.2A
SJ-3.7A
SJ-5.5A
SJ-7.5A
SJ-11A
SJ-15A
SJ-18.5A
SJ-22A
SJ-26A
SJ-30A
10000 r/min
10000 r/min
8000 r/min
8000 r/min
6000 r/min
6000 r/min
6000 r/min
4500 r/min
4500 r/min
4500 r/min
SP-22
SP-37
SP-55
SP-75
SP-110
SP-150
SP-185
SP-220
SP-260
SP-300
SJ-N0.75A
SJ-N1.5A
SJ-N2.2A
SJ-N3.7A
SJ-N5.5A
SJ-N7.5A
10000 r/min
10000 r/min
10000 r/min
10000 r/min
8000 r/min
8000 r/min
SP-075
SP-15
SP-22
SP-37
SP-55
SP-75
SJ-J2.2A
SJ-J3.7A
SJ-J5.5A
SJ-J7.5A
10000 r/min
10000 r/min
8000 r/min
8000 r/min
SP-22
SP-37
SP-55
SP-75
II - 141
0000 to
FFFF
HEX
setting
Standard
setting
0000
8.
8.3
No.
SPINDLE PARAMETERS
Items
3241 SP041 PTYP
(PR)
Setting
range
Details
Power
Power supply type
F
E
D
C
supply type
B
A
amp
7
6
9
8
1
0
rtyp
5
4
3
2
0000 to
FFFF
HEX
setting
Standard
setting
0000
ptyp
bit
Explanation
When the CN4 connector of the drive unit and the power supply are
connected, setting below is necessary.
To validate the external emergency stop function, add 40h.
Set3
0x
1x
2x
3x
4x
5x
6x 7x 8x
ting
ptyp
Not
4
CV-300
x0 used
5
CV-110
CR-10
x1
6
CV-220
CR-15
x2
7
CR-22
x3
CV-37
CR-37
x4
CV-150
CV-450 CV-550
x5
CV-260
CR-55
x6 CV-55
CV-370
x7
CR-75
x8 CV-75
CV-185
CR-90
x9
0
1
2
8
Set the regenerative resistor type when MDS-A-CR is used.
SetRegenerative resistor
Resistance
9
Capacity
rtyp
ting
model name
value
A
0
MDS-C1-CV (Setting when using power supply regeneration)
B
1
GZG200W260HMJ
80W
26Ω
2
150W
GZG300W130HMJ×2
26Ω
3
MR-RB30
300W
13Ω
4
MR-RB50
500W
13Ω
5
350W
GZG200W200HMJ×3
6.7Ω
6
500W
GZG300W200HMJ×3
6.7Ω
7
R-UNIT-1
700W
30Ω
8
R-UNIT-2
700W
15Ω
9
R-UNIT-3
2100W
15Ω
A to D No setting
E
Large capacity + ready ON high-speed sequence
F
Ready ON high-speed sequence
C
Always set to “0”.
D
amp
E
F
3242 SP042 CRNG
(PR)
C-axis
detector
range
This parameter is used to set the C-axis
detector range.
Set "0" for this parameter.
"2" is used by Mitsubishi for testing.
0 to 7
0
3243 SP043 TRNG
(PR)
Synchronous
tapping,
spindle
synchronous
detector
range
This parameter is used to set the synchronous 0 to 7
tapping or spindle synchronous detector range.
0
II - 142
8.
8.3
No.
Items
SPINDLE PARAMETERS
Details
Setting
range
Standard
setting
3244 SP044 TRANS
(PR)
NC
communication
frequency
NC.
3245 SP045 CSNT
Dual
cushion
timer
Set the cycle to add the increment values in the 0 to 1000
dual cushion process.
(ms)
When this setting value is increased, the dual
cushion will increase, and the changes in the
speed during acceleration/deceleration will
become gradual.
0
3246 SP046 CSN2
(PR)
Speed
command
dual
cushion
For an acceleration/deceleration time constant 0 to 1000
defined in SP019 (CSN1) , this parameter is
used to provide smooth movement only at the
start of acceleration/deceleration.
acceleration/deceleration time becomes longer.
0
3247 SP047 SDTR
(PR)
Speed
detection
reset value
0 to 1000
(r/min)
30
3247 SP047 SDTR
(PR)
Speed
detection
reset value
0 to 1000
(r/min)
30
3248 SP048 SUT
(PR)
Speed
reach
range
Set the speed deviation rate with respect to the 0 to 100
commanded speed for output of the speed
(%)
reach signal.
15
3249 SP049 TLM2
Torque
limit 2
signal 010.
1 to 120
(%)
20
3250 SP050 TLM3
Torque
limit 3
signal 011.
1 to 120
(%)
30
3251 SP051 TLM4
Torque
limit 4
signal 100.
1 to 120
(%)
40
3252 SP052 TLM5
Torque
limit 5
signal 101.
1 to 120
(%)
50
3253 SP053 TLM6
Torque
limit 6
signal 110.
1 to 120
(%)
60
3254 SP054 TLM7
Torque
limit 7
signal 111.
1 to 120
(%)
70
II - 143
0 to 32767 Standard:
0
Special:
1028
8.
8.3
No.
Items
SPINDLE PARAMETERS
Setting
range
Details
3255 SP055 SETM
(PR)
Excessive
speed
deviation
timer
Set the timer value until the excessive speed
deviation alarm is output.
The value of this parameter should be longer
than the acceleration/deceleration time.
3256 SP056 PYVR
Variable
excitation
(min value)
Set the minimum value of the variable
0 to 100
excitation rate.
(%)
Select a smaller value when gear noise is too
high. However, a larger value is effective for
impact response.
3257 SP057 STOD
(PR)
Constant → Set the value for judging when changing from a 0 to 50
constant to excessive speed command.
(r/min)
excessive
judgment
value
0
3258 SP058 SDT2
(PR)
Fixed
control
constant
Set by Mitsubishi.
0
3259 SP059 MKT
(PR)
Winding
changeover
base
shut-off
timer
Set the base shut-off time for contactor
50 to
switching at winding changeover.
10000
Note that the contactor may be damaged with
(ms)
burning if the value of this parameter is too
small.
3260 SP060 MKT2
(PR)
Current limit Set the current limit time to be taken after
timer after
completion of contactor switching at winding
winding
changeover.
changeover
0 to 10000 500
(ms)
3261 SP061 MKIL
(PR)
Current limit Set the current limit value during a period
value after defined in SP060 (MKT2) after completion of
winding
contactor switching at winding changeover.
changeover
0 to 120
(%)
75
0
0
3262 SP062
II - 144
0 to 60 (s)
Standard
setting
0
12
50
150
8.
8.3
No.
SPINDLE PARAMETERS
Items
Setting
range
Details
3263 SP063 OLT
(PR)
Overload
alarm
detection time
3264 SP064 OLL
(PR)
Overload alarm Set the detection level of the motor overload 0 to 120
detection level alarm.
(%)
3265 SP065 VCGN1 Target value of
(PR)
variable speed
loop
proportional
gain
0 to 100
(%)
60
110
100
0 to 32767 0
(r/min)
Set the speed when the speed loop
(PR)
starting speed proportional gain change starts.
of variable
speed loop
Proportional gain
proportional
SP022
gain
SP022×
(SP065/100)
0 to 1000
(s)
Standard
setting
Speed
SP066
SP017
3267 SP067 VIGWA Change
Set the speed where the current loop gain
(PR)
starting speed change starts.
of variable
current loop
gain
0 to 32767 0
(r/min)
3268 SP068 VIGWB Change
(PR)
ending speed
of variable
current loop
gain
change ends.
0 to 32767 0
(r/min)
3269 SP069 VIGN
(PR)
magnification is 1.
0 to 32767 0
Target value of
variable
current loop
gain
SP069×(1/16)-fold
1-fold
Speed
SP067 SP068
SP017 (TSP)
Maximum
motor speed
0 to 6000
6001 to 8000
8001 or more
SP067
(VIGWA)
SP068
(VIGWB)
0
5000
5000
0
8000
10000
II - 145
SP017
SP069
(VIGN)
0
45
64
(1/16-fold)
8.
8.3
No.
SPINDLE PARAMETERS
Items
Setting
range
Details
Standard
setting
3270 SP070 FHz
Machine
resonance
suppressio
n filter
frequency
When machine vibration occurs in speed and 0 to 3000
position control, set the frequency of the
(Hz)
required vibration suppression.
Note that a value of 100Hz or more is set.
Set to "0" when not used.
0
3271
(PR)
3272
(PR)
3273
(PR)
3274
(PR)
3275
Fixed
control
constant
Set by Mitsubishi.
0
SP071 VR2WA
SP072 VR2WB
0
SP073 VR2GN
SP074 IGDEC
SP075 R2KWS
F
E
D
7
6
5
bit
0
1
2
3
4
5
6
7
8
C
B
A
9
8
r2ini
4
3
2
1
0
r2am r2lm r2dn no51 r2ch
Name
r2ch This is used by Mitsubishi.
no51 Set to "0" unless particularly designated.
r2dm
r2lm
r2am
r2ini
Set to "0" unless particularly designated
9
A
B
C
D
E
F
3276 SP076 FONS
Machine
resonance
suppressio
n filter
operation
speed
When the vibration increases in motor stop
0 to 32767 0
(ex. in orientation stop) when the machine
(r/min)
vibration suppression filter is operated by
SP070, operate the machine vibration
suppression filter at a speed of this parameter
or more.
When set to "0", this is validated for all speeds.
3277 SP077 TDSL
(PR)
Fixed
control
constant
Set by Mitsubishi.
3278 SP078 FPWM
(PR)
3279 SP079 ILMT
(PR)
3280 SP080
Fixed
control
constant
Set by Mitsubishi.
0
0
Use not possible.
0
0
II - 146
14
8.
8.3
No.
SPINDLE PARAMETERS
Items
3281 SP081 LMCA Fixed control
constant
Setting
range
Details
Standard
setting
0
0
Use not possible.
0
0
Set the minimum value of variable torque
limit at deceleration.
0 to 150
(%)
75
3282 SP082 LMCB
3283 SP083
3284 SP084
to
to
3286 SP086
3287 SP087 DIQM
(PR)
Target value of
variable torque
limit magnification at
deceleration
3288 SP088 DIQN
(PR)
Speed for starting Set the speed where the torque limit value at 0 to 32767 3000
(r/min)
change of
deceleration starts to change.
variable torque
Torque limit
limit magnificaInversely proportional
tion at
to speed
100%
deceleration
SP087
SP088
SP017
3289 SP089
Use not possible.
0
0
3290 SP090
Use not possible.
0
0
3291 SP091 OFSN Motor PLG
Set the PLG offset value for the forward
forward rotation rotation.
offset compensa- Normally set to "0".
tion
–2048 to 0
2047
(–1mv)
3292 SP092 OFSI
Motor PLG
Set the PLG offset value for the reverse
reverse rotation rotation.
offset compensa- Normally set to "0".
tion
–2048 to 0
2047
(–1mv)
3293 SP093 ORE
(PR)
Tolerable pulse
check error
Set this when detecting the pulse detector's 0 to 32767 0
pulse mistakes.
(Valid only for full close control.)
3294 SP094 LMAV Load meter
(PR)
output filter
Set the filter time constant of load meter
0 to 32767 0
output.
(2ms)
When "0" is set, a filter time constant is set to
100ms.
3295 SP095 VFAV
(PR)
Set by Mitsubishi.
Fixed control
constant
II - 147
0
0
8.
8.3
No.
SPINDLE PARAMETERS
Items
3296 SP096 EGAR
(PR)
Encoder gear
ratio
Set the gear ratio between the spindle end
and the encoder end (except for the
motor-built-in encoder) as indicated below.
Setting
value
Gear ratio
(deceleration)
0
1
2
3
4
Setting
value
Gear ratio
(acceleration)
–1
–2
–3
1:2
1:4
1:3
1:1
1 : 1/2
1 : 1/4
1 : 1/8
1 : 1/16
F
E
ostp orze
D
C
ksft gchg
7
6
vg8x mdir
5
fdir
B
A
ips2
9
zdir
8
4
3
2
1
0
osc1 pyfx dmin odi2 odi1
0
1
dmin
Orientation in-position
2
advance invalid
advance valid
pyfx Excitation min. (50%)
Excitation min. (50%)
3
during orientation servo during orientation servo
lock invalid
lock valid
Indexing speed clamp
4 osc1 Indexing speed clamp
invalid
valid
fdir
Encoder detector
Encoder detector
5
polarity: +
polarity: –
mdir Magnetic sensor
Magnetic sensor
6
polarity: +
polarity: –
vg8x Speed gain *1/8 during Speed gain *1/8 during
7
torque limit valid
torque limit invalid
8
zdir This is used by Mitsubishi.
9
A
ips2 2nd in-position invalid
2nd in-position valid
B
C gchg Gain changeover during Gain changeover during
orientation invalid
orientation valid
ksft Orientation virtual target Orientation virtual target
D
shift invalid
shift valid
E
orze This is used by Mitsubishi.
F
ostp Set to "0" unless particularly designated.
In-position advance (bit 2)
0
(Invalid)
Second in-position
(PR)
specification
Setting
range
Details
0 (invalid)
1 (valid)
In-position signal in OINP
width=1
Control output 4/ bit 4=1
Second in-position
signal=0
Control output 4/ bit F=1
width=1
Second in-position
signal=0
1
(Valid)
In-position signal in DINP
width=1
Second in-position signal
in OINP width = 0
II - 148
Standard
setting
–3 to 4
0
0000 to
FFFF
HEX
setting
0000
8.
8.3
No.
Items
SPINDLE PARAMETERS
Details
Setting
range
0 to 1000
orientation mode.
(1/s)
When the gain is increased, rigidity is improved
in the orientation stop but vibration and sound
become larger.
Standard
setting
3298 SP098 VGOP
(PR)
Speed loop
orientation
mode
3299 SP099 VGOI
(PR)
Orientation Set the speed loop integral gain in orientation
mode speed mode.
loop gain
integral term
0 to 1000
(0.1 1/s)
60
3300 SP100 VGOD
(PR)
Orientation
mode speed
loop gain
delay
advance
term
Set a loop gain delay advance gain in
orientation mode.
applied.
0 to 1000
(0.1 1/s)
15
3301 SP101 DINP
(PR)
Orientation
advance
in-position
width
When using the orientation in-position advance 1 to 2880
function, set the in-position width that is larger
(1/16°)
than the normal in-position width defined in
SP004 (OINP).
16
3302 SP102 OODR
(PR)
Excessive
error value
in
orientation
mode
Set the excessive error width in orientation
mode.
3303 SP103 FTM
(PR)
Index
positioning
completion
OFF time
timer
Set the time for forcedly turn OFF the index
0 to 10000 200
positioning completion signal (different from the
(ms)
orientation completion signal) after the leading
edge of the indexing start signal.
3304 SP104 TLOR
(PR)
Torque limit
value for
orientation
servo
locking
0 to 120
in-position output.
(%)
If the external torque limit signal is input, the
torque limit value set by this parameter is made
invalid.
3305 SP105 IQG0
(PR)
Current loop Set the magnification for current loop gain
gain
(torque component) at orientation completion.
magnification 1 in
orientation
mode
1 to 1000
(%)
100
3306 SP106 IDG0
(PR)
Current loop Set the magnification for current loop gain
gain
(excitation component) at orientation
magnificacompletion.
tion 2 in
orientation
mode
1 to 1000
(%)
100
3307 SP107 CSP2
Deceleration
rate 2 in
orientation
mode
Set the deceleration rate in orientation mode
SP006 (CSP).
0 to 1000
0
3308 SP108 CSP3
Deceleration
rate 3 in
orientation
mode
Set the deceleration rate in orientation mode
SP006 (CSP).
0 to 1000
0
II - 149
63
0 to 32767 32767
(1/4 pulse)
(1 pulse=
0.088°)
100
8.
8.3
No.
SPINDLE PARAMETERS
Items
3309 SP109 CSP4
Deceleration
rate 4 in
orientation
mode
3310 SP110
to
to
3313 SP113
Setting
range
Details
Standard
setting
SP006 (CSP).
0
Use not possible.
0
3314 SP114 OPER
Orientation
pulse miss
check value
An alarm "5C" will occur if the pulse miss
0 to 32767
value at the orientation stop exceeds this
(360°/4096)
setting value. (Note that this is invalid when
set to "0".)
In this parameter, set the value to fulfill the
0
3315 SP115 OSP2
Orientation
motor speed
clamp value
2
When the orientation clamp speed is
0 to 32767
changed by the control input, this parameter (r/min)
setting will be used instead of SP005: OSP.
Indexing speed clamp valid
This parameter is used when (SP097:
SPEC0-bit4 = 1).
0
3316 SP116 OPYVR Minimum
excitation
value after
changeover
(2nd
minimum
excitation
rate)
Minimum excitation rate when position
control input or external input is selected.
0 to 100 (%) 0
3317 SP117 ORUT
0
0
Set the number of times to retry when an
orientation or feedback error occurs.
The warning (A9) is issued while retrying
orientation, and an alarm (5C) is issued
when the set number of times is exceeded.
0 to 100
(time)
0
3318 SP118 ORCT
Number of
orientation
retry times
3319 SP119 MPGH
Orientation
Set the compensation magnification of the
position gain orientation position loop gain for the H
H winding
winding.
compensaH winding orientation position loop gain
tion magnifi= SP001 (or SP002) × SP119/256
cation
When set to "0", will become the same as
SP001 or SP002.
0 to 2560
(1/256-fold)
0
3320 SP120 MPGL
Orientation
position gain orientation position loop gain for the L
L winding
winding.
compensaL winding orientation position loop gain
tion magnifi= SP001 (or SP002) × SP120/256
cation
SP001 or SP002.
0 to 2560
(1/256-fold)
0
II - 150
8.
8.3
No.
SPINDLE PARAMETERS
Items
3321 SP121 MPCSH Orientation
deceleration
rate H
winding
compensation magnification
Setting
range
Details
orientation deceleration rate for the H
winding.
Standard
setting
0 to 2560
(1/256-fold)
0
0 to 2560
(1/256-fold)
0
Orientation deceleration rate for the H
winding
= SP006 × SP121/256
SP006.
3322 SP122 MPCSL Orientation
deceleration
rate L
winding
orientation deceleration rate for the L
winding.
Orientation deceleration rate for the L
winding
= SP006 × SP122/256
SP006.
3323 SP123 MGD0
Magnetic
sensor
output peak
value
This parameter is used for adjustment of
1 to 10000
orientation operation of the magnetic sensor.
Set the output peak value of the magnetic
sensor.
If a gap between the sensor and the
magnetizing element is small, increase the
value of this parameter. If it is large,
decrease the value of this parameter.
3324 SP124 MGD1
Magnetic
sensor
linear zone
width
1 to 10000
Set the linear zone width of the magnetic
sensor.
If the radius of the mounted magnetizing
element is large, decrease the value of this
parameter. If it is small, increase the value of
this parameter.
3325 SP125 MGD2
3326 SP126
to
to
3328 SP128
Magnetic
sensor
switching
point
Standard
magnetizin
g element:
542
Small
magnetizin
g element:
500
Standard
magnetizin
g element:
768
Small
magnetizin
g element:
440
1 to 10000
Set the distance dimension from the target
stop point at switching from position
feedback to magnetic sensor output.
Normally, set a value that is approx. 1/2 of
the value defined in SP124.
Standard
magnetizin
g element:
384
Small
magnetizin
g element:
220
Use not possible.
0
II - 151
0
8.
8.3
No.
SPINDLE PARAMETERS
Items
Setting
range
Details
3329 SP129 SPECC C-axis
(PR)
specifications
0000
Set the C-axis specifications in bit units.
F
E
D
C
B
zrtn ptyp fb9x zrtd zrn2
7
vg8x
6
5
fdir
4
A
3
2
phos rtrn
Standard
setting
9
zdir
8
ztyp
1
adin
0
fclx
fclx Closed loop
Semi-closed loop
0
(Gear 1 : 1 only)
adin Interpolation A/D
Interpolation A/D
1
compensation invalid
compensation valid
rtrn
Position
monitor
during
Position
monitor during
2
ready OFF invalid
ready OFF valid
Vx4 synchronization
3 phos Normal
(no compensation)
compensation valid
4
fdir
Position detector
Position detector polarity
5
polarity (+)
(–)
6
vg8x Speed gain × 1/8 during Speed gain × 1/8 during
7
torque limit valid
ztyp Z-phase type: Normal
8
Z-phase type: Start up only
start up
zdir
Z-phase
rising
polarity
9
Z-phase rising polarity (–)
(+)
A
B
zrn2 This is used by Mitsubishi.
C
zrtd Set to "0" unless particularly designated.
fb9x
Speed feedback
Speed feedback
D
Standard (PLG)
90,000 pulse detector
Position control switch type:
E
After deceleration stop
return
zrtn
Zero
point
return
Zero point return direction:
F
direction: CCW
CW
3330 SP130 PGC1
3331 SP131 PGC2
3332 SP132 PGC3
3333 SP133 PGC4
3334 SP134 VGCP0
(PR)
First
position
loop gain
for cutting
on C-axis
Second
position
loop gain
for cutting
on C-axis
Third
position
loop gain
for cutting
on C-axis
Stop
position
loop gain
for cutting
on C-axis
C-axis
non-cuttin
g speed
loop gain
proportion
al item
Set the position loop gain when the first gain is 1 to 100
selected for C axis cutting.
(1/s)
15
Set the position loop gain when the second gain 1 to 100
is selected for C axis cutting.
(1/s)
15
Set the position loop gain when the third gain is 1 to 100
selected for C-axis cutting.
(1/s)
15
Set the position loop gain for stopping when
carrying out C-axis cutting.
1 to 100
(1/s)
15
Set the speed loop proportional gain in C-axis
non-cutting mode.
0 to 5000
(1/s)
63
II - 152
8.
8.3
No.
SPINDLE PARAMETERS
Items
3335 SP135 VGCI0
(PR)
Details
60
0 to 5000
C-axis non-cutting mode.
(0.1 1/s)
When this parameter is set to "0", PI control
is exercised.
15
Set the speed loop proportional gain when
the first gain is selected for C-axis cutting.
0 to 5000
(1/s)
63
Set the speed loop integral gain when the
first gain is selected for C-axis cutting.
0 to 5000
(0.1 1/s)
60
Set the speed loop delay advance gain when 0 to 5000
the first gain is selected for curing on the
(0.1 1/s)
C-axis.
is applied.
15
the second gain is selected for C-axis
cutting.
0 to 5000
(1/s)
63
second gain is selected for C-axis cutting.
0 to 5000
(0.1 1/s)
60
3342 SP142 VGCD2 Second
speed loop
(PR)
gain delay
advance item
for cutting on
C-axis
Set the speed loop delay advance gain when 0 to 5000
the second gain is selected for C-axis
(0.1 1/s)
cutting.
is applied.
15
3343 SP143 VGCP3 Third speed
(PR)
loop gain
proportional
item for
cutting on
C-axis
the third gain is selected for C-axis cutting.
0 to 5000
(1/s)
63
3344 SP144 VGCI3
(PR)
third gain is selected for C-axis cutting.
0 to 5000
(0.1 1/s)
60
3337 SP137 VGCP1
(PR)
3338 SP138 VGCI1
(PR)
3339 SP139 VGCD1
(PR)
3340 SP140 VGCP2
(PR)
3341 SP141 VGCI2
(PR)
Set the speed loop integral gain in C-axis
non-cutting mode.
Second
speed loop
gain integral
item for
cutting on
C-axis
Standard
setting
0 to 5000
(0.1 1/s)
3336 SP136 VGCD0
(PR)
C-axis
non-cutting
speed loop
gain integral
item
C-axis
non-cutting
speed loop
gain delay
advance item
First speed
loop gain
proportional
item for
C-axis cutting
First speed
loop gain
integral item
for cutting on
C-axis
First speed
loop gain
delay
advance item
for cutting on
C-axis
Second
speed loop
gain
proportional
item for
cutting on
C-axis
Setting
range
Third speed
loop gain
integral item
for cutting on
C-axis
II - 153
8.
8.3
No.
SPINDLE PARAMETERS
Items
Details
Setting
range
Set the speed loop delay advance gain
0 to 5000
when the third gain is selected for C-axis
(0.1 1/s)
cutting.
is applied.
Standard
setting
3345 SP145 VGCD3
(PR)
Third speed
loop gain
delay
advance item
for cutting on
C-axis
3346 SP146 VGCP4
(PR)
Speed loop Set the speed loop proportional gain when
gain propor- C-axis cutting is stopped.
tional item for
stop of
cutting on
C-axis
0 to 5000
(1/s)
63
3347 SP147 VGCI4
(PR)
Speed loop
gain integral
item for stop
of cutting on
C-axis
Set the speed loop integral gain when
C-axis cutting is stopped.
0 to 5000
(0.1 1/s)
60
3348 SP148 VGCD4
(PR)
Speed loop
gain delay
advance item
for stop of
cutting on
C-axis
Set the speed loop delay advance gain
0 to 5000
when C-axis cutting is stopped.
(0.1 1/s)
is applied.
15
3349 SP149 CZRN
C-axis zero
point return
speed
This parameter is valid when SP129
1 to 500
(SPECC) bitE is set to "0".
(r/min)
Set the zero point return speed used when
the speed loop changes to the position loop.
50
3350 SP150 CPDT
C-axis zero
point return
deceleration
point
1 to 10000
Set the deceleration rate where the
machine starts to decelerate when it returns
to the target stop point during C-axis zero
point return.
When the machine tends to overshoot at
the stop point, set the smaller value.
1
3351 SP151 CPSTL
C-axis zero
point return
shift amount
(low byte)
This parameter is valid when SPECC
(SP129) bitE is set to "0".
Set the C-axis zero point position.
3352 SP152 CPSTH
C-axis zero
point return
shift amount
(high byte)
HEX setting H: 0000
00000000
L: 0000
to
FFFFFFFF
(1/1000°)
3353 SP153 CINP
C-axis
in-position
width
Set the position error range in which the
in-position signal is output on the C-axis.
0000 to
03E8
FFFF
(1/1000°)
HEX setting
II - 154
15
8.
8.3
No.
SPINDLE PARAMETERS
Items
3354 SP154 CODRL
(PR)
Excessive
error width
on C-axis
(low byte)
Setting
range
Details
Standard
setting
Set the excessive error width on the C-axis. HEX setting H: 0001
00000000
L: D4C0
to
FFFFFFFF
(1/1000°)
3355 SP155 CODRH Excessive
(PR)
error width
on C-axis
(high byte)
3356 SP156 OVSH
C-axis
overshoot
compensation
3357 SP157
to
to
3358 SP158
Set this to prevent overshooting when
0 to 1000
shifting from movement to stopping with
(0.1%)
C-axis control.
(Set this referring to the load meter display
when overshooting occurred.)
0
0
0
0 to 100 (%) 50
3359 SP159 CPY0
C-axis
non-cutting
variable
excitation
ratio
Set the minimum value of variable
excitation ratio for non-cutting on the
C-axis .
3360 SP160 CPY1
C-axis
cutting
variable
excitation
ratio
Set the minimum variable excitation ratio for 0 to 100 (%) 100
cutting on the C-axis.
3361 SP161 IQGC0
(PR)
Current loop Set the magnification of current loop gain
1 to 1000
gain magnifi- (torque component) for C-axis non-cutting.
(%)
cation 1 for
non-cutting
on C-axis
100
3362 SP162 IDGC0
(PR)
gain magnifi- (excitation component) for C-axis
cation 2 for
non-cutting.
non-cutting
on C-axis
1 to 1000
(%)
100
3363 SP163 IQGC1
(PR)
gain magnifi- (torque component) for C-axis cutting.
cation 1 for
cutting on
C-axis
1 to 1000
(%)
100
3364 SP164 IDGC1
(PR)
gain magnifi- (excitation component) for C-axis cutting.
cation 2 for
cutting on
C-axis
1 to 1000
(%)
100
3365 SP165 PG2C
C-axis
Set the second position loop gain when
0 to 999
position loop high-gain control is carried out for control of
(1/s)
gain 2
the C-axis.
This parameter is applied to all the
operation modes of C-axis control.
When this function is not used, assign "0".
II - 155
0
8.
8.3
No.
SPINDLE PARAMETERS
Items
Setting
range
Details
Standard
setting
3366 SP166 PG3C
C-axis
position loop
gain 3
Set the third position loop gain when high-gain 0 to 999
control is carried out for control of the C-axis.
(1/s)
This parameter is applied to all the operation
modes of C-axis control.
When this function is not used, assign "0".
0
3367 SP167 PGU
(PR)
Position loop
gain for
increased
spindle
holding force
Set the position loop gain for when the
disturbance observer is valid.
0 to 100
(1/s)
15
3368 SP168 VGUP
(PR)
Speed loop
gain
proportional
item for
increased
spindle
holding force
Set the speed loop gain proportional item for
when the disturbance observer is valid.
0 to 5000
(1/s)
63
3369 SP169 VGUI
(PR)
Speed loop
gain integral
item for
increased
spindle
holding force
Set the speed loop gain integral item for when 0 to 5000 60
the disturbance observer is valid.
(0.1 1/s)
3370 SP170 VGUD
(PR)
Speed loop
Set the speed loop gain delay advance item
gain delay
for when the disturbance observer is valid.
advance item
for increased
spindle
holding force
3371 SP171
to
to
3376 SP176
II - 156
0 to 5000 15
(0.1 1/s)
0
0
8.
8.3
No.
SPINDLE PARAMETERS
Items
(PR)
synchronous
specifications
Setting
range
Details
0000 to
FFFF
HEX
8
setting
phos
Set the spindle synchronous specifications in
bit units.
F
E
D
Odx8
C
B
A
9
7
6
5
fdir
4
3
pyfx
2
rtrn
1
adin
0
fclx Closed loop
adin
Interpolation A/D
1
rtrn Position monitor during
2
ready OFF invalid
3
Standard
setting
0000
0
fclx
Semi-closed loop
Interpolation A/D
compensation valid
Position monitor during
ready OFF valid
fixed (strong)
4
5
fdir
Position detector direction (positive direction)
Position detector direction (negative direction)
odx8
Magnification of
excessive error width ×
8 times invalid
Magnification of
8 times valid
6
7
8
9
A
B
C
D
E
F
(Used with SPJ)
3378 SP178 VGSP
(PR)
Spindle
synchronous
speed loop
Set the speed loop proportional gain in spindle 0 to 1000
synchronous mode.
(1/s)
63
3379 SP179 VGSI
(PR)
Spindle
synchronous
speed loop
gain integral
term
synchronous mode.
0 to 1000
(0.1 1/s)
60
3380 SP180 VGSD
(PR)
Spindle
synchronous
speed loop
gain delay
advance term
0 to 1000
spindle synchronous mode.
(0.1 1/s)
applied.
15
3381 SP181 VCGS
(PR)
Spindle
synchronous
Target value of
variable speed
loop
proportional
gain
SP017 (TSP) in spindle synchronous mode.
100
II - 157
0 to 100
(%)
8.
8.3
No.
SPINDLE PARAMETERS
Items
3382 SP182 VCSS
(PR)
Setting
range
Details
Spindle
synchronous proportional gain change starts in the
Change
starting speed
of variable
Proportional gain
speed loop
SP178
proportional
gain
SP178×
(SP181/100)
0 to 32767
(r/min)
Standard
setting
0
Speed
SP182
SP017
3383 SP183 SYNV
Spindle
synchronous
Sync matching speed
For changeover from the speed loop to the 0 to 1000
position loop in the spindle synchronous
(r/min)
mode, set a speed command error range for
output of the synchronous speed matching
signal.
20
3384 SP184 FFCS
(PR)
Spindle
synchronous
Acceleration
rate feed
forward gain
Set the acceleration rate feed forward gain in 0 to 1000
the spindle synchronous mode.
(%)
0
3385 SP185 SINP
Spindle
synchronous
In-position
width
in-position signal in the spindle synchronous
(1/16°)
mode.
16
3386 SP186 SODR
(PR)
Spindle
synchronous
Excessive
error width
Set the excessive error width in the spindle
synchronous mode.
1 to 32767
( pulse)
(1 pulse
=0.088°)
32767
3387 SP187 IQGS
(PR)
Spindle
synchronous
Current loop
gain magnification1
(torque component) in the spindle
synchronous mode.
1 to 1000
(%)
100
3388 SP188 IDGS
(PR)
Spindle
synchronous
Current loop
gain magnification 2
(excitation component) in the spindle
synchronous mode.
1 to 1000
(%)
100
3389 SP189 PG2S
Spindle
synchronous
Position loop
gain 2
0 to 999
high-gain control is carried out in the spindle
(1/s)
synchronous mode.
When this parameter function is not used,
set to "0".
0
3390 SP190 PG3S
Spindle
synchronous
Position loop
gain 3
Set the third position loop gain when
0 to 999
(1/s)
synchronous mode.
When this parameter function is not used,
set to "0".
0
II - 158
8.
8.3
No.
SPINDLE PARAMETERS
Items
Setting
range
Details
3391 SP191
Use not possible.
3392 SP192
3393 SP193 SPECT Synchronized
(PR)
tapping
specifications
Set the synchronized tapping specifications in
bit units.
F
E
D
zrtn ptyp od8x
7
6
5
fdir
C
B
A
9
8
phos
4
cdir
3
pyfx
2
1
adin
0
fclx
Standard
setting
0
0
0000 to
FFFF
HEX
setting
0000
fclx Closed loop
Semi-closed loop
0
(Gear 1 : 1 only)
adin Interpolation A/D
Interpolation A/D
1
compensation valid
rtrn Position monitor during Position monitor during
2
ready OFF invalid
ready OFF valid
3
fixed (strong)
4
fdir
Position detector
Position detector
5
polarity (+)
polarity (–)
6
7
phos Normal
Synchronized tapping
8
(no compensation)
position compensation
valid
9
A
B
C
Magnification of
D
8 times invalid
8 times valid
E
return
stop
zrtn
Zero
point
return
Zero point return
F
direction: CCW
direction: CW
3394 SP194 VGTP
(PR)
Synchronized
tapping
speed loop
gain
proportional
term
0 to 1000 63
(1/s)
3395 SP195 VGTI
(PR)
Synchronized
tapping
speed loop
gain integral
term
0 to1000 60
(0.1 1/s)
3396 SP196 VGTD
(PR)
Synchronized
tapping
speed loop
gain delay
advance
term
0 to 1000 15
(0.1 1/s)
applied.
3397 SP197
II - 159
0
0
8.
8.3
No.
SPINDLE PARAMETERS
Items
Setting
range
Details
3398 SP198 VCGT Synchronized
(PR)
tapping
target value of
variable speed loop
proportional gain
0 to 100
proportional gain with respect to SP194 (%)
(VGTP) at the maximum motor speed
defined in SP017 (TSP) in synchronized
tapping mode.
3399 SP199 VCST Synchronized
(PR)
tapping change
starting speed of
variable speed loop
proportional gain
Set the speed where the speed loop
proportional gain change starts during
synchronized tapping.
Standard
setting
100
0 to 32767 0
(r/min)
Proportional gain
SP194
SP194×
(SP198/100)
Speed
SP199
SP017
3400 SP200 FFC1
(PR)
Synchronized
tapping acceleration
feed forward gain
(gear 1)
Set the acceleration feed forward gain
for selection of gear 000 during
This parameter should be used when
an error of relative position to Z-axis
servo is large.
0 to 1000
(%)
0
3401 SP201 FFC2
(PR)
Synchronized
tapping acceleration for selection of gear 001 during
feed forward gain
(gear 2)
0 to 1000
(%)
0
3402 SP202 FFC3
(PR)
Synchronized
feed forward gain
(gear 3)
0 to 1000
(%)
0
3403 SP203 FFC4
(PR)
Synchronized
feed forward gain
(gear 4)
0 to 1000
(%)
0
3404 SP204
to
to
3413 SP213
0
0
3414 SP214 TZRN Synchronized
tapping
zero point return
speed
(SPECT) bitE is set to "0".
Set the zero point return speed used
when the speed loop changes to the
position loop.
0 to 500
(r/min)
50
3415 SP215 TPDT Synchronized
tapping
zero point return
deceleration rate
0 to 10000 1
(pulse)
Set the deceleration rate where the
machine starts to decelerate when it
returns to the target stop point during
synchronized tapping zero point return.
When the machine tends to overshoot
at the stop point set a smaller value.
II - 160
8.
8.3
No.
SPINDLE PARAMETERS
Items
Details
Setting
range
3416 SP216 TPST
Synchronized
tapping
zero point
return shift
amount
Set the synchronized tapping zero point
position.
3417 SP217 TINP
Synchronized
tapping
in-position
width
in-position during synchronized tapping.
(1/16°)
16
3418 SP218 TODR
(PR)
Synchronized
tapping
excessive
error width
Set the excessive error width during
1 to 32767
(pulse)
(1 pulse
=0.088°)
32767
3419 SP219 IQGT
(PR)
Synchronized Set the magnification of current loop gain
tapping current (torque component) during synchronized
loop gain
tapping.
magnification 1
1 to 1000
(%)
100
3420 SP220 IDGT
(PR)
tapping current (excitation component) during
loop gain
magnification 2
1 to 1000
(%)
100
3421 SP221 PG2T
Synchronized
tapping
position loop
gain 2
0 to 999
high-gain control is applied during
(1/s)
When this parameter is not used, set to "0".
0
3422 SP222 PG3T
Synchronized
tapping
position loop
gain 3
0 to 999
(1/s)
When this parameter is not used, set to "0".
0
3423 SP223 SPDV
Speed monitor Set the spindle limit speed in the door open 0 to 800
speed
state.
(r/min)
(Invalid when 0 is set.)
If the spindle end speed exceeds this
setting value when the door is open, the
speed monitor error (5E) will occur.
0
3424 SP224 SPDF
Speed monitor Set the time (continuous) to detect alarms. 0 to 2813
time
(Detected instantly when 0 is set.)
(3.5ms)
0
II - 161
0 to 4095
Standard
setting
0
8.
8.3
No.
SPINDLE PARAMETERS
Items
Details
Setting
range
Standard
setting
If gain changeover is valid (SP097:
0 to 2560
SPEC0-bitC=1) during orientation, set the (1/256-fold)
magnification of each gain changed to after
in-position.
0
Position loop
gain magnification after
orientation
gain
changeover
(L coil)
0 to 2560
(1/256-fold)
0
3427 SP227 OXVKP Speed loop
proportional
orientation
gain
changeover
0 to 2560
(1/256-fold)
0
3425 SP225 OXKPH Position loop
orientation
gain
changeover
(H coil)
3426 SP226 OXKPL
3428 SP228 OXVKI
Speed loop
cumulative
orientation
gain
changeover
0 to 2560
magnification of each gain changed to after
in-position.
0
3429 SP229 OXSFT
Orientation
virtual target
shift amount
Set the amount to shift the target position
when orientation virtual target position is
valid (SP097: SPEC0-bitD=1).
0
3430 SP230
to
to
3432 SP232
Use not possible.
II - 162
0 to 2048
(360°/4096)
8.
8.3
No.
SPINDLE PARAMETERS
Items
3433 SP233 JL
(PR)
Setting
range
Details
Disturbance
observer general inertia and motor inertia.
inertia scale
Standard
setting
0 to 5000
(%)
0
Disturbance
observer low
path filter
frequency
Set the frequency of the low path filter for 0 to 1000
(1/s)
0
Disturbance
observer gain
Set the gain for the disturbance
observer.
Setting
×100
value =
Motor inertia
than "50" is set, the setting will be
invalid.)
3434 SP234 OBS1
(PR)
3435 SP235 OBS2
(PR)
frequency
0 to 500 (%)
0
3436 SP236 OBS3
0
0
3437 SP237
0
0
3438 SP238
to
to
3441 SP241
Use not possible.
0
0
3442 SP242 Vavx
0
0
3443 SP243 UTTM
0
0
3444 SP244 OPLP
0
0
3445 SP245 PGHS
0
0
3446 SP246 TEST
0
0
0
0
3447 SP247
to
to
3448 SP248
Use not possible.
3449 SP249 SM0
Speed meter
speed
Set the motor rotation speed when the
0 to 32767
speed meter 10V is output.
(r/min)
When set to "0", this parameter becomes
the same as SP017 (TSP).
0
3450 SP250 LM0
Load meter
voltage
Set the voltage when the load meter
120% is output. When set to "0", this
becomes 10V.
0 to 10
(V)
0
Use not possible.
0
0
3451 SP251
to
to
3452 SP252
II - 163
8.
8.3
No.
Items
SPINDLE PARAMETERS
Details
Setting
range
Standard
setting
3453
SP253 DA1NO
D/A output
channel 1
data
number
Set the output data number for channel 1 –32768 to
of the D/A output function.
32767
When set to "0", the output is
speedometer.
Refer to "9.4 (1) For D/A output
functions".
0
3454
SP254 DA2NO
D/A output
channel 2
data
number
32767
When set to "0", the output is load meter.
functions".
0
3455
SP255 DA1MPY DA output
channel 1
magnification
Set the data magnification for channel 1 –32768 to
32767
The output magnification is the setting
(1/256-fold)
value divided by 256.
when "256" is set.
functions".
0
3456
SP256 DA2MPY DA output
channel 2
magnification
Set the data magnification for channel 2 –32768 to
32767
(1/256-fold)
when "256" is set.
functions".
0
3457
(PR)
to
3520
(PR)
SP257 RPM
to
SP320 BSD
This parameter is valid only in the
following two conditional cases:
Motor
constant
(H coil)
0000 to
0000
FFFF
HEX setting
change the setting.
3521
(PR)
to
3584
(PR)
SP321 RPML
to
SP384 BSDL
Motor
constant
(L coil)
following conditional case:
change the setting.
II - 164
0000 to
0000
FFFF
HEX setting
8.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
8.4 MDS-C1-SPM
MELDAS AC Servo and Spindle MDS-C1 Series Specifications Manual ............................... BNP-C3000
! CAUTION
!
Do not make remarkable adjustments or changes of the parameters as the operation may
become unstable.
!
No.
Items
Setting
range
Details
Standard
setting
3201 SP001 PGM
Magnetic sensor
and motor built-in
encoder
orientation
position loop gain
As the set value is larger, the orientation 0 to 2000
time becomes shorter and servo rigidity is (0.1 1/s)
increased.
However, vibration is increased and the
machine becomes likely to overshoot.
100
3202 SP002 PGE
Encoder
As the set value is larger, the orientation 0 to 2000
orientation
time becomes shorter and servo rigidity is (0.1 1/s)
position loop gain increased.
However, vibration is increased and the
100
3203 SP003 PGC0 C-axis non-cutting Set the position loop gain in C-axis
position loop gain non-cutting mode.
During non-cutting (rapid traverse, etc.)
with the C axis control, this position loop
gain setting is valid.
1 to 200
(1/s)
15
3204 SP004 OINP Orientation
in-position width
1 to 2880
(1/16 °)
16
3205 SP005 OSP
(PR)
Orientation mode Set the motor speed limit value to be used 0 to 32767
changing speed
when the speed loop is changed to the
(r/min)
limit value
position loop in orientation mode.
When this parameter is set to "0", SP017
(TSP) becomes the limit value.
0
3206 SP006 CSP
Orientation mode As the set value is larger, the orientation
deceleration rate time becomes shorter. However, the
20
1 to 1000
3207 SP007 OPST In-position shift
amount for
orientation
Set the stop position for orientation.
(i) Motor built-in encoder, encoder:
Set the value by dividing 360° by
4096.
(ii) Magnetic sensor:
Divide –5° to +5° by 1024 and put
0° for 0.
(i) 0 to 4095 0
3208 SP008
0
II - 165
(ii) –512 to
512
0
8.
No.
Items
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Setting
range
Details
Standard
setting
3209 SP009 PGT
Synchronized Set the spindle position loop gain in
tapping
Position loop
gain
1 to 200
(1/s)
15
3210 SP010 PGS
Spindle
synchronous
position loop
gain
Set the spindle position loop gain in
spindle synchronization mode.
1 to 200
(1/s)
15
Use not possible.
0
0
1 to 32767
(r/min)
6000
3211 SP011
to
to
3216 SP016
3217 SP017 TSP
(PR)
Maximum
motor speed
Set the maximum motor speed of the
spindle.
3218 SP018 ZSP
(PR)
Motor zero
speed
Set the motor speed for which zero-speed 1 to 1000
output is performed.
(r/min)
50
3219 SP019 CSN1
(PR)
Speed
cushion 1
Set the time constant for a speed
1 to 32767
command from "0" to the maximum speed.
(10ms)
(This parameter is invalid in position loop
mode.)
30
3220 SP020 SDTS
(PR)
Speed
detection set
value
Set the motor speed so for which speed 0 to 32767
(r/min)
Usually, the setting value is 10% of SP017
(TSP).
600
3221 SP021 TLM1
Torque limit 1 Set the torque limit rate for torque limit
signal 001.
0 to 120 (%) 10
3222 SP022 VGNP1 Speed loop
(PR)
gain
proportional
term under
speed control
0 to 1000
speed control mode.
(1/s)
improved but vibration and sound become
larger.
63
3223 SP023 VGNI1
(PR)
Set the speed loop integral gain in speed 0 to 1000
control mode.
(0.1 1/s)
Usually, set a value in proportion to SP022
(VGNP1).
60
Use not possible.
0
Speed loop
gain integral
term under
speed control
3224 SP024
0
3225 SP025 GRA1
(PR)
Spindle gear
teeth count 1
Set the number of gear teeth of the spindle 1 to 32767
corresponding to gear 000.
1
3226 SP026 GRA2
(PR)
Spindle gear
teeth count 2
1
3227 SP027 GRA3
(PR)
Spindle gear
teeth count 3
1
3228 SP028 GRA4
(PR)
Spindle gear
teeth count 4
1
3229 SP029 GRB1
(PR)
Motor shaft
gear teeth
count 1
Set the number of gear teeth of the motor 1 to 32767
shaft corresponding to gear 000.
1
3230 SP030 GRB2
(PR)
Motor shaft
gear teeth
count 2
Set the number of gear teeth of the motor 1 to 32767
shaft corresponding to gear 001.
1
II - 166
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3231 SP031 GRB3
(PR)
Motor shaft Set the number of gear teeth of the motor shaft 1 to 32767
count 3
1
3232 SP032 GRB4
(PR)
Motor shaft Set the number of gear teeth of the motor shaft 1 to 32767
count 4
1
(PR)
function 1
F
poff
E
7
6
pyst pyoff
D
C
ront
B
A
5
4
3
2
9
8
pycal pychg
1
0
0
1
2
3
4
5
6
7
8
9
A
B
C
ront Normal ready ON
High-speed ready ON
D
E
poff Contactor hold at NC
Contactor hold at NC
F
power OFF invalid
power OFF valid
II - 167
0000 to
FFFF
HEX
setting
0000
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
(PR)
function 2
Setting
range
Details
F
E
D
C
7
6
5
4
B
A
9
8
Standard
setting
0000 to
FFFF
HEX
setting
0000
0000 to
FFFF
HEX
setting
0000
3
2
1
0
mkc2 mkch Mk3c mts1
0 mts1 Special motor constant
invalid
1 Mk3c 3-step coil changeover
function invalid
2 mkch Winding switch function
invalid
mkc2 Coil changeover
function 2 invalid
3
Special motor constant
setting valid
3-step coil changeover
function valid
Winding switch function
valid
Coil changeover
function 2 valid
(Turns ON simultaneously with bit 2)
4
5
6
7
8
9
A
B
C
D
E
F
(Note) bit3 mkc2 must be handled on the NC side.
(PR)
function 3
F
E
D
C
B
7
6
5
4
3
A
9
8
2
1
0
mwid lwid hwid
hwid H coil output character0
istics change invalid
lwid L coil output character1
M
coil output character2 mwid
3
4
5
6
7
(Used with SPJ.)
8
9
A
B
C
D
E
F
II - 168
H coil output characteristics change valid
L coil output characteristics change valid
M coil output characteristics change valid
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
3236
SP036
3237
(PR)
SP037 SFNC5 Spindle
function 5
F
E
D
C
B
A
7
6
5
4
3
2
plgo
9
8
nsno nosg
1
Standard
setting
0000 to
FFFF
HEX
setting
0000
0000 to
FFFF
HEX
setting
0000
0
enco
invalid
1
2
3
4
5
6
7
nosg No-signal detection type
8
(Always monitoring)
9
No-signal detection
valid
nsno
Encoder orientation
valid
Monitoring only in
position loop or
orientation-mode
No-signal detection
invalid
A
B
C
D
E
F
(Note) For bit0 to 2, do not set two bits or more to
"1" at the same time.
3238
(PR)
SP038 SFNC6 Spindle
function 6
F
E
7
6
hzrn orm
D
C
XFzs
5
4
tdn
B
A
3
2
plg2 pftm
9
8
pl80 sdt2
1
0
alty
0
1
pftm Encoder feedback serial
2
3
output signal ×2 invalid
4
tdn
Fixed control bit
5
orm Orientation start memo
6
invalid
7
hzrn Fixed control bit
8
sdt2
9
pl80
A
B
C XFzs Fixed control bit
D
E
F
II - 169
special alarm valid
Encoder feedback serial
communication valid
Semi-closed pulse
output signal ×2 valid
valid
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
3239 SP039 ATYP
(PR)
Setting
range
Details
Amplifier
type
Set each amplifier type or "0"
Parameter setting
Amplifier type
0000
––
0001
0002
––
––
0003
––
0004
––
0005
––
0006
Standard
setting
0000 to
FFFF
HEX
setting
0000
0000 to
FFFF
HEX
setting
0000
––
0007
SPM-110
0008
SPM-150
0009
SPM-185
000A
SPM-220
000B
SPM-260
000C
SPM-300
000D
(SPM-370)
000E
(SPM-450)
000F
––
0010
––
(Note) (SPM-370) and (SPM-450) are used
with MDS-B-SPM.
3240 SP040 MTYP
(PR)
Motor type
F
E
D
C
B
A
9
8
7
6
5
4
3
2
motr
1
0
bit Name
Details
motr Set the motor type.
0
Set "0" when using a special motor.
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
II - 170
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
3241 SP041 PTYP
(PR)
Power supply
type
Setting
range
Details
Power supply type
F
E
D
C
B
A
amp
7
6
9
8
1
0
rtyp
5
4
3
2
0000 to
FFFF
HEX
setting
Standard
setting
0000
ptyp
bit
Explanation
When the CN4 connector of the drive unit and the power supply are
connected, setting below is necessary.
To validate the external emergency stop function, add 40h.
Set3
0x
1x
2x
3x
4x
5x
6x 7x 8x
ting
ptyp
Not
4
CV-300
x0 used
5
CV-110
CR-10
x1
6
CV-220
CR-15
x2
7
CR-22
x3
CR-37
x4 CV-37
CV-150
CV-450 CV-550
x5
CV-260
CR-55
x6 CV-55
CV-370
x7
CR-75
x8 CV-75
CV-185
CR-90
x9
0
1
2
8
Set the regenerative resistor type when MDS-A-CR is used.
SetRegenerative resistor
Resistance
9
Capacity
rtyp
ting
model name
value
A
0
MDS-C1-CV (Setting when using power supply regeneration)
B
1
GZG200W260HMJ
80W
26Ω
2
150W
GZG300W130HMJ×2
26Ω
3
MR-RB30
300W
13Ω
4
MR-RB50
500W
13Ω
5
350W
GZG200W200HMJ×3
6.7Ω
6
500W
GZG300W200HMJ×3
6.7Ω
7
R-UNIT-1
700W
30Ω
8
R-UNIT-2
700W
15Ω
9
R-UNIT-3
2100W
15Ω
A to D No setting
E
Large capacity + ready ON high-speed sequence
F
Ready ON high-speed sequence
C
Always set to “0”.
D
amp
E
F
3242 SP042 CRNG
(PR)
C-axis detector This parameter is used to set the C-axis
range
detector range.
"2" is used by Mitsubishi for testing.
3243 SP043 TRNG
(PR)
Synchronous
tapping, spindle
synchronous
detector range
3244 SP044 TRANS NC communi(PR)
cation
frequency
0 to 7
0
This parameter is used to set the
0 to 7
synchronous tapping or spindle synchronous
detector range.
0
NC.
II - 171
0 to 32767 Standard:
0
Special:
1028
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3245 SP045 CSNT Dual cushion
timer
Set the cycle to add the increment values in 0 to 1000
the dual cushion process.
(ms)
When this setting value is increased, the dual
cushion will increase, and the changes in the
speed during acceleration/deceleration will
become gradual.
0
3246 SP046 CSN2 Speed
(PR)
command dual
cushion
For an acceleration/deceleration time
constant defined in SP019 (CSN1) , this
parameter is used to provide smooth
movement only at the start of
acceleration/deceleration time becomes
longer.
0
3247 SP047 SDTR Speed
(PR)
detection reset
value
0 to 1000
(r/min)
30
3248 SP048 SUT
(PR)
Speed reach
range
Set the speed deviation rate with respect to
the commanded speed for output of the
speed reach signal.
0 to 100
(%)
15
3249 SP049 TLM2
Torque limit 2
signal 010.
1 to 120
(%)
20
3250 SP050 TLM3
Torque limit 3
signal 011.
1 to 120
(%)
30
3251 SP051 TLM4
Torque limit 4
signal 100.
1 to 120
(%)
40
3252 SP052 TLM5
Torque limit 5
signal 101.
1 to 120
(%)
50
3253 SP053 TLM6
Torque limit 6
signal 110.
1 to 120
(%)
60
3254 SP054 TLM7
Torque limit 7
signal 111.
1 to 120
(%)
70
0 to 1000
3255 SP055 SETM Excessive
Set the timer value until the excessive speed 0 to 60 (s) 12
(PR)
speed deviation deviation alarm is output.
timer
The value of this parameter should be longer
than the acceleration/deceleration time.
3256 SP056
Use not possible.
0
3257 SP057 STOD Constant →
Set the value for judging when changing from 0 to 50
(PR)
a constant to excessive speed command.
(r/min)
excessive
judgment value
II - 172
0
0
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3258 SP058 SDT2
(PR)
2nd speed
detection
speed
Set the speed for turning the 2nd speed
0 to 32767 0
detection ON.
(r/min)
(This is valid only when SP038: SFNC6-bit8
is set to "1".)
If the speed drops below this set speed, the
2nd speed detection will turn ON.
When the speed reaches this set speed
+15r/min or more, the 2nd speed detection
will turn OFF.
If SP034: SFNC2-bit1 is set to "1", this will be
the medium-speed and high-speed coil
changeover speed.
The speed detection reset width follows the
SP047 (speed detection reset width) setting.
3259 SP059 MKT
(PR)
Winding
changeover
base shut-off
timer
Set the base shut-off time for contactor
50 to
switching at winding changeover.
10000
Note that the contactor may be damaged with
(ms)
burning if the value of this parameter is too
small.
3260 SP060 MKT2
(PR)
Current limit
timer after
winding
changeover
Set the current limit time to be taken after
completion of contactor switching at winding
changeover.
3261 SP061 MKIL
(PR)
Current limit
value after
winding
changeover
Set the current limit value during a period
0 to 120
defined in SP060 (MKT2) after completion of (%)
contactor switching at winding changeover.
75
0
0
0 to 1000
(s)
60
3262 SP062
0 to 10000 500
(ms)
3263 SP063 OLT
(PR)
Overload
alarm
detection time
3264 SP064 OLL
(PR)
Overload
Set the detection level of the motor overload 0 to 180
alarm
alarm.
(%)
detection level
3265 SP065 VCGN1 Target value
(PR)
of variable
speed loop
proportional
gain
II - 173
150
0 to 100
(%)
110
100
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
0 to 32767
(r/min)
0
change starts.
0 to 32767
(r/min)
0
3268 SP068 VIGWB Change
(PR)
ending speed change ends.
of variable
current loop
gain
0 to 32767
(r/min)
0
3269 SP069 VIGN
(PR)
0 to 32767
0
(PR)
starting
speed of
variable
speed loop
proportional
gain
proportional gain change starts.
Proportional gain
SP022
SP022×
(SP065/100)
Speed
SP066
3267 SP067 VIGWA Change
(PR)
starting
speed of
variable
current loop
gain
Target value
of variable
current loop
gain
SP017
magnification is 1.
(1/16-fold)
Gain
SP069×(1/16)-fold
1-fold
Speed
SP067 SP068
SP017 (TSP)
Maximum
motor speed
0 to 6000
6001 to 8000
8001 or more
3270 SP070 FHz
3271 SP071
to
to
3275 SP075
Machine
resonance
suppression
filter
frequency
SP067
(VIGWA)
SP068
(VIGWB)
0
5000
5000
0
8000
10000
SP017
SP069
(VIGN)
0
45
64
When machine vibration occurs in speed and 0 to 3000
position control, set the frequency of the
(Hz)
required vibration suppression.
Note that a value of 100Hz or more is set.
Set to "0" when not used.
0
Use not possible.
0
II - 174
0
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
3276 SP076 FONS Machine
resonance
suppression
filter
operation
speed
3277 SP077 TDSL
(PR)
Setting
range
Details
Standard
setting
When the vibration increases in motor stop
0 to 32767 0
(ex. in orientation stop) when the machine
(r/min)
vibration suppression filter is operated by
SP070, operate the machine vibration
suppression filter at a speed of this parameter
or more.
When set to "0", this is validated for all speeds.
constant
14
3278 SP078 FPWM Fixed control Set by Mitsubishi.
(PR)
constant
1
1
3279 SP079
0
0
3280 SP080 SWTD Fixed control Set by Mitsubishi.
constant
0
0
3281 SP081
to
to
3286 SP086
0
0
Use not possible.
Use not possible.
3287 SP087 DIQM
(PR)
Target value
of variable
torque limit
magnification at
deceleration
Set the minimum value of variable torque limit 0 to 150
at deceleration.
(%)
3288 SP088 DIQN
(PR)
Speed for
starting
change of
variable
torque limit
magnification at
deceleration
Set the speed where the torque limit value at
deceleration starts to change.
100%
75
0 to 32767 3000
(r/min)
Torque limit
Inversely proportional
to speed
SP087
Speed
SP088
3289 SP089
to
to
3292 SP092
3293 SP093 ORE
(PR)
Tolerable
pulse check
error
3294 SP094 LMAV Load meter
(PR)
output filter
3295 SP095 VFAV
(PR)
SP017
Use not possible.
0
0
Set this when detecting the pulse detector's
pulse mistakes.
(Valid only for full close control.)
0 to 32767 0
Set the filter time constant of load meter
0 to 32767 0
output.
(2ms)
When "0" is set, a filter time constant is set to
100ms.
constant
II - 175
0
0
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
3296 SP096 EGAR
(PR)
Encoder
gear ratio
Setting
range
Details
Set the gear ratio between the spindle end and 0 to 4
the encoder end (except for the motor-built-in
encoder) as indicated below.
Setting
value
Gear ratio
(deceleration)
0
1
2
3
4
1:1
1:2
1:4
1:8
1 : 16
Standard
setting
0
(Note) Use a combination so that the encoder
end is slower than the spindle end.
F
E
ostp orze
D
C
ksft gchg
B
A
ips2
7
vg8x
5
fdir
3
2
1
0
dmin odi2 odi1
6
4
osc1
9
8
0
1
dmin
2
advance invalid
advance valid
3
Indexing speed clamp
4 osc1 Indexing speed clamp
invalid
valid
fdir
Encoder detector
Encoder detector
5
polarity: +
polarity: –
6
vg8x Speed gain *1/8 during Speed gain *1/8 during
7
torque limit valid
8
9
A
ips2 2nd in-position invalid
2nd in-position valid
B
C gchg Gain changeover during Gain changeover during
orientation invalid
orientation valid
ksft Orientation virtual target Orientation virtual target
D
shift invalid
shift valid
E
orze This is used by Mitsubishi.
F
ostp Set to "0" unless particularly designated.
In-position advance (bit 2)
0
(Invalid)
Second in-position
(PR)
specification
0 (invalid)
1 (valid)
width=1
Second in-position
signal=0
width=1
Second in-position
signal=0
1
(Valid)
In-position signal in DINP
width=1
Second in-position signal
in OINP width = 0
II - 176
0000 to
FFFF
HEX
setting
0000
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Details
Setting
range
Standard
setting
3298
(PR)
SP098 VGOP Speed loop
orientation
mode
orientation mode.
When the gain is increased, rigidity is
improved in the orientation stop but
vibration and sound become larger.
0 to 2000
(1/s)
63
3299
(PR)
SP099 VGOI
orientation mode.
0 to 2000
(0.1 1/s)
60
3300
(PR)
SP100 VGOD Orientation
mode speed
loop gain delay
advance term
Set a loop gain delay advance gain in
0 to 1000
orientation mode.
(0.1 1/s)
is applied.
15
3301
(PR)
SP101 DINP
When using the orientation in-position
advance function, set the in-position width
that is larger than the normal in-position
width defined in SP004 (OINP).
16
3302
(PR)
SP102 OODR Excessive error Set the excessive error width in orientation
value in
mode.
orientation
mode
3303
(PR)
SP103 FTM
Index
positioning
completion
OFF time timer
Set the time for forcedly turn OFF the index 0 to 10000 200
positioning completion signal (different from
(ms)
the orientation completion signal) after the
leading edge of the indexing start signal.
3304
(PR)
SP104 TLOR
Torque limit
value for
orientation
servo locking
0 to 120
in-position output.
(%)
If the external torque limit signal is input, the
torque limit value set by this parameter is
made invalid.
3305
(PR)
SP105 IQG0
Current loop
gain magnifica- (torque component) at orientation
tion 1 in
completion.
orientation
mode
1 to 1000
(%)
100
3306
(PR)
SP106 IDG0
Current loop
gain magnifica- (excitation component) at orientation
tion 2 in
completion.
orientation
mode
1 to 1000
(%)
100
3307
SP107 CSP2
Deceleration
rate 2 in
orientation
mode
Set the deceleration rate in orientation
mode corresponding to the gear 001.
SP006 (CSP).
0 to 1000
0
3308
SP108 CSP3
Deceleration
rate 3 in
orientation
mode
SP006 (CSP).
0 to 1000
0
3309
SP109 CSP4
Deceleration
rate 4 in
orientation
mode
SP006 (CSP).
0 to 1000
0
Orientation
mode speed
loop gain
integral term
Orientation
advance
in-position
width
II - 177
1 to 2880
(1/16°)
0 to 32767 32767
(1/4 pulse)
(1 pulse=
0.088°)
100
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
3310
to
3313
SP110
to
SP003
3314
SP114 OPER
3315
SP115 OSP2
3316
Setting
range
Details
Standard
setting
Use not possible.
0
Orientation
pulse miss
check value
An alarm "5C" will occur if the pulse
0 to 32767
miss value at the orientation stop
(360°/4096)
exceeds this setting value. (Note that
this is invalid when set to "0".)
In this parameter, set the value to fulfill
the following conditions.
0
Orientation
motor speed
clamp value 2
When the orientation clamp speed is
changed by the control input, this
parameter setting will be used instead
of SP005: OSP.
Indexing speed clamp valid
This parameter is used when (SP097:
SPEC0-bit4 = 1).
0 to 32767
(r/min)
0
SP116
Use not possible.
0
0
3317
SP117 ORUT
Set by Mitsubishi.
0
0
3318
SP118 ORCT
Number of
Set the number of times to retry when 0 to 100
orientation retry an orientation or feedback error occurs. (time)
times
The warning (A9) is issued while
retrying orientation, and an alarm (5C)
is issued when the set number of times
is exceeded.
0
3319
SP119 MPGH
Orientation
position gain H
winding
0
Set the compensation magnification of 0 to 2560
the orientation position loop gain for the (1/256-fold)
H winding.
H winding orientation position loop
gain
= SP001 (or SP002) × SP119/256
When set to "0", will become the same
as SP001 or SP002.
3320
SP120 MPGL
Orientation
position gain L
winding
Set the compensation magnification of 0 to 2560
the orientation position loop gain for the (1/256-fold)
L winding.
L winding orientation position loop
gain
= SP001 (or SP002) × SP120/256
When set to "0", will become the same
as SP001 or SP002.
II - 178
0
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3321
SP121 MPCSH Orientation Set the compensation magnification of the
0 to 2560
deceleration orientation deceleration rate for the H winding. (1/256-fol
rate H
d)
winding
Orientation deceleration rate for the H
compensa- winding
tion magnifi= SP006 × SP121/256
cation
SP006.
0
3322
SP122 MPCSL
0
3323
to
3325
SP123
to
SP125
3326
SP126 MPGH
Orientation Set the compensation magnification of the
0 to 2560
deceleration orientation deceleration rate for the L winding. (1/256-fol
rate L
d)
winding
Orientation deceleration rate for the L
compensa- winding
tion magnifi= SP006 × SP122/256
cation
SP006.
Use not possible.
0
0
0 to 2560
(1/256fold)
0
3327
SP127 MPCSM Orientation Set this to set the orientation deceleration rate 0 to 2560
deceleration for the coil motor to the M coil's unique value. (1/256rate M coil
fold)
compensation
0
3328
SP128 OXKPM Position
loop gain
magnification after
orientation
gain
changeover (M coil)
0
Orientation Set this to set the orientation position loop
position gain gain for the coil changeover motor to the M
M coil com- coil's unique value.
pensation
Set the M coil gain magnification to be used
after in-position when gain changeover is
valid (SP097: SPEC0-bitC=1) during
orientation.
II - 179
0 to 2560
(1/256fold)
8.
No.
3329
(PR)
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
SP129 SPECC
Setting
range
Details
C-axis
specifications
0000
Set the C-axis specifications in bit units.
F
E
D
C
B
zrtn ptyp fb9x zrtd zrn2
7
vg8x
6
5
fdir
4
A
3
2
phos rtrn
Standard
setting
9
zdir
8
ztyp
1
0
fclx
fclx Closed loop
Semi-closed loop
0
(Gear 1 : 1 only)
1
2
ready OFF invalid
ready OFF valid
Vx4 synchronization
3 phos Normal
(no compensation)
compensation valid
4
fdir
Position detector
Position detector
5
polarity (+)
polarity (–)
6
vg8x Speed gain × 1/8 during Speed gain × 1/8 during
7
torque limit valid
ztyp
Z-phase
type:
Normal
Z-phase type: Start up
8
start up
only
zdir
Z-phase
rising
polarity
Z-phase rising polarity
9
(+)
(–)
A
B
zrn2 This is used by Mitsubishi.
C
zrtd Set to "0" unless particularly designated.
D
E
F
3330
SP130 PGC1
fb9x
ptyp
zrtn
Speed feedback
Standard (PLG)
return
Zero point return
direction: CCW
Speed feedback
90,000 pulse detector
stop
Zero point return
direction: CW
First
Set the position loop gain when the first gain is 1 to 200
position loop selected for C axis cutting.
(1/s)
gain for
cutting on
C-axis
II - 180
15
8.
No.
3331
3332
3333
3334
(PR)
3335
(PR)
3336
(PR)
3337
(PR)
3338
(PR)
3339
(PR)
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Setting
range
Standard
setting
Items
Details
Second position
loop gain for
cutting on C-axis
SP132 PGC3
Third position
loop gain for
cutting on C-axis
SP133 PGC4
Stop position
loop gain for
cutting on C-axis
SP134 VGCP0∗ C-axis
non-cutting
speed loop gain
proportional item
SP135 VGCI0
C-axis
non-cutting
speed loop gain
integral item
SP136 VGCD0 C-axis
non-cutting
speed loop gain
delay advance
item
SP137 VGCP1 First speed loop
gain proportional
item for C-axis
cutting
SP138 VGCI1
First speed loop
gain integral item
for cutting on
C-axis
SP139 VGCD1 First speed loop
gain delay
advance item for
cutting on C-axis
Set the position loop gain when the
second gain is selected for C axis
cutting.
Set the position loop gain when the
third gain is selected for C-axis
cutting.
Set the position loop gain for
stopping when carrying out C-axis
cutting.
Set the speed loop proportional gain
in C-axis non-cutting mode.
1 to 200
(1/s)
15
1 to 200
(1/s)
15
1 to 200
(1/s)
15
0 to 5000
(1/s)
63
C-axis non-cutting mode.
0 to 5000
(0.1 1/s)
60
Set the speed loop delay advance
0 to 5000
gain in C-axis non-cutting mode.
(0.1 1/s)
When this parameter is set to "0", PI
control is exercised.
15
Set the speed loop proportional gain 0 to 5000
when the first gain is selected for
(1/s)
C-axis cutting.
63
Set the speed loop integral gain
when the first gain is selected for
C-axis cutting.
0 to 5000
(0.1 1/s)
60
0 to 5000
gain when the first gain is selected
(0.1 1/s)
for curing on the C-axis.
control is applied.
Second speed
Set the speed loop proportional gain 0 to 5000
loop gain
when the second gain is selected for
(1/s)
proportional item C-axis cutting.
for cutting on
C-axis
15
SP131 PGC2
3340
(PR)
SP140 VGCP2
3341
(PR)
SP141 VGCI2
Second speed
Set the speed loop integral gain
0 to 5000
loop gain integral when the second gain is selected for
(0.1 1/s)
item for cutting
C-axis cutting.
on C-axis
60
3342
(PR)
SP142 VGCD2
Second speed
loop gain delay
advance item for
cutting on C-axis
15
0 to 5000
gain when the second gain is
(0.1 1/s)
selected for C-axis cutting.
control is applied.
II - 181
63
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Details
Setting
range
Standard
setting
3343 SP143 VGCP3 Third speed loop Set the speed loop proportional gain
(PR)
gain proportional when the third gain is selected for
item for cutting
C-axis cutting.
on
C-axis
0 to 5000
(1/s)
63
3344 SP144 VGCI3
(PR)
0 to 5000
(0.1 1/s)
60
Set the speed loop delay advance gain 0 to 5000
when the third gain is selected for
(0.1 1/s)
C-axis cutting.
control is applied.
15
Third speed loop Set the speed loop integral gain when
gain integral item the third gain is selected for C-axis
for cutting on
cutting.
C-axis
3345 SP145 VGCD3 Third speed loop
(PR)
gain delay
advance item for
cutting on C-axis
3346 SP146 VGCP4 Speed loop gain Set the speed loop proportional gain
(PR)
proporwhen C-axis cutting is stopped.
tional item for
stop of cutting on
C-axis
0 to 5000
(1/s)
63
3347 SP147 VGCI4
(PR)
0 to 5000
(0.1 1/s)
60
Set the speed loop delay advance gain 0 to 5000
when C-axis cutting is stopped.
(0.1 1/s)
control is applied.
15
Speed loop gain Set the speed loop integral gain when
integral item for C-axis cutting is stopped.
stop of cutting on
C-axis
3348 SP148 VGCD4 Speed loop gain
(PR)
delay advance
item for stop of
cutting on
C-axis
3349 SP149 CZRN
C-axis zero point This parameter is valid when SP129
return speed
Set the zero point return speed used
when the speed loop changes to the
position loop.
3350 SP150 CPDT
C-axis zero point This parameter is valid when SP129
1 to 10000
return
deceleration point Set the deceleration rate where the
machine starts to decelerate when it
returns to the target stop point during
C-axis zero point return.
When the machine tends to overshoot
at the stop point, set the smaller value.
3351 SP151 CPSTL
C-axis zero point This parameter is valid when SPECC
return shift
(SP129) bitE is set to "0".
amount
Set the C-axis zero point position.
(low byte)
3352 SP152 CPSTH
C-axis zero point
return shift
amount
(high byte)
3353 SP153 CINP
C-axis in-position Set the position error range in which
width
the in-position signal is output on the
C-axis.
II - 182
1 to 500
(r/min)
50
1
HEX setting H: 0000
00000000 to L: 0000
FFFFFFFF
(1/1000°)
0000 to
FFFF
(1/1000°)
HEX setting
03E8
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
3354 SP154 CODRL Excessive error
(PR)
width on C-axis
(low byte)
Set the excessive error width on the
C-axis.
3355 SP155 CODRH Excessive error
(PR)
width on C-axis
(high byte)
3356 SP156 OVSH
Setting
range
Details
C-axis overshoot Set this to prevent overshooting when
compensashifting from movement to stopping
tion
with C-axis control.
(Set this referring to the load meter
display when overshooting occurred.)
Standard
setting
HEX setting H: 0001
00000000 to L: D4C0
FFFFFFFF
(1/1000°)
0 to 1000
(0.1%)
0
3357 SP157
0
0
3358 SP158
0
0
3359 SP159
Use not possible.
0
0
3360 SP160
Use not possible.
0
0
3361 SP161 IQGC0
(PR)
Current loop gain Set the magnification of current loop
magnifigain (torque component) for C-axis
cation 1 for
non-cutting.
non-cutting on
C-axis
1 to 1000
(%)
100
3362 SP162 IDGC0
(PR)
1 to 1000
magnifigain (excitation component) for C-axis
(%)
cation 2 for
non-cutting.
non-cutting on
C-axis
100
3363 SP163 IQGC1
(PR)
magnifigain (torque component) for C-axis
cation 1 for
cutting.
cutting on C-axis
1 to 1000
(%)
100
3364 SP164 IDGC1
(PR)
1 to 1000
magnifigain (excitation component) for C-axis
(%)
cation 2 for
cutting.
cutting on C-axis
100
3365 SP165 PG2C
C-axis position
loop gain 2
Set the second position loop gain when 0 to 999
high-gain control is carried out for
(1/s)
control of the C-axis.
When this function is not used, assign
"0".
0
3366 SP166 PG3C
C-axis position
loop gain 3
0 to 999
high-gain control is carried out for
(1/s)
control of the C-axis.
When this function is not used, assign
"0".
0
II - 183
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3367 SP167 PGU
(PR)
Position loop
gain for
increased
spindle
holding force
Set the position loop gain for when the
disturbance observer is valid.
0 to 100
(1/s)
15
3368 SP168 VGUP
(PR)
Speed loop
gain
proportional
item for
increased
spindle
holding force
Set the speed loop gain proportional item for
0 to 5000
(1/s)
63
3369 SP169 VGUI
(PR)
Speed loop
gain integral
item for
increased
spindle
holding force
Set the speed loop gain integral item for when 0 to 5000
the disturbance observer is valid.
(0.1 1/s)
60
3370 SP170 VGUD
(PR)
Speed loop
gain delay
advance item
for increased
spindle
holding force
Set the speed loop gain delay advance item
for when the disturbance observer is valid.
0 to 5000
(0.1 1/s)
15
3371 SP171
to
to
3376 SP176
0
0
(PR)
synchronous
specifications
Set the spindle synchronous specifications in 0000 to
FFFF
bit units.
HEX
F
E
D
C
B
A
9
8
setting
odx8
phos
7
6
5
fdir
4
3
mach
0
fclx Closed loop
1
2
mach Automatic coil change3
over during spindle
synchronization invalid
4
fdir
Position detector direc5
tion (positive direction)
6
7
8
9
A
B
C
odx8 Magnification of
D
8 times invalid
E
F
(Used with SPJ)
II - 184
2
1
0
fclx
Semi-closed loop
Automatic coil changeover during spindle
synchronization valid
Position detector direction (negative direction)
Magnification of
8 times valid
0000
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3378 SP178 VGSP
(PR)
Spindle
synchronous
speed loop
0 to 2000
(1/s)
63
3379 SP179 VGSI
(PR)
Spindle
synchronous
speed loop
gain integral
term
synchronous mode.
0 to 2000
(0.1 1/s)
60
3380 SP180 VGSD
(PR)
Spindle
synchronous
speed loop
gain delay
advance term
0 to 1000
(0.1 1/s)
applied.
15
3381 SP181 VCGS
(PR)
Spindle
synchronous
Target value
of variable
speed loop
proportional
gain
SP017 (TSP) in spindle synchronous mode.
100
3382 SP182 VCSS
(PR)
0 to 32767 0
Spindle
(r/min)
synchronous proportional gain change starts in the spindle
Change
synchronous mode.
starting speed
of variable
Proportional gain
speed loop
SP178
proportional
gain
SP178×
(SP181/100)
0 to 100
(%)
Speed
SP182
SP017
3383 SP183 SYNV
Spindle
synchronous
Sync matching speed
For changeover from the speed loop to the
position loop in the spindle synchronous
mode, set a speed command error range for
output of the synchronous speed matching
signal.
3384 SP184 FFCS
(PR)
Spindle
synchronous
Acceleration
rate feed
forward gain
Set the acceleration rate feed forward gain in 0 to 1000
the spindle synchronous mode.
(%)
0
3385 SP185 SINP
Spindle
synchronous
In-position
width
Set the position error range for output of the
in-position signal in the spindle synchronous
mode.
1 to 2880
(1/16°)
16
3386 SP186 SODR
(PR)
Spindle
synchronous
Excessive
error width
Set the excessive error width in the spindle
synchronous mode.
1 to 32767 32767
( pulse)
(1 pulse
=0.088°)
II - 185
0 to 1000
(r/min)
20
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3387 SP187 IQGS
(PR)
Spindle
synchronous
Current loop
gain magnification1
(torque component) in the spindle
synchronous mode.
1 to 1000 100
(%)
3388 SP188 IDGS
(PR)
Spindle
synchronous
Current loop
gain magnification 2
(excitation component) in the spindle
synchronous mode.
1 to 1000 100
(%)
3389 SP189 PG2S
Spindle
synchronous
Position loop
gain 2
0 to 999
(1/s)
synchronous mode.
When this parameter function is not used, set
to "0".
0
3390 SP190 PG3S
Spindle
synchronous
Position loop
gain 3
Set the third position loop gain when high-gain 0 to 999
control is carried out in the spindle
(1/s)
synchronous mode.
When this parameter function is not used, set
to "0".
0
3391 SP191
Use not possible.
0
3392 SP192
3393 SP193 SPECT Synchronized
(PR)
tapping
specifications
Set the synchronized tapping specifications in 0000 to
FFFF
bit units.
HEX
F
E
D
C
B
A
9
8
zrtn ptyp od8x
phos setting
7
6
5
fdir
0
4
cdir
3
pyfx
2
rtrn
1
0
fclx
fclx Closed loop
Semi-closed loop
0
(Gear 1 : 1 only)
1
2
ready OFF invalid
ready OFF valid
3
4
fdir
Position detector
Position detector
5
polarity (+)
polarity (–)
6
7
phos Normal
Synchronized tapping
(no compensation)
position command
8
compensation
(for synchronization with
high-gain servo)
9
A
B
C
Magnification of
D
8 times invalid
8 times valid
E
return
stop
zrtn Zero point return
Zero point return
F
direction: CCW
direction: CW
II - 186
0000
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3394 SP194 VGTP
(PR)
Synchronized
tapping
speed loop
gain
proportional
term
0 to 2000 63
(1/s)
3395 SP195 VGTI
(PR)
Synchronized
tapping
speed loop
gain integral
term
0 to2000 60
(0.1 1/s)
3396 SP196 VGTD
(PR)
Synchronized
tapping
speed loop
gain delay
advance
term
0 to 1000 15
(0.1 1/s)
applied.
3397 SP197
Use not possible.
0
3398 SP198 VCGT
(PR)
Synchronized
tapping
target value of
variable speed
loop
proportional
gain
0 to 100
(%)
(VGTP) at the maximum motor speed defined
in SP017 (TSP) in synchronized tapping mode.
3399 SP199 VCST
(PR)
Synchronized Set the speed where the speed loop
tapping
proportional gain change starts during
change
starting speed
of variable
Proportional gain
speed loop
SP194
proportional
gain
SP194×
(SP198/100)
Speed
SP199
II - 187
SP017
0
100
0
0 to
32767
(r/min)
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3400 SP200 FFC1
(PR)
Synchronized
tapping
acceleration
feed forward
gain
(gear 1)
Set the acceleration feed forward gain for
0 to 1000
selection of gear 000 during synchronized
(%)
tapping.
This parameter should be used when an error
of relative position to Z-axis servo is large.
0
3401 SP201 FFC2
(PR)
Synchronized
tapping
acceleration
feed forward
gain
(gear 2)
tapping.
0 to 1000
(%)
0
3402 SP202 FFC3
(PR)
Synchronized
tapping
acceleration
feed forward
gain
(gear 3)
tapping.
0 to 1000
(%)
0
3403 SP203 FFC4
(PR)
Synchronized
tapping
acceleration
feed forward
gain
(gear 4)
tapping.
0 to 1000
(%)
0
3404 SP204
Fixed control
constant
0
0
3405 SP205
3406 SP206 GCK
Reverse run
When the motor moves (including movement 0/1/2
detection error with external force), the motor overrun alarm
detection width (3E) will be detected even if the speed
command is 0 (including position control stop
command) during servo ON (gate ON). Set
the movement amount to be detected as an
alarm.
0: Detect with 10° motor movement amount
(Recommended setting)
II - 188
0
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
3407 SP207 GDL
Sequential
mode startup
timing
Setting
range
Details
To carry out spindle synchronization or C-axis 0/1/2
control in the both-chuck state with no
movement immediately after the power is
turned ON, set this parameter so that the
reverse run detection function will function
correctly. Set so that servo ON timing for the
opposing spindle has the combination of (1)
and (2) shown in the drawing below.
0: Servo turns ON simultaneously with servo
ON command, and servo ON status is
returned immediately.
1: Gate turns ON at pattern (1) shown below,
and servo ON status is returned two
seconds later.
2: Gate turns ON at pattern (2) shown below,
and servo ON status is returned two
seconds later.
Servo ON command
Standard
setting
0
Servo ON
Gate ON
Servo ON (1)
700ms
300ms
Servo ON (2)
Servo ON status
Gate ON
700ms
300ms
2s
3408 SP208 W2
0
0
3409 SP209
to
to
3413 SP213
0
0
3414 SP214 TZRN
Synchronized
tapping
zero point
return speed
This parameter is valid when SP193 (SPECT)
bitE is set to "0".
Set the zero point return speed used when
the speed loop changes to the position loop.
3415 SP215 TPDT
Synchronized
tapping
zero point
return
deceleration
rate
This parameter is valid when SP193 (SPECT) 0 to 10000 1
bitE is set to "0".
(pulse)
Set the deceleration rate where the machine
starts to decelerate when it returns to the
target stop point during synchronized tapping
zero point return.
When the machine tends to overshoot at the
stop point set a smaller value.
3416 SP216 TPST
Synchronized
tapping
zero point
return shift
amount
This parameter is valid when SP193 (SPECT) 0 to 4095
bitE is set to "0".
Set the synchronized tapping zero point
position.
3417 SP217 TINP
Synchronized
tapping
in-position
width
Set the position error range for output of the
in-position during synchronized tapping.
II - 189
0
1 to 2880 16
(1/16°)
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Details
Setting
range
Standard
setting
3418 SP218 TODR
(PR)
Synchronized Set the excessive error width during
tapping
excessive error
width
1 to 32767
(pulse)
(1 pulse
=0.088°)
32767
3419 SP219 IQGT
(PR)
tapping current (torque component) during synchronized
loop gain
tapping.
magnification 1
1 to 1000
(%)
100
3420 SP220 IDGT
(PR)
tapping current (excitation component) during
loop gain
magnification 2
1 to 1000
(%)
100
3421 SP221 PG2T
Synchronized
tapping
position loop
gain 2
When this parameter is not used, set to
"0".
0 to 999
(1/s)
0
3422 SP222 PG3T
Synchronized
tapping
position loop
gain 3
When this parameter is not used, set to
"0".
0 to 999
(1/s)
0
3423 SP223 SPDV
Speed monitor Set the spindle limit speed in the door
speed
open state.
(Invalid when 0 is set.)
If the spindle end speed exceeds this
setting value when the door is open, the
speed monitor error (5E) will occur.
0 to 800
(r/min)
0
3424 SP224 SPDF
Speed monitor Set the time (continuous) to detect alarms. 0 to 2813
time
(Detected instantly when 0 is set.)
(3.5ms)
0
3425 SP225 OXKPH Position loop
orientation gain
changeover
(H coil)
0 to 2560
magnification of each gain changed to
after in-position.
0
3426 SP226 OXKPL Position loop
orientation gain
changeover
(L coil)
0 to 2560
(1/256-fold)
0
3427 SP227 OXVKP Speed loop
proportional
orientation gain
changeover
0 to 2560
(1/256-fold)
0
II - 190
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Speed loop
cumulative
orientation gain
changeover
Setting
range
Details
Standard
setting
0 to 2560
magnification of each gain changed to
after in-position.
0
3429 SP229 OXSFT Orientation
virtual target
shift amount
Set the amount to shift the target position
when orientation virtual target position is
valid (SP097: SPEC0-bitD=1).
0 to 2048
(360°/4096)
0
3430 SP230
to
to
3432 SP232
Use not possible.
0 to 5000
(%)
0
0 to 1000
(1/s)
0
3428 SP228 OXVKI
3433 SP233 JL
(PR)
Disturbance
observer
general inertia
scale
inertia and motor inertia.
Setting
×100
value =
Motor inertia
than "50" is set, the setting will be invalid.)
To calculate speed loop gain with general
inertia scale:
The effective proportional gain and
effective cumulative gain during the
speed control are changed at the set
scale.
3434 SP234 OBS1
(PR)
Disturbance
observer low
path filter
frequency
Set the frequency of the low path filter for
3435 SP235 OBS2
(PR)
Disturbance
observer gain
Set the gain for the disturbance observer. 0 to 500 (%) 0
3436 SP236 OBS3
Fixed control
constant
0
0
3437 SP237 KSCP
Fixed control
constant
0
0
3440 SP240
Use not possible.
0
0
3441 SP241
Use not possible.
0
0
3442 SP242 Vavx
0
0
0
0
frequency
3438 SP238 SEZR
3439 SP239 SEZT
3443 SP243 UTTM
II - 191
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
Setting
range
Details
Standard
setting
3444 SP244 OPLP
Use not possible.
0
0
3445 SP245 PGHS
0
0
0
0
0
0
3446 SP246 TEST
3447 SP247
to
to
3448 SP248
Use not possible.
3449 SP249 SM0
Speed meter
speed
Set the motor rotation speed when the
0 to 32767
speed meter 10V is output.
(r/min)
When set to "0", this parameter becomes
the same as SP017 (TSP).
0
3450 SP250 LM0
Load meter
voltage
Set the voltage when the load meter 120% 0 to 10
is output. When set to "0", this becomes (V)
10V.
0
Use not possible.
0
3451 SP251
to
to
3452 SP252
0
3453 SP253 DA1NO
D/A output
channel 1
data number
32767
When set to "0", the output is
speedometer.
Refer to "9.4 (1) For D/A output functions".
0
3454 SP254 DA2NO
D/A output
channel 2
data number
32767
When set to "0", the output is load meter.
0
channel 1
magnification
32767
(1/256-fold)
when "256" is set.
0
channel 2
magnification
32767
(1/256-fold)
when "256" is set.
0
II - 192
8.
No.
SPINDLE PARAMETERS
8.4
MDS-C1-SPM
Items
3457 SP257 RPM
(PR)
to
to SP320 BSD
3520
(PR)
Motor
constant
(H coil)
Details
following two conditional cases:
Setting
range
Standard
setting
0000 to
FFFF
HEX setting
0000
0000 to
FFFF
HEX setting
0000
(c) In case that SP034 (SFNC2) bit0=1
(d) In case that SP034 (SFNC2) bit0=1
change the setting.
3521 SP321 RPML
(PR)
to
to SP384 BSDL
3584
(PR)
Motor
constant
(L coil)
following conditional case:
change the setting.
II - 193
8.
SPINDLE PARAMETERS
8.5
SUPPLEMENT
8.5 SUPPLEMENT
8.5.1
D/A OUTPUT SPECIFICATIONS
(1) D/A output specifications
Item
No. of channels
Output cycle
Output precision
Output voltage
range
Output scale
setting
Output pins
Function
Explanation
2ch
444µs (min. value)
8bit
0V to +5V (zero) to +10V,
0V to +10V during meter output
1/256 to ±128 tiems
CN9 connector
MO1 = 9 pin
MO2 = 19 pin
GND = 11pin
Phase current feedback output
function
U–phase current FB : 7 pin
D/A output connector
Pin
1
2
3
4
5
6
7
8
9
10
Signal
LG
UIFB
MO1
MDS–B–SPJ2
Pin
11
12
13
14
15
16
17
18
19
20
Signal
VIFB
MO2
MDS–C1–SP
II - 194
8.
SPINDLE PARAMETERS
8.5
SUPPLEMENT
(2) Setting the output data
Input the No. of the data to be output to each D/A output channel.
#
3453
3454
No.
No.
SP253
SP254
Abbrev
DA1NO
DA2NO
Parameter name
D/A output channel 1 data No.
D/A output channel 2 data No.
ch1: Speed meter
output
10V=max. speed (0=0V)
ch2: Load meter
output
–
Current command
Current feedback
Speed feedback
–
Position droop
–
Feedrate (F∆T)
10V=120% load (0=0V)
Standard setting value for
output scale
Standard
Output
(Setting values in SP255, output unit
cycle
SP256)
0
Depends on 3.55ms
the max.
speed
0
Rated 12%/V 3.55ms
Rated 100% = 4096
Rated 100% = 4096
r/min
8
8
13
Rated 20%/V 3.55ms
Rated 20%/V 3.55ms
500rpm/V
3.55ms
1° = (64000/65536)
671
10°/V
1° = (64000/65536)
629
500rpm/V
(When communicating by
3.5ms)
888µs
1° = (64000/65536)
19 (18.64)
360°/V
888µs
1° = (64000/65536)
19 (18.64)
360°/V
888µs
HEX
Bit correspondence
3.55ms
HEX
Bit correspondence
3.55ms
Output data
Original data unit
0
1
2
3
4
5
6
7
8
9
10
11
12
13
80
81
82
83
84
85
86
87
–
Position command
–
Position feedback
–
Control input 1
Control input 2
Control input 3
Control input 4
Control output 1
Control output 2
Control output 3
Control output 4
Saw-tooth wave
125
test output
Rectangular wave
126
test output
2.5V(data0) test
127
output
0 (256)
II - 195
888µs
444µs
0 (256)
Cycle
227.5ms
Cycle 1.7ms
0 (256)
–
444µs
444µs
8.
SPINDLE PARAMETERS
8.5
SUPPLEMENT
(3) Setting the output scale
#
3455
3456
No.
SP255
SP256
Abbrev
DA1MPY
DA2MPY
Parameter name
D/A output channel 1 magnification
D/A output channel 2 magnification
Usually, the standard setting value is set for the output scale (SV063, SV 064). When “0” is set, the output will
be made as well as when “256” is set.
DATA
SP255
256
x
10 [V]
256 (8bit)
x
+ 5 [V] (offset) =
(Example) When outputting the position droop with 10°/V.
640000
65536
x
671
256
x
10
256
+
5
= 5.999 [V]
II - 196
Output voltage [V]
9.
MACHINE ERROR COMPENSATION
9.1
FUNCTION OUTLINE
9. MACHINE ERROR COMPENSATION
9.1 FUNCTION OUTLINE
Machine error compensation includes two independent functions: memorized pitch error compensation
and memorized relative position compensation.
(1) Memorized pitch error compensation
According to the specified parameters‚ this method compensates an axis feed error caused by a ball
screw pitch error‚ etc.
With the reference point defined as the base‚ set the compensation amount in the division points
obtained by equally dividing the machine coordinates. (See Fig. 1. 1)
The compensation amount can be set by either the absolute or incremental system.
Select the desired method with the #4000:Pinc. Machine position is compensated between division
points n and n+1 as much as compensation amount between them by linear approximation.
Fig. 1. 1 Relationship between the compensation amount and machine position
II - 197
9.
9.1
FUNCTION OUTLINE
(2) Memorized relative position compensation
This method‚ according to the parameters specified in advance‚ compensates the relative position
error between two orthogonal axes caused by deflection of the moving stand.
For this‚ as shown in Fig. 1. 2‚ specify the compensation amount in the compensation axis direction in
the division points obtained by equally dividing the machine coordinates of the base axis.
The base axis is one of the two orthogonal axes to which relative position compensation applies. This
axis is used as the criterion for relative-error measurement. The compensation axis is the coordinate
axis that is orthogonal to the base axis. The compensation is actually made for this coordinate axis.
The section between division points n and n+1 is compensated smoothly by linear approximation.
Actual machine position
of compensation axis
Actual machine position for
which no compensation is
made
: Division points
Command machine position
along base axis
Reference point
n
n+1
n+2
Command machine position
Compensation amount
between division points
Compensation
amount
Fig. 1. 2 Relationship between base and compensation axes
II - 198
9.
9.1
FUNCTION OUTLINE
#
4000
(PR)
Pinc
Item
Machine error
offset increment
method
Details
Specify whether to use the incremental
amount method or absolute amount method
when setting the machine error
compensation data.
Setting range
0: Absolute volume
method
1: Incremental
volume method
Item
Basic axis
Details
Specify the basic axis address for machine
error compensation.
1) For pitch error compensation‚ set the
name of the axis to be compensated.
2) For relative position compensation‚ set
the name of the axis to be the base axis.
Set the compensation axis address for
machine error compensation.
1) For pitch error compensation‚ set the
same axis name as #4001 cmpax.
2) For relative position compensation‚ set
the name of the axis to be actually
compensated.
Set the compensation data No.
corresponding to the reference point
position. The reference point is actually the
base‚ so there is no compensation No. Set
the number that is decremented by 1.
Set the compensation data No. that is on
the farthest negative side.
Setting range
X, Y, Z, U, V, W, A, B,
or C axis address
Set the compensation data No. that is on
the farthest positive side.
4101 to 5124
Set the compensation amount’s scale.
0 to 99
Set the interval to divide the basic axis.
Each compensation data will be the
compensation amount for each of these
intervals.
1 to 9999999
<1st axis>
#
4001
cmpax
4002
drcax
Compensation
axis
4003
rdvno
Division point
number at
reference point
position
4004
mdvno
4005
pdvno
4006
sc
4007
spcdv
Division point
number at the
most negative
side
Division point
number at the
most positive side
Compensation
scale factor
Division interval
II - 199
X, Y, Z, U, V, W, A, B,
or C axis address
4101 to 5124
4101 to 5124
9.
<2nd
axis>
4011
4012
4013
4014
4015
4016
4017
<3rd
axis>
4021
4022
4023
4024
4025
4026
4027
<4th
axis>
4031
4032
4033
4034
4035
4036
4037
<5th
axis>
4041
4042
4043
4044
4045
4046
4047
9.1
FUNCTION OUTLINE
<6th
axis>
4051
4052
4053
4054
4055
4056
4057
<7th
axis>
4061
4062
4063
4064
4065
4066
4067
<8th
axis>
4071
4072
4073
4074
4075
4076
4077
<9th
axis>
4081
4082
4083
4084
4085
4086
4087
<10th
axis>
4091
4092
4093
4094
4095
4096
4097
Set the parameters
corresponding to the 1st
axis’ parameters 4001 to
4007 for each axis.
A maximum of 3 axes can
be controlled‚ but as the
relative position is
compensated‚ settings for
10 axes can be made.
(SETUP PARAM 5. 3/15) to (SETUP PARAM 5. 15/15)
#
4101
y
y
y
5124
Item
Details
Set the compensation amount for each
axis.
II - 200
Setting range
–128 to 127
The actual
compensation
amount will be the
value obtained by
multiplying the
setting value with the
compensation scale.
9.
9.2
SETTING COMPENSATION DATA
9.2 SETTING COMPENSATION DATA
Compensation data can be set according to either absolute or incremental system.
"#4000:Pinc"
0: Absolute system
1: Incremental system
(1) Absolute system
Feed from the reference point to each division point is executed as shown in Fig. 2. 1. The following is
obtained at this time. Set it as the compensation amount.
(Specified position – Real machine position) × 2 (Unit of output)
For example‚ assume that the feed from the reference point to the +100mm position is executed. Also‚
assume that the real machine position is 99.990mm. In this case‚ the following value is defined as the
compensation amount used at the +100mm position:
(100000 – 99990) × 2 = 20 pulses
The resultant value is defined as the compensation amount. Assume that the real machine position
resulting when feed to the –100mm position is executed‚ is –99.990mm. In this case‚ the following value
is defined as the compensation amount used at the –100mm position:
(–100000 – (–99990)) × 2 = –20 pulses
-100
Compensation
amount: 20
pulses (-10µm)
+99.990
-99.990
Compensation
amount: -20
pulses (10µm)
+100
Fig. 2. 1
(2) Incremental system
Fig. 2. 2 contains a machine position that is placed in the positive direction with respect to the reference
point. Assume that feed from division n–1 to n (division interval) is executed. In this case‚ the following
value is defined as the compensation amount:
(Division interval – Actual movement distance) × 2 (Unit of output)
II - 201
9.
9.2
SETTING COMPENSATION DATA
(3) Fig. 2. 3 contains a machine position that is placed in the negative direction with respect to the reference
point. Assume that feed from division point n+1 to n by the division interval is executed. In this case‚ the
following value is defined as the compensation amount:
(Division interval + Actual movement distance) × 2 (Unit of output)
1
n
n+1
n: Division point compensation number
1: Division interval
n-1
n
1
Fig. 2. 2
Unit
Range
Fig. 2. 3
: Unit of output
: –128 to 127
(Note) The unit of output is used as the unit of setting. The actual unit of compensation pulses depends on
the compensation scale factor.
II - 202
9.
EXAMPLE IN USING A LINEAR AXIS AS THE BASE AXIS
9.3
9.3 EXAMPLE IN USING A LINEAR AXIS AS THE BASE AXIS
(1) When "mdvno" or "pdvno" exists at both ends of "rdvno":
Compensation amount
in incremental system
#4101
(1)
(3)
(-3)
(-2)
(0)
(3)
Error
#4102
3
#4103
#4104
#4105
#4106
2
1
Base axis machine
coordinate
-1
-2
-3
(3)
Compensation amount
in absolute system
(-2)
(0)
(-2)
(-1)
(1)
Division point number
#4101
#4102
#4103
#4104
#4105
#4106
Specified machine position −300.000 −200.000 −100.000 100.000 200.000 300.000
Real machine position
−299.999 −200.000 −100.003 100.002 200.002 299.999
Compensation
amount
Increment
al
Absolute
2
6
−6
−4
0
6
−2
0
6
−4
−4
2
rdvno
mdvno
4103
4101
pdvno
4106
If the setting range (mdvno to "pdvno") is exceeded‚ the compensation will be based on compensation
amount at mdvno or "pdvno".
II - 203
9.
9.3
(2) When the range compensated is only the positive range:
Compensation amount
(-2)
(1)
(0)
(3)
(1)
Error
3
#4113
#4115
#4114
#4116
#4117
2
1
Base axis machine
coordinate
-1
-2
-3
(-2)
(-1)
Compensation amount
in absolute system
(-1)
(2)
(3)
Compensati Incremen
on
tal
amount
Absolute
#4113
−4
#4114
2
#4115
0
#4116
6
#4117
2
rdvno
mdvno
4112
4113
−4
−2
−2
4
6
pdvno
4117
If the machine position exceeds "pdvno"‚ the compensation will be based on the compensation amount at
"pdvno". If the machine position is negative in this case‚ no compensation will be executed.
II - 204
9.
9.3
(3) When the range compensated is only the negative range:
Compensation amount
(-1)
(1)
(3)
(1)
(0)
(-3)
Error
#4125
#4126
#4127
#4128
#4129
#4130
3
2
1
Base axis
machine
coordinate
-1
-2
-3
(3)
(3)
(2)
(-1)
Compensation amount
in absolute system
Compensati Incremen
on amount
tal
Absolute
(-2)
(-1)
#4125
#4127
6
#4128
2
#4129
0
#4130
−2
#4126
2
−6
rdvno 4130
mdvno 4125
−2
−4
−2
4
6
6
pdvno
4130
If the machine position exceeds "mdvno"‚ the compensation will be based on compensation amount at
"mdvno".
II - 205
9.3
9.
(4) When compensation is executed in a range that contains no reference point:
Compensation
amount in
incremental system
Error
3
#4135
(-1)
(-1)
#4137
#4136
(1)
(3)
#4138
#4140
#4139
2
1
Base axis machine
coordinate
-1
-2
-3
Compensation
amount in
absolute system
(-1)
(-2)
(1)
(2)
Compensati Incremen
on amount
tal
Absolute
#4135
#4136
#4137
#4138
−2
#4139
6
#4140
2
−2
−2
−4
2
4
rdvno 4134
mdvno 4136
pdvno
4140
In this case‚ the compensation is executed in the range from "mdvno" to "pdvno". This setting rule applies
also when the compensation is executed in a range which contains negative machine positions and no
reference point.
II - 206
9.
EXAMPLE IN USING A ROTATION AXIS AS THE BASE AXIS
9.4
9.4 EXAMPLE IN USING A ROTATION AXIS AS THE BASE AXIS
Compensation amount
(-2)
(1)
(0)
(3)
(1)
(-3)
Error
3
#4123
#4124
#4125
#4126
#4128
#4127
2
1
360°
Base axis machine
coordinate
-1
-2
-3
(-2)
(-1)
(-1)
Compensation amount
in absolute system
(2)
(3)
(0)
Compensati Incremen
on
tal
amount
Absolute
#4123
#4125
0
#4126
6
#4127
2
#4128
−4
#4124
2
−6
rdvno 4122
mdvno 4123
−4
−2
−2
4
6
0
pdvno
4128
In this case‚ the sum of the compensation amounts set according to the incremental system is always "0".
For the absolute system‚ the compensation amount at the terminal point (360 degrees) is always "0".
II - 207
10.
10.1
PLC CONSTANTS
PLC TIMER
10. PLC CONSTANTS
10.1 PLC TIMER
#
6000
PLC device
T000
6015
6016
T015
T016
6095
6096
T095
T096
6103
T103
Item
10ms adding
timer <10ms>
100ms adding
timer <10ms>
100ms
cumulative
timer
<100ms INC>
Details
Set the time for the timer used in the PLC
program (ladder).
(Note) This setting value is valid when
parameter "#6449 bit0" in the
following "[BIT SELECT]" is set to
"0".
program (ladder).
"0".
program (ladder).
"0".
Setting range
0 to 32767 (×10ms)
0 to 32767 (×100ms)
0 to 32767 (×100ms)
#
6600
PLC device
R1200/bit0
R1250/bit0
Item
PLC timer
expansion
6999
R1224/bitF
R1274/bitF
10ms adding
timer
<10ms>
Details
Set the time for the expanded PLC timer
This is set for the timer coils: R1200 to
R1224, and timer contacts: R1250 to
R1274.
A timer command can be issued to a
contact other than the existing timer
contacts (T0 to T103, Q0 to Q151).
Setting range
0 to 32767 (×10ms)
10.2 PLC COUNTER
#
6200
PLC device
C000
6223
C023
Item
Counter
Details
Set the time for the counter used in the
PLC program (ladder).
"0".
II - 208
Setting range
0 to 32767
10.
10.3
PLC CONSTANTS
PLC CONSTANTS
10.3 PLC CONSTANTS
#
6301
6348
PLC device
Item
R2800,2801 PLC constant
R2894,2895
Details
Set the value to be set in the data type R
register used in the PLC program
(ladder).
Even if the data is set in the R register
that corresponds to the PLC side when
this parameter is displayed‚ the screen
will not change. Enter a different screen
once‚ and then select this screen again.
Setting range
–99999999
to 99999999
10.4 SELECTING THE PLC BIT
#
PLC device
6401 R2900-Low
6402 R2900-High
Item
Bit selection
6495 R2947-Low
6496 R2947-High
Details
This is the bit type parameter used in the
PLC program (ladder).
Some of the parameters following #6449
may be fixed according to the usage
purpose.
Refer to the PLC Program Development
On-board Instruction Manual.
Setting range
0: OFF
1: ON
#
PLC device
6497 R4400-Low
6498 R4400-High
Item
Bit selection
expansion
Details
This is the bit type parameter
(expansion) used in the PLC program
(ladder).
6595 R4449-Low
6596 R4449-High
II - 209
Setting range
0: OFF
1: ON
11.
PLC CONSTANTS
11.4
SELECTING THE PLC BIT
Table: "Contents of bit selection parameters #6449 to #6496"
Symbol
7
name
#6449
0
R2924
1
R2924
2
R2925
3
R2925
4
R2926
L
NC card
Controller
thermal
alarm on
#6450
H
6
Setting
display unit
thermal
alarm on
External
Alarm/
alarm
operator
message
change
display
#6451
L
-
-
#6452
H
-
L
-
5
4
3
2
Integrating
Counter C
timer T
retention
retention
Full screen
display of
message
-
PLC
GX-Developer
development
communienvironment
cation on
selection
GOT
communication
connection
Operator
message
on
Onboard
editing not
possible
Counter
(fixed)
retention
1
0
PLC counter
program on
PLC counter
program on
1
0
R
F
Alarm
system system message on
-
Onboard on
Integrating
timer
(fixed)
retention
-
#6453
-
-
-
-
Message
language
change code
#6454
5
R2926
6
R2927
7
R2927
8
R2928
9
R2928
A
R2929
B
R2929
C
R2930
D
R2930
E
R2931
F
R2931
H
#6455
L
-
-
-
-
-
-
-
-
H
-
-
-
-
-
-
-
-
#6456
#6457
L
High-speed input specification 1
H
L
(Spare)
H
(Spare)
L
High-speed output specification 1
H
L
(Spare)
H
(Spare)
#6458
#6459
#6460
#6461
#6462
#6463
#6464
II - 210
11.
PLC CONSTANTS
11.4
SELECTING THE PLC BIT
0
Symbol
name
#6465
R2932 L
1
#6466
R2932 H
-
-
-
-
-
-
-
-
2
#6467
R2933 L
-
-
-
-
-
-
-
-
3
#6468
R2933 H
4
#6469
R2934 L
-
MC alarm 4
output off
5
#6470
R2934 H
6
#6471
R2935 L
-
-
-
-
-
-
-
-
7
#6472
R2935 H
-
-
-
-
-
-
-
-
8
#6473
R2936 L
-
9
#6474
R2936 H
A
#6475
R2937 L
B
#6476
R2937 H
C
#6477
R2938 L
D
#6478
R2938 H
E
#6479
R2939 L
F
#6480
R2939 H
7
6
5
4
3
2
1
0
-
-
-
-
-
-
-
-
Standard PLC
parameter
-
(Note 1) Be sure to set the bits indicated - and blanks to 0.
(Note 2) Parameters #6481 to #6496 are reserved for debugging by Mitsubishi.
II - 211
11.
MACRO LIST
11. MACRO LIST
#
7001
to
7091
Item
M [01]
to
M [10]
7002
to
7092
Details
<Code>
Set the M code used for calling out the macro with
the M command.
This is valid when #1195 Mmac is set to 1.
<Type>
Set the macro call out type.
0
M98 P∆∆∆∆; and equivalent value call
1
G65 P∆∆∆∆; and equivalent value call
2
G66 P∆∆∆∆; and equivalent value call
3
G66.1 P∆∆∆∆; and equivalent value call
others
7003
to
7093
7102
7103
#
7201
to
7291
Item
G [01]
to
G [10]
7202
to
7292
7203
to
7293
7302
7303
Tmac
7312
7313
1 to 99999999
Set the type and program No. for when calling out the macro with the 2nd
miscellaneous command. The macro will be called out with the #1170
M2name address command when #1198 M2mac is set to 1.
<Type>
0 to 3
Same as the M call macro.
<Program No.>
0 to 99999999
Details
<Code>
Set the G code to be used when calling the macro
with a G command. Do not set a G code used in the
system.
<Type>
Same as the M call Marco.
<Program No.>
Smac
0 to 3
M98 P∆∆∆∆; and equivalent value call
<Program No.>
Set the No. of the program to be called out.
M2mac
1 to 9999
1 to 255
0 to 3
1 to 99999999
Set the type and program No. for when calling the macro with an S
command.
This is valid when #1196 Smac is set to 1.
<Type>
0 to 3
<Program No.>
1 to 99999999
Set the type and program No. for when calling the macro with a T command.
This is valid when #1197 Tmac is set to 1.
<Type>
0 to 3
<Program No.>
0 to 99999999
II - 212
11.
MACRO LIST
#
7401
Item
ASCII
[01]
Valid
7402
Code
7403
Type
7404
Program
No.
Variable
7405
7411
ASCII
[02]
Valid
7412
Code
7413
Type
7414
Program
No.
Variable
7415
Details
The ASCII code macro parameters (#7402 to
7405) are validated.
0: Invalid
1: Valid
Set the ASCII code used to call macros with the
ASCII code.
Set the macro call type.
0: M98, 1: G65, 2: G66, 3: G66.1
Set the number of the program called with macro
call.
When the call type is "0", set the variable number
set after the ASCII code.
The ASCII code macro parameters (#7412 to
7415) are validated.
0: Invalid
1: Valid
Set the ASCII code used to call macros with the
ASCII code.
Set the macro call type.
0: M98, 1: G65, 2: G66, 3: G66.1
Set the number of the program called with macro
call.
When the call type is "0", set the variable number
set after the ASCII code.
II - 213
Setting range
0/1
L system:
A, B, D, F, H, I, J, K,
M, Q, R, S, T
M system:
A, B, F, H, I, K, M,
Q, R, S, T
0 to 3
0 to 99999999
100 to 149
0/1
L system:
A, B, D, F, H, I, J, K,
M, Q, R, S, T
M system:
A, B, F, H, I, K, M,
Q, R, S, T
0 to 3
0 to 99999999
100 to 149
12.
POSITION SWITCH
12.1
OUTLINE OF FUNCTION
12. POSITION SWITCH
12.1 OUTLINE OF FUNCTION
The position switch (PSW) is used as an alternate switch for the dog switch provided on an axis of the
machine. The position switch uses parameters by which the names of axes and their corresponding
coordinates indicating imaginary dog positions are defined in advance. When the machine reaches the
imaginary dog position‚ a signal is output to the PLC interface. The position switch thus works as an
imaginary dog switch.
#
7500
Item
High-speed
switching of
position switch
Pcheck
751
<axis>
Axis name
752
<dog1>
Imaginary dog
position 1
753
<dog2>
754
<check>
Imaginary dog
position 2
Selection of area
check method
Details
Specify whether to perform position
switch area checking at high speeds.
0: Do not perform position switch area
checking at high speed (do it the
same as before).
1: Perform position switch area
checking at high speed.
Specify the name of the axis for which a
position switch is provided.
When the machine enters the range
between imaginary dog positions 1 and
2, a signal is output to the PLC.
0/1
X, Y, Z, U, V, W, A,
B, or C axis address
−99999.999
to 99999.999
(0.001mm)
Device X 270
When position switch area checking at
high speed is selected, specify the mode
of area checking, i.e., whether to use the
command type machine position or
detector feedback position, for each
position switch point.
0: Use the command type machine
position as the machine position for
position switch area checking.
1: Use the detector feedback position
as the machine position for position
switch area checking.
Note: This parameter is valid only when
1 set in “#7500 Pcheck.”
II - 214
0/1
12.
POSITION SWITCH
12.1
OUTLINE OF FUNCTION
Position switch numbers of PSW1 to PSW8 and signal devices
PSW1
PSW2
PSW3
PSW4
PSW5
PSW6
PSW7
PSW8
<axis>
<dog1>
<dog2>
Device
#7501
#7511
#7521
#7531
#7541
#7551
#7561
#7571
#7502
#7512
#7522
#7532
#7542
#7552
#7562
#7572
#7503
#7513
#7523
#7533
#7543
#7553
#7563
#7573
X270
X271
X272
X273
X274
X275
X276
X277
Instead of the dog switch provided on the machine axis‚ the coordinate values indicating imaginary dog
positions (dog1 and dog2) on the coordinate axis of the axis name preset with axis are set with the position
switches (PSW1 – PSW8). When the machine reaches the position‚ the signal is output to the device
corresponding to the PLC interface.
Example of settings of dog1 and dog2 and operation
Setting of dog1 and
dog2
dog1 < dog2
dog1 > dog2
dog1 = dog2
dog1, dog2 position
dog1
dog2
dog2
dog1
dog1 = dog2
Operation
A signal is output between
dog1 and dog2.
A signal is output between
dog1 and dog2.
If dog1 equals dog2‚ the
dog1 position triggers a
signal.
II - 215
Basic machine coordinate
system zero point
Imaginary
dog
dog1
dog2
PSW
width
12.2
12.
POSITION SWITCH
CANCELING THE POSITION SWITCH
Rotation axis
Setting of dog1 and dog2
dog1 < dog2
dog1, dog2 position
dog2
dog1
(Example)
dog1 = 30.000
dog2 = 330.000
dog1
dog2
(Example)
dog1 = -30.000
dog2 = 30.000
dog1 > dog2
dog1
dog2
(Example)
dog1 = 330.000
dog2 = 30.000
dog1 − dog2 ≥ 360
dog2 dog1
(Example)
dog1 = 30.000
dog2 = 390.000
Description
A signal is output
between dog1 and
dog2.
A signal is also output
when dog1 is negative.
A signal is output
between dog2 and
dog1.
A signal is kept output
when the difference
between dog1 and dog2
exceeds 360 degrees.
12.2 CANCELING THE POSITION SWITCH
To cancel the position switch‚ enter the number (#75 1) of the position switch to be canceled in # ( ) of the
setting field‚ enter a slash "/" in DATA ( )‚ then press the INPUT key. This deletes the axis name for the
specified position switch‚ thus invalidating the position switch.
The data specified for <dog1> and <dog2> are still stored in memory. To validate the position switch again‚
therefore‚ it is enough to specify the axis name only.
II - 216
13.
AUXILIARY AXIS PARAMETER SCREEN
13. AUXILIARY AXIS PARAMETER SCREEN
Turn the NC power OFF after setting parameters indicated with a (PR) in the table. The setting will be
validated after the power is turned ON again.
Details
Default
value
No.
Name
Setting range
1 MSR
(PR)
Motor series
Set the motor series. This is automatically judged 0000 to FFFF
by the system when the default value (0000) is
(hexadecimal)
set.
2 RTY
(PR)
Regeneration
option type
Set the regenerative resistor type. Do not set values without a description.
0000
0 0 0 0 (Default value)
Setting
value
0
1
2
3
4
5
6
7~F
3 PC1
(PR)
4 PC2
(PR)
5 PIT
(PR)
6
INP
Details
Amplifier standard built-in resistor (10CT
has no built-in resistor)
Setting prohibited
MR-RB032 (30W)
MR-RB12 (100W)
MR-RB32 (300W)
MR-RB30 (300W)
MR-RB50 (500W)
Motor side
gear ratio
(machine
rotation ratio)
Set the No. of gear teeth on the motor side and
the No. of gear teeth on the machine side as an
integer reduced to its lowest terms.
Set the total gear ratio if there are multiple gear
Machine side levels.
For rotation axes, set the No. of motor rotation
gear ratio
(motor rotation speed per machine rotation.
ratio)
1 to 32767
1
1 to 32767
1
Feed pitch
1 to 32767
(° or mm)
360
Set 360 (default value) for rotation axes.
Set the feed lead for linear axes.
In-position
In-position is detected when the position droop
detection width becomes this setting value or less.
II - 217
1 to 32767
50
(1/1000° or µm)
No.
7
Name
ATU
Auto-tuning
Details
Default
value
Setting range
Set the adjustment of the auto-tuning. Do not set values without a description.
0 1 0 2 (Default setting value)
Setting
value
Details
Low response (low-rigidity loads, loads
which easily vibrate)
Standard setting value
High response (high-rigidity loads, loads
which do not easily vibrate)
1
2
3
4
5
Setting
value
0
Details
Standard
Large friction amount (set the position loop
gain slightly lower)
2
Setting
value
0
Details
Only auto-tuning PG2, VG2, VIC, and GD2.
Only auto-tuning PG1, PG2, VG1, VG2,
VIC, and GD2 (total gain).
(Standard setting)
No auto-tuning.
1
2
8
PG1
Position loop
gain 1
9
10 EMGt
Set the position loop gain for the model loop.
Determine the tracking ability regarding the
position commands.
4 to 1000 (1/s)
(Not used.)
Deceleration
control time
constant
70
0
Set the deceleration time from the clamp speed
0 to 32768 (ms) 500
(Aspeed1). For normal rapid traverse, set the
same value as the acceleration/deceleration time
constant.
11
(Not used.)
0
12
(Not used.)
0
100
13 MBR
Vertical axis
drop
prevention
time
Input the time the servo OFF is delayed during
0 to 1000 (ms)
servo OFF command. Increase the setting by
100ms at a time and set the minimum value where
the axis does not drop.
14 NCH
Notch filter
No.
Set the frequency of the machine resonance suppression filter.
Do not set values without a description.
Setting
value
Frequency
(Hz)
0
1
2
3
4
5
6
7
No
start
1125
563
375
282
225
188
161
II - 218
13.
No.
Name
15
16 JIT
Details
(Not used.)
Jitter
compensation
Default
value
Setting range
0
Set the No. of ignored jitter compensation pulses. Do not set values without a
description.
Setting value
Number of ignore
pulses
0
1
2
3
No start
1125
563
375
17
(Not used.)
0
18
(Not used.)
0
19 PG2
Position loop
gain 2
Set the position loop gain of the actual loop.
Determine the position responsiveness for
external disturbance.
1 to 500 (1/s)
20 VG1
Speed loop
gain 1
Set the speed loop gain of the model loop.
Determine the tracking ability regarding the
speed commands.
20 to 5000 (1/s) 1200
21 VG2
Speed loop
gain 2
Set the speed loop gain of the actual loop.
20 to 8000 (1/s) 600
Determine the speed responsiveness for external
disturbance.
22 VIC
Speed integral Determine the characteristics of the speed
compensation low-frequency region.
23 VDC
Speed
differential
compensation
PI control normally results from a default value of 0 to 1000
1000.
Adjust the overshoot amount by lowering in
increments of 20.
1000
24 DG2
Load inertia
ratio
Set the load inertia ratio for the motor inertia.
2.0
25
30 MTY
(PR)
1 to 1000 (ms)
0.0 to 50.0
(fold)
(Not used.)
Motor type
25
20
0
Set the motor type. This is automatically judged
by the system when the default value (0000) is
set.
II - 219
0000 to FFFF
(hexadecimal)
0000
No.
50
Name
MD1
D/A output
channel 1
data No.
Details
Set the Nos. of the data to be output on D/A output channel 1.
0 0 0 0 (Default setting value)
Setting
value
0
1
2
3
4
5
6
7
8
9
A
51
MO1
D/A output
channel 1
output offset
52
Default
value
Setting range
Details
Magnification
Speed feedback
(with sign)
Current feedback
(with sign)
Speed feedback
(without sign)
Current feedback
(without sign)
Current command
Maximum rotation speed = 8V
Command F∆T
100000 [degrees/min] = 10V
Position droop 1
(1/1)
Position droop 2
(1/4)
Position droop 3
(1/16)
Position droop 4
(1/32)
Position droop 5
(1/64)
2048 [pulse] = 10V
Maximum current (torque) = 8V
Maximum rotation speed = 8V
8192 [pulse] = 10V
32768 [pulse] = 10V
65536 [pulse] = 10V
131072 [pulse] = 10V
Set this value when the zero level of D/A output
channel 1 is not suitable.
–999 to 999
(mV)
0
(Not used.)
0
53
MD2
D/A output
channel 2
data No.
Set the Nos. of the data to be output on D/A output 0000 to FFFF
channel 2.
(hexadecimal)
The descriptions are the same as "50 MD1".
0000
54
MO2
D/A output
channel 2
output offset
Set this value when the zero level of D/A output
channel 2 is not suitable.
0
55
100 station
(PR)
No. of
indexing
stations
–999 to 999
(mV)
(Not used.)
0
Set the No. of stations. For linear axes, this value 2 to 360
is expressed by: No. of divisions = No. of stations
– 1.
2
II - 220
13.
No.
101 Cont1
(PR)
Name
Control
parameter 1
Details
Default
value
Setting range
This is a HEX setting parameter. Set bits without a description to their default
values.
bit
Default
value
bit
0
1
F
E
D
C
B
A
9
8
7
6
5
4
3
2
1
0
0
0
0
0
0
0
1
0
0
0
0
0
0
0
0
0
Meaning when "0" is set
High-speed zero point return
after establishment of zero point.
Dog-type return for each zero
point return operation.
Reference point return direction
(+)
Rotation direction determined by
#2030 dir (–)
Machine basic position becomes
the origin point
Reference point return direction
(–)
Rotation direction in the shortcut
direction
Electrical zero point becomes the
origin point
Coordinate zero point creation
valid
Rotation direction in #2030 dir (–)
or in the shortcut direction
Stopper direction is positioning
direction
Zero point established at power
supply ON position
Rotation direction in the random
position command sign direction
Stopper direction is in the sign
direction of the stopper amount
2
3
4
5
6
7
8
9
A
B
C
D
E
F
II - 221
No.
Name
102 Cont2
(PR)
Details
Control
parameter 2 values.
bit
Default
value
bit
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
103 EmgCont
(PR)
Default
value
Setting range
Emergency
stop control
F
E
D
C
B
A
9
8
7
6
5
4
3
2
1
0
0
0
0
0
0
0
0
0
1
0
0
0
0
1
1
0
Error not corrected at servo OFF
Linear axis
Station assignment direction CW
Uniform index
DO channel standard assignment
2-wire detector communication
Incremental detection
Error corrected at servo OFF
Rotation axis
Station assignment direction CCW
Non-uniform index
DO channel reverse assignment
4-wire detector communication
Absolute position detection
values.
bit
Default
value
bit
0
1
2
3
F
E
D
C
B
A
9
8
7
6
5
4
3
2
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
External emergency stop
External emergency stop valid
invalid (default value)
Dynamic brake stop at
Deceleration control stop at
emergency stop
emergency stop
NC bus emergency stop input NC bus emergency stop input
valid
invalid
NC bus emergency stop output NC bus emergency stop output
valid
invalid
4
5
6
7
8
9
A
B
C
D
E
F
II - 222
13.
No.
Name
104 tleng
(PR)
Linear axis
stroke
length
110 ZRNspeed Reference
point return
speed
Details
Setting range
Default
value
Set the movement stroke length for linear axes.
This is meaningless when setting non-uniform
assignments or commanding random positions.
0.001 to
99999.999
(mm)
100.000
Set the clamp value of the feedrate when a
reference point return is carried out. The feedrate
becomes the manual operation speed of the
parameter group selected at that time, but it is
clamped by this parameter setting value.
1 to 100000
(°/min or
mm/min)
1000
111 ZRNcreep Reference Set the approach speed to the reference point after 1 to 65535
point return dog detection during a reference point return.
(°/min or
creep speed
mm/min)
200
112 grid mask
Grid mask
Set the amount that the dog is artificially extended. 0 to 65536
0
Set 1/2 the grid spacing as a standard.
(1/1000° or µm)
113 grspc
(PR)
Grid
spacing
Divide the grid spacing that is the conventional
0 to 4
motor rotation movement amount into 2, 4, 8, or 16 (1/2n division)
divisions.
114 ZRNshift
Reference
point shift
amount
Set the shift amount in a dog-type reference point
return from the electric zero point determined on
the grid to the reference point.
115 ST. ofset
Station
offset
Set the distance (offset) from the reference point to –99999.999 to
station 1.
99999.999
(° or mm)
0.000
When movement of the machine coordinate zero
point from the origin point is required during
absolute position initializing, set that movement
amount.
–99999.999 to
99999.999
(° or mm)
0.000
117 Limit (+)
Soft limit (+) Commands in the plus direction that exceed this
–99999.999 to
setting value are not possible. If the machine is in a 99999.999
position exceeding the setting value, commands in (mm)
the minus direction are possible.
The soft limit function will not operate if Limit (+)
and Limit (–) are set to the same value.
1.000
118 Limit (–)
Soft limit (–) Commands in the minus direction that exceed this –99999.999 to
value are not possible. If the machine is in a
99999.999
position exceeding the setting value, commands in (mm)
the plus direction are possible.
1.000
116 ABS Base Absolute
(PR)
position
zero point
II - 223
0
0 to 65536
0
(1/1000° or µm)
No.
Name
120 ABS type Absolute
position
detection
parameter
Details
Default
value
Setting range
This parameter is set as a hexadecimal. Set the default value for bits that have
no description.
bit
Default
value
bit
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
F
E
D
C
B
A
9
8
7
6
5
4
3
2
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
0
Dogless-type method initializing
Mechanical stopper method
initializing
Electrical zero point direction (+)
Dog-type method initializing
Origin point alignment method
initializing
Electrical zero point direction (–)
123 ABS
check
Absolute
position
power OFF
tolerable
movement
value
Set the value for the tolerable amount of
0.000 to
movement for a machine that moved during
99999.999
power OFF in an absolute position detection
(° or mm)
system. The "Absolute position power OFF
movement exceeded (ABS)" signal will turn ON
if the machine moves more than this setting
value during power OFF.
The movement amount is not checked when
this parameter is set to 0.000.
130 backlash
Backlash
Set the backlash compensation amount.
compensatio
n amount
0.000
0 to 9999
0
(1/1000° or µm)
132
(Not used.)
0
133
(Not used.)
0
134
(Not used.)
0
135
(Not used.)
0
II - 224
13.
< Operation parameter group 1 >
No.
Name
Details
Default
value
Setting range
Set the feedrate during automatic operation
1 to 100000
when operation parameter group 1 is selected. (°/min or
This parameter is regarded as the clamp value mm/min)
for the automatic operation speeds and manual
operation speeds of all operation groups.
A speed exceeding Aspeed1 cannot be
commanded, even if set in the parameters.
5000
151 Mspeed1 Operation
parameter
group 1
Manual
operation
speed
Set the feedrate during manual operation and
JOG operation when operation parameter
group 1 is selected.
2000
152 time1.1
Operation
parameter
group 1
Acceleration/
deceleration
time constant
1
Set the linear acceleration/deceleration time for 1 to 9999 (ms)
Aspeed 1(the operation parameter group 1
automatic operation speed (clamp speed))
when operation parameter group 1 is selected.
When operating at speeds less than the clamp
speed, the axis will linearly
accelerate/decelerate at the inclination
determined above.
When this is set together with
acceleration/deceleration time constant 2,
S-character acceleration/deceleration is carried
out. In this case, set the
acceleration/deceleration time of the linear part
in this parameter.
100
153 time1.2
Operation
parameter
group 1
Acceleration/
deceleration
time constant
2
Set this parameter when carrying out S-pattern 1 to 999 (ms)
acceleration/
deceleration.
When S-pattern acceleration/deceleration is
carried out, set the total time of the non-linear
parts. When "1" is set in this parameter, linear
acceleration/deceleration is carried out.
In the handle feed operation mode, this set
value is regarded as the time constant for the
linear acceleration/deceleration.
1
150 Aspeed1
Operation
parameter
group 1
Automatic
operation
speed
II - 225
1 to 100000
(°/min or
mm/min)
No.
Name
Details
Setting range
Default
value
154 TL1
Operation
parameter
group 1
Torque limit
value
Set the motor output torque limit value when 1 to 500 (%)
operation parameter group 1 is selected. At
the default value, the torque is limited at the
maximum torque of each motor.
Set the default value when torque limit is not
especially required. In the stopper positioning
operation mode, this becomes the torque limit
value when positioning to the stopper starting
coordinates.
500
155 OD1
Operation
parameter
group 1
Excessive error
detection width
Set the excessive error detection width when 0 to 32767
operation parameter group 1 is selected. An (° or mm)
alarm of excessive error (S03 0052) is
detected when the position droop becomes
larger than this setting value.
100
156 just1
Operation
parameter
group 1
Set position
output width
The signal indicating that the machine position 0.000 to
is at any one of the stations is the set position 99999.999
reached (JST) signal. During automatic
(° or mm)
operation, the automatic set position reached
(JSTA) signal is also output under the same
conditions.
Set the tolerable values at which these signals
are output when operation parameter group 1
is selected. These signals turn OFF when the
machine position is separated from the station
exceeding this value.
0.500
157 near1
Operation
parameter
group 1
Near set
position output
width
The signal indicating that the machine position 0.000 to
is near any one of the station positions is the 99999.999
near set position (NEAR) signal.
(° or mm)
Set the tolerable value at which this signal is
output when operation parameter group 1 is
selected. This value is generally set wider
than the set position output width.
During operations, this is related to special
commands when the station selection is "0".
1.000
II - 226
13.
No.
158 Aspeed2
159 Mspeed2
160 time2.1
161 time2.2
Name
Operation
parameter
group 2
Automatic
operation
speed
Operation
parameter
group 2
Manual
operation
speed
Operation
parameter
group 2
Acceleration/
deceleration
time constant
1
Operation
parameter
group 2
Automatic
operation
speed
Details
Setting range
Set the feedrate during automatic operation
1 to 100000
when operation parameter group 2 is selected. (°/min or
mm/min)
JOG operation when operation parameter
group 2 is selected.
1 to 100000
(°/min or
mm/min)
Default
value
5000
2000
Set the linear acceleration/deceleration time for 1 to 9999 (ms) 100
the operation parameter group 1 automatic
operation speed (clamp speed) when operation
parameter group 2 is selected. When operating
at speeds less than the clamp speed, the axis
will linearly accelerate/decelerate at the
inclination determined above.
S-character acceleration/deceleration is
carried out. In this case, set the
acceleration/deceleration time of the linear part
in this parameter.
Set this parameter when carrying out
1 to 9999 (ms) 1
S-character acceleration/deceleration.
When S-character acceleration/deceleration is
carried out, set the total time of the non-linear
parts. When 1 is set in this parameter, linear
For the handle feed operation mode, this
becomes the linear acceleration/deceleration
that is the acceleration/deceleration time
constant.
II - 227
No.
162 TL2
163 OD2
164 just2
165 near2
Name
Details
Operation
parameter
group 2
Manual
operation
speed
Set the motor output torque limit value when
operation parameter group 2 is selected. At the
default value, the torque is limited at the
maximum torque of the motor specifications.
In the stopper positioning operation mode, this
becomes the torque limit value during stopper
operation.
Operation
Set the excessive error detection width when
parameter
operation parameter group 2 is selected. An
group 2
excessive error alarm (S03 0052) is detected
Acceleration/ when the position droop becomes larger than
deceleration this setting value.
time constant In the stopper positioning operation mode, this
1
becomes the torque limit value excessive error
detection width during stopper operation.
Operation
The signal indicating that the machine position
parameter
is at any one of the stations is the set position
group 2
reached (JST) signal. During automatic
operation, the automatic set position reached
Automatic
(JSTA) signal is also output under the same
operation
conditions.
speed
Set the tolerable values at which these signals
are output when operation parameter group 2 is
selected. These signals turn OFF when the
machine position is separated from the station
by more than this value.
Operation
The signal indicating that the machine position
parameter
is near any one of the station positions is the
group 2
near set position (NEAR) signal. Set the
tolerable values at which these signals are
Manual
operation
selected. These values are generally set wider
speed
than the set position output width.
commands when the station selection is 0.
II - 228
Setting range
1 to 500 (%)
Default
value
500
0 to 32767
(° or mm)
100
0.000 to
99999.999
(° or mm)
0.500
0.000 to
99999.999
(° or mm)
1.000
13.
No.
Name
166 Aspeed3
167 Mspeed3
168 time3.1
169 time3.2
Operation
parameter
group 3
Automatic
operation
speed
Operation
parameter
group 3
Manual
operation
speed
Operation
parameter
group 3
Acceleratio
n/decelerati
on time
constant 1
Details
Setting range
Set the feedrate during automatic operation when 1 to 100000
operation parameter group 3 is selected.
(°/min or
mm/min)
1 to 100000
JOG operation when operation parameter group 3 (°/min or
is selected.
mm/min)
Default
value
5000
2000
Set the linear acceleration/deceleration time for
1 to 9999 (ms) 100
parameter group 3 is selected. When operating at
speeds less than the clamp speed, the axis will
linearly accelerate/decelerate at the inclination
determined above.
out. In this case, set the acceleration/deceleration
time of the linear part in this parameter.
Operation Set this parameter when carrying out S-character 1 to 9999 (ms) 1
parameter acceleration/deceleration.
group 3
Acceleratio carried out, set the total time of the non-linear
n/decelerati parts. When 1 is set in this parameter, linear
on time
constant 2 For the handle feed operation mode, this becomes
the linear acceleration/deceleration that is the
II - 229
No.
170 TL3
171 OD3
172 just3
173 near3
Name
Details
Operation
parameter
group 3
Torque limit
value
default value, the torque is limited at the maximum
torque of the motor specifications.
becomes the pressing torque limit value after
completion of the positioning.
Operation Set the excessive error detection width when
parameter operation parameter group 3 is selected. An
group 3
Excessive when the position droop becomes larger than this
setting value.
error
detection
width
becomes the excessive error detection width
during pressing after completion of the
positioning.
Operation The signal indicating that the machine position is
parameter at any one of the stations is the set position
group 3
reached (JST) signal. During automatic operation,
Set position the automatic set position reached (JSTA) signal
is also output under the same conditions.
output
width
Set the tolerable values at which these signals are
machine position is separated from the station by
more than this value.
parameter near any one of the station positions is the near
group 3
set position (NEAR) signal. Set the tolerable
values at which these signals are output when
Near set
operation parameter group 3 is selected. These
position
values are generally set wider than the set
output
position output width.
width
II - 230
Setting range
1 to 500 (%)
Default
value
500
0 to 32767
(° or mm)
100
0.000 to
99999.999
(° or mm)
0.500
0.000 to
99999.999
(° or mm)
1.000
13.
No.
Name
174 Aspeed4
175 Mspeed4
176 time4.1
177 time4.2
Operation
parameter
group 4
Automatic
operation
speed
Operation
parameter
group 4
Manual
operation
speed
Operation
parameter
group 4
Acceleratio
n/decelerati
on time
constant 1
Details
Setting range
Set the feedrate during automatic operation when 1 to 100000
operation parameter group 4 is selected.
(°/min or
mm/min)
1 to 100000
JOG operation when operation parameter group 4 (°/min or
is selected.
mm/min)
Default
value
5000
2000
Set the linear acceleration/deceleration time for
1 to 9999 (ms) 100
parameter group 4 is selected. When operating at
speeds less than the clamp speed, the axis will
linearly accelerate/decelerate at the inclination
determined above.
out. In this case, set the acceleration/deceleration
time of the linear part in this parameter.
Operation Set this parameter when carrying out S-character 1 to 9999 (ms) 1
parameter acceleration/deceleration.
group 4
Acceleratio carried out, set the total time of the non-linear
n/decelerati parts. When 1 is set in this parameter, linear
on time
constant 2 For the handle feed operation mode, this becomes
the linear acceleration/deceleration that is the
II - 231
No.
178 TL4
179 OD4
180 just4
181 near4
Name
Details
Operation
parameter
group 4
Torque limit
value
default value, the torque is limited at the maximum
torque of the motor specifications.
In the stopper default setting mode in absolute
position detection systems, this becomes the
torque limit value during stopper operation.
Operation Set the excessive error detection width when
parameter operation parameter group 4 is selected. An
group 4
Excessive when the position droop becomes larger than this
setting value.
error
detection
In the stopper default setting mode in absolute
width
position detection systems, this becomes the
excessive error detection width during stopper
operation.
parameter at any one of the stations is the set position
group 4
reached (JST) signal. During automatic operation,
Set position the automatic set position reached (JSTA) signal
is also output under the same conditions.
output
width
Set the tolerable values at which these signals are
machine position is separated from the station by
more than this value.
parameter near any one of the station positions is the near
group 4
set position (NEAR) signal. Set the tolerable
values at which these signals are output when
Near set
operation parameter group 4 is selected. These
position
values are generally set wider than the set
output
position output width.
width
II - 232
Setting range
1 to 500 (%)
Default
value
500
0 to 32767
(° or mm)
100
0.000 to
99999.999
(° or mm)
0.500
0.000 to
99999.999
(° or mm)
1.000
13.
No.
Name
190 stpos2
Station 2
coordinate
value
191 stpos3
Station 3
coordinate
value
192 stpos4
Station 4
coordinate
value
193 stpos5
Station 5
coordinate
value
194 stpos6
Station 6
coordinate
value
195 stpos7
Station 7
coordinate
value
196 stpos8
Station 8
coordinate
value
197 stpos9
Station 9
coordinate
value
200 PSWcheck
PSW
detection
method
Details
Setting range
Set the coordinate value of each station when
non-uniform assignment is selected.
The station 1 coordinate value is fixed at 0.000
(machine coordinate zero point).
–99999.999 to
99999.999
(° or mm)
Default
value
0.000
values.
bit
Default
value
bit
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
F
E
D
C
B
A
9
8
7
6
5
4
3
2
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
The position switch output is
judged by the machine position
of the command system.
II - 233
The position switch output is
judged by the machine FB
position (actual position).
No.
Name
Details
Default
value
Setting range
When the machine position is in the region
-99999.999 to
between region settings 1 and 2, the position 99999.999
switch of each No. will turn ON.
(° or mm)
Whether the value of setting 1 is larger than
setting 2 (vice versa) does not affect the
position switch operation.
For rotation axes, the output turns ON at the
region without including 0.000 degree.
0.000
Set the command stroke of the stopper
operation during stopper positioning
operations.
0.000
201 PSW1dog1
202 PSW1dog2
PSW1 area
setting 1
PSW1 area
setting 2
203 PSW2dog1
204 PSW2dog2
PSW2 area
setting 1
PSW2 area
setting 2
205 PSW3dog1
206 PSW3dog2
PSW3 area
setting 1
PSW3 area
setting 2
207 PSW4dog1
208 PSW4dog2
PSW4 area
setting 1
PSW4 area
setting 2
209 PSW5dog1
210 PSW5dog2
PSW5 area
setting 1
PSW5 area
setting 2
211 PSW6dog1
212 PSW6dog2
PSW6 area
setting 1
PSW6 area
setting 2
213 PSW7dog1
214 PSW7dog2
PSW7 area
setting 1
PSW7 area
setting 2
215 PSW8dog1
216 PSW8dog2
PSW8 area
setting 1
PSW8 area
setting 2
220 push
Stopper
amount
221 pushT1
Stopper
Set the standby time from the stopper starting 0 to 9999 (ms)
standby time coordinate positioning to the stopper
operation start during stopper positioning
operations.
0
222 pushT2
Stopper
Set the time from the completion of the
torque
stopper operation to the changeover of the
release time stopper torque during stopper positioning
operations.
0 to 9999 (ms)
0
223 pushT3
Set position Set the time from the completion of the
0 to 9999 (ms)
signal output stopper operation to the output of the
delay time
automatic set position reached (JSTA), set
position reached (JST), and near set position
(NEAR) signals during stopper positioning
operations.
0
II - 234
0.000 to
359.999
(° or mm)
Revision History
Sub No.
Date
A
March 2003
Revision
First edition created.
Notice
Every effort has been made to keep up with software and hardware revisions in the
contents described in this manual. However, please understand that in some
unavoidable cases simultaneous revision is not possible.
Please contact your Mitsubishi Electric dealer with any questions or comments
regarding the use of this product.
Duplication Prohibited
This instruction manual may not be reproduced in any form, in part or in whole, without
written permission from Mitsubishi Electric Corporation.
 2003 MITSUBISHI ELECTRIC CORPORATION
ALL RIGHTS RESERVED

This page is a temporary cover. EZMotion-NC E60 ALARM/PARAMETER MANUAL

Transcription

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