ROBODRILL iFb English

Small Machining Center
Small Machining Center
The FANUC ROBODRILL α-iF series is a small machining center with
spindle taper size No. 30 for milling and boring as well as drilling and tapping.
High speed, high precision,
and ultimate efficiency
Nano CNC System
・Has a ultra-precision pulse coder for control
with interpolation and feedback in nanometers
High acceleration positioning
・Max. acceleration of over 1.3G
Rigid structure of machine mechanism
・High precision machining at high efficiency
・Additional 1 axis rotary table
・Synchronous built-in servo motor installed
・Simultaneous 4-axis machining with high-precision
・Considerably reduced index time (to 1/3 of
conventional ones)
Intelligent Control
AI contour control Ⅰ/Ⅱ & HRV control
Robot
・Greatly reduces profile errors caused by servo delays
・Implements very smooth machined surfaces
・From a
AI tool life management/
AI tool monitoring
・Tool life management based on frequency and
time of use, and cutting load
AI thermal displacement compensation
・Compensation for thermal displacement that may
occur when the spindle and feed axis operate
2
Stan
※1
・Prog
C
・
※1
※1
※1
980㎜
2,100㎜
Wide stroke
1,550㎜
Stroke X700×Y400×Z330mm
Best seller drill with No.30 Taper
Space saver
Stroke X500×Y400×Z330mm
Stroke X300×Y300(+100)×Z330mm
Tool turret
21Tools
14Tools
X-axis travel(Longitudinal movement of table)
300㎜
500㎜
700㎜
α-T21iFsb
α-T14iFsb
α-T21iFb
α-T14iFb
α-T21iFLb
α-T14iFLb
Control unit
Series 31i-A
Suitable for a wide range of parts machining
and three-dimensional machining
Operational Excellence
Robotization, Networking,
and System integration
system
compact machining cell to a large-scale production line
dard Ethernet
ram transfer and network building
ustom PMC function
・Easy creation of sequence programs suitable for your
peripheral equipment
・MANUAL GUIDE i
・Quick editor
・Production control and tool counter
・Setup file
Safety Excellence
・Conformance on the European and
Chinese safety standards
・Dual check safety function
・Front door with an electromagnetic lock
Management Excellence
・ISO9001 certified
・ISO14001 certified
※1 Photo when DDR mounted
3
Auto parts machining
Highly rigid mechanism achieves heavy machining
efficiently in milling, boring and side cutting. Multiface machining and contouring makes auto parts
machining easier.
Crank case
Exhaust manifold (FCD450)
2.5" HDD frame
Stainless steel parts
Resin model
Copper electrode
Impeller for automobile
(Aluminum alloy)
Body tube (Aluminum alloy)
Electrical parts and small parts
High speed axis feed, high speed spindle operation
and optimal acceleration and deceleration control
provides efficiency of machining and reduced cycle
time. This series is also suitable for machining of
electrical and small parts, from high-speed cutting of
light metal such as aluminum to cutting of stainless
steel.
Three-dimensional machining
High-speed and High-precision machining for resin
models, electrodes and precision parts, is possible
with high speed processing.
In case of super-minute line segment program, AI
contour control Ⅱ and NURBS interpolation and
nano smoothing provide smooth machined surfaces
requiring little finishing, in a short time.
Rotation axis machining
An additional 1-axis rotary table can be used to
machine an impeller (component of a turbo car), a
camera tube, and other parts with high precision at
high speed.
Deep and small hole drilling
Φ0.1
Deep hole over 30 times deeper than the hole
diameter and small hole about 0.1mm at its diameter
can be drilled.
Deep hole (φ3.3×96mm) drilling
(section)
(SUS430)
4
Φ0.1X1.0mm (Preharden steel)
DDR／DDR−T
Additional 1-axis rotary table incorporating a synchronous built-in servo
motor and αiCZ sensor
Backlash-less high-speed high-precision machining using direct driving
Easy setup of a cradle jig using DDR-T (DDR unit with a base , a tail
support and 2 brackets)
DDR Specifications
200min
Reverse indexing time
0.3sec
DDR
（Additional 1 axis rotary table ）
Specification
Direct driving
Max. torque
260Nm
Max. table speed
200min-1
Cutting feedrate
1∼30,000deg/min
Min. setting unit
0.001degree
Indexing precision
±0.0028degrees（±10seconds）
Clamping system
Air pressure
Clamping torque
500Nm
（at an air pressure of 0.5 MPa）
Table rotational speed
-1
Item
Driving system
Max. load capacity
100㎏
Allowable moment load
Projecting distance×Load＝600Nm
Center height
150㎜
Machine mass
66㎏
DDR−T
（DDR unit with a base , a tail support
and 2 brackets）
Simultaneous 4-axis machining
Additional 1-axis control can be
added to enable simultaneous contour
control of up to 4 axes.
High-precision indexing is made
possible by using a closed loop.
Simultaneous 4-axis
machining by DDR
Impeller for automobile
(Aluminum alloy)
High speed and high power spindle
Spindle is directly coupled with its motor.
Least maintenance due to grease sealed bearings.
The high speed and high precision ball bearing is used
for the high-speed spindle. (Some of touch switches
may not be used according to the type of it.)
In the 10,000min-1 high torque spindle specification,
torque in a low speed area is increased by 32％
(from 53 Nm to 70 Nm).
All spindle specifications are able to select center
through coolant option.
Spindle output
10,000min-1 standard spindle and
10,000min-1 high torque spindle
Spindle organization
Spindle
Specification
BT tooling
DIN tooling
NC5tooling
BIG-PLUS
tooling
Possible
(BT30)
Possible
(DIN69871-A30)
Possible
(NC5-46)
Possible
(BBT30)
Possible
(BT30)
Possible
(DIN69871-A30)
Impossible
Possible
(BBT30)
Standard
-1
10,000min
High Torque
Quick
Acceleration
24,000min-1
Standard
High Torque
10,000min-1 quick acceleration spindle
24,000min-1 standard spindle and
24,000min-1 high torque spindle
Machining sample (*1)
Spindle specification
Machining
Material
＊
10,000min-1 standard spindle
10,000min-1 high torque spindle
Drilling
Tapping
Drilling
Tapping
Drilling
Tapping
Tool dia.(mm) x Feed(mm/rev)
Tap size x Tap pitch(mm)
Tool dia.(mm) x Feed(mm/rev)
Tap size x Tap pitch(mm)
Tool dia.(mm) x Feed(mm/rev)
Tap size x Tap pitch(mm)
φ20×0.10
M16×2.0
φ22×0.25
M24×3.0
S45C
φ30×0.10
M20×2.5
φ30×0.15
M20×2.5
FC200
φ30×0.25
M27×3.0
φ30×0.30
M27×3.0
ADC12
φ32×0.35
M30×3.5
φ32×0.40
M30×3.5
（ 1）Sample data may vary on machining conditions
10,000min-1 quick acceleration spindle, 24,000min-1 spindle
5
High-speed, high-precision machining function
Learning control for rigid tapping (option)
Optimum feedrate and acceleration control by AI contour
control Ⅰ capable of reading up to 30 blocks in advance,
nano interpolation, optimum torque acceleration/deceleration,
optimum orientation, and other control functions implement
high-precision machining and reduction of the machining
cycle time. HRV3 control is also available.
AI contour control Ⅱ (option) enables high-speed, highprecision machining of a sophisticated curved surface
specified in continuous blocks consisting of minute line
segments by reading up to 200 blocks in advance.
The number of blocks to be read in advance can be
increased to up to 1000, which enables higher quality
machining with few feedrate variations even for a program
consisting of minute line segments.
The fast data server is available for a large-sized program.
The learning control enables high-speed, high-precision
machining for operation specified repeatedly. This learning
control is applied to rigid tapping.
Learning the synchronization error between the spindle
and Z-axis can minimize the synchronization error, achieve
high-precision rigid tapping, and reduce the machining
cycle time.
Simultaneous 4-axis machining function
In addition to tool center point control, which controls
the tool tip so that it moves along the path specified
in the program at the specified feedrate, smooth TCP
is newly available, which compensates the tool path in
three dimensions to make any sudden change of the
tool posture to the workpiece small and provide smooth
machined surfaces. This function can improve the quality
of machined surfaces and reduce the machine cycle time.
AI thermal displacement compensation
Machining mode setting function
The machining mode according to the machining to be
made can be set on the screen or with the command in a
program.
For example, the HP mode is set for an electrode with an
acute edge or the SQ mode for part machining that needs
high productivity and a smooth figure. This function gives
the desired work surface quality and productivity.
6
AI thermal displacement compensation estimates the
thermal displacement along each axis based on the
operation status of the spindle and feed axes monitored by
software with using no sensor and performs compensation
at real time.
The compensation graphically displayed can be checked
to coordinate the effect of compensation easily.
(Note) ・The precision of compensation varies with the operating conditions.
・An effect of ambient temperature and coolant temperature is not
considered.
Energy saving
Regenerated energy recovered during deceleration of
servo motors or spindle motors is reused.
Since regenerated energy is used to drive peripheral units
such as a coolant pump or fan motor, the total power
consumption can be reduced.
The power consumption and regenerated power are
indicated on the power consumption monitor screen.
MANUAL GUIDE
i
MANUAL GUIDE i can be used to perform all operations
from creation of a program to machining on one screen
simply.
A conventional program using G codes can be created
simply using a graphical menu guide. Hole position
specification and pocketing can be entered simply without
calculations. High-speed real animated simulation with a
solid model allows simple machining simulation.
Power-saving mode
"Power-saving mode" is available, in which the motor
is accelerated/decelerated slowly and the reduction of
power consumption is put above the machining cycle time.
Selecting the power-saving mode when the production line
has time for machining can reduce power consumption
effectively.
The power-saving mode can be selected on the screen or
using the command in the program. On the energy saving
setting screen, automatic power-off, screen saver, and
other energy saving settings can be made.
Note) ・ How much power consumption is reduced differs depending on the
use condition
Safety
A dual check safety function is installed, which doubly
monitors feedrate, position, and safety signals using two
CPUs. Neither special operation nor waiting time for safety
check is required. Together with the electromagnetic lock
mechanism on each door, this function ensures the safety
of the operators without reducing efficiency.
Periodical maintenance function
The periodical maintenance function counts the machine
operating time, number of tool changes, and other items
and notifies the operator of the time of maintenance such as
consumable part replacement and greasing with a message or
alarm. Customer-specific maintenance items can be added.
Compliance with safety regulation(option)
Compliance with safety regulation for EU countries (CE
mark) and China is available.
7
Robotization
With its robot interface functions for ROBODRILL, the small
machining center makes it possible to configure machining
systems easily for workpiece loading/unloading, deburring,
and other purposes, using robots.
Provides a built-in interlock function with consideration
given to safety. (Interlock panel is not required.)
Capable of accommodating not only one ROBODRILL
with one robot but also two ROBODRILLs with one robot.
Enables robot jogging, robot hand opening/closing,
automatic side door opening/closing, system status
d i s p l a y, a n d r o b o t p r o g r a m s e l e c t i o n o n t h e r o b o t
operation screen.
Robot operation screen
Example of robot hand
It also makes it possible to configure machining robot
systems that eliminate the need for peripherals by using
multiple robots.
Compact machining system with
LR Mate 200iC
Machining robot system
System integration (system examples)
Cradle jig with DDR-T
Coolant unit with chip conveyor
8
Rotary plate for DDR-T
Mist separator
Broken tool detection unit
Standard jig & fixture control unit
Production control and tool counter
Two production monitoring counters and two accumulation
counters are applicable for recognition of scheduled parts
production, status display, termination of machining and so
on. These counters are indispensable for production. The
use status of tools with the tool life management function
can also be checked using the tool counter on the same
screen.
Compact operator’s panel and 10.4”color LCD
Standard display with 10.4”color LCD integrated with the
operator panel features ease of use with least key stroke
operations. The soft keys vertically provided to the right of
the display unit can be used as machine operation menu
keys.
In a memory card slot located at the side of the display
unit, a compact flash card can be inserted to perform DNC
operation or to enable the card to be used as a large-sized
program memory device.
Setup file
Initial setting information can be stored such as parts
coordinate system, offsets values, program identification
and so on. Automated initialization for operation is available
simply by calling a set of information for ease of use.
Quick editor
Quick editor used to create or edit a program is an easyto-use full-screen editor, which can perform copy, move,
search, cursor jump, and other operations like an editor for
PCs. The guidance input function for G codes or M codes
allows you to edit a program efficiently. Effective edit of
programming is also possible through on- screen selection
of G and M codes with guidance.
Custom PMC
The custom PMC function which allows simple control of
peripheral devices is installed as standard. A sequence
program can be created and edited easily on a screen.
Only PMC programs for peripheral devices can be read and
written. This function provides 16 input signals and 16
output signals as basic features, and also makes available
up to 1024 input signals and 1024 output signals in total
as optional features to meet the needs of the customer’s
system.
Program management
Large-sized program memory can be easily managed
based on program folders and file names (each having up
to 32 characters).
9
Accessory(option)
Wide opening door :
730mm for α-T14iFb
1,100mm for α-T14iFLb
Top cover
Coolant unit (tank)
Signal lamp
Probe
Receiver
Touch probe
Tool length switch for
automatic measurement
Automatic Oil
Lubricating System
Automatic Grease
Lubricating System
(LHL Liquid Grease)
Automatic fire extinguisher
(Note)
Operation panel with
alphabetical key
Illumination
(Note)
If machining“combustible materials”such as resin and magnesium or using a water-immiscible
cutting fluid, select an automatic fire extinguishing system because of fire hazards.
For information on the objects that can be extinguished by an automatic fire extinguishing system,
contact your ROBODRILL sales representative.
The machine life may be shortened depending on the workpiece, tool, coolant, or lubricant to be used.
Coolant unit with chip flush
(spot gun provided)
Worldwide customer service and support
FANUC training center
FANUC operates customer service and support system anywhere in the world
through subsidiaries, affiliates and distributor partners. FANUC provides the
highest quality service with the quickest response at the location nearest you.
Stockholm
Budapest
Sofia
Istanbul Moscow
London
Kimhae
Paris
Stuttgart
Shanghai
Shenzhen
Prague
Chicago
FANUC Training Center operates training
programs on FANUC ROBODRILL i
series throughout the year, which
focus on practical operations and
programming with machining know how
and maintenance.
Detroit
FANUC Headquarters
Bangkok
Manila
Bangalore
Kuala Lumpur
Singapore
Jakarta
Johannesburg
Ho Chi Minh
Sydney
Inquiries : Yamanakako-mura,
Yamanashi, Japan 401-0501
Phone : 81-555-84-6030 Fax : 81-555-84-5540
10
1480
2070
980
587
(1125.5)
4-M12DP24
1300
1
148
47
0
968
255
40
250
148
226
50
332
(444)
Ｒ
(28)
15
330
125 125
(786)
(255)
933
(204.5)
305
530
15
620
Coolant tank (option)
Ｒ
25
15
85
70
55
39
995
300
630
23
1190
2950
795
9
375
4-Leveling bolts
420
250
T-slot
75
4
225
32
95
1340
Ｒ
350
225
(68±10)
280
(1080 [140L]／1300 [Center through, 200L])
23
70
355
425
665
735
922
(2325)
Center line of
the spindle
840
(68±10)
+0.43
14
0.0
250
1990
2168 (2268／2368／2468)
(2325／2517／2667)
2082 (2182/／2282／2382)
1145
1996
1585
268
47
(715 [140L]／1066 [Center through, 200L])
1565
55
305
(128.5)
617
2050
(1166.5)
4-M12DP24
1265
286
728
0
Ｒ
47
50
Ｒ
1
Coolant tank (option)
825
250
795
2850
14
+0.43
0.0
1190
Center line of
the spindle
23
250
9
375
4-Leveling bolts
420
425
355
250
32
Ｒ
95
T-slot
225
4
75
350
225
1340
47
(68±10)
840
245
23
320
922
665
(68±10)
(1405 [100L, 200L]／1565 [Center through, 240L])
300
650
268
735
2168 (2268／2368／2468)
(2325)
(2325/2517/2667)
1200
1940
550
2082 (2182／2282／2382)
1585
535
175
15
(444)
175
(1344.5)
(555)
85
(933)
400
75 125 125
610
(537)
140
605
(38)
1900
15
600
15
109
1550
(465 [100L]／930 [200L]／865 [Center through, 240L])
2115
55
(1166.5)
892
15
(1894.5)
1265
286
728
Coolant tank (option)
Ｒ
(444)
4-M12DP24
47
Ｒ
(830)
2600
140
(128.5)
600
(38)
305
85
(933)
1
885
(537)
50
880
1900
15
109
2100
15
175
23
630
250
Ｒ3
24
75
47
350
225
245
9
840
320
375
4-Leveling bolts
420
425
(68±10)
(68±10)
(1405 [100L, 200L]／1565 [Center through, 240L])
410
80 125 125
2850
+0.43
14
0.0
1190
795
Center line of
the spindle
250
735
2168 (2268／2368／2468)
(2325)
(2325／2517／2667)
665
268
300
850
922
825
2082 (2182／2282／2382)
1940
1585
1200
810
175
0
525
1100
225
23
T-slot
95
1340
(465 [100L]／930 [200L]／865 [Center through, 240L])
11
/
Item
Machine (Standard)
X-axis travel (Longitudinal movement of table)
Y-axis travel (Cross movement of saddle)
Capacity
Z-axis travel (Vertical movement of spindle head)
Distance from table surface to spindle gage plane
Working space (X-axis × Y-axis)
Capacity of workpiece mass
Table
Working surface configration
Speed range
Spindle
Spindle gage (Call number)
Rapid traverse rate
Feedrate
Feedrate
Tool change system
Type of tooling
Maximum tool diameter
200mm : α-T14iFsb
190mm (Changed by specifications)
: α-T21iFsb
Random shortest path
Maximum tool length
Method of tool selection
700mm
850×410mm
250mm (Changed by specifications)
2kg/tool(total mass : 23kg)/3kg/tool(total mass : 33kg): α-T21iFsb/T21iFb/T21iFLb
2kg/tool(total mass : 15kg)/3kg/tool(total mass : 22kg): α-T14iFsb/T14iFb/T14iFLb
Maximum tool mass
Tool changing time (Cut To Cut)
Motors
300mm
500mm
300mm + 100mm
400mm
330mm
150 to 480mm (When no high column is specified)
630×330mm
650×400mm
200kg (uniform load)
300kg (uniform load)
3T-slots, size 14mm pitch 125mm
100∼10,000min-1
7/24 taper No.30 (with air blow)
48m/min(X,Y,Z)
1 to 30,000mm/min
Turret type
JIS B 6339-1998 BT30, MAS 403-1982 P30T-1(45°)
/
21tools : α-T21iFsb/T21iFb/T21iFLb
14tools : α-T14iFsb/T14iFb/T14iFLb
80mm
Tool storage capacity
Turret
/
Spindle drive motor
Bidirectional accuracy of positioning of an axis
(ISO230-2:1997)
Accuracy
*1
Bidirectional repeatability of positioning of an axis
(ISO230-2:1997)
Sound pressure level
Numerical control (Standard)
1.4 sec. α-T14i Fsb/T14i Fb/T14i FLb (When 2kg/tool is specified) 1.6 sec. α-T21i Fsb/T21i Fb/T21i FLb (When 2kg/tool is specified)
11.0kW (1min rating) / 3.7kW (continuous rating)
0.006∼0.020mm
Less than 0.004mm
Less than 70dB *7
・ Control unit FANUC Series 31i-A
・ Back ground editing (Multi part program editing) ・ Custom macro (G65、G66/G67)
・ Multi-step skip (G31 P1∼4)
・ Basic controlled axes 3 axes(X,Y,Z)
・ Quick editor
・ Canned cycles for drilling
・ Tool compensation memory C D/H code,
・ Simultaneously controlled axes (Max. 4 axes)
・ Control unit incorporated type display unit
(G73、G74、G76、G81∼G89/G80)
Tool geometry/wear
・ HRV control
with 10.4”color LCD (*2)
・ Coordinate system rotation (G68、G69)
・ AI tool life management
・ Rapid traverse bell-shaped acceleration/
・ Reader/puncher interface
・ Setup file
・ Production control counter
deceleration
・ Ethernet interface
・ MANUAL GUIDE i
・ AI contour controlⅠ
・ Rigid tapping (M29)
・ Workpiece coordinate system (G52∼G59)
(Included Measurement Cycle)
・ Stroke limit check before move
・ Manual handle feed
・ Addition of workpiece coordinate system
・ Playback
・ Stored stroke check 1
・ Part program storage size (512Kbyte)
48 pairs (G54.1)
・ Retraction for rigid tapping
・ Stored stroke check 2 (G22/G23)
・ Number of registerable programs (1000)
・ Helical interpolation
・ AI thermal displacement compensation (XYZ axes) ・ Custom PMC
・ Optimum torque acceleration/deceleration ・ Dual check safety
・ Skip function (G31)
Option
(Note) Some options applicable only to certain machine model and configurations.
・ Additional 1 axis rotary table DDR/DDR-T
・ Coolant unit (Standard)
・ Automatic fire extinguisher
・ Nano Smoothing (for 3-axis)
(Simultaneous 4-axis control)
(Tank capacity : 100(140)*6, 200L)
(for general fires/combustible metal fires)
・ 3-dimensional cutter compensation
・ High column 100/200/300mm
・ Coolant unit for center through coolant ・ Automatic breaker shutdown
・ 3-dimensional coordinate system conversion
・ 10,000min-1 High torque spindle,10,000min-1 Quick acceleration spindle
(Tank capacity : 240(200)L*6)
・ Compliance with safety reguration
(G68/G69)
・ 24,000min-1 Standard spindle, 24,000min-1 High torque spindle ・ Cleaning unit for tool taper shank
(for EU (CE Mark) or China)
・ Part program storage size (2Mbyte)
・ Center through coolant
・ Coolant unit with chip flush(with oil gun) ・ Backup function for power failure
・ Number of registerable programs 4000
・ Double contact tooling
・ Chip pan/Chip tray
・ External transformer
・ Addition of workpiece coordinate system
(NC5-46/BBT30/NBT30)
・ Air blow for chips
・ Touch probe
300 pairs (G54.1)
・ DIN Tooling (DIN 69871-A30)
・ Tool length switch
・ High-speed skip
・ Single direction positioning (G60)
・ Automatic oil lubricating/Automatic grease lubricating ・ Z-axis metal cover
・ Various additional I/O unit
・ Polar coordinate command (G16/G15)
・ Centralized system of grease(Manual)
・ Bed cover
・Network correspondence
・ Scaling (G51/G50)
・ Splashguard wide opening door : 730mm(Fb)
・Column cover
(FL-net/DeviceNet/PROFIBUS-DP)
・ Programmable mirror image
・ Splashguard wide opening door : 1100mm(FLb) ・Rotary joint for DDR
・ Fast data server
(G51.1/G50.1)
・ Automatic front door opening/
・Adjustment of center height,Adjustment
(with Compact Flash Memory 1GB)
・ Cylindrical interpolation (G07.1)
closing of splashguard
of shaft length,End plate (for DDR)
・ Fast Ethernet
・ Conical /spiral interpolation
・ Automatic side door of splashguard
・ Additional controlled 1 axis
・ Memory card(CF memory:128MB,256MB,1GB) ・ Learning Control for Rigid Tap
・ Basic top cover of splashguard
(Simultaneously controlled 4 axes)
・ AI contour control Ⅱ
・ AI tool monitor
・ Illumination
・ Operation panel with alphabet key
・ Look-ahead blocks expansion(1000 blocks) ・ FANUC LADDER-Ⅲ
・ Signal lamp (3 lamps)
・ Tool center point control (TCP)
(for personal computer)
・ Smooth TCP
・ NURBS interpolation (G06.2)
Installations (Note) Please make sure to comply with installation conditions specified by FANUC when installing ROBODRILL. *5
Power supply
200 to 220 VAC +10 to -15% 3-phase, 50/60Hz±1Hz 10kVA *3
Power source
Compressed air supply
0.35 to 0.55MPa (0.5MPa is recommend) (gage pressure) 0.15m3/min (at atmospheric pressure) *4
Machine height
2,236±10mm (When no high column is specified)
Machine size
Floor space
995mm×2,210mm
1,565mm×2,040mm
2,115mm×2,040mm
Mass of machine
Approx. 1,950kg
Approx. 2,000kg
Approx. 2,100kg
*1 Positioning accuracy is the adjusted and measured value in compliance with applicable
standard at FANUC's factory. Depending on an influence of JIG & workpiece mass on table,
the use conditions and installation environment, there may be a case where the accuracy
shown in this catalog can not be achieved.
*2 The color LCD has been developed with high-precision technologies and thus features high
visibility and image quality. Note, however, that the screen may have a few missing or
constantly lit pixels.
*3 In case of center through coolant and cleaning unit for tool taper shank, additional + 1kVA is
required respectively. In case of additional 1 axis, additional maximum + 1.5kVA is required.
A cable with 8mm2 or more should be used at primary power connection.
Oshino-mura,Yamanashi 401-0597,Japan
http://www.fanuc.co.jp
*4 In case of center through coolant, additional + 0.05m3/min is required. In case of air
blow for chips, additional + 0.2m3/min is required.
In case of side automatic door, 0.4 MPa compressed air supply or more is required.
*5 Fastening the machine to the floor (mounting anchors) may be required depending
on the use conditions and installation environment, or to prevent the machine from
toppling over due to an earthquake.
*6 In case of α-T21iFsb/T14iFsb
*7 Sound pressure level is measured in compliance with FANUC's own regulation.
Depending on the use conditions and installation environment,there may be a case where
the sound pressure level shown in this catalog can not be achieved
Phone:81-555-84-5555 Fax:81-555-84-5512
・All specifications are subject to change without notice.
・No part of this catalog may be reproduced in any form.
・The photo includes options.
・The products in this catalog are controlled based on Japan’s“Foreign Exchange and Foreign Trade Law”. The export of
ROBODRILL α-T21 iFsb/T21 iFb/T21 iFLb/T14 iFsb/T14 iFb/ T14 iFLb from Japan may be subject to an export license by the
government of Japan.
Further, re-export to another country may be subject to the license of the government of the country from where the product is
re-exported. Furthermore, the product may also be controlled by re-export regulations of the United States government.
Should you wish to export or re-export these products, please contact FANUC for advice.