solenoid valves round type series

Transcription

VALVES GENERAL CATALOG
SOLENOID VALVES
ROUND TYPE SERIES
INDEX
879
880
881
882
883
884
885
886
887
893
895
898
901
903
910
913
914
920
924
928
934
SOLENOID VALVES ROUND TYPE SERIES
Charts for Solenoid Valve Selection
Basic Construction and Features
Solenoid Types and Operating Principles
Voltage Types and Current, Wiring Instructions
Explanation of Keep Solenoid
Safety Precautions
Construction of Manual Override
Mounting and Adjusting of Manual Override
Solenoid Valves 062 Series
Solenoid Valves 062 Series Manifold
Solenoid Valves 375, 501 Series
Solenoid Valves 1000, 1250 Series
3-position Solenoid Valves
Explosion Proof Solenoid Valves
Caution
Before use, be sure to read the “Safety Precautions” on p. 31.
878
Charts for Solenoid Valve Selection
1. Air flow rate of each series
(2-, 3-port)
Air flow rate R/min [ft.3/min.] (ANR)
Solenoid
valve series
062
200 300 400
1000
2000 3000
10000
Supply pressure 0.5MPa [73psi.]
When air flows to atmosphere
20000
Supply pressure 0.5MPa [73psi.]
When air flows to atmosphere
170 [6.0]
370 [13.1]
126
250
1000 [35.3]
375
501
P
4700 [166]
750
Solenoid valve
9300 [328]
1000
1250
A
1R/min = 0.0353ft.3/min.
18600 [657]
2. Applicable cylinder bore size of each series
(4-, 5-port)
●Quick-reference graph for applicable cylinders
mm
[in.]
Solenoid
valve series
062
125
250
254
375
501
750
1000
1250
1．The area
of the graph shows the
normal range of use.
(Cylinder speed 300∼600mm/s
[11.8∼23.6in./sec.])
Cylinder bore size
φ20
[0.787]
25, 30
[0.984/
1.181]
40
50
63
80
100 125 140 180 200
[1.575] [1.969] [2.480] [3.150] [3.937] [4.921] [5.512] [7.087] [7.874]
2．While the graph shows the measured
results of an air supply pressure of
0.5MPa [73psi.] and load ratio of 0, the
values are virtually identical for the range
of 0.4∼0.7MPa [58∼102psi.] and a load
ratio of up to 30%.
This area presents
high cylinder
speed is not required.
(Cylinder speed :
Max. 200∼300mm/s [7.9∼11.8in./sec.],
Min. 50mm/s [2.0in./sec.])
3．In general, select a valve with about a
50% margin over the required cylinder
speed, and use a speed controller to
reduce the speed in actual operation.
This area presents high
cylinder speed is required.
(Cylinder speed : Min. 500∼600mm/s
[19.7∼23.6in./sec.])
Cylinder
speed
P
●Cylinder speeds when using each series
Solenoid valve
Cylinder
The graph at right shows the maximum
cylinder speed when operated at a supply
pressure of 0.5MPa [73psi.] and a load ratio
of 30% or less.
180
Cylinder bore size mm
Note: To obtain the time required for 1 stroke, take the
“cylinder delay time” and “cushioning time” into
consideration.
200
160
140
120
100
80
375 series
501
250 series
254
60
40
125 series
φ20
062 series
100
200
300
400
500
600
Cylinder speed
＜How to read the graph＞
For example, when operating the φ80
[3.150in.] cylinder with the 254 series
solenoid valve, a speed of about
500mm/s [19.7in./sec.] can be obtained.
879
700
800
900
1000
mm/s
1mm = 0.0394in.
1mm/s = 0.0394in./sec.
Basic Construction and Features
●The diagram shows an indirect-acting 3-port, normally closed, single solenoid type 501E1
●Small electric current
●No burning failure
qSilicon diode
wSolenoid iron core
eArmature spring
rSolenoid
Armature stroke
0.56mm [0.022in.]
tArmature
yPoppet pushrod setting screw
uPoppet pushrod
iPoppet
The solenoid uses a special construction, with
an extremely small 0.56mm [0.022in.]
armature stroke, and therefore consumes little
electric current.
In addition, the AC type uses a silicon diode for
half-wave rectification that ensures extremely
stable operation.
Moreover, since there is no in-rush current, the
capacity of electrical equipment can be reduced,
decreasing the amount of heat generated in
high-frequency operations. The coil will not burn
even if the armature unactuates under some
abnormal situation.
Half-wave rectification solenoid
(Koganei)
AC solenoid
(Conventional)
oPiston seal
Current
!0Main valve piston
Current
Starting current
Starting current
Energizing
current
R
!1Body
Energizing
current
Time
Time
Wave form
in abnormality
!2Stem thru hole
No burning failure will occur
even in an abnormal condition.
!3Stem
!4Main valve poppet
●No solenoid coil wire breaks or damages
A
The coil is a vacuum epoxy resin impregnated
mold, for high resistance to heat, cold, humidity
and vibration, and completely eliminates wirebreak failure. Moreover, the iron core is not a
laminated sheet, but rather machined a single
block, for superior mechanical strength against
heat or shocks, and endures a long time
without deformation or breakage.
!5Stem spring
!6Body cap
Koganei solenoid
●Compact and light
●No need for lubrication
A poppet construction with unique and
compact design. The body is made of light
aluminum alloy.
Entering foreign materials into a valve’s
interior, not using for a long period, etc., could
cause the main valve piston to stick. This is
not a problem at all with the poppet type
round solenoid valves.
With virtually no
sliding parts, there is
no need for lubrication
except for a few
specific models.
This means no breakdowns, caused by
such as galling due to
insufficient lubrication.
It can also eliminate
periodic lubrication
expenses.
●Any mounting direction acceptable
●No leakage due to foreign materials in the media
While some valves will require that the
mounting direction is vertical or horizontal to
operate, the round solenoid valve remains
undisturbed regardless of whether the
direction is off to some degree, upper or
lower, or left or right.
While foreign materials
in the media can often
cause leaks, the round
solenoid valve uses
rubber to absorb the
distortions caused by a
certain volume of
foreign materials to
prevent leaks.
●No sticking
Any mounting direction
Spool structured
general valves
Seal movement of
general spool construction
Machined
iron core
(single block)
Epoxy resin
Coil
(completely holding
the circumference of the coil)
Iron core with
laminated sheet
●Many kinds of voltages, common to each models
(Except for explosion proof valves)
Galling
While the standard specifications are AC100V
and 200V, many other voltages are available,
as shown in the appended table. Many of
these voltages are common to each model,
and therefore offer interchangeability, good
quality control and stable quality.
All solenoids, including the DC types, have the
same shape and same dimensions.
Solenoid
Solenoid common to each series
Absorbs the distortion
caused by foreign materials
and restored after the foreign
materials are removed.
●Can operate in high-frequency applications
The spool
may move,
depending
on the
mounting
direction.
Coil
Solenoid using general
iron core with laminated
sheet
The poppet and stem section have low mass and
the stroke is short, helping to reduce inertial force,
while the synthetic rubber flexibly absorbs impacts,
enabling excellent durability in continuous, highfrequency operations.
●Extremely long operating life
With virtually no sliding parts, and with the
large elastic capacity of the synthetic rubber
used in the stem, the high capacity design
eliminates any concerns about wear or
damage. The operating life is therefore
extremely long, and all models except a very
few can last over more than 10 million
operating cycles.
880
P
Solenoid Types and Operating Principles
(While the schematic diagrams show the direct-acting 062 series, 3-port valve, the basic construction of the solenoid is the same for
the 4-port valve and for the pilot section of the indirect acting valve.)
Single solenoid type, normally closed
(E1 type, NC)
Symbol
1. When de-energized, air coming through port P is
closed by the poppet at P, and air at A goes to
port R.
2. When energized, the P side poppet opens and
the R side poppet closes, so that the air flows
from P to A.
3. When power is cut off, the armature is pushed
downward by the armature spring to change the
valve to a de-energized condition.
Energized
De-energized
Solenoid
Armature spring
Armature
Poppet
R
P
A
R
R
P
P
A
A
Single solenoid type, normally open
1. When de-energized, the air coming through port
P flows to A, but the R side is closed.
2. When energized, the P side poppet closes and
the R side poppet opens, so that the air flows
from A to R.
3. When power is cut off, the armature is pushed
upward by the armature spring to change the
valve to a de-energized condition.
(E1 type, NO)
De-energized
Symbol
Energized
Armature
Armature spring
Solenoid
R
P
A
Poppet
R
P
R
A
P
A
Keep solenoid type
(SE2 type)
Energizing S-C
Energizing R-C
（momentarily or continuously）
（momentarily or continuously）
Symbol
S
R
P
R
A
S
C
R
Solenoid
Armature spring
S
C
R
Armature
R
Poppet
P
A
P
R
1. When power is supplied to the R-C terminal, the
air coming from P is blocked by the poppet at P,
and air flows A to R.
2. When power is supplied to the S-C terminal, the
P side poppet opens and the R side poppet
closes, so that the air flows from P to A.
3. Even if power to the S-C terminal is cut off, a
strong residual magnetic force maintains the
previous position.
4. When power is supplied to the R-C terminal, the
residual magnetic force disappears, and the
armature is pushed downward by the armature
spring.
A
For details, see p. 883∼884.
Double solenoid type
(E2 type)
Energizing solenoid A
Energizing solenoid B
(continuous energizing)
(continuous energizing)
Solenoid S2
Symbol
S2
R
P
A
S1
Solenoid S1
Poppet
R
A
881
R
P
A
P
1. When the S1 solenoid is in an energizing
condition, the air coming from P is blocked by
the poppet at P, and air flows from A to R. This
condition is firmly maintained by the air pressure
applied to the poppet at P.
2. When the S2 solenoid is energized, the P side
poppet opens and the R side poppet closes, so
that the air flows from P to A. This condition is
firmly maintained by the air pressure applied to
the poppet at R.
3. While the solenoid is “momentarily energizing
holding type” increasing residual magnetism in
addition to the normal continuously energizing
type, air pressure applied to the poppet
guarantees the holding position in the case, as
well.
Voltage Types and Current
Single solenoid (E1) and double solenoid (E2) type
Keep solenoid (SE2) type
Current mA
Current mA
starting current and energizing current are
( The
)
virtually identical, and are within these values.
Rated voltage V
AC
230※1
220※1
200
115※1
110※1
100
48※1
24※1
50Hz
63
58
70
130
120
140
410
930
DC
Rated
voltage V
60Hz
55
72
65
110
160
130
370
830
※2
200
110※2
100※2
48※2
24
12※2
6※2
(
Color of lead wire
White, black
AC
The starting current and
energizing current are
virtually identical, and
are within these values.
50Hz
80
180
200
100
60Hz
70
160
)
Color of
lead wire
White, black, red
Yellow, black, red
Yellow, black
Red, black
48
80
90
190
400
750
1500
White, black
Yellow, black
Red, black
Notes: 1. For items with ※1, specify the frequency and consult us for the delivery.
2. For ※2 items, consult us for the delivery.
3. This table is also applicable to the 3-position solenoid valves 253, 503, and 753 types.
4. For explosion proof solenoid valves, see p. 934.
5. The return current will vary depending on the rated voltage, but in the range of 20∼2mA.
Wiring Instructions
Single solenoid (E1) type
●When connecting 2 or more valves in
parallel, use the black lead wire for common
connections of the AC type. A diode is
connected to the black lead wire for the AC
type. No diode is in the DC type, so the
wiring has no polarity.
Black lead
wire
●For the 2, 3-port valve, energizing the S1
solenoid in the diagram (the set side) opens
the valve, while energizing the S2 solenoid
(reset side) closes it.
●For the 4, 5-port valve, energizing the S1
solenoid opens the A port, while energizing
the S2 solenoid opens the B port.
●For connections of 2 or more valves in
parallel, or for instructions for wiring
connections with other inductive loads, see
p.883.
●The minimum time to energize for operation is
50ms.
S1
S（Black）
C（Yellow or White）
R（Red）
S2
Grommet
Diode
S1
S2
Inside of the terminal
Double solenoid (E2) type (continuously energizing holding type)
●When connecting 2 or more valves in parallel,
use the black lead wire for common
connections of the AC type. A diode is
connected to the black lead wire for the AC
type. No diode is in the DC type, so the
wiring has no polarity.
●Two solenoids, an upper and lower, are built
into this valve. They are color-coded with
vinyl tape.
●For the 2, 3-port valve, energizing the red
tape side (for units with terminals, the S2
side in the diagram) opens the valve, while
energizing the non-tape side (for units with
terminals, the S1 side in the diagram) closes
the valve.
●For the 4, 5-port valve, energizing the red
tape side (for units with terminals, the S2
side in the diagram) opens the A port, while
energizing the non-tape side (for units with
terminals, the S1 side in the diagram) opens
the B port.
Double solenoid (E2-D) type (momentarily energizing holding type)
Black lead
wire
Black lead
wire
Red tape
Commutator
●No diode is equipped with either the AC or DC type,
so the wiring connections have no polarity.
●The lead wire color coding and instructions of
terminal connections are the same as for the
continuously energizing holding type.
●While the energizing time required for switching the
valve is about 50ms, air pressure is required to
maintain that condition. For this reason, continue
energizing until exhaust is complete (or when
operating a cylinder, until the operation is
complete).
●Hold the continuous energizing time to 5 minutes or
less, and ensure that the de-energized period is
longer than the energizing time.
S1 S2
882
S C R
Explanation of Keep Solenoid
Features
While the conventional self-holding type solenoid valve employs 2 solenoids, this keep solenoid type achieves the same operation with just 1
solenoid.
Can firmly maintain both the ON and OFF positions with just momentary energizing.
Holding force is strong, achieving superior vibration and shock resistance in any directions.
Vibration resistance is more than 107.9m/s2{11G} and shock resistance is more than 294.2∼392.3m/s2{30∼40G} for the direct acting type, and
980.7m/s2{100G} for the indirect acting type. (Shock resistance for the ordinary microswitch is about 294.2m/s2{30G}, and about 49.0∼
196.1m/s2{5∼20G} for the relay.)
No need to worry about burning even with continuous energizing.
Moreover, burning will not occur even if the set signal and reset signal are applied at the same time.
Construction and operation
The diagrams show the direct acting type (or pilot section for the indirect acting valve).
Operation under the set signal
Operation under the reset signal
When the ON signal is excited (for 0.05s or more) to the S-C (set
side) terminal, as shown in Fig. 1, the solenoid is energized by halfwave rectification, and the armature is attracted (the direction of
current flow and the magnetic poles are as shown in the diagram).
Then, the armature keeps its position by residual magnetic force
even after the ON signal is turned off.
When the OFF signal is excited (for 0.05s or more) to the R-C (reset
side) terminal, as shown in Fig. 2, the current reduced by resistance
flows in the direction opposite to the set direction, the residual
magnetic force suddenly vanishes, and the armature is returned to its
position by a spring. In other words, turning this solenoid valve ON
and OFF is achieved by momentary energizing alternately to S-C and
R-C.
ON
Diode
S（Set）
Solenoid
Diode
R（Reset）
Attract
N
S
N
S
N
S
Resistance C（Common）
ON
Resistance C（Common）
Break away
Armature
P
R
S（Set）
R（Reset）
R
Figure 1
P
Figure 2
A
A
Wiring instructions
●When activating 2 or more valves simultaneously
When the ON and OFF operations are reversed, use different connections to link the S and R
terminals, as shown in the diagram at the left. When the S and R terminals are connected into
their same respective phases, there is no limit to the number of units that can be connected in
parallel.
<The reason>
When the A-1 contact is turned on, current flows along the R-C on Valve 1 and the S-C on Valve 2, and
they are both activated normally. The C side is the positive (＋), however, the current flows along the
dotted lines and causes resets or vibrations, even when a set signal has been excited to valve 2.
Correct wiring
● When using a neon lamp
Install a diode and a surge absorber on
the R (reset) side, as shown in the
diagram.
Use the diode, with which dielectric
voltage is about 3 times as high as the
power voltage. If the diode is not
installed, or if it is connected in the wrong
direction, both neon lamps will light up
when the set signal is excited.
Incorrect wiring
A-1
A-1
A-2
A-2
R
R
S
R
S
R
S
R
S
R
S
S
Diode
Valve
1
C
Valve
2
Valve
3
C
Valve
2
Valve
1
Surge absorber
C
C
C
C
（＋）
●When connecting inductive loads for other than the SE2 type in parallel
Connect at separate contacts, as shown in the diagram.
Neon lamp
（Indicates reset）
<The reason>
Switching the A-1 contact ON and OFF is normal operation. If, however, current is sent along the dotted
line to the inductive load side when the A-2 contact is ON, there may be insufficient current on the reset
side, and reset may be impossible.
A-1
Correct wiring
A-1
Incorrect wiring
A-2
A-2
Inductive
load
R
C
883
R
S
Valve
Valve
Inductive
load
S
Valve
（＋）
C
Neon lamp
（Indicates set）
Precautions (Keep solenoid)
1. Note that the keep solenoid valve cannot be used with solid state type relays with leakage current.
Because the solenoid’s reset current is so small that the relay leakage current alone can reset the solenoid after it has been set.
2 Note that exciting the set and reset signals at the same time can cause vibrations.
3. While the valves work under normal usage and environments in most applications, avoid using in locations subject to harsh vibrations or to strong
magnetic fields.
4. While the direct acting type maintains the ON or OFF position regardless of the presence or absence of an air supply, caution should be
exercised that the indirect acting type switches the stem to the OFF position when the air supply is cut off.
5. Use a fingertip to operate the manual override. Note that the manual override will not activate when the valve is set to the ON position. Operate
the manual override after exciting the reset signal to demagnetize and set the reset signal to OFF, such as in a test operation .
Safety Precautions (Round type series solenoid valves and explosion proof solenoid valves)
Warning 1. When mounting a valve inside the control panels or when an operation requires long energizing periods, provide heat radiation
measures to ensure that the ambient temperature always remains within the temperature range specifications. For long-term
continuous energizing, consult us.
2. Always check the Catalog, etc., when carrying out wiring and piping of products to ensure that the connections are correctly
done. Wrong wiring or piping could result in abnormal operation to the actuator, etc.
3. The solenoid valve’s silicon diode could be damaged by surge voltage when a large inductive load is used on the same power
supply. Either change to a separate power supply, or install a surge absorber to protect the unit. Solenoids with surge
suppression are also available. Consult us.
Caution For locations subject to water or to large amounts of dust, use a cover, etc., to protect the valves. Also, attach a muffler, etc., to
the R port to prevent dust from entering. Entering water or dust could result in short-term functional shutdowns, sudden drops in
performance, or a reduced operating life.
Attention 1. Use clean air that does not contain degraded compressor oil, etc. and install a filter, etc., close to solenoid valves to remove
dust or collected liquid.
2. Ensure that the piping port on the supply side has at the same area or larger than the solenoid valve’s effective area.
3. When using an indirect acting valve, use a stop valve between it and the pressure source. When the stop valve is opened
before the pressure reaches the minimum operating pressure, the indirect acting valve could fall into a neutral position.
(All solenoid valves in the 250 series and up are indirect acting valves.)
4. When connecting 2 or more AC type solenoid valves to the same power supply, connect the same color lead wires.
5. Since a diode is equipped with the AC type solenoid valve, the solenoid may sometimes not turn on with the solid state-type
relay (SSR) with zero-cross function. For this reason, pay attention before use to the ratings and precautions for use of the solid
state-type relay.
In the Catalog, Class 1 of the recommended oil “Turbine Oil Class 1 (ISO VG32)” signifies “non-additive,” while VG32 signifies
“viscosity.” The previous notation of “Turbine Oil #90” has been changed.
Others
884
Construction of Manual Override
Single solenoid（E1）
Non-locking type
Normally closed（NC）
Locking type
Normally open（NO）
Normally closed（NC）
Normally open（NO）
φ30
φ30
Operation type
Construction
16
16
16
26.5
26.5
φ30
φ30
Pressing the button with a fingertip turns it on, and
releasing the button turns it off.
Using a screwdriver to press the button turns it on, and
releasing the button turns it off. Lock it by pressing in and
then turning it by 90 degrees (to align with the groove
outside).
After operation, always release the lock.
Keep solenoid（SE2）
Double solenoid（E2）
φ30
Operation type
21
Construction
16
φ30
Pressing the button turns it on, and releasing the button turns it off. When set as
ON, the manual override cannot be operated. To perform test operations, etc.,
reset to the OFF position before starting.
●Caution
The following operation causes the ON position to continue, and the manual override cannot be used to
turn the valve OFF.
1.When the manual override is in the ON position, and reset voltage or set voltage is applied.
2.When the manual override is operated while the reset voltage or set voltage has been applied.
In this condition, applying the set voltage once, and applying the reset voltage later, allows the manual
override to be operated again.
Note: The 3-position solenoid valve manual override has the same construction as the one for the
single solenoid normally open type (E1, NO).
885
Remove the cap and pull the manual override button with
a finger to turn it on, and press it to turn it off.
While the manual override has no locking mechanism, the
air-pressure holding force maintains the position.
Mounting and Adjusting of Manual Override
Non-locking type
Locking type
Adjusting procedures
Adjusting procedures
1. Screw in nut ○
A into the
support.
Screw in nut ○
A until it contacts
the cam, then return back onehalf to one full rotation from
that position.
The procedure for adjusting
nuts ○
A and ○
B is the same as
for the non-locking type.
1. Align the slotted groove of
the manual override button
to the groove of the adjusting
screw, and use a screwdriver
to screw in the manual
override button and the
adjusting screw at the same
time.
Screwing them in causes air to
leak, in the case of the direct
acting valve, from the R port,
and in the case of the indirect
acting valve, from the PR port.
Keep screwing in further, until
the air stops leaking.
)
2. Align slotted groove on the
base to the nut ○
A slot.
When it is not aligned to the
slot, loosen nut ○
A and realign it.
3. Use nut ○
B to lock.
Insert a screwdriver into the
aligned groove, and lock it so
that it cannot rotate.
Do not tighten more than
needed.
Note: Place the cam under the side with the black mark.
Slot
Flat blade
screwdriver
B
Nut ○
A
Nut ○
Cam（Note）
Base
Support
Flat blade
screwdriver
C
Nut ○
Button
Adjusting screw
B
Nut ○
A
Nut ○
2. From the position where the
air stops leaking, screw in a
further 10 degrees.
Do not screw in more than
needed.
3. Use nut ○
C
to lock the
adjusting screw.
Lock it with a screwdriver
inserted condition.
(
In the one-half to one full
rotation back position,
confirm that some play with
the cam exists.
Slotted groove
886
SOLENOID VALVES 062 SERIES
Direct acting 2-, 3-, 4-port
Symbols
2-port
Double solenoid (E2) type
3-port
NC
NO
NC
NO
4-port
2-port
3-port
4-port
2-port
3-port
NC/NO
NC/NO
NC/NO
―――
NC/NO
NC/NO
S
R
P
A
062E1-2
P
R
P
A
062E1-2-11
A
062E1
R
P
A
062E1-11
R
P
P
A
B
062-4E1
R
P
A
062E2-2
R
P
A
062E2
A
B
062-4E2
4-port
―――
S
R
P
R
P
A
062SE2-2
S
R
R
P
A
062SE2
A
B
062-4SE2
Basic Models and Valve Functions
Model 062E1-2 062E1-2-11
Item
Number of positions
062E1
062E1-11 062-4E1
062E2-2
062E2
062-4E2 062SE2-2 062SE2 062-4SE2
２
Number of ports
2
3
4
2
Single solenoid
Valve function
3
4
2
Double solenoid
Normally closed Normally open Normally closed Normally open
(NC, standard) (NO, optional) (NC, standard) (NO, optional)
Normally closed (NC)
or Normally open (NO)
――― 3
4
Keep solenoid
――― Normally closed (NC)
―――
Specifications
Model 062E1-2 062E1-2-11
Item
Media
062E1
062E1-11 062-4E1
062-4E2 062SE2-2 062SE2 062-4SE2
Direct acting
Effective area〔Cv〕
mm2
Port size
2.5
〔0.12〕
1.8〔0.08〕
Rc
2.5
〔0.12〕
1.8
〔0.08〕
2.5
〔0.12〕
1.8
〔0.08〕
1/4
Lubrication
Not required
Operating pressure range
MPa{kgf/cm2} [psi.]
0∼0.9 {0∼9.2} [0∼131]
MPa{kgf/cm2} [psi.]
1.35 {13.8} [196]
ON
30
Response time
ms
ON/OFF
OFF
30
Maximum operating frequency
Hz
5
｜
Minimum time to energize for self holding ms
50
Operating temperature range (atmosphere and media) °C [°F]
0∼60 [32∼140]
Mounting direction
Mass
062E2
Air
Operation type
Proof pressure
062E2-2
Any
kg [lb.]
0.3 [0.66]
0.5 [1.1]
0.4 [0.88]
Solenoid Specifications
Item
Voltage type
Voltage range
Current
Solenoid type
V
%
mA
Energizing type
Rated voltage ±10%
Rated voltage ＋10%, −5%
Common type for momentarily and continuously energizing
Grommet type
mm [in.]
Keep solenoid (SE2)
See the Voltage Types and Current.
B type
Wiring type
887
Double solenoid (E2)
Continuously energizing type
Insulation type
Lead wire length
Single solenoid (E1)
Approximately 300 [11.8]
Inner Construction, Major Parts and Materials
Flow Rate
●2-, 3-port
●2-, 3-port
Energized
De-energized
Silicon diode
MPa
0.8
Solenoid
0.7
Armature
P
R
When using as
a 2-port valve,
plug here.
Poppet
P
R
Valve outlet pressure
Armature spring
Poppet stem
setting screw
Supply pressure
0.9
0.9
0.6
0.6
0.4
0.5
0.3
0.1
A
0.8
0.7
0.5
0.2
A
MPa
0.3 0.4
0.2
0.1
0
100
●For the keep solenoid (SE2) type and double solenoid (E2) type, see p.881.
300
200
Flow rate
How to read the graph
When the supply pressure is 0.5MPa [73psi.] and
the flow rate is 120R/min [4.24ft.3/min.] (ANR), the
valve outlet pressure becomes 0.4MPa [58psi.].
●4-port
De-energized
Silicon diode
400
R/min (ANR)
Energized
Armature spring
1MPa = 145psi., 1R/min = 0.0353ft.3/min.
Solenoid
Armature
●4-port
Poppet stem
setting screw
MPa
0.9
B
Supply pressure
R1
0.8
A
R2
R2
P
P
●Although the Inner construction schematic diagram shows R1 and R2 separately, these are in fact
combined inside the body, with just the Rc1/4 female thread leading to the outside.
●For the keep solenoid (SE2) type and double solenoid (E2) type, see p.881.
0.7
A
Poppet
Materials
Aluminum alloy (anodized)
Poppet stem
Brass
Poppet
Seal
Synthetic rubber
0.7
0.5
0.6
0.4
0.4
0.3
0.1
Body
0.9
0.8
0.6
0.2
Parts
MPa
0
0.5
0.3
0.2
0.1
50
100
150
Flow rate
200
250
R/min (ANR)
888
B
R1
2-, 3-port Order Codes
Number of ports
Blank
3-port
2
2-port
21
With manual override
(non-locking type)
manual override
81Note With(locking
type)
Note: Conduit (-37) is
standard for -80 and
-81, which removes
the -37 code
designation.
Code Specifications
Blank
Grommet
37
Conduit
T
With terminal box
Number of ports
Voltage
Option
Number of ports
Series
Keep solenoid
Voltage
Option
−
Option
Code Specifications
Code Specifications
3-port
21
With mounting base
Blank
3-port
21
With mounting base
2
2-port
80
2
2-port
80
T
With terminal box
Wiring type
Voltage
Voltage
Code Specifications
Code Specifications
Blank
Conduit
AC100V AC100V 50/60Hz
Code Specifications
T
With terminal box
AC200V AC200V 50/60Hz
AC100V AC100V 50/60Hz
DC24V DC24V
AC200V AC200V 50/60Hz
Energizing type
AC200V AC200V 50/60Hz
Code Specifications
DC24V DC24V
Blank Continuously energizing type
Code Specifications
−
062SE2−
Code Specifications
Code Specifications
AC100V AC100V 50/60Hz
Wiring type
−
Blank
Voltage
NO (normally open)
Number of ports
Series
Double solenoid
Voltage
With mounting base
●Keep solenoid
−
Option
Code Specifications
80Note
Blank NC (normally closed)
−
Number of ports
Code Specifications
Valve function
−
062E2−
Energizing type
−
Option
Code Specifications
11
●Double solenoid
−
Option
Valve function
Number of ports
Series
Single solenoid
−
Wiring type
−
062E1−
Wiring type
●Single solenoid
See notes 1 and 2.
For other voltages, see p.882.
See notes 1 and 2.
Example: 062SE2-21-80-AC100V
Example: 062E2-21-AC100V
Momentarily energizing type
D
Notes: 1. Also specify Hz for AC110V and 220V.
2. For the order code, first enter numbers, in order from small to large,
and then enter alphabetic characters.
Dimensions of 2-, 3-port
(mm)
●Single solenoid（with conduit cover）062E1-37
Lead wire length approximately 300mm
46
φ30
φ26
49.5
97
（107.5）
16
（26.5）
Mounting base
（Order code：-21）
R
φ42
67
64
A
P
22
50
64
50
4-φ5.5
Mounting hole
22
64
P
50
A
2-M5×0.8 Depth 9
Mounting thread
2-M5×0.8 Depth 9
Mounting thread
R
22
50
64
Note: Figures in parentheses (
889
A
P
Plug for 2-port
22
4-φ5.5
Mounting hole
）
Lead wire length
approximately
300mm
1.2
Plug for 2-port
R
A
（
G1／2
8
φ42
1.2
Mounting base
73
P
14.5
14.5
17.5
R
9.5
R
P
8
9.5
3-Rc1／4
81
73
3-Rc1／4
A
Manual override
Order code：
-80 or -81
Conduit outlet
17.5
●Single solenoid (standard type) 062E1
) are for the single solenoid with locking type manual override (-81).
(
062E1-T
062E2-T
062SE2-T
Single solenoid
Double solenoid
Keep solenoid
)
88
16（26.5Note1）
（21Note2）
54
Manual override
64
SCR
S1S2
112
100
3-Rc 1／4
of keep solenoid
43
R
Wiring outlet φ22
R
P
A
14.5
124 (134.5Note1)
(129 Note2 )
φ30
φ42
1.2
99
9.5
8
P
17.5
●With terminal box
(mm)
Plug for 2-port
R
50
22
4-φ5.5
Mounting hole
64
P
S1S2
A
22
2-M5×0.8 Depth 9
Mounting thread
of single solenoid
Mounting base
50
64
Notes: 1. For the single solenoid with locking type manual override (-81).
2. For double solenoid
of double solenoid
※For wiring instructions, see p.882.
●Double solenoid (standard type) 062E2
●Keep solenoid (standard type) 062SE2
46
φ30
21
（16）
φ26
A
R
17.5
65 (65.5)
100（89）
129（113）
A
8
14.5
G
1
／2
Lead wire length
approximtely 300mm
9.5
3-Rc 1／4
P
Manual override
Conduit outlet
1.2
Mounting base
φ42
67
64
A
50
4-φ5.5
Mounting hole
P
2-M5×0.8 Depth 9
Mounting thread
22
Plug for 2-port（Order code：-2）
R
22
50
64
) are for the keep solenoid.
890
4-port Order Codes
Wiring type
Blank
Conduit
21
With speed controller
T
With terminal box
Conduit
70
With terminal box
80Note
(non-locking type)
manual override
81Note With(locking
type)
Voltage
Option
Keep solenoid
Series
AC100V AC100V 50/60Hz
AC200V AC200V 50/60Hz
21
70
70
80
80
T
With terminal box
Code Specifications
AC100V AC100V 50/60Hz
AC200V AC200V 50/60Hz
D
Code Specifications
With mounting base
With mounting base
Code Specifications
AC100V AC100V 50/60Hz
Voltage
Code Specifications
Voltage
Energizing type
Voltage
Code Specifications
Option
Code Specifications
With mounting base
T
Voltage
Option
Code Specifications
−
062−4SE2−
Option
Wiring type
−
21
37
Note: Conduit (-37) is
standard for -80 and
-81, which removes
the -37 code
designation.
●Keep solenoid
−
Wiring type
Code Specifications
Grommet
Double solenoid
Series
Option
Code Specifications
Blank
−
062−4E2−
Voltage
Wiring type
Single solenoid
Series
−
Option
−
062−4E1−
●Double solenoid
Energizing type
●Single solenoid
Example:
062-4SE2-21-70-AC100V
DC24V DC24V
AC200V AC200V 50/60Hz
DC24V DC24V
See notes 1 and 2.
See notes 1 and 2. For other
voltages, see p.882.
Example: 062-4E2-21-70-AC100V
Example: 062-4E1-21-70-AC100V
Dimensions of 4-port
(mm)
●Single solenoid (standard type) 062-4E1
●Single solenoid (with conduit cover) 062-4E1-37
Manual override
（Order code：-80 or -81）
1.2
73
P
Speed controller
Mounting base
B
A
R
A
8
A
φ42
φ42
1.2
P
Mounting base
49.5
8 14.5
B
4-Rc1／4
P
81
R
Lead wire length
approximately
300mm
φ26
73
81
4-Rc 1／4
A
φ30
Speed controller
16
（26.5）
97（107.5）
46
14.5
Conduit outlet G1／2
67
P
2-M5×0.8 Depth 9
Mounting thread
R
22
50
64
2-M5×0.8 Depth 9
Mounting thread
891
64
R
P
50
4-φ5.5
Mounting hole
22
64
A
22
50
A
4-φ5.5
Mounting hole
B
B
22
50
64
(
062-4E1-T
062-4E2-T
062-4SE2-T
Single solenoid
Double solenoid
Keep solenoid
)
88
16（26.5Note1）
（21Note2）
φ30
54
Manual override
112
64
SCR
100
124（134.5 Note1）
(129 Note2 )
(mm)
Speed controller
43
S1S2
of keep solenoid
Wiring
outlet
φ22
R
B
14.5
P
φ42
1.2
99
A
P
8
B
Mounting base
4-Rc 1／4
64
50
P
22
B
4-φ5.5
Mounting hole
R
2-M5×0.8 Depth 9
Mounting thread
S1S2
A
22
50
64
of single solenoid
of double solenoid
Notes: 1. For single solenoid with locking type manual override (-81).
●Double solenoid (standard type) 062-4E2
●Keep solenoid (standard type) 062-4SE2
φ30
46
21
（16）
Manual override
Conduit port G1／2
14.5
65（65.5）
φ26
4-Rc 1／4
100（89）
129（113）
Lead wire length
approximately 300mm
A
B
R
22.5
P
A
8
P
1.2
Mounting base
φ42
67
P
64
50
A
R
22
50
64
Speed Controller Mounting and Adjustment Instructions
Mounting instructions Differs from the 125 series.
Adjusting instructions
1. Return the adjusting screws 1 and 2, without excessive force, to their original
positions (the A dimension in the right figure of about 6mm [0.24in.]).
2. Screw the plug in until the dimension from the plug end surface to the lock nut
becomes 3∼3.5mm [0.118∼0.138in.] (the B dimension in the diagram) and align
the plug’s groove for screwdriver to be vertical, and then secure the lock nut in
place.
(Since the brake ring serves as the lock ring for the adjusting screws, it can still be
used even if the outer surface is scratched.)
3. Screw in the adjusting screws until the end rubber of the adjusting screws lightly
strikes the seat surface (the A dimension at this time is 2.5∼3mm [0.098∼
0.118in.]), and then return 1 rotation.
Tightening the adjusting screw throttles the exhaust and reduces the cylinder speed.
Returning about 0.5mm [0.020in.] (1 rotation) from the fully tightened position leaves
it virtually full open, and any further return rotation will not increase the speed.
Do not return more than 6mm [0.236in.] (the A dimension in the diagram) from the
plug end.
Plug
Lock nut
Adjusting screw 2
A
Groove for screwdriver
（Set vertically）
R2
R1
B
Brake ring
Adjusting screw 1
892
2-M5×0.8 Depth 9
Mounting thread
B
22
4-φ5.5
Mounting hole
Speed controller
Manifold
Order Codes
M062E1-AC100V
M062-4E1-AC100V
BP
M062-4E1-70-AC100V
●Number of units (number of mounting valves)
Valve model
Stn. 1∼3
Stn.
4
Stn.
5
Stn.
6
Station
Number of units
With bottom piping port
(Special order)
MM6
Code
Number of units
1
1
2
2
3
・
・
・
10
3
・
・
・
10
●Station (valve mounting position)
Code
Details
1st station from the left when
Stn.1 facing A, B ports.
Stn.2 2nd station from the left when facing A, B ports.
Stn.3 3rd station from the left when facing A, B ports.
・
・
・
・
・
・
Stn.10 10th station from the left when facing A, B ports.
●With bottom piping port (A, B port)
Code
Blank
A
Side piping port only
With bottom piping port (special order)
Manifold Mass (with valves)
Single solenoid
Keep solenoid
M062E1
M062-4E1
M126E1
M062SE2
M062-4SE2
Double solenoid
M062E2
M062-4E2
MM1
0.47 [1.04]1
0.63 [1.39]1
MM2
0.96 [2.12]1
1.28 [2.82]1
MM3
1.44 [3.18]1
1.92 [4.23]1
MM4
1.93 [4.26]1
2.57 [5.67]1
MM5
2.42 [5.34]1
3.22 [7.10]1
MM6
2.91 [6.42]1
3.87 [8.53]1
MM7
3.40 [7.50]1
4.52 [9.97]1
MM8
3.89 [8.58]1
5.17 [11.40]
MM9
4.37 [9.64]1
5.81 [12.81]
MM10
4.86 [10.72]
6.46 [14.24]
Single valve unit
0.33 [0.73]1
0.49 [1.08]1
893
M 062SE2
M 062E2
M 062-4E1
M 062-4SE2
M 062-4E2
Enter the solenoid
valve models required
for each station.
Major Parts and Materials
kg [lb.]
Manifold model
Model
M 062E1
M 126E1
Block-off plate
(order code: BP)
Details
Notes: 1. The prefix M for each valve model signifies a “solenoid valve for manifolds.” Enter M to all valves for manifold types. The order
code for the Slim Cylinder Valpack is VPS062-4E1-70. For details about valve models, see the Actuators General Catalog (Slim
Cylinder).
2. The 126 series can be mounted together on this manifold base.
3. The “block-off plate” is used to close unused stations.
Mounting valve model
●Valve model
Parts
Materials
Base
Block-off plate
Bracket
Steel plate (zinc plated)
(mm)
Conduit cover
（Order code: - 37）
φ14
4-φ5.5
Mounting hole
Mounting method for manifold can be changed
Bracket depending on the bracket installation positions.
40.5
26.5
Wiring outlet φ22
18.5
stn.8
28
A
9
B
A B
A B
B, A：Rc1/8（A plugged）
60
60
A
R
B
A
B
R
A
B
A
R
R
B
A
B
Base piping A：Rc1/8
（Order code：A）
L
P：Rc1/4 both sides
The port on one side is temporarily plugged.
R
Speed controller
60
9
61
M062-4E1
-70
M062-4E1-T
M062-4SE2-T
M062-4E2-T
126 series
062 series 2-, 3-port
147
（157.5Note1）
（152Note3）
54
M062E1-T
M062E2-T
M062SE2-T
34
B
13.5
A
M062-4SE2-70-80
21（16 Note2） M062-4E1-70-80
131（120Note2）
M062-4E2-70-80
28
2.3
4
27
19
9.5
R
stn.10
143
104
143
M062E1
16（26.5 Note1）
M126E1-T
M126E1
104
120（130.5Note1）
Manual override
M062E2-80
M062SE2-80
M062E1-80
M126E1-37
stn.9
stn.7
64
stn.6
54
stn.4
120（130.5Note1）
stn.3
Block-off plate
（Order code: BP）
stn.5
104
stn.2
43
stn.1
23
43.5
64
12 12
89.5
42
4
35
12 12
6
Dimensions of Manifold
40.5
062 series 4-port
Unit dimensions
L dimension
MM1 MM2 MM3 MM4 MM5 MM6 MM7 MM8 MM9 MM10
56
116
176
236
296
356
416
476
536
596
Notes: 1. For single solenoid with locking type manual override (-81).
2. For keep solenoid
Model
894
Direct acting 2-port
Symbols
Inner Construction and Major Parts
NC
NO
De-energized
Silicon diode
Armature spring
P
P
A
A
Solenoid
Armature
126E1
126E1-11
Poppet stem
setting screw
Poppet
A
Model
Item
Number of positions
126E1
P
126E1-11
Energized
2
Number of ports
2
Single solenoid
Valve function
Normally closed
(NC, standard)
Normally open
(NO, optional)
Specifications
Model
Item
Media
126E1-11
Air
Operation type
mm2
Port size
Rc
P
5.5〔0.27〕
Flow Rate
1/4
Not required
Lubrication
Operating pressure range MPa {kgf/cm2} [psi.]
MPa {kgf/cm2} [psi.]
0∼0.5 {0∼5.1} [0∼73]
MPa
0.9
0.75 {7.7} [109]
0.8
30
Response time ms ON
ON/OFF
OFF
0.7
Hz
4
Minimum time to energize for self holding
ms
−
0∼60 [32∼140]
Any
Mounting direction
kg [lb.]
0.3 [0.66]
30
Mass
A
Direct acting type
Proof pressure
126E1
0.6
Supply pressure
MPa
0.5
0.4
0.4
0.3
0.3
0.2
0.1
0.2
0.1
0
0.5
200
600
400
Flow rate
Item
Voltage type
Voltage range
Current
Solenoid type
%
%
mA
Rated voltage ±10%
Energizing type
Insulation type
B type
●Manifold
Manifold base is shared with the 062 series.
See p.894.
Grommet type
Wiring type
Lead wire length
mm [in.]
Parts
Materials
Body
Poppet stem
Brass
Poppet
Seal
895
R/min (ANR)
Synthetic rubber
Order Codes
Valve function
Option
Code
Specifications
Code
Specification
Blank
NC (normally closed)
21
With mounting base
11
NO (normally open)
Wiring type
Voltage
Code
Specifications
Code
Specifications
Blank
Grommet
AC100V
AC100V 50/60HZ
37
Conduit
AC200V
AC200V 50/60HZ
T
With terminal box
DC24V
DC24V
See notes 1 and 2.
Voltage
−
Option
−
Wiring type
−
Valve function
Series
Single solenoid
126E1−
896
Dimensions
(mm)
●Standard type 126E1
2-Rc1／4
81
73
P
P
8
17.5
9.5
A
1.2
Mounting base
φ42
P
64
A
50
2-M5×0.8 Depth 9
Mounting thread
22
4-φ5.5
Mounting hole
22
50
64
●With conduit cover 126E1-37
67
46
Conduit outlet G1/2
φ26
49.5
81
73
Lead wire length
approximately 300mm
A
A
8
9.5
P
1.2
Mounting base
64
22
A
50
4-φ5.5
Mounting hole
P
2-M5×0.8 Depth 9
Mounting thread
φ42
22
50
64
●With terminal box 126E1-T
88
9.5
※For wiring instructions,
see p.882.
22
50
64
64
A
22
P
50
4-φ5.5
Mounting hole
2-M5×0.8 Depth 9
Mounting thread
100
φ42
1.2
Mounting base
A
17.5
A
P
897
43
Wiring
outlet φ22
8
2-Rc1／4
120
64
54
Direct acting 4-port
Symbols
Silicon diode
De-energized
Armature spring
S
R
Solenoid
R
P
R
P
A
B
Armature
A
B
Poppet stem
setting screw
125-4E1
125-4SE2
R1
Model
Item
Number of positions
125-4E1
125-4SE2
B
A
R2
2
Valve function
P
Poppet
4
Number of ports
Single solenoid
Keep solenoid
Energized
Specifications
Model
Item
Media
125-4E1
125-4SE2
Air
Direct acting type
Operation type
mm2
Port size
3.5〔0.17〕
R1
1/4
Rc
35
30
ms
5
−
50
0∼60 [32∼140]
Mounting direction
Any
kg [lb.]
0.4 [0.88]
0.9
Single solenoid（E1）
%
Voltage range
mA
Energizing type
Rated voltage＋10%,−5%
Common type for momentarily
and continuously energizing
B type (Insulation resistance over 10MΩ)
Insulation type
Grommet type
Wiring type
Lead wire length
300 [11.8]
mm [in.]
MPa
0.9
0.7
0.8
0.7
0.6
0.6
0.5
0.5
0.4
0.4
0.3
0.2
0.1
Supply pressure
0.8
Keep solenoid（SE1）
solenoid（SE2）
Rated voltage ±10%
%
Current
Flow Rate
MPa
Solenoid type
Item
Voltage type
●Although the inner construction schematic
diagram shows R1 and R2 separately, these are
in fact combined inside the body, with just a
Rc1/4 female thread leading to the outside.
●For the keep solenoid (SE2) type, see p.881.
Hz
Mass
P
1.35 {13.8} [196]
Response time ms ON
ON/OFF
OFF
R2
0∼0.9 {0∼9.2} [0∼131]
Proof pressure
B
A
Required (Turbine Oil Class 1 (ISO VG32) or equivalent)
Lubrication
0
0.3
0.2
0.1
100
200
Flow rate
Parts
Materials
Body
Poppet stem
Brass
Poppet
Seal
Synthetic rubber
300
400
R/min (ANR)
When the supply pressure is 0.5MPa [73psi.]
and the flow rate is 175R/min [6.18ft.3/min.]
(ANR), the valve outlet pressure becomes
0.4MPa [58psi.].
898
Order Codes
●Keep solenoid
Blank
Grommet
AC100V AC100V 50/60Hz
37
Conduit
AC200V AC200V 50/60Hz
T
With terminal box
DC24V DC24V
See notes 1 and 2.
Code Specifications
21
With mounting base
70
(non-locking type)
(locking type)
80
81
Option
Code Specifications
Keep solenoid
Code Specifications
OptionNote 2
OptionNote 2
Example: 125-4E1-21-70-AC100V
Code Specifications
With mounting base
AC100V AC100V 50/60Hz
70
AC200V AC200V 50/60Hz
80
T
With terminal box
21
Example: 125-4SE2-21-70-AC100V
(mm)
φ42
14.5
89
81
4-Rc1/4
A
22.5
8
P
A
Speed controller
This is different from 062 series.
46
1.2
Mounting base
R
P
B
2-M5×0.8 Depth 4
Mounting thread
64
22
A
B
50
P
4-φ5.5
Mounting hole
R
22
50
64
φ26
Manual override
P
14.5
P
A
46
R
A
8
B
Lead wire length
approximately 300mm
64.5
（64:Note2）
88（99 Note2）
4-Rc1/4
69
φ30
Conduit outlet
G1/2
104
（114.5Note1）
（115Note2）
16 （26.5 Note1）
●Single solenoid (with conduit cover ) 125-4E1-37
φ42
φ46
1.2
Mounting base
Speed controller
P
64
A
50
B
22
4-φ5.5
Mounting hole
2-M5×0.8 Depth 4
Mounting thread
R
22
50
64
899
Voltage Note 1
Code Specifications
Dimensions
−
125−4SE2−
Series
Voltage
Wiring type
Single solenoid
Series
Voltage Note 1
Wiring type
−
Option
−
125−4E1−
Voltage
●Single solenoid
Dimensions
(mm)
Speed controller
16 （26.5）
(
Single solenoid
Keep solenoid
125-4E1-T
125-4SE2-T
)
90
54
φ42
Manual override
111
64
φ30
99
123
（133.5）
S CR
43
4-Rc1／4
Wiring outlet φ22
R
14.5
P
of keep solenoid
A
P
99
1.2
8
B
S1 S2
B
φ46
Mounting base（Order code：-21）
B
64
P
50
R
22
4-φ5.5
Mounting hole
of single solenoid
2-M5×0.8 Depth 9
Mounting thread
A
22
50
64
Note: For the single solenoid with locking type manual override (-81).
Mounting instructions Differs from the 062 series.
Adjusting instructions
1. Leave adjusting screws 1 and 2 protruding about 4mm [0.16in.] from the plug (the
A dimension in the right diagram). This position is where the adjusting screw’s
end rubber comes in contact with the brake ring.
Tightening the adjusting screw throttles the exhaust and reduces the cylinder speed.
Returning about 0.5mm [0.020in.] (1 rotation) from the fully tightened position leaves
it virtually full open, and any further return rotation will not increase the speed.
Do not return more than 5mm [0.20in.] (the A dimension in the diagram) from the
plug end.
2. Screw the plug about 2 rotations into the valve body, and then return adjusting
screws 1 and 2, without excessive force, to their original positions (the A
dimension in the diagram of about 5mm [0.20in.]).
At this time, the adjusting screw’s end rubber makes the brake ring expand
outward and comes into contact with the plug end.
3. Screw the plug in until the dimension from the plug end surface to the lock nut
becomes 2.5∼3mm [0.098∼0.118in.] (the B dimension in the diagram), align the
plug’s groove for screwdriver to be vertical, and then secure the lock nut in place.
(Since the brake ring serves as the lock ring for the adjusting screws, it can still
be used even if the outer surface is scratched.)
4. Screw the adjusting screws in until the end rubber of the adjusting screws lightly
strikes the seat surface (the A dimension at this time is 3∼3.5mm [0.118∼
0.138in.]), and then return 1 rotation.
Plug
Lock nut
Adjusting screw 2
A
Groove for screwdriver
（Set vertically）
R2
R1
B
Brake ring
Adjusting screw 1
900
Speed Controller Mounting and Adjustment Instructions
Manifold
Order Codes
Valve model
Station
Number of units
MM6 Stn. 1∼3 M125-4E1-AC100V
Stn.
4 M125-4E1-70-AC100V
Stn.
5 BP
Stn.
6 M125-4E1-AC100V
●Number of units (number of mounting valves)
Code
Number of units
1
1
2
2
3
・
・
・
10
3
・
・
・
10
●Station (valve mounting position)
●Valve model
Code
Details
1st station from the left when
Stn.1 facing A, B ports.
Model
M125-4E1
・
・
・
・
・
・
M125-4SE2
Block-off plate
(order code: BP)
Enter the solenoid
for each station.
Notes: 1. The prefix M of each valve model signifies a “solenoid valve for manifolds.” Enter M to all valves for manifold types.
The valve type for the valpack is VPS125-4E1-70. For details about valve models, see “Order Codes” on p.899.
Manifold Mass (with valves)
kg [lb.]
Mounting valve model
Manifold model
901
Single solenoid
Keep solenoid
M125-4E1
M125-4SE2
MM1
0.59 [1.30]1
MM2
1.13 [2.49]1
MM3
1.67 [3.68]1
MM4
2.22 [4.90]1
MM5
2.76 [6.09]1
MM6
3.30 [7.28]1
MM7
3.84 [8.47]1
MM8
4.38 [9.66]1
MM9
4.93 [10.87]
MM10
5.47 [12.06]
Single valve unit
0.37 [0.82]1
Parts
Materials
Base
Block-off plate
Dimensions
(mm)
Unit dimensions
Model
L
MM1
76
MM2
134
MM3
192
MM4
250
MM5
308
MM6
366
MM7
424
MM8
482
MM9
540
MM10
598
L
58
58
58
58
4-φ6
Mounting hole
38
5
5
38
46
43
44
5
69
46
90
18
36
4
5
Wiring outlet φ22
Speed controller
54
M125-4E1-70-80（-81）
M125-4SE2-70-80
φ30
Manual override
Order code：
-80 or -81
（
M125-4E1-80-T（-81-T）
M125-4SE2-80-T
）
19
9.5
4
Block-off plate
142（152.5:Note1）
138
91.5（91Note2）
108
27
131
（141.5:Note1）
115
（126:Note2）
64
16
M125-4E1-37-70
M125-4SE2-70
（26.5 Note1）
M125-4E1-70
Conduit cover
A
B
9
A
B
A
B
A
B
A
B
9
18
B, A Rc1/8
stn.1
stn.2
stn.3
stn.4
P：Rc1/4 both sides
（The port on one side is temporarily plugged.）
stn.5
902
Indirect acting diaphragm 2-, 3-, 5-port
Symbols
2-port
3-port
NC
NO
NC
NO
5-port
2-port
3-port
5-port
2-port
3port
5-port
―――
NC/NO
NC/NO
―――
NC/NO
NC/NO
―――
S
R
P
A
250E1-2
2503E1-2
R
P
A
P
250E1-2-11
2503E1-2-11
A
250E1
2503E1
R
P
A
250E1-11
2503E1-11
R1
P
R2
A
B
250-4E1
2503-4E1
P
R
P
A
250E2-2
2503E2-2
R1
P
R2
A
250E2
2503E2
A
B
250-4E2
2503-4E2
R
P
A
P
S
R
S
R
250SE2-2
2503SE2-2
R1
P
R2
A
250SE2
2503SE2
A
B
250-4SE2
2503-4SE2
Model 250E1-2 250E1-2-11 250E1 250E1-11 250-4E1 250E2-2
2503E1-2 2503E1-2-11 2503E1 2503E1-11 2503-4E1 2503E2-2
Item
Number of positions
250E2
2503E2
250-4E2 250SE2-2 250SE2 250-4SE2
2503-4E2 2503SE2-2 2503SE2 2503-4SE2
２
Number of ports
2
3
5
2
3
Single solenoid
Valve function
5
2
Double solenoid
――― 3
5
Keep solenoid
――― Normally closed (NC)
―――
Specifications
Model 250E1-2 250E1-2-11 250E1 250E1-11 250-4E1 250E2-2
2503E1-2 2503E1-2-11 2503E1 2503E1-11 2503-4E1 2503E2-2
Item
Media
250-4E2 250SE2-2 250SE2 250-4SE2
2503-4E2 2503SE2-2 2503SE2 2503-4SE2
Air
Operation type
Internal pilot type
Port size
250E2
2503E2
Rc
15〔0.76〕
mm2
1/4
250□
2503□
3/8
Lubrication
Not required
0.2∼0.9 {2.0∼9.2} [29∼131]
Proof pressure
Response time
ms
ON/OFF
ON
30
70
30
70
30
70
OFF
50
60
50
60
50
60
1.35 {13.8} [196]
Hz
5
｜
50
0∼60 [32∼140]
Mounting direction
Mass
kg
Any
250□
0.6 [1.3]
0.9 [2.0]
0.7 [1.5]
1.0 [2.2]
0.7 [1.5]
1.0 [2.2]
2503□
0.7 [1.5]
0.9 [2.0]
0.8 [1.8]
1.0 [2.2]
0.8 [1.8]
1.0 [2.2]
Item
Voltage type
Voltage range
Current
Solenoid type
V
%
mA
Energizing type
Rated voltage ±10%
Rated voltage +10%, –5%
Common type for momentarily and continuously energizing
Grommet type
mm [in.]
Keep solenoid (SE2)
B type
Wiring type
903
Insulation type
Lead wire length
Inner Construction, Major parts and Materials
Flow Rate
●2-,3-port
●2-, 3-port
De-energized
Manual override
Energized
MPa
0.9
Silicon diode
0.8
Solenoid
0.7
Armature spring
Armature
Poppet stem
setting screw
When using as
a 2-port valve,
plug here.
Poppet
R
R
Diaphragm
A
P
P
MPa
0.9
0.8
0.7
0.6
0.5
0.6
0.5
0.4
0.4
0.3
0.2
A
Supply pressure
0.3
0.2
0.1
Stem
0
●For keep solenoid (SE2) type and double solenoid (E2) type, see p.881.
the flow rate is 740R/min [26.1ft.3/min.] (ANR),
the valve outlet pressure becomes 0.4MPa
[58psi.].
●5-port
Manual override
Energized
De-energized
800 1200 1600 2000
Flow rate R/min (ANR)
400
Silicon diode
Armature spring
●5-port
Solenoid
Armature
MPa
Poppet stem
setting screw
0.9
Supply pressure
0.8
Poppet
2（B）
4（A）
3（R2）
2（B）
5（R1）
3（R2）
4（A）
Stem
1（P）
1（P）
0.9
0.8
0.6
0.7
0.5
0.6
0.4
0.4
0.5
0.3
0.3
0.2
0.2
0.1
Parts
Body
Stem
Diaphragm
Seal
Materials
Aluminum alloy（anodized）
Brass
Synthetic rubber
0
400
800 1200 1600 2000
[58psi.].
904
Diaphragm
5（R1）
MPa
0.7
Rc1/4, 3/8 and 2-, 3-port Order Codes
●Double solenoid (semi-standard)
Manual overrideNote 2
Series
Number of ports
−
Voltage
Series
Energizing typeNote 2
Series
−
250 SE2−
Wiring type
−
Keep solenoid
Number of ports
Series
Double solenoid
−
●Keep solenoid (semi-standard)
Voltage
−
250 E2−
Energizing type
−
Voltage
−
Wiring type
Valve function
Number of ports
Series
Single solenoid
−
Manual override
−
250 E1−
Wiring type
●Single solenoid
Wiring typeNote 2
Series
Code Specifications
Code Specifications
Code Specifications
Code Specifications
Code Specifications
Port size Rc1/4
Blank Non-locking type
250 Port size Rc1/4
250 Port size Rc1/4
Blank
Conduit
2503 Port size Rc3/8
T
With terminal box
250
81
Number of portsNote 2
Locking type
Wiring typeNote 2
D
VoltageNote 1
Code Specifications
VoltageNote 1
Code Specifications
Code Specifications
Code Specifications
Code Specifications
Code Specifications
Code Specifications
Blank
3-port
Blank
Conduit
Blank
3-port
AC100V AC100V 50/60Hz
Blank
3-port
AC100V AC100V 50/60Hz
2
2-port
T
With terminal box
2
2-port
AC200V AC200V 50/60Hz
2
2-port
AC200V AC200V 50/60Hz
Valve functionNote 2
VoltageNote 1
Wiring typeNote 2
Code Specifications
Code Specifications
Code Specifications
AC100V AC100V 50/60Hz
Blank
Conduit
NO (normally open)
AC200V AC200V 50/60Hz
T
With terminal box
11
DC24V DC24V
DC24V DC24V
Example: 250SE2-2-AC100V
Example 2503SE2-AC100V
See notes 1 and 2.
See notes 1 and 2.
Example: 250E1-2-11-T-AC100V
Example 2503E1-2-AC100V
Dimensions of Rc1/4, 2-, 3-port
(mm)
67
46
A
16
3-Rc1/4
（3 places）
A
P
R
57
40
φ42
R
P
40
57
25.5
4-φ5.5
Mounting hole
1.2
R
111.5
φ26
A
76.5
127.5（138）
Lead wire length
approximately 300mm
Plug for 2-port
905
Manual override
（26.5）
φ30
Conduit outlet G1/2
250E1-T
250E2-T
250SE2-T
Single solenoid
Double solenoid
Keep solenoid
88
Manual override
)
54
φ30
43
R
A
S1S2
of keep solenoid
R
A
Wiring outlet φ22
25.5
P
SCR
64
123.5
（133.5 Note4）
111.5（121.5Note4）
95.5
A
57
4-φ5.5
Mounting hole
57
40
P
Plug for 2-port
φ42
1.2
1
3-Rc／
4
40
127.5
（138 Note1）
（142.5 Note2）
（137.5 Note3）
16
（26.5 Note1）
（21Note2）
(
(mm)
S1S2
of double solenoid
of single solenoid
R
Notes: 1. Figures in parentheses (
) are for the single solenoid with
locking type manual override (-81).
4. For double solenoid and keep solenoid
67
φ30
Manual override
46
21
（16）
121.5
φ26
1
3-Rc／
4
Plug for 2-port
A
P
25.5
R
R
φ42
1.2
57
R
40
4-φ5.5
Mounting hole
A
A
86.5
142.5（137.5）
Lead wire length
approximately 300mm
P
40
57
906
(mm)
●Single solenoid (standard type ) 2503E1
69
φ42
φ30
16
（26.5）
86
φ26
121
137（147.5）
46.5
30.3
R
3
3-Rc／
8
Plug for 2-port
Note: Figures in parentheses ( ) are for the single
solenoid with locking type manual override (-81).
R
57
40
4-φ5.5
Mounting hole
A
P
A
1.2
φ46
Manual override
Lead wire length
approximately 300mm
R
A
46
P
40
57
(
2503E1-T
2503E2-T
2503SE2-T
Single solenoid
Double solenoid
Keep solenoid
)
88
Manual override
54
P
A
64
137
（147.5 Note1）
（152 Note2）
（147 Note3）
43
R
A
S1S2
of keep solenoid
R
30.3
3
3-Rc／
8
133（143Note4）
121
（131Note4）
SCR
φ46
95.5
Plug for 2-port
Wiring outletφ22
1.2
46.5
16（26.5 Note1）
（21Note2）
φ42
φ30
57
A
P
40
4-φ5.5
Mounting hole
of single solenoid
R
40
57
S1S2
of double solenoid
Notes: 1. Figures in parentheses (
) are for the single solenoid
with locking type manual override (-81).
69
φ42
46
φ26
96
131
Manual override
Lead wire length
approximately 300mm
152（147）
20
（16）
φ30
46.5
A
R
Plug for 2-port
1.2
4-φ5.5
Mounting hole
R
P
40
57
907
P
3
3-Rc／
8
57
A
40
φ46
30.3
R
A
5-port Order Codes
●Double solenoid (semi-standard) ●Keep solenoid (semi-standard)
250 −4E1−
250 −4E2−
Wiring type
Keep solenoid
Voltage
−
VoltageNote 1
Series
Voltage
250 −4SE2−
Series
−
Energizing type
Wiring type
−
Series
Wiring typeNote 2
Series
Double solenoid
Voltage
Wiring type
−
Series
−
Manual override
Single solenoid
Series
●Single solenoid
Code
Specifications
Code
Specifications
Code
Specifications
Code
Specifications
Code
Specifications
250
Port size Rc1/4
Blank
Conduit
250
Port size Rc1/4
Blank
250
Port size Rc1/4
AC100V AC100V 50/60Hz
2503
Port size Rc3/8
T
With terminal box
2503
Port size Rc3/8
D
2503
Port size Rc3/8
AC200V AC200V 50/60Hz
Code
VoltageNote 1
Code
Wiring typeNote 2
Specifications
Code
AC100V AC100V 50/60Hz
Blank
Locking type
AC200V AC200V 50/60Hz
T
81
Specifications
VoltageNote 1
Specifications
Wiring typeNote 2
Specifications
Code
Conduit
AC100V AC100V 50/60Hz
Blank
Conduit
With terminal box
AC200V AC200V 50/60Hz
T
With terminal box
DC24V
DC24V
Code
DC24V
See notes 1 and 2.
Specifications
Code
Specifications
Example: 250-4SE2-AC100V
Example 2503-4SE2-AC100V
DC24V
See notes 1 and 2.
Example: 250-4E2-T-AC100V
Example 2503-4E2-T-AC100V
Example: 250-4E1-AC100V
Example 2503-4E1-81-T-AC100V
(mm)
16 （26.5）
46
φ30
Manual override
φ42
Conduit outlet
G1/2
250-4E1：5-Rc1/4
2503-4E1：5-Rc3/8
55
2（B）
5（R1）
4（A）
5（R1）
2（B）
4（A）
1（P）
12
22.5
3（R2）
144.5
109.5
φ26
Lead wire length
approx. 300mm
160.5（171）
2503-4E1
28
φ
5（R1）
7
3（R2）
22
2-Mounting holes
65
4（A）
43
82
2（B）
42
1（P）
100
908
16（26.5 Note1）
（21Note2）
(
(mm)
Single solenoid
Double solenoid
Keep solenoid
250-4E1-T
250-4E2-T
250-4SE2-T
)
φ30
54
67
12
156.5
（166.5 Note4）
64
3（R2）
φ
28
5（R1）
S CR
S1S2
of keep solenoid
250 series：5-RC1 4
55
Wiring
outlet φ22
43
（P）
1
Manual override
3（R2）
2（B）
4（A）
1（P）
22.5
144.5
（154.5 Note4）
φ42
160.5
（171Note1）
（175.5 Note2）
（170.5 Note3）
2503-4E1-T
2503-4E2-T
2503-4SE2-T
117
2-Mounting holes
82
65
3（R2）
7
22
5（R1）
43
（P）
1
4（A）
42
100
2（B）
S1S2
of double solenoid
of single solenoid
2503-4E2
2503-4SE2
21 （16）
φ30
46
φ42
φ26
119.5
154.5
（170.5）
175.5
Lead wire length
approx. 300mm
Manual override
Conduit outlet
1
G／
2
2（B）
5（R1）
4（A）
12
22.5
55
5（R1）
4（A）
2（B）
3（R2）
28
φ
5（R1）
7
3（R2）
22
2-Mounting holes
42
1（P）
100
909
65
4（A）
43
82
2（B）
1（P）
Internal pilot type 4-port
Symbols
●Single solenoid (E1) type
Double solenoid (E2) type Keep solenoid (SE2) type
S
R
Manual override
De-energized
Silicon diode
R
P
A
B
R
P
A
B
R
P
A
B
Armature spring
Solenoid
254-4E1
254-4E2
254-4SE2
Poppet stem
setting screw
Armature
Poppet
Model 254-4E1 254-4E1-03 254-4E2 254-4E2-03 254-4SE2 254-4SE2-03
Item
Number of positions
Number of ports
Valve function
Single solenoid
R
Main valve poppet
2
Piston and stem
4
Valve body
Double solenoid
B
Keep solenoid
A
P
Energized
Specifications
Model 254-4E1 254-4E1-03 254-4E2 254-4E2-03 254-4SE2 254-4SE2-03
Item
Media
Air
Operation type
Internal pilot type
15〔0.76〕
mm2
Port size
Rc
1/4
3/8
1/4
Lubrication
3/8
1/4
3/8
R
Not required
0.1∼0.9 {1.0∼9.2} [15∼131]
Proof pressure
MPa {kgf/cm2}[psi.]
Response time
ON
ON/OFF
OFF
Hz
ms
5
｜
50
0∼60 [32∼140]
Mounting direction
Flow Rate
Any
kg [lb.]
1.1 [2.4]
1.4 [3.1]
1.3 [2.9]
MPa
0.9
Supply pressure
0.8
Voltage range
%
Current
mA
Energizing type
Insulation type
Rated voltage ±10%
Common type for
momentarily and
continuously energizing
Wiring type
Conduit type
Lead wire length
mm [in.]
With terminal box
300 [11.8]
Parts
Materials
Body
Stem
Brass
Seal
0.9
0.8
0.6
0.7
0.5
0.6
0.4
0.4
0.5
0.3
0.3
0.2
0.1
0
0.2
0.1
400
800 1200
Flow rate
1600 2000
R/min (ANR)
[58psi.].
Main valve poppet
V
MPa
0.7
Solenoid type Single solenoid (E1) Double solenoid (E2) Keep solenoid (SE2)
Item
Voltage type
A
P
●For keep solenoid (SE2) type and double solenoid
(E2) type, see p.881.
90
Mass
B
70
Synthetic rubber
910
ms
1.35 {13.8} [196]
Order Codes
Code Specifications
Rc1/4
70
03
Rc3/8
81
Blank
Rc1/4
03
Rc3/8
Port size
Series
Voltage
Keep solenoid
VoltageNote 1
Port size
Code
Specification
70
Code Specifications
VoltageNote 1
Code Specifications
Rc1/4
AC100V AC 100V 50/60Hz
03
Rc3/8
AC200V AC 200V 50/60Hz
Example: 254-4SE2-70-AC100V
OptionNote 2
Parts Specifications
Code Specifications
Code Specifications
AC100V AC 100V 50/60Hz
Code
Specification
Blank
Conduit
AC100V AC 100V 50/60Hz
AC200V AC 200V 50/60Hz
70
T
With terminal box
AC200V AC 200V 50/60Hz
D
DC24V
DC24V
DC24V
DC24V
See notes 1 and 2.
See notes 1 and 2.
Example 254-4E2-03-70-AC100V
Example: 254-4E1-70-AC100V
Example 250-4E1-03-70-T-AC100V
Dimensions
(mm)
B
A
16 16
72
4
P
15
30
10
B
A
Rc 1／4
R
68
A
P
Manual override
78
A
φ30
125
Speed controller
166（176.5）
Conduit outlet
G1／2
Lead wire length
approximately 300mm
150
16 （26.5）
39
40
90
4ｰφ7
Mounting hole
1
3ｰRc／
4
3
Rc ／（Order
code：-03）
8
76
B
P
A
Section A—A
9
2ｰφ7
Mounting hole
13
This hole is not required for use.
9
A
10
26
70
manual override (-81).
911
) are for the single solenoid with locking type
82
68
9
25
B
16 16
30
44
Blank
VoltageNote 1
Wiring typeNote 2
−
Voltage
−
254−4SE2−
OptionNote 2
With locking type
manual override
−
Option
Port size
−
Port size
Code Specifications
Blank
Double solenoid
Series
Voltage
OptionNote 2
Port size
−
254−4E2−
Energizing type
−
Option
Port size
Single solenoid
Series
−
Wiring type
−
254−4E1−
●Keep solenoid
Option
●Double solenoid
●Single solenoid
Dimensions
(mm)
●Single solenoid (with terminal box) 254-4E1-T
（26.5 Note1）
（21Note2）
P
10
A, B
107.5
32
A
S1S2
15
B
72
4
Rc 1/4
R
15
P
S1 S2
RCS
164
of keep solenoid
30
68
134
R
180（190.5 Note1）
（185 Note2）
Speed controller
φ30
16
Conduit outlet
G1/2
78
67.5
Manual override
of double solenoid
40
90
3-Rc 1/4
Rc 3/8（Order code：-03）
4-φ7
Mounting hole
of single solenoid
76
B
P
A
30
44
912
Manifold
Order Codes
Valve model
Station
Number of units
M6 Stn. 1∼3 M254-4E1-AC100V
Stn.
4 M254-4E1-70-AC100V
Stn.
5 BP
Stn.
6 M254-4E1-AC100V
Parts
Materials
Base
Block-off plate
Manifold Mass
(with valves)
kg [lb.]
●Number of units (number of mounting valves) ●Station (valve mounting position)
Code Number of units
Code
Details
Solenoid valves
2
M254-4SE2
3
3
M254-4E2
⋮
⋮
6
6
⋮
Manifold
model
M2
Air-piloted valves
Keep
solenoid
M254-4E1 M254-4E2 M254-4SE2
2.8 [6.2]
3.3 [7.3]
3.1 [6.8]
M254-4A
M254-4AA
2.2 [4.9]
Block-off plate
M3
4.2 [9.3] 4.9 [10.8] 4.6 [10.1] 3.3 [7.3]
(Order code: BP)
M4
5.6 [12.3] 6.5 [14.3] 6.1 [13.5] 4.4 [9.7]
M5
7.0 [15.4] 8.1 [17.9] 7.6 [16.8] 5.5 [12.1]
M6
8.4 [18.5] 9.7 [21.4] 9.1 [20.1] 6.6 [14.6]
Enter the solenoid
for each station.
Double
solenoid
Single
solenoid
M254-4E1
2
⋮
Mounting
valve
model
Model
Stn.1 1st station from the left when facing A, B ports.
1
1
●Valve model
Single valve
0.9 [2.0]
1.2 [2.6]
1.1 [2.4]
0.6 [1.3]
Notes: 1. The prefix M of each valve model signifies a “solenoid valve for manifolds.” Enter M to
all valves for manifold types. The order code for Slim Cylinder Valpack is 254-4E1-70.
(mm)
Speed controller
345
M5
430
M6
515
118
260
M4
M6×1
15
175
M3
16
30
M2
16
6
L
72
Model
7
Unit dimensions
60
Dimensions
stn.2
stn.3
stn.4
7
7
4-φ7
Mounting hole
stn.1
45
85
85
45
Manual override
R port Rc 1/4
254-4A-70
254-4AA
Wrench flats width
Pilot port Rc 1/8
R port Rc 1/4
17
68
78
8
78
68
100
125
134
254-4E2-70
254-4SE2-70
254-4E1-70-T
164
16（26.5Note1）
（21Note2）
254-4E1-70
150
166
（176.5 Note1）
180
（190.5 Note1）
（185 Note2）
16 （26.5 Note1）
L
B
A
B
A
B
A
B
A
P
15
30
P
A（NC）Rc 1/4
20
B（NO）Rc 1/4
40
Notes: 1. For the single solenoid with locking type manual override (-81)
913
Block-off plate
Rc3/8 both sides
（The port on one side is temporarily plugged.）
SOLENOID VALVES 375, 501 SERIES
Internal pilot type 2-, 3-, 4-port
Rc1/2, Rc3/8
Symbols
2-port
3-port
NC
NO
NC
NO
4-port
2-port
3-port
4-port
4-port
―――
NC/NO
NC/NO
―――
―――
S
R
P
P
A
375E1-2
501E1-2
R
P
A
375E1-2-11
501E1-2-11
R
P
A
375E1
501E1
R
P
A
375E1-11
501E1-11
A
B
P
375-4E1
501-4E1
R
P
A
375E2-2
501E2-2
R
P
A
375E2
501E2
A
B
R
P
375-4E2
501-4E2
A
B
375-4SE2
501-4SE2
Model
Item
375E1-2
375E1-2-11
375E1
375E1-11
375-4E1
375E2-2
375E2
375-4E2
375-4SE2
501E1-2
501E1-2-11
501E1
501E1-11
501-4E1
501E2-2
501E2
501-4E2
501-4SE2
3
4
Number of positions
2
Number of ports
2
3
4
2
Single solenoid
Valve function
Double solenoid
―――
Normally closed (NC) or
Normally open (NO)
4
Keep solenoid
―――
―――
Specifications
Model
Item
Media
375E1-2
375E1-2-11
375E1
375E1-11
375-4E1
375E2-2
375E2
375-4E2
375-4SE2
501E1-2
501E1-2-11
501E1
501E1-11
501-4E1
501E2-2
501E2
501-4E2
501-4SE2
50〔2.5〕
50〔2.5〕
Air
Operation type
Internal pilot type
mm2
Rc
Proof pressure
501
1/2
0.1∼0.9 {1.0∼9.2} [15∼131]
Horizontal direction
Response time
ms
ON/OFF
Vertical direction
1.35 {13.8} [196]
30
70
30
70
70
60
90
60
90
90
Hz
5
−
50
0∼60 [32∼140]
Mounting direction
Mass
70〔3.5〕
3/8
Lubrication
50〔2.5〕
375
Any
kg [lb.]
0.9 [2.0]
1.3 [2.9]
1.0 [2.2]
1.4 [3.1]
1.3 [2.9]
Item
Voltage type
Voltage range
Current
Solenoid type
%
Rated voltage ±10%
mA
Energizing type
Keep solenoid (SE2)
Rated voltage
＋10%, −5%
Common type for
momentarily and
continuously
energizing
Insulation type
Conduit type
Wiring type
Lead wire length
%
mm [in.]
300 [11.8]
914
Port size
70〔3.5〕
Flow Rate
●2-, 3-port
●2-, 3-port
De-energized
Manual override
Energized
MPa
Supply pressure
0.9
Silicon diode
Armature spring
0.8
Solenoid
Armature
0.7
MPa
0.9
When using as
a 2-port valve,
plug here.
Poppet stem
setting screw
Poppet
Main valve poppet
Piston and stem
R
R
P
P
0.6
0.7
0.6
0.5
0.5
0.4
0.4
0.3
0.3
0.2
0.2
A
A
0.8
0.1
0.1
0
De-energized
Silicon diode
4000
Flow rate
6000
8000
R/min (ANR)
and the flow rate is 3500R/min [124ft.3/min.]
0.4MPa [58psi.].
●4-port
Manual override
2000
Energized
Armature spring
Solenoid
Armature
●4-port
Poppet stem
setting screw
MPa
0.9
Poppet
P
A
B
Main valve poppet
R
P
A
B
Piston and stem
Supply pressure
0.8
0.8
0.6
Materials
0.1
0
Stem
Brass
0.5
0.4
0.3
Body
Synthetic rubber
0.6
0.4
Parts
Seal
0.7
0.5
0.2
Main valve poppet
MPa
0.9
0.7
R
0.3
0.2
0.1
2000
4000
Flow rate
6000
R/min (ANR)
and the flow rate is 2500R/min [88.3ft.3/min.]
0.4MPa [58psi.].
915
●Double solenoid
Code Specifications
Code Specifications
375
Port size Rc3/8
501
Port size Rc1/2
81
Note 2
Number of ports
Code Specifications
Note 2
−
Voltage
Number of ports
−
Series
Locking type
Wiring type
Double solenoid
Series
Series
−
E2−
Energizing type
−
Voltage
−
Wiring type
Valve function
Number of ports
Series
Single solenoid
−
Manual override
−
E1−
Wiring type
●Single solenoid
Code Specifications
Code Specifications
375
Port size Rc3/8
501
Port size Rc1/2
Number of ports
Note 2
D
VoltageNote 1
Code Specifications
Code Specifications
Code Specifications
Blank
3-port
Blank
Conduit
Blank
3-port
AC100V AC100V 50/60Hz
2
2-port
T
With terminal box
2
2-port
VoltageNote 1
AC200V AC200V 50/60Hz
DC24V DC24V
Wiring typeNote 2
Code Specifications
Code Specifications
Code Specifications
Blank NC (Normally closed)
AC100V AC100V 50/60Hz
Blank
Conduit
AC200V AC200V 50/60Hz
T
With terminal box
11
NO (Normally open)
DC24V DC24V
See notes 1 and 2.
Example 501E2-T-AC100V
See notes 1 and 2.
Example: 375E1-2-11-T-AC100V
Example 501E1-2-AC100V
2. For the code, first enter numbers, in order from small to large, and
then enter alphabetic characters.
(mm)
501E1
φ30
Manual override
16
φ42
R
R
71
5
A
P
24
129.5
φ3
Plug for 2-port
164.5
180.5（191）
φ26
46
（26.5）
8
P
375E1：3-Rc 3 8, 5 0 1 E 1 ： 3 - R c 1 2
90
P
A
R
55
45
40
45
4-φ6
Mounting hole
40
55
916
Single solenoid
Double solenoid
375E1-T
375E2-T
501E1-T
501E2-T
)
16
（26.5 Note1）
（21Note2）
112
φ30
164.5
(
(mm)
（174.5 Note2）
67
Manual override
54
180.5（191Note1）
（195.5 Note2）
Plug for 2-port
Wiring outlet
φ22
R
A
P
24
71
R
47
35
φ
175.5（185.5 Note2）
64
φ42
43
of single solenoid
8
P
375 series：3-RC3 8 , 501 series：3-RC12
90
45
45
55
A
4-φ6
Mounting hole
of double solenoid
40
55
40
S1S2
P
R
501E2
φ30
46
Manual override
21
35
R
174.5
R
71
φ
Plug for 2-port
139.5
195.5
φ26
φ42
A
24
P
8
P
375E2：3-RC3 8 , 501E2：3-RC1 2
90
4-φ6
Mounting hole
A
55
P
R
40
45
45
40
55
917
4-port Order Codes
Wiring typeNote 1
Series
Code Specifications
Port size Rc3/8
Blank
501
Port size Rc1/2
T
Note 1
Manual override
Voltage
Code Specifications
375
Port size Rc3/8
With terminal box
501
Port size Rc1/2
D
Wiring typeNote 1
−
Wiring type
Voltage
Keep solenoid
−4SE2−
Code Specifications
Conduit
Note 2
●Keep solenoid (semi-standard)
−
Series
Wiring type
−
Series
Code Specifications
375
Double solenoid
Voltage
Wiring type
−4E2−
Energizing type
−
Series
−
Manual override
Single solenoid
Series
−4E1−
Voltage
●Double solenoid
●Single solenoid
VoltageNote 2
Series
Code Specifications
Code Specifications
375
Port size Rc3/8
AC100V AC100V 50/60Hz
501
Port size Rc1/2
AC200V AC200V 50/60Hz
Wiring typeNote 1
VoltageNote 2
Code Specifications
Code Specifications
Code Specifications
AC100V AC100V 50/60Hz
Blank
Conduit
AC100V AC100V 50/60Hz
Blank
Conduit
AC200V AC200V 50/60Hz
T
With terminal box
AC200V AC200V 50/60Hz
T
With terminal box
81
Locking type
Code Specifications
DC24V DC24V
DC24V DC24V
See notes 1 and 2.
Example 501-4E1-11-AC100V
See notes 1 and 2.
Example 501-4E2-T-AC100V
Code Specifications
Example: 375-4SE2-AC100V
501-4SE2-AC100V
(mm)
170.5
Lead wire length
approximately 300mm
φ26
16
（26.5）
A
B
8.7
35.7
94.5
φ
32
186.5（197）
42
46
135.5
φ30
Manual override
501-4E1
B
A
P
R
24 24
375 series : 4-RC3 8 , 501 series : 4-RC12
83
2-Mounting holes
P
10
30
95
44.5
32
41.5
A
46
87.5
B
R
918
(
(mm)
375-4E1-T 501-4E1-T
375-4E2-T 501-4E2-T
375-4SE2-T 501-4SE2-T
)
Single solenoid
Double solenoid
Keep solenoid
67
B
16
SCR
φ42
43
S1S2
of keep solenoid
Wiring outlet
φ22
B
A
P
R
24 24
83
44.5
95
32
41.5
A
41.5
P
10
30
●Double solenoid (standard type)
●Keep solenoid (standard type)
S1S2
of double solenoid
of single solenoid
R
375-4E2
501-4E2
375-4SE2 501-4SE2
φ30
21
（16）
180.5
201.5（196.5）
Manual override
B
A
94.5
8.7
35.7
φ
32
φ42
46
Lead wire length
approximately 300mm
φ26
2-Mounting holes
145.5
87.5
B
B
A
P
R
24 24
83
44.5
95
32
41.5
A
46
87.5
B
2-Mounting holes
919
P
10
30
R
170.5（180.5Note4）
64
183（193Note3）
94.5
φ
32
8.7
35.7
A
Note1
54
186.5（197
）
（201.5 Note2）（196.5 Note3）
Manual override
（26.5 Note1）
（21Note2）
130.5
φ30
Internal pilot type 2-,3-, 4-port Rc3/4
Symbols
2-port
3-port
NC
P
NO
A
P
750E1-2
4-port
NC
R
P
A
750E1-2-11
―――
NO
R
P
A
750E1
R
P
A
750E1-11
A
B
750-4E1
Model
Item
Number of positions
750E1-2
750E1-2-11
750E1
750E1-11
750-4E1
2
Number of ports
2
3
4
Single solenoid
Valve function
Normally closed
(NC, standard)
Normally open
(NO, optional)
Normally closed
(NC, standard)
Normally open
(NO, optional)
―――
750E1-2
750E1-2-11
750E1
750E1-11
750-4E1
Specifications
Model
Item
Media
Air
Operation type
Internal pilot type
mm2
Port size
0.1∼0.9 {1.0∼9.2} [15∼131]
Proof pressure
ms
1.35 {13.8} [196]
ON
60
OFF
120
Hz
ms
140
140
3
―
0∼60 [32∼140]
Mounting direction
Mass
100〔5.0〕
3/4
Rc
Lubrication
Response time
ON/OFF
140〔7.0〕
Any
kg [lb.]
2.0 [4.4]
3.5 [7.7]
Item
Voltage type
Voltage range
Current
Solenoid type
%
%
mA
Rated voltage ±10%
Energizing type
Insulation type
Terminal connection
Wiring type
Lead wire length
mm
─────
920
Flow Rate
●2-, 3-port
●2-, 3-port
De-energized
Energized
Manual override
MPa
Silicon diode
0.9
Armature spring
0.8
Supply pressure
MPa
0.9
Solenoid
When using as
a 2-port valve,
plug here.
Poppet stem
setting screw
Poppet
Main valve poppet
Piston and stem
R
R
P
P
0.7
Armature
0.7
0.6
0.5
0.5
0.4
0.4
0.3
0.3
0.2
A
A
0.8
0.6
0.1
0.2
0.1
4000
0
●4-port
De-energized
Manual override
8000
Flow rate
12000 20000
R/min (ANR)
When the supply pressure is 0.5MPa [73psi.] and the flow
rate is 7000R/min [247ft.3/min.] (ANR), the valve outlet
pressure becomes 0.4MPa [58psi.].
Energized
Silicon diode
Armature spring
Solenoid
●4-port
Armature
Poppet stem
setting screw
MPa
Supply pressure
0.9
R
P
R
P
A
B
A
B
Main valve poppet
Piston and stem
Parts
Materials
Body
Stem
Brass
Main valve poppet
Seal
Synthetic rubber
MPa
0.8
0.9
0.7
Poppet
0.8
0.6
0.7
0.6
0.5
0.5
0.4
0.4
0.3
0.2
0.1
0
0.3
0.2
0.1
4000
8000
12000
Flow rate
R/min (ANR)
921
●Single solenoid
−
Number of ports
Code Specifications
Blank
3-port
2
2-port
Voltage
Valve function
Number of ports
Series
Single solenoid
−
Manual override
−
750E1−
Code Specifications
Locking type
81
Code Specifications
Code Specifications
AC100V AC100V 50/60Hz
11
For other voltages, see the on p.882.
VoltageNote 1
Example: 750E1-AC100V
Example 750E1-2-11-AC100V
AC200V AC200V 50/60Hz
NO (normally open)
DC24V DC24V
(mm)
68
Manual override
φ30
16
（26.5）
Terminal box
139
6
φ4
75
99
P
65
217.5
□17
2-φ10
Side mounting hole
R
188.3
3
3-Rc／
4
233.5（244）
79.3
33
A
45
14
A
Plug for 2-port
35
120
80
50
A
74
P
60
10
R
4-Mounting holes
922
4-port Order Codes
●Single solenoid
Manual override
Single solenoid
Series
Manual override
Voltage
−
750−4E1−
Voltage
Code Specifications
Code Specifications
AC100V AC100V 50/60Hz
81
Locking type
Note: Also specify Hz for AC110V and 220V.
Note: For other voltages, see the on p.882.
AC200V AC200V 50/60Hz
DC24V DC24V
(mm)
52
Terminal box
φ30
Manual override
16
（26.5）
68
224.5
194.5
46
φ
P
A
R
14
56
B
P
139
R
34
34
136
4-Rc 3/4
A
R
B
P
12
2-Mounting holes
35
35
120
65
50
60
125
923
240.5（251）
85.3
SOLENOID VALVES 1000, 1250 SERIES
Internal pilot type 2-, 3-, 4-port Rc1, Rc1 1/4
Symbols
2-port
3-port
NC
NO
P
A
P
1000E1-2
1250E1-2
4-port
NC
R
P
A
1000E1-2-11
1250E1-2-11
―――
NO
R
P
A
1000E1
1250E1
R
P
A
1000E1-11
1250E1-11
A
B
1000-4E1
1250-4E1
Model
Item
1000E1-2
1250E1-2
1000E1-2-11
1250E1-2-11
1000E1
1250E1
Number of positions
1000E1-11
1250E1-11
1000-4E1
1250-4E1
2
Number of ports
2
3
4
Single solenoid
Valve function
Normally closed
(NC, standard)
Normally open
(NO, optional)
Normally closed
(NC, standard)
Normally open
(NO, optional)
―――
1000E1-2
1250E1-2
1000E1-2-11
1250E1-2-11
1000E1
1250E1
1000E1-11
1250E1-11
1000-4E1
1250-4E1
Specifications
Model
Item
Media
Air
Operation type
Internal pilot type
mm2
Rc
1
1
1
1
1250
1 1/4
1 1/4
1 1/4
1 1/4
1 1/4
Lubrication
0.1∼0.9 {1.0∼9.2} [15∼131]
Proof pressure
Response time
ON/OFF
ms
1.35 {13.8} [196]
160
ON
60
OFF
140
Hz
ms
160
2
−
0∼60 [32∼140]
Mounting direction
Mass
240〔12〕
1
Port size
280〔14〕
1000
Any
kg [lb.]
3.5 [7.7]
5.5 [12.1]
Item
Voltage type
Voltage range
Current
Solenoid type
%
%
mA
Rated voltage ±10%
Energizing type
Insulation type
Terminal connection
Wiring type
Lead wire length
mm
─────
924
Flow Rate
●2-, 3-port
●2-, 3-port
Energized
De-energized
Manual override
MPa
Silicon diode
Supply pressure
0.9
MPa
Armature spring
0.8
Solenoid
0.9
When using as
a 2-port valve,
plug here.
Poppet stem
setting screw
Poppet
Main valve poppet
Piston and stem
R
R
P
P
0.7
Armature
0.6
0.7
0.6
0.5
0.5
0.4
0.4
0.3
0.3
0.2
A
A
0.8
0.1
0
0.2
0.1
8000
16000
Flow rate
●4-port
De-energized
24000 32000
R/min (ANR)
Energized
Manual override
Silicon diode
Armature spring
●4-port
Solenoid
Armature
Poppet stem
setting screw
MPa
0.9
Poppet
R
P
R
Supply pressure
MPa
0.8
P
0.9
B
A
B
Main valve poppet
Piston and stem
A
0.7
0.6
0.6
0.4
0.4
0.3
Materials
Body
0.2
Stem
Brass
0.1
Seal
0.7
0.5
Parts
Main valve poppet
0.8
0.5
0.3
0.2
0.1
Synthetic rubber
0
8000
16000
Flow rate
24000
R/min (ANR)
925
●Single solenoid
−
Voltage
Valve function
Number of ports
Series
Single solenoid
−
Manual override
−
E1−
Series
VoltageNote 2
Code Specifications
Code Specifications
Code Specifications
1000 Port size Rc1
AC100V AC100V 50/60Hz
1250 Port size Rc1 1/4
3-port
2
2-port
AC200V AC200V 50/60Hz
NO (normally open)
DC24V DC24V
Code Specifications
Blank
11
See notes 1 and 2.
Code Specifications
81
Locking type
Example: 1000E1-AC100V
Example 1250E1-2-11-AC100V
(mm)
φ30
Manual override
Terminal box
16
（26.5）
76
Plug for 2-port
2-φ12
85
0
φ6
50
A
15
40
P
105
60
230
R
252.5
□ 19
Side mounting hole
128
266（276.5）
1250E1
A
1000 series：3-Rc1 , 1250 series：3-Rc114
160
A
84
P
R
68
80
80
42
12
84
116
4-Mounting holes
926
4-port Order Codes
●Single solenoid
Series
Voltage
−
Manual override
Single solenoid
Series
−4E1−
Voltage
Code Specifications
Code Specifications
1000 Port size Rc1
AC100V AC100V 50/60Hz
1250 Port size Rc1 1/4
Manual override
Code Specifications
81
AC200V AC200V 50/60Hz
DC24V DC24V
See note.
Note: Also specify Hz for AC110V and 220V.
Note: For other voltages, see p.882.
Locking type
Example 1250-4E1-AC100V
(mm)
16 （26.5）
●Single solenoid (standard type) 1000-4E1 1250-4E1
76
φ30
Manual override
78
1
Conduit outlet G／
2
269.5（280）
P
A
R
φ
P
18
77.5
B
58
R
175.5
233.5
256
170
1000 series：4-Rc1 , 1250 series：4-Rc114
90
45
45
P
2
65
50
140
125
151
153
75
75
R
A
12
40
927
B
2-Mounting holes
3-position Solenoid Valves
Flow Rate
Internal pilot type 4-port
●253-4E2
MPa
0.9
Symbols
Supply pressure
0.8
MPa
0.9
Closed center
R
P
0.7
Exhaust center
R
P
A
B
253-4E2
503-4E2
753-4E2
A
B
0.4
0.4
0.3
0.2
0
0.5
0.3
0.2
0.1
400
800 1200 1600 2000
When the supply pressure is 0.5MPa [73psi.] and the
flow rate is 740R/min [26.1ft.3/min.] (ANR), the valve
outlet pressure becomes 0.4MPa [58psi.].
Item
Number of positions
0.7
0.6
0.5
0.1
253-4E2-13
503-4E2-13
0.8
0.6
Model 253-4E2 253-4E2-03 503-4E2 503-4E2-03 503-4E2-06 753-4E2 753-4E2-08
3
●503-4E2
4
Number of ports
Double solenoid
Valve function
MPa
Supply pressure
0.9
MPa
0.8
Model 253-4E2 253-4E2-03 503-4E2 503-4E2-03 503-4E2-06 753-4E2 753-4E2-08
Air
Operation type
Internal pilot type
mm
Port size
2
Rc
15〔0.76〕
1/4
3/8
50〔2.5〕
1/2
3/8
100〔5.0〕
3/4
Item
Media
0.9
0.7
1
0.6
0.1∼0.9 {1.0∼9.2}
Operating pressure range MPa {kgf/cm } [psi.]
0.2∼0.9 {2.0∼9.2} [29∼131]
[15∼131]
Proof pressure
1.35 {13.8} [196]
0.6
0.5
0.4
0.4
0.3
0.2
0.1
Lubrication
0.8
0.7
0.3
0.2
0.1
0
2
0.5
2000
4000
6000
Hz
5
flow rate is 2500R/min [88.3ft.3/min.] (ANR), the valve
−
0∼60 [32∼140]
ON
Response time
ms
ON/OFF
OFF
140
70
140
Any
Mounting direction
Mass
70
2.1 [4.6]
kg [lb.]
4.3 [9.5]
8.5 [18.7]
●753-4E2
MPa
0.9
Supply pressure
MPa
0.8
Voltage range
Current
Solenoid type
%
%
Rated voltage ±10%
mA
Energizing type
Insulation type
Wiring type
Terminal connection
0.7
Item
Voltage type
0.9
0.8
0.6
0.7
0.6
0.5
0.5
0.4
0.3
0.2
0.1
0
0.4
0.3
0.2
0.1
4000
8000
12000
flow rate is 4900R/min [173ft.3/min.] (ANR), the valve
928
Specifications
Inner Construction
●503-4E2 type, 753-4E2 type
A pilot valve is not built into the 253-4E2 type.
Cylinder operating condition
(Solenoid S1 energized)
Intermediate stopping condition
(Both solenoids S1, S2 are de-energized)
Solenoid S1
Solenoid S2
Poppet
Solenoid S2
Solenoid S1
Main valve
poppet
Speed controller
Pilot valve
A
A
B
B
A
R
A
B
A
B
R
B
A
B
A
P
A
P
B
B
3-position solenoid valve
Stop
Air cylinder
Operation principles
1. Energizing the solenoid S1 in the intermediate
stop condition causes the poppet to fall, and the
pilot valve A"', and the main valve poppets A'
and A" move to the left.
As a result, the P port air flows to the B side,
the cylinder piston moves to the right, and the
head side air is exhausted from the R port.
3. Energizing both solenoids S1 and S2
simultaneously causes the 1. and 2.
description at left to occur at the same time,
with the air coming from the P port flowing to
all of the B, A and R ports. In this case, be
aware that the cylinder thrust is almost
completely lost, and a large volume of air is
exhausted from the R port.
Parts
Materials
Body
Stem
Brass
Main valve poppet
Seal
Synthetic rubber
2. When the solenoid S2 is energized, the B side
pilot valve and main valve poppet move to the
right, as in the 1. above, and the piston moves
to the left.
Application Example (3-position solenoid valve closed center)
Safety measures in an emergency
Change in cylinder stroke
1. Pushing up wood material
Dangerous when using the
2-position solenoid valve,
due to power outage or
emergencies. For instance, a
sudden fall will occur.
2. Robot arm operation
When using the 2-position
solenoid valve, the arm
retracts during a power
outage, causing damage to
the machinery and/or
workpieces.
3. Container transfer
Example shows a container
being filled with liquid and
transferred to the next
process. The 2-position
3-position
solenoid valve
solenoid valve can cause a
sudden return to the original
position during a power
outage.
1. Opening and closing
door of heat treatment
furnace
The workpiece can be
retracted or pushed inward
without opening the door
wider than necessary.
929
2. Height adjustment of
sealing roller
Even with boxes of different
heights, the roller position
can be changed to perform
sealing operations.
Note: When using for long
periods at a set height,
adjustment against drift
is required.
Inching
3-position
solenoid valve
Limit switches
1. Engine mounting operation
Inch up the engine to raise it,
and align it with the mounting
bolt position.
3-position
solenoid valve
3-position
solenoid valve
Sealing roller
Height checker
Order Codes
Port size
Rc1/4
70
03
Rc3/8
81
Valve function
Rc1/2
70
03
Rc3/8
81
06
Rc3/4
Voltage
08
Rc 1
AC200V AC 200V 50/60Hz
DC24V
Option
Code Specifications
Code Specifications
AC100V AC 100V 50/60Hz
70
Exhaust center
AC200V AC 200V 50/60Hz
Blank Closed center
AC200V AC 200V 50/60Hz
81
Exhaust center
DC24V
Voltage
AC100V AC 100V 50/60Hz
Code Specifications
13
Option
Rc3/4
AC100V AC 100V 50/60Hz
DC24V
Blank
Code Specifications
DC24V
Port size
Double solenoid
Series
With locking type
manual override
Blank Closed center
13
Voltage
Code Specifications
Voltage
Valve function
−
Port size
Code Specifications
Blank
−
753−4E2−
Option
With locking type
manual override
−
Voltage
Port size
−
Port size
Code Specifications
Blank
Double solenoid
Series
Voltage
Option
Code Specifications
−
503−4E2−
● 753 series (semi-standard)
Option
−
Option
Port size
Double solenoid
−
Valve function
−
253−4E2−
Series
● 503 series
Valve function
● 253 series
DC24V
See notes 1 and 2.
See notes 1 and 2.
Example 253-4E2-03-70-AC100V
Example 503-4E2-03-70-AC100V
With locking type
manual override
DC24V
See notes 1 and 2.
Example 753-4E2-03-70-AC100V
Dimensions
(mm)
●253-4E2 type
7
22 46.5
90
68
76
A
B
S2
4-φ7
Mounting hole
S1
30 31.5
R port
Rc 1/4
68
3
162
（172.5）
56
18
36
A
82.5
33.5
93
130.5
B
P
40
15
25
90
Conduit outlet
G1／2
Speed controller
φ30
30 17
Manual override
36
Terminal box
4
16（26.5）
68.5
146
7
14
7
Inside of the terminal box
1
3-Rc／
4
3
Rc／（Order
code：-03）
8
45
45
90
) are for the double solenoid with locking type manual override (-81).
●About manifold valves
Manifold valves that can be mounted on the same manifold base as the 254 series are available for the 253 series.
930
Dimensions
(mm)
●503-4E2 type
61
38
11
31
42
16（26.5）
91
122
Manual override
194（204.5）
56
Conduit outlet
G1／2
18
R port
Rc 1/2
61
61
122
19
Pilot air
exhaust port Rc1／8
（both sides）
A
65
B
65
130
4
145
P
60
22.5
38.5
122
Speed controller
φ30
99
45 24
36
Terminal box
178
4-φ9
Mounting hole
130
A
100
B
S1
9
S2
112
9
30
3-Rc1／2
Rc3／8（Order code：-03）
Rc3／4（Order code：-06）
●753-4E2 type
180
A
150
B
S2
10
85
160
40
S1
54
13
45
58
10
36
163
18
Pilot air exhaust port
Rc1／（both
8
sides）
35
Speed controller
φ30
R port Rc 3/4
2 3 5（ 2 4 5.5 ）
56
Manual override
219
Terminal box
Conduit outlet
G1／2
1 6（ 2 6.5 ）
125
135
4-φ11
Mounting hole
27. 5
85
170
176
931
P
B
55
43.5
A
6
3 - R c 34
R c 1（ Order code： - 0 8）
80
90
90
180
Application Examples
●When placing bar-like objects into the box
Cylinder 3
LS-3
LS-2
LS-1
Cylinder 2
Cylinder 1
Check valve
Cylinder 4
F.R.L. unit
●Pneumatic circuit diagram
●Electric control circuit diagram
SOL-3
Cylinder 3
PB start button
LS-3
SOL-2
R2
R1
R1
Cylinder 2
LS-1
LS-2
R2
SOL-1
LS-2
Cylinder 1
LS-1
R3
LS-3
R4
R1
R6
TM1
TM1
R3
R4
SOL-4S1
R1
SOL-1
R3
SOL-2
R4
SOL-3
TM2
R3
R4
TM2
Cylinder 4
SOL-4S2
SOL-4S1
R6
R5
R5
●Time chart
R2
R6
R4
R6
TM1 TM2
TM1 TM2
Cylinder 4
3-position
step feeding
R6
R1
SOL-4S2
R2
TM1 TM2
Cylinder 1
Case feeding
Cylinder 2
Work storage
Cylinder 3
Pushing case
LS-1
Start
LS-2
LS-3
1cycle
Note: In cases of large loads, the cylinder piston rod could move up and down and
go out of the limit switch operating range. Countermeasures are needed.
932
Applicable Cylinder Bore Size for Each Valve
Valve model
Bore sizeφ mm [in.]
253-4E2
40 [1.575], 50 [1.969], 63 [2.480], 80 [3.150], 100 [3.937]
503-4E2
100 [3.937], 125 [4.921], 140 [5.512], 160 [6.299]
753-4E2
160 [6.299], 180 [7.087], 200 [7.874]
Stopping Positioning Accuracy for Cylinder Speed (Measurement Value)
Using Koganei DYNA and SD Cylinder, Operating Pressure 0.5MPa, Horizontal Load, Piping Length 500mm
mm [in.]
Valve
model
253-4E2
Bore
size
mm
[in.]
Load
Load ratio to
cylinder output
φ50
[1.969]
φ80
[3.150]
φ100
[3.937]
503-4E2
φ80
[3.150]
Solenoid valves
100 [3.9]
200 [7.9]
300 [11.8]
0
4±0.5 [0.157±0.020]
9±0.5 [0.354±0.020]
15±0.5 [0.591±0.020]
50%
5±0.5 [0.197±0.020]
12±1 [0.472±0.039]
20±2 [0.787±0.079]
0
3±1 [0.118±0.039]
5±1 [0.197±0.039]
9±1 [0.354±0.039]
50%
3±0.5 [0.118±0.020]
10±1 [0.394±0.039]
−
0
4±0.5 [0.157±0.020]
9±1 [0.354±0.039]
−
50%
4.5±0.5 [0.177±0.020]
−
−
0
3±0.3 [0.118±0.012]
6±0.5 [0.236±0.020]
10±1 [0.394±0.039]
50%
4±0.8 [0.157±0.031]
8±1 [0.315±0.039]
13±1.5 [0.512±0.059]
0
4.5±0.5 [0.177±0.020]
9±0.5 [0.354±0.020]
15.5±0.5 [0.610±0.020]
50%
4.5±0.3 [0.177±0.012]
9.5±0.5 [0.374±0.020]
15±1 [0.591±0.039]
φ100
[3.937]
0
5±0.5 [0.197±0.020]
10±0.8 [0.394±0.031]
16±1 [0.630±0.039]
50%
5.5±0.3 [0.217±0.012]
11.5±0.8 [0.453±0.031]
18.5±1 [0.728±0.039]
φ160
[6.299]
0
4.5±0.5 [0.177±0.020]
8±0.5 [0.315±0.020]
11±0.5 [0.433±0.020]
50%
3±0.8 [0.118±0.031]
5±1 [0.197±0.039]
9±1.5 [0.354±0.059]
φ100
[3.937]
753-4E2
Cylinder speed mm/s [in./sec.]
Air cylinder
Load
a
Stop
±b
signal
position Stopping
position
a：Overrun distance
b：Repeatability
Note: Cylinder sliding resistance, etc., leads to quite large speed variations. In addition, vertical load
can generate “vibration (damping vibration)” until stopped. Use this table as a guide.
How to read the table
For example, when the 253-4E2 type solenoid valve is used, and stops an operating φ80 [3.150in.]
cylinder with no load and the horizontal operating speed of 200mm/s [7.9in./sec.], then it overruns by
about 5mm [0.197in.] beyond the limit switch that sent the stop signal when it actuates the switch, until
stopping.
When the operation is repeated, then it stops within ±1mm [±0.039in.] of the range, or in other words,
4∼6mm [0.158∼0.236in.].
Handling Precautions
For improving stopping accuracy
For safety
●Keep the piping short, and ensure that the fittings, etc., do not leak.
●When a load has thrust force (vertical loads, etc.), it can momentarily
move in the opposite direction when switching from forward to reverse. At
this time, installation of a check valve just prior to the valve’s P port can
prevent this phenomenon.
●Use a bore size with plenty of margin for the required thrust. A suitable
level is 2∼4 times the thrust.
●Avoid selecting a valve that has too large a capacity for the cylinder bore
size (see the table for appropriate cylinders).
●Do not use too fast of a cylinder speed.
●Use a speed controller valve built-in type (Order Code: -70). Mounting a
speed controller between the cylinder and valve may result in a failure to
stop, or in a bad response to a stop.
●Cannot be used in combination with the hydro checker.
●When left unused in an intermediate position for a long period, the air
inside the cylinder could often leak out when operated again. In this case,
it is impossible to control the speed, and high-speed cylinder operation is
dangerous.
Therefore, after completion of operations, or after having left the unit for
long periods or when exhausted the pressure from the P side, use the
following sequence to commence operations. Also take safety circuit
measures into consideration:
1. Always position the piston rod either to the extended or to the retracted
end after operation.
2. The next time the piston is moved, send a forward signal when the piston
is stopped at the extended end, and send a backward signal when it is
stopped at the retracted end.
3. Resume normal operations.
●For handling precautions common to the solenoid valves round type
series, see p.884.
933
Explosion Proof Solenoid Valves
(Flameproof construction d2G4)
Direct acting 3-port,
internal pilot type 4-port
Symbols
Inner Construction
3-port
4-port
De-energized
Connection terminal
R
P
R
P
A
A
B
R
Solenoid
Armature
Armature spring
EP254-4E1
EP375-4E1
EP501-4E1
EP750-4E1
EP062E1-01
EP062E1-02
Manual override
Piston and stem
Main valve poppet
R
Valve body
B
Model EP062E1-01 EP062E1-02 EP254-4E1 EP254-4E1-03 EP375-4E1 EP501-4E1 EP750-4E1
Item
Number of positions
A
P
2
Number of ports
3
4
Single solenoid
Energized
or
Normally open (NO)
Valve function
R
Specifications
Model EP062E1-01 EP062E1-02 EP254-4E1 EP254-4E1-03 EP375-4E1 EP501-4E1 EP750-4E1
Item
Media
Air
Direct acting type
mm2
Port size
Internal pilot type
1.8〔0.08〕
Rc
1/8
15〔0.76〕
1/4
Lubrication
Not required
0∼0.7 {0∼7.1}
[0∼102]
70
140
50
70
140
Hz
5
−
0∼60 [32∼140]
Any
Mounting direction
Mass
0.9 [2.0]
kg [lb.]
B
A
P
1.35 {13.8} [196]
50
3/4
0.1∼0.9 {1.0∼9.2} [15∼131]
MPa {kgf/cm } [psi.] 1.05 {10.7} [152]
ON
Response time
ms
ON/OFF
OFF
R
100〔5.0〕
1/2
2
Proof pressure
50〔2.5〕
3/8
1.5 [3.3]
1.8 [4.0] 1.7 [3.7] 4.1 [9.0]
Parts
Materials
Body
Stem
Brass
Main valve poppet
Seal
Synthetic rubber
Solenoid type
Item
Voltage type
%
Voltage range
%
Current
mA
Energizing type
Insulation type
H type (Continuously energizing type, Explosion proof code d2G4. Labor authorization 21092)
PF1/2 explosion proof connector
Wiring type
Voltage Types and Current
●AC
mA (r.m.s)
Voltage
V
50Hz
60Hz
Starting Energizing Starting Energizing
※1
●DC
mA
Voltage
110 ※2
V
Single
Solenoid (E1)
80
150
180
130
80
100 ※2
70
200
140
80
130
70
24
330
110
300
190
250
150
100
270
160
250
130
220
Notes: 1. For items with ※1, specify the frequency and consult us for the delivery.
2. For ※2 items, consult us for the delivery.
3. The return current will vary depending on the rated voltage, but within a
range of 2∼20mA.
934
Operation type
Order Codes
Port size
Port size
Voltage
Single solenoid
Voltage
−4E1−
EP
Series
Voltage
Port size
Single solenoid
Series
Explosion proof
solenoid valve
Voltage
●EP375 series (semi-standard)
●EP501 series (semi-standard)
−
Explosion proof
solenoid valve
−
EP 254−4E1−
Voltage
Port size
Single solenoid
Explosion proof
solenoid valve
Series
●EP254 series
−
EP 062 E1−
Option
●EP062 series
Series
Voltage
Code
Specifications
Code Specifications
Code
Specifications
Code Specifications
Code
Specifications
Code Specifications
01
Rc 1/8
AC 100V AC 100V 50/60}
Blank
Rc 1/4
AC 100V AC 100V 50/60}
375
Port size Rc3/8
AC 100V AC 100V 50/60}
02
Rc 1/4
AC 200V AC 200V 50/60}
03
Rc 3/8
AC 200V AC 200V 50/60}
501
Port size Rc1/2
AC 200V AC 200V 50/60}
AC 110V AC 110V 50/60}
AC 110V AC 110V 50/60}
AC 110V AC 110V 50/60}
AC 220V AC 220V 50/60}
AC 220V AC 220V 50/60}
Option
AC 220V AC 220V 50/60}
DC 24V DC 24V
Code Specification
DC 24V DC 24V
DC 24V DC 24V
DC 100V DC 100V
DC 100V DC 100V
70
DC 100V DC 100V
DC 110V DC 110V
DC 110V DC 110V
Example: EP062E1-01-AC100V
Example EP062E1-02-AC100V
DC 110V DC 110V
Example: EP254-4E1-AC100V
Example EP254-4E1-03-70-AC100V
Example EP501-4E1-AC100V
●EP750series (semi-standard)
Voltage
Code
Voltage
Single solenoid
Series
Explosion proof
solenoid valve
EP 750−4E1−
Specifications
AC 100V AC 100V 50/60}
AC 200V AC 200V 50/60}
AC 110V AC 110V 50/60}
AC 220V AC 220V 50/60}
DC 24V DC 24V
DC 100V DC 100V
DC 110V DC 110V
Flow Rate
Supply pressure
0.7
0.6
0.5
0.3
0.2
0.1
0.6
0.5
0.4
0.3
0.2
0.1
0
0.7
0.6
0.5
0.4
0.3
0.2
0.1
50 100 150 200 250
0
●EP375, 501 series
Supply pressure
MPa 0.9
0.8
MPa
（0.9）
（0.8）
0.7
MPa 0.9
0.8
0.4
●EP254 series
MPa
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
MPa
0.9
0.8
0.7
0.6
0.5
0.4
0.5
0.3
0.4
0.3
0.2
0.1
0
0.2
0.1
4000
8000 12000
When the supply pressure is 0.5MPa [73psi.] and the flow rate is 4900R/min
[173ft.3/min.] (ANR), the valve outlet pressure becomes 0.4MPa [58psi.].
935
0.4
0.3
Supply pressure
MPa
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
2000
4000
6000
When the supply pressure is 0.5MPa
[73psi.] and the flow rate is 2500R/min
[88.3ft.3 /min.] (ANR), the valve outlet
0.8
0.6
0.5
0
400 800 1200 1600 2000
Supply pressure
0.7
0.6
0.1
●EP750 series
MPa 0.9
0.7
0.2
MPa 0.9
0.8
●EP062 series
Dimensions
(mm)
●EP062E1-01
●EP254-4E1
EP062E1-02
139
94
66
126.5
Wiring outlet G1／2
32.5
A（A）
194
156
Manual override
Manual override
R Rc1／4
15
P
10
30
EP062E1-01：3-Rc 1 8
EP062E1-02：3-Rc 1 4
（A, B, C）
16 16
90
A
2-M5×0.8 Depth 10
Mounting thread
B
Speed controller
（Order code : -70）
76
P
72
44
37
37
30
37
35
35
4-φ7
Mounting hole
30°50
3-Rc1／4
Rc3／8（Order code : -03）
68
88
C（P）
55
11
22
Screw for external ground
terminal（M4×0.7）
56
78
129.5
Hexagon bolt for
changing the
wiring outlet (M4)
56
Hexagon bolt for
changing the
wiring outlet (M4)
B
（R）
66
45
Pilot R port φ2.5
12
94
78
Wiring outlet G1／
2
A 20 20 B
●EP750-4E1
EP501-4E1
135.5
94
66
41.5
Pilot R port φ2.5
162
Hexagon bolt for
changing the wiring outlet (M4)
Hexagon bolt for
changing the
wiring outlet (M4)
68
Pilot R port φ2.5
94
66
56
128
14
34 34
136
35
12
B
35
35
60
A
125
P
65
R
37
37
2-Mounting holes
95
B
46
A
41.5
P
35
R
44.5
7.5
30
10
50
4-Rc3／4
10
24 24
83
2-Mounting holes
6
φ4
56
P
32
35.7
8.7
EP375-4E1：4-Rc3／8
EP501-4E1：4-Rc1／2
P
936
15
R
2
φ3
R
Manual override
15
237
Manual override
85.7
194.7
156.7
56
199
●EP375-4E1
Explanation of Explosion Proof Code [d2G4] and the Usable Range
Explosion proof codes for the explosion proof solenoid valves are determined by the construction and the applications.
The Koganei explosion proof solenoid valve’s explosion proof code is “d2G4.” In other words, the construction is “d: Flameproof construction” that can be used in
Type 1 and Type 2 dangerous locations, and that can withstand explosive gases that reach dangerous densities up to “2: Gas with explosion class up to 2,” and
“G4: Gas with ignition temperature up to G4” level.
d2G4
Applicability to Explosive Gases
: Explosive gases with which
product can be used
Ignition Code
G1
G2
G3
G4
G5
temp.
Ignition point Over 450 [842] Over 300 [572]
Explosion class
Over 200 [392] Over 135 [275] Over 100 [212]
450 [842] or less 300 [572] or less 200 [392] or less 135 [275] or less
Code Degree of ignition extension °C [°F]
Over 0.6mm [0.024in.] for
values that provide clearance
in cases in which ignition
extension occurs at a depth
of 25mm [0.984in.].
1
Clearance
25mm
●Acetone
●Ammonia
●Carbon monoxide
●Ethane
●Acetic acid
●Ethyl acetate
●Toluene
●Propane
●Benzene
●Methanol
●Methane
●Ethanol
●Gasoline
●Isoamyl acetate ●Hexane
●1-buthanol
●Butane
●Acetic anhydride
2
Over 0.4mm [0.016in.]
0.6mm [0.024in.] or less
●Coal gas
●Ethylene
●Ethylene oxide
3
0.4mm [0.016in.]
or less
●Water gas
●Hydrogen
●Acetylene
●Acetaldehyde
●Ethyl ethel
●Carbon disulfide
Types of Explosion Proof Construction, and Applicability to Hazardous Locations
Types of hazardous
locations
Explanation of
hazardous
locations
Code
Types of explosion
proof construction
Hazardous
locations and
other likely
locations
Construction
Increased
safety
e
construction
Construction for areas where generation of
sparks, arcs or over heating is never allowed
during operations, and that prevents those
occurrences, or construction that particularly
increases safety when temperatures are rising.
Internal
pressure
f explosion
proof
construction
Construction that supplies protective gases
into the container, or that supplies fresh air or
non-flammable gases to discharge any
explosive gases before commencing
operations that might have intruded the
container, and that prevents those gases
from intruding during operations.
Flameproof
d construction
Wholly sealed construction that can withstand
the pressure even if explosions occur inside
the container, and that will not allow ignition
of explosive gases outside of the container.
Intrinsically
safe
construction
Construction that is certified by authorized
institutions in ignition tests, etc., to prevent
the threat of explosive gas ignition due to
sparks, arcs, or heat generated by accidents
(short circuits, earth fault, breaking wire, etc.)
or during normal operations.
i
Type 0 location
Type 1 location
Locations that continuously generate
dangerous ambient atmosphere, or threaten
to do so, and where explosive gas
concentrations are either continuously
present or present for long periods, and
exceed explosive limits.
Locations where dangerous ambient atmosphere
threaten to be generated in normal conditions, and
where the following conditions prevail:
(1) Locations where explosive gases threaten to
be accumulated in dangerous concentrations
in normal conditions.
(2) Locations where repairs, maintenance, or
leaks often threaten to let explosive gases be
accumulated in dangerous concentrations.
Type 2 location
Locations where dangerous ambient atmosphere
can be generated in abnormal conditions:
(1) Locations where inflammable gases or
inflamable liquid are handled on a normal basis,
but are enclosed in sealed containers or
facilities, and dangerous concentrations are
threatened only when an accident or erroneous
operation, or damage to the containers or
facilities, causes the gases or liquids to leak.
(2) Locations where mechanical ventilation
devices serve to prevent the collection of
(1) Locations such as a container of (1) Locations near the openings of tank lorries,
explosive gases, so that ventilation system
inflammable liquid, or space above the
drums, or other containers storing
failure can threaten the collection and
dangerous concentration of explosive gases.
liquid in a tank, in which the density of
inflammable liquids.
explosive gas is present continuously and (2) Locations near the opening of a relief valve (3) Locations on the periphery of Type 1
exceeds the explosion limit.
locations, or in adjoining rooms, where
which sometimes activates to release
penetrations of explosive gases in dangerous
(2) Inside of an inflammable gas container or
explosive gases.
concentrations are rare occurrences.
tank, etc.
(3) Locations near the opening of tank gas bends.
(3) Locations near surface of an inflammable (4) Locations near opening of places where ■Cases likely to become Type 2 locations:
liquid of an open container or equivalent.
explosive gases are released during (1) Cases in which containers storing hazardous
materials are damaged due to corrosion
inspection and repair working.
degradation, etc., and threaten to leak.
(5) Locations inside rooms or otherwise poorly
(2) Locations where misoperation of equipment can
ventilated places where explosive gases may
lead to emissions of hazardous materials or other
be released.
abnormal reactions, resulting in high pressures
and temperatures that break equipment and
(6) Areas inside the roof shell of a floating roof
threaten to leak hazardous materials.
tank.
(7) Locations where explosive gases threaten to (3) Cases in which breakdowns in forced
ventilation
systems cause explosive gases to
leak, and where gases can accumulate like
stagnate and threaten to generate dangerous
pitch.
atmospheric conditions.
Operation of Manual Override
Handling Precautions
Removing the lock pin on the manual override and
pulling out the manual override button causes the
valve to switch.
Pulling it all the way out maintains the switched
position, while pushing it in restores it to the normal
position.
When not using it, always secure it in place with
a pin.
●Use only within the usage range detailed in “Explosion proof construction type d2G4.”
●Always firmly tighten all lock tightening portions.
●Do not apply tension force to the lead wire connecting portion and firmly secure the lead wires in
appropriate locations.
●Use lead wires suited to the lead wire outlet.
●When releasing the lock tightening portion, shut off the power to ensure a non-voltage condition.
●When activating the solenoid, always leave the manual override lock pin in the inserted position.
●See the Safety Precautions on p.884.
937

solenoid valves round type series

Transcription

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