• Increased rigidity using one piece casting with integral box-ways!
• Increased productivity using servo-driven turrets and fast traverse rate!
• Increased angular accuracy using DDS spindle for C axis and live tooling!
• Increased performance using Fanuc 0i-T control with color graphics!
• Increased flexibility with optional sub-spindle and gantry loading system!
Victor Taichung - an established ISO 9001 & 14001 company
Rheinland ISO 9001 Certificate approvedTÜV
DIN EN ISO 9001DIN EN ISO 14001
Rheinland ISO 14001 Certificate approvedTÜV
R
VictorTaichung
11
The constant demand to reduce manufacturing costs is reflected in Victor Taichung new generation lathes Vturn
II- 16/20/23/26 where the aim has been minimized part throughput time. Whilst in addition providing options that will
offer increased all-around performance to enhance machining processes. The new Vturn II lathes have a high degree of stability
from one piece Meehanite casting which was developed through CAE design and has integral box slideways that absorb dampen stress and
heat throughout the entire structure.
High power and high torque spindle
• Rectangular machine base guarantees the optimal
structure stiffness to assure the rapid feed rate 24
m/min on the lathes with box slideways.
• Homogenous casting distributes stress thru-out
structure.
• Meehanite gray cast iron for optimum
damping properties.
• Optimum ribbing determined by FEM to
minimize distortion during operation.
• To ensure perfect alignment in the
machine structure the bed is machined
in a single set-up on a large five-face
machining center.
• R ular machi b e gRectangul hine base
Single block cast bed
(rpm)S1 S2 S3 S4
T1T3T2
T4
Torgue (kg-m)
(rpm)
P1
Power (kw)
P2P3
P4
S1 S2 S3 S4
P1 (*30 min. in low winding)P2 (cont. in low winding) P3 (*30 min. in high winding) P4 (cont. in high winding)
S1 (base RPM in low winding)S2 (base RPM in high winding)S3 (max. RPM in low winding)S4 (max. RPM in high winding)
T1 (*30 min. in low winding)T2 (cont. in low winding) T3 (*30 min. in high winding) T4 (cont. in high winding)
S1 (base RPM in low winding)S2 (base RPM in high winding)S3 (max. RPM in low winding)S4 (max. RPM in high winding)
*30 min. may be replaced by 15%, 15 min or 20 min. according to Fanuc specification
ModelSpindle
Motor
Base Speed
(rpm)
Max.Speed
(rpm)
P. Cont.
(kw)
P.
(kw)
Tor. Cont.
(kg-m)
Tor.
(kg-m)
VturnII-16 αP22iLow winding 500 1500 7.5 15(15 min.) 14.6 29.2 (15 min.)High winding 750 6000 11 15(30 min.) 14.38 19.6 (30 min.)
VturnII-20 αP22iLow winding 351 1500 7.5 15(15 min.) 20.8 41.6(15 min.)High winding 526 4200 11 15(30 min.) 20.5 27.8(30 min.)
VturnII-23 αP22iLow winding 351 1500 7.5 15(15 min.) 20.8 41.6(15 min.)High winding 526 4200 11 15(30 min.) 20.5 27.8(30 min.)
VturnII-26 αP30iLow winding 310 1500 11 18.5(15 min.) 34.5 58(15 min.)High winding 446 3500 15 18.5(30 min.) 32.7 40.3(30 min.)
Opt. αP40iLow winding 216 1500 13 22(15 min.) 58.5 98.9(15 min.)High winding 310 3500 18.5 22(30 min.) 58 68.9(30 min.)
• Greater rapid feed rates 20 / 24 m/min on X / Z axes
redures turning cycle time.
• Accomplished by increased motor speed & power while
maintaining high thrust force for the cutting tool.
• 0.2 second real turret indexing time by Servo-driven
turret designed to unclamp and clamp during axis
retraction and approach.
• Greater rapid feed rates 20 / 24
Increased productivity
2
• Heavy body casting to soak up vibrations.
• Slideway mounted with hydraulic clamping.
• Fully programmable with turret "tow along" for
tailstock body.
• Easy extension to install DDS sub-spindle with
dual winding assures the best collinear accuracy
without re-clamping.
• oak up vibrations. Heavy body casting to soak
Fully programmable tailstock
(or sub-spindle) for easy autom
• Large bearing area to absorb cutting vibrations.
• Hand scraped wedge structure maintains trapped
film of oil between slideway and undercarriage for
smooth & even travel.
• Integral slideway allows even heat distribution.
• Improved ballscrew stiffness and axis thrust
force by minimizing pitch.
• Pre-tensioned double anchored balls crews
allow heat absorption without displacement.
• Direct coupled high powered servo motors.
~ Std.
~ B (V)
• Improved ballscrew stiffness and axis thrust
High performance drives on
X and Z axes
• Large bearing area to absorb cutting
Box slideways with auto.
forced lubrication
3
Based on the popularity of our older Vturn series lathes, we have
also introduced an Vturn II-16/20/23/26CV offering C-axis spindle
and live tooling to allow for secondary operations such as milling and drilling to be
completed on a single machine. The Vturn II lathes equipped with brake to ensure spindle is rigidly held during
heavy operations offers a full C-axis spindle with 0.001° indexing through the full 360° of the workpieces.
• Oil cooling for DDS spindle with
cast in cooling fins on headstock
to minimize heat build-up in the
the motor.
• The headstock in a jacket of a constantly chilled
oil coolant that prevents the headstock from
reaching the elevated temperatures that causes
thermal expansion and degrades precision.
• Oil cooling for DDS spind
Spindle oil cooler
Oil coolant
Oil coolant
High power and high torque spindle
(rpm)S1 S2 S3 S4
T1T3T2
T4
Torgue (kg-m)
(rpm)
P1
Power (kw)
P2P3
P4
S1 S2 S3 S4
P1 (*30min. in low winding)P2 (cont. in low winding) P3 (*30min. in high winding) P4 (cont. in high winding)
S1 (base RPM in low winding)S2 (base RPM in high winding)S3 (max. RPM in low winding)S4 (max. RPM in high winding)
T1 (*30min. in low winding)T2 (cont. in low winding) T3 (*30min. in high winding) T4 (cont. in high winding)
S1 (base RPM in low winding)S2 (base RPM in high winding)S3 (max. RPM in low winding)S4 (max. RPM in high winding)
*30 min. may be replaced by 15%, 15 min or 20 min. according to Fanuc specification
• The spindle motor is integrated in the spindle to eliminate the
vibrations from the belt or gear drives. This improves the spindle
run-out and leads to a greater surface finish and roundness.
• The integral unit has lower inertia than traditional drives to allow
faster acceleration time and to improve overall efficiency.
• Dual winding DDS spindle (similar as a 2-step gearbox installed)
offers extra torque output at low spindle speed than conventional
belt-driven spindle.
• Angular encoder is installed as standard to assure the angular
accuracy on the spindle.
ModelSpindle
Motor
Base Speed
(rpm)Max.Speed (rpm)
P. Cont.
(kw)
P.
(kw)
Tor. Cont.
(kg-m)
Tor.
(kg-m)
VturnII-16CV α B160MiLow winding 300 900 5.5 7.5(15%) 17.8 24.3(15%)High winding 850 6000 11 18.5(15%) 12.6 21.2(15%)
VturnII-20&23CV αB180MiLow winding 450 800 11 15(20 min.) 23.8 32.4(20 min.)High winding 806 4200 11 15(30 min.) 13.3 18.2(30 min.)
VturnII-26CV αB200MiLow winding 485 900 15 22(30 min.) 30.1 44.2(30 min.)High winding 900 3500 15 22(30 min.) 16.2 23.8(30 min.)
• The spindle motor is integrated in the spindle to eliminate the
Direct Drive Spindle (DDS) motor with Cs axis design
4
• Fast tool indexing time 0.2 seconds using servo driven turret.
• Maximum milling speed of 3000rpm by servo motor maintains
a near constant torque output over the complete speed range.
• 12 station VDI turret with 6 or 12 live tool pockets allows quick
tool changeover with commercially available tool holders (by
Duplomatic servo turnets or Sauter hydranlic turrets).
• Vturn II-23/26BCV with full C-axis capability sub-spindle is
fitted with 12 station live tool pockets capable of back face
machining.
• Optional Y axis VDI turret with
travel ±45mm (for Vturn II-16/20)
or ±55mm (for Vturn II-23/26) can
be installed for more sophisicated
turning applications.
• Fast tool indexing time 0.2 seconds using servo driven
Servo-driven turret for faster indexing
• C axis for both spindle and sub-spindle maximum the
application range.
• DDS sub-spindle with dual winding assures the best
collinear accuracy without re-clamping.
• Changeover time 3 seconds (P-P) from the main
spindle to the sub-spindle.
• Rectangular machine base guarantees the optimal structure
stiffness to sustain the high rapid feed rate 20/24 (X/Z) m/min on
the lathes with box slideways.
• Homogenous casting distributes stress thru-out structure
• Meehanite gray cast iron for optimum damping properties.
• Optimum ribbing determined by FEM to minimize distortion
during operation.
• To ensure perfect alignment in the machine structure, the bed
is machined in a single set-up on a large five-face machining
center.
• Rectangular machine base guarantees the optimtangular machine base gua
stiffness to sustain the high rapid feed rate 20/2fness to sustain the high rap
Single block cast bed
• Heavy body casting to absorb vibrations.
• Slideway mounted with hydraulic clamp.
• Fully programmable with turret "tow along" for tailstock body.
• Heavy body casting to absorb vibrations
Fully programmable tailstock for easy automation
~ CV
~ BCV
~ Y(B)
• C axis for both spindle and sub spindle maximum the
Optional subspindle and C-axis with live tooling
5
The proven reliability of Fanuc 0i-T controller is combined with
Victor's own custom designed PLC to offer the customer an integral
control system with utmost reliability.
Optional 21i-T/18i-T control allows easier upgrades for the addition
of full conversational programming.
Fully programmable tailstock for easy automation.
• Heavy body casting to soak up vibrations.
• Slideway mounted with hydraulic clamp.
• Fully programmable with turret "tow along" for tailstock body.
S T A N D A R D A C C E S S O R I E S
Chip conveyor & cart
Separate chip conveyor can be positioned to expel chips from
the traditional side of the machine for easy cleaning or even
from the rear of the machine to reduce costly shop floor space
requirement.
Powerful hydraulic chuck
• Hydraulic 3 jaw hollow chuck is foot operated for safe and easy operation
• Back pressure settings
Fully enclosed guarding with the chip conveyor
fitted into the machine bed ensures no access
to the machine during operation and no coolant
leakages.
Hydraulic gauges on the front so they can be
easily monitored during operation.
Coolant tank can also be accessed from the
front of the machine.
Fully enclosed guarding with the chip conveyor
Ergonomic design for safe & easy operation
The proven reliability of Fanuc 0i T controller is com
Reliable Fanuc 0i-T control system
No longer the need to perform tedious time consuming cuts to
determine tool geometry. The operator needs only to touch the tool tip
to the tool presetter sensor (Renisahw repeatable arm with RP3 probe)
to get the tool geometries once the reference tool is determined. While
not only reducing tool set-up time, manual tool presetter also reduces
down time due to tool breakage.
No longer the need to perform tedious
Tool presetter (Renishaw)
Parts catcher (swing type)
To enhance the machine's productivity, a parts catcher is available to work
in conjunction with bar feed interface. This type of fully programmable
parts catcher is mounted next to the chuck with a hydraulic actuator to
rotate the extending rod bolted with the catching bucket which rests against the door of
the machine during machining. This bucket can also catch the part from the sub-spindle.
A sub-spindle with 6" chuck as standard and DDS motor can be added with the machine
designated VturnII-23 & 26B or Vturn II-23 & 26BCV. The sub-spindle allows back face
machining to be completed in a single set-up giving a real reduction in machine idle time.
The sub-spindle is driven forward using its own servo-drive, with synchronous rotation
between both spindles used to automatically transfer the part.
As the sub-spindle also uses a DDS motor with dual winding, both big cutting torque and
high angular accuracy are also possible during rear face turning. This machine within sub-
spindle is fitted with 12 station VDI turret capable of back face machining.
A b i dl i h 6" h k
Sub-spindle extension
The machine has been designed to facilitate
the easy addition of gantry loaders to build
a completely automated machining cell. The
gantry loader can be either added as a stand-
alone type to give greater flexibility or can be
built on to the machine for a more compact
machining cell.
gned to facilitateThThThThThThTTTThThThTTThThTTThhhheeeeeeeeee mammammmamamammm chchchchchccc inininineeeeee hhaass bbeennnnn deesig
FA - stand alone or integrated gantry loader
Vturn II-23/26B (CV) Sub spindle output diagram
(rpm)S1 S2 S3 S4
T1T3T2
T4
Torgue (kg-m)
(rpm)
P1
Power (kw)
P2P3
P4
S1 S2 S3 S4
P1 (15% in low winding)P2 (cont. in low winding) P3 (15% in high winding) P4 (cont. in high winding)
S1 (base RPM in low winding)S2 (base RPM in high winding)S3 (max. RPM in low winding)S4 (max. RPM in high winding)
T1 (15% in low winding)T2 (cont. in low winding) T3 (15% in high winding) T4 (cont. in high winding)
S1 (base RPM in low winding)S2 (base RPM in high winding)S3 (max. RPM in low winding)S4 (max. RPM in high winding)
Spindle
Motor
Base Speed
(rpm)Max.Speed (rpm)
P. Cont.
(kw)
P.
(kw)
Tor. Cont.
(kg-m)
Tor.
(kg-m)
αB160MiLow winding 300 900 5.5 7.5(15%) 17.8 24.3(15%)High winding 850 4500(Opt. 6000) 11 18.5(15%) 12.6 21.2(15%)
6
O P T I O N A L A C C E S S O R I E S
7
For direct mounting on turret
Mounting blockTaper slice
Coolant block
Turret disc
Clamp block
Face & O.D cutting
tool holder
Face & I.D cutting
tool holder
O.D & Face tool
I.D & Face tool
"U" Drill
"U" Drill Socket
Boring bar sleeve
Boring bar sleeve
Drill socket (MT#)
Large dia. boring bar
Small dia. boring bar
Drill
Boring bar/drill holder
Tooling system
• Hydraulic chuck with soft jaws
• Programmable tailstock
• Chip conveyor with cart
• Automatic forced lubrication
• Fully enclosed splash guarding
• Tool holders (excl. VDI tooling)
• Fanuc 0i-T control
• 3 step warning light
• Air conditioner for elechical
cabinet
Standard accessories
• Manual tool presetter (Renishaw)
• Auto tool presetter (Renishaw)
• Parts catcher (swing type)
• KITAGAWA hydraulic chuck
• Auto door
• Bar feeder interface
• Large spindle bore (LSB)
-66 mm/ 4500 rpm for Vturn II-20
-91 mm/ 2500 rpm for Vturn II-26
• Air blow system
• High pressure coolant
• 12" chuck/3000rpm for Vturn II-26
• Fanuc 21i-T/18i-T control
• Gantry robot system
Optional accessories
Tool Vturn II-16 Vturn II-20 Vturn II-23 Vturn II-26Tool shank for turret disk 20 mm 25 mm 25 mm 25 mmFace+O.D.cutting tool holder 2 2 2 2Face+I.D.cutting tool holder 1 1 1 1Extended O.D.culting tool holder - - - -Boring bar holder32 mm 6 - - -40 mm - 5 5 650 mm - - - 1Boring bar sleeve8 mm 1 - - 110 mm 2 2 2 212 mm 2 2 2 216 mm 2 2 2 220 mm 2 2 2 225 mm 2 2 2 232 mm - 2 2 2Drill socketMT1 Optional 1 1 -MT2 2 1 1 1MT3 1 1 1 1MT4 - - - 1'U' Drill holder32 mm 1 - - -40 mm - 1 1 1'U' Drill socket20 mm 1 - - -25 mm 1 1 1 132mm - 1 1 1
"U" Drill holder
8
V I C T O R ’ S F A N U C 0 i - T C / 2 1 i - T B / 1 8 i - T B C O N T R O L S P E C I F I C A T I O N SStandardITEM / SPECIFICATION DESCRIPTIONControlled Axes:
1. Controlled Axes 2 Axes (X ,Z)
2. Simultaneous Controlled AxesPosition/Linear interpolation/Circular interpolation (2/2/2)
3. Least Input Increment 0.001mm / 0.0001inch / 0.001deg.4. Least Input Increment 1/10 0.0001mm / 0.00001inch / 0.0001deg.5. Max, command value ±99999.999mm (±9999.9999in)6. Fine Acceleration & Deceleration Control Std.7. HRV Control Std.8. Inch / Metric Conversion Std. (G20/G21)9. Interlock All Axes / Each Axis / Cutting Block Start10. Machine Lock All Axes / Each Axis11. Emergency Stop Std.12. Over-travel Std.13. Stored Stroke Check 1 Std.14. Mirror Image Each Axis15. Chamfering on/off Std.16. Follow-up Std.17. Unexpected disturbance torque detection function Std. (to be used to tool load monitoring)18. Position switch (with Victor's own PLC) Std. (to be used for security)
Operation:1. Automatic Operation Std.2. MDI Operation MDI B3. DNC Operation Reader / Puncher Interface is Required4. DNC Operation with Memory Card PCMCIA Card Attachment is Required5. Program Number Search Std.6. Sequence Number Search Std.7. Sequence number comparison and stop Std.8. Buffer Register Std.9. Dry Run Std.10. Single Block Std.11. JOG Feed Std.12. Manual Reference Position Return Std.13. Manual Handle Feed 1 Unit / Each Path14. Manual Handle Feed Rate X1, X10, X100
Interpolation:1. Positioning G002. Threading synchronous cutting Std.3. Multiple threading Std.4. Threading retract Std.5. Continuous threading Std. (G76)6. Variable threading Std. (G34)7. Linear Interpolation G018. Circular Interpolation G02, G03 (multi-quadrant is possible)9. Dwell G0410. Skip Function G3111. Reference Position Return G2812. Reference Position Return Check G2713. 2ND Reference Position Return Std.
Feed:1. Rapid Traverse Rate Std.2. Rapid Traverse Override F0, 25%, 50%, 100%3. Feed Per Minute G94 (mm / min)4. Feed Per Revolution G95 (mm / rev)5. Tangential Speed Constant Control Std.6. Cutting Feed rate Clamp Std.7. Automatic Acceleration / Deceleration Rapid traverse: linear; Cutting feed: exponential8. Rapid traverse bell-shaped acceleration/deceleration Std. (on 21i/18i only)
9.Linear accel/deceleration after cutting feed interpolation
Std.
10. Feed rate Override 0~150%11. Jog Override 0~100%12. Feed Stop Std.
Program Input:1. EIA / ISO Automatic Recognition Std.2. Label Skip Std.3. Parity Check Std.4. Control In / Out Std.5. Optional Block Skip 16. Max. Programmable Dimension ±8-Digit7. Program Number O4-Digit8. Sequence Number N5-Digit9. Absolute / Incremental Programming G90/G91
10.Decimal Point Programming / Pocket Calculator Type Decimal Point Programming
Std.
11. Input Unit 10 Time Multiply Std.12. Diameter/radius programming Std13. Plane Selection G17, G18, G1914. Automatic Coordinate System Setting Std.15. Work piece Coordinate System G52, G53, G54~G5916. Direct Drawing Dimension Programming Std17. G code System A Std18. Chamfering/corner R Std19. Programmable Data Input G1020. Sub Program Call 4 folds nested 21. Custom Macro B Std22. Canned Cycles Std23. Multiple Repetitive Cycle Std. (G70~G76) 24. Multiple Repetitive Cycle 2 (Pocket profile) Std. (G70~G76 type II)25. Canned Cycle for Drilling Std26. Program Format FANUC std. format27. Program Stop / Program End M00 / M01 / M02 / M30
Auxiliary Spindle Speed Function:1. Auxiliary Function Lock Std.2. High Speed M / S / T Interface Std.3. Spindle Speed Function Std.4. Constant Surface Speed Control Std5. Spindle Override 50~120%6. Actual Spindle Speed Output Std7. 1st Spindle Orientation Std.8. 1 st Spindle Output Switching Function Std 9. M Code Function M3 digit10. S Code Function S5 digit11. T Code Function T2 digit12. Rigid Tapping (Spindle) Std.
Tool Function & Tool Compensation:1. Tool Function T7+1/T6+2digits
2. Tool Offset Pairs ±6-digit 64 pairs
3. Tool Nose Radius Compensation Std. (G40/G41/G42)
4. Tool Geometry/wear Compensation Std.
5. Number of Tool Offsets (in total) 64 sets
6. Automatic Tool Offset Std
7. Direct Input of Tool Offset Value Measured B Std
Accuracy Compensation:1. Backlash Compensation Rapid Traverse / Cutting Feed
2. Stored Pitch Error Compensation Std.
Edit Operation:
1. Part Program Storage Length (in total) 640m (0i/21i), 1280m(18i)
2. Number of Registerable programs (in total) 400 (0i/21i/18i).
3. Part Program Editing Std.
4. Program Protect Std.
5. Background Editing Std.
Setting and Display:
1. Status Display Std.
2. Clock Function Std.
3. Current Position Display Std.
4. Program Display Program name 31 characters
5. Parameter Setting and Display Std.
6. Self Diagnosis Function Std.
7. Alarm Display Std.
8. Alarm History Display 25
9. Operation History Display Std.
10. Help Function Std.
11. Run Hour and Parts Count Display Std.
12. Actual Cutting Feedrate Display Std.
13. Display Spindle Speed and T Code At All Screens Std.
14. Dynamic Graphic Display Std
15. Servo Setting Screen Std.
16. Display of Hardware and Software Configuration Std.
17. Multi-Language Display Std.
18. Data Protection Key Std.
19. Erase CRT Screen Display Std.
20. Spindle Setting Screen Std.
21. Color LCD / MDI ) 8.4” (0i), 10.4” (0i-C�1/21i/18i)
Data Input / Output:1. Reader / Puncher Interface RS-232 interface
2. Memory Card Interface Std.
3. External Work piece number search 9999
C Axis Function (used on CV/BCV/Y models):1. Control Axes Expansion Std
2. Simultaneously Controlled Axes Expansion Std
3. Coordinate System Rotation Std
4. Rotary Axis Designation Std
5. Rotary Axis Roll-over Std
6. Axis Control by PMC Std
7. Control Axis Detach (for Cf axis) Std (used on Vturn only)
8. Polar Coordinate Interpolation Std. (G112/G113)
9. Cylindrical Interpolation Std. (G107)
10. CS Contouring Control Std. (used on VturnII)
11. Coordinate System Rotation Std
12. Rigid Tapping (C-axis) with Victor’s own PMC Std
2 Spindle Function (used on B/BCV/YBCV models):1. Multi Spindle Control Std2. 2 Spindle Orientation Std3. 2 Spindle Output Switching Std4. Synchronous Control Std5. Simple Spindle Synchronous Control Std
Options:With hardware included: 0i 21i 18i
1. Conversational programming (Manual guide i)*1 � Std Std2. Conversational programming (Cap i) N.A. � �3. Date server (with PCB and ATA card) � � �4. Embedded Ethernet (10Mbps) N.A. Std Std5. Fast Ethernet (100Mbps, available in Data server) � � �6. Tool life management � � �7. Part Program Storage Length 1280mm (in total) N.A. � Std8. Part Program Storage Length 2560mm (in total) N.A. N.A. �9. Program restart � � �
10. Optional block skip 2-9 blocks � � �11. Polygon turning (by C-axis) with Victor’s own PLC � � �12. Manual handle feed 2 (2nd MPG) N.A. � �13. Reader/Puncher interface 2 (2nd RS232 interface) N.A. � �14. External data input N.A. � �15. Profibus � � �
Without hardware included:16. Program number O8-digit N.A. N.A. �17. Circular thread cutting (G35) N.A. N.A. �18. Circular interpolation by 9-digit R designation N.A. N.A. �19. Tool offset value 7 digits N.A. N.A. �20. Number of registered program 1000 (in total) N.A. N.A. �21. G code system B/C N.A. � �22. Type format for FS 15 N.A. � �23. Play back N.A. � �24. Three–dimensional coordinate conversion N.A. � �25. Direct input of offset value measured for 2 spindle lathe N.A. � �26. AI NANO control (G5.1 Q1) N.A. � �27. JERK control N.A. �
28.Bell-type acceleration/deceleration before look ahead interpolation N.A.
� � �
*1. Manual Guide i is available on 0i-C when the monitor is upgraded to 10.4” LCD.
9
M A C H I N E S P E C I F I C A T I O N S
Item \ ModelVT II-16VT II-20
VT II-16 CVVT II-20 CV
VT II-16YCVVT II-20YCV
Capacity
Swing over bed mm 590 590 610Swing over carriage mm 400 400 480
Between centers mm 540 540 430
Max. turning dia. mm 440 330 290
Std. Turning dia. mm370360
270 254
Bar capacity mm40
52 (Opt.66)4052
4052
Travels
X axis stroke mm 220 + 20 135 + 105 160 + 20
Z axis stroke mm 510 510 405
B axis stroke mm - - -
Y axis stroke mm - - ±45
Spindle
Max. spindle speed rpm60004200
60004200
60004200
Spindle nose (chuck) InchA2-5 (6")A2-6 (8")
A2-5 (6")A2-6 (8")
A2-5 (6")A2-6 (8")
Spindle bore mm5262
5262
5262
Spindle indexing deg - 0.001 0.001
Bearing inside dia. mm90
10090
10090
100
Sub-spindle(B axis)
Max. spindle speed rpm - - -Spindle nose (chuck) Inch - - -Spindle bore mm - - -Spindle indexing deg - - -Bearing inside dia. mm - - -
Turret
No. of tools no.12
10 (Opt.8)12 12
No. of live tools no. - 12 12
Tool shank size mm2025
20 20
Max. boring bar dia. mm32 (VDI-30)40 (VDI-30)
VDI-30 VDI-30
Exchange time (T-T) sec 0.2 0.2 0.2Milling speed rpm - 3000 3000
TailstockQuill dia. mm 75 75 75Quill taper MT#4 MT#4 MT#4Quill stroke mm 80 80 80
FeedrateRapid feedrate mm/min X:20000 / Z:2400 X:20000 / Z:2400
X:18000 / Z:20000,Y:7500
Cutting feedrate mm/min X/Z = 0 ~1260 X/Z = 0 ~1260 X/Z = 0 ~1260
Motor
Spindle motor kW 11/15 α B160Mi - 5.5/7.5α B180Mi - 11/15
α B160Mi - 5.5/7.5α B180Mi - 11/15
Sub-spindle motor kW - - -
Servo motor kW X: 1.6, Z: 3.0 X: 1.6, Z: 3.0 X: 3.0, Z: 4.0, Y: 1.6
Milling motor kW - 3 3Controller FANUC 0i-T 0i-T 18i-TCoolant Tank capacity L. 130 130 130
MachineL x W x H mm 2300 x 1685 x 1700 2300 x 1685 x 1700 2500 x 1750 x 2000
Net weight kg 4200 4300 4900
* Machine and controller specifications are subject to change without notice
10
VT II-23 (B) VT II-23CV (BCV)VT II-26/60 (B)VT II-26/110 (B)
VT II-26/60CV (BCV)VT II-26/110CV (BCV)
VT II-26/60YCVVT II-26/110YCV
VT II-26/110YBCV
670 670 670 670 780 780486 486 486 486 580 580
610 (490) 610 (490)610 (490)1100 (980)
610 (490)1080 (980)
465970
970
330 (360) 316 (360) 370 (360) 316 (360) 330 330
250 250 (290) 290 (310) 250 (285) 280 280
52 52 75 (Opt. 91) 75 75 75
165 + 50 (180 + 15) 143.5 + 122 (180 +15) 185 + 50 (180 + 15) 143.5 + 122 (180 + 15) 195 (165 + 30) 195 (165 + 30)
610 (490) 610 (490)610 (490)1100 (980)
610 (490)1100 (980)
475980
980
- (425) - (425)- (425)- (915)
- (425)- (915)
- 915
- - - - ± 55 ± 55
4200 4200 3500 3500 3500 3500
A2-6 (8") A2-6 (8") A2-8 (10") A2-8 (10") A2-8 (10") A2-8 (10")
62 62 86 86 86 86
- 0.001 - 0.001 0.001 0.001
100 100 130 130 130 130
4500 (Opt. 6000) 4500 (Opt. 6000) 4500 (Opt. 6000) 4500 (Opt. 6000) - 4500 (Opt. 6000)A2-5 (6") A2-5 (6") A2-5 (6") A2-5 (6") - A2-5 (6")
52 52 52 52 - 52- 0.001 - 0.001 - 0.001
90 90 90 90 - 90
8 (12) 12 (12) 12 (12) 12 (12) 12 12
- 12, Opt.6 (12) - 12, Opt.6 (12) 12 12
25 25 25 25 25 25
40 (VDI-40) VDI-40 50 (VDI-40) VDI-40 VDI-40 VDI-40
0.2 0.2 0.2 0.2 0.2 0.2- 3000 - 3000 3000 3000
85 (-) 85 (-) 85 (-) 85 (-) 85 (-) -MT#4 (-) MT#4 (-) MT#5 (-) MT#5 (-) MT#5 (-) -120 (-) 120 (-) 120 (-) 120 (-) 120 (-) -
X:20000 / Z:24000(B:12000)
X:20000 / Z:24000(B:12000)
X:20000 / Z:24000(B:12000)
X:20000 / Z:24000(B:12000)
X: 18000 / Z: 20000 /Y: 7500
X: 18000 / Z: 20000 /B: 12000 / Y: 7500
X/Z = 0 ~1260 X/Z = 0 ~1260 X/Z = 0 ~1260 X/Z = 0 ~1260 X/Z = 0 ~1260 X/Z = 0 ~1260
11/15 α B180Mi - 11/15 15/18.5 α B200Mi - 15/18.5 α B200Mi - 15/18.5 α B200Mi - 15/18.5
α B160Mi - 5.5/7.5 α B160Mi - 5.5/7.5 α B160Mi - 5.5/7.5 α B160Mi - 5.5/7.5 - α B160Mi - 5.5/7.5X: 3.0, Z: 4.0
(B: 3.0)X: 3.0, Z: 4.0
(B: 3.0)X: 3.0, Z: 4.0
(B: 3.0)X: 3.0, Z: 4.0
(B: 3.0)X: 4, Z: 4, Y: 1.6 X: 4, Z: 4, Y: 1.6, B: 3.0
- 4 - 4 4 40i-T 0i-T (18i-T) 0i-T 0i-T (18i-T) 18i-T 18i-T160 160 160 160 160 160
2770 x 1780 x1853 2770 x 1780 x 18532870 x 1780 x 18533490 x 1780 x 1798
2870 x 1780 x 18533490 x 1780 x 1978
2870 x 2073 x 21753490 x 2073 x 2275
3490 x 2073 x 2275
5550 (5750) 5550 (5750)5600 (5800)6200 (6400)
5600 (5800)6200 (6400)
56006600
6800
11
Vturn II-20
Vturn II-20CV with C axis & VDI turret
Vturn II-16CV with C axis & VDI turret
Vturn II-16
ø40ø32ø32
ø32
20
30
X-axis stroke
20
ø187
ø40 ø46
ø440
ø370
ø195
35 35
ø130
ø214ø510
240
20
35185
220ø215
440
ø181
ø184
ø32ø46
40
2530
25
ø226
ø225
ø40
ø520
ø218
ø231 ø360
ø440
X-axis stroke
180 40
ø40
40
40
220 20240
ø266
ø255
Z-axis stroke
Z-axis zero point
X-ax
isst
roke
X-ax
isze
ropo
int
8" Power chuck
Quill taper stroke of tailstock Stroke of tailstock
460
510152
50
235
220
240
45
62 35
20
448440
(104)
91 3965
145170 80
157.
5
510
6839.550 460 50
4010
6530
80 440
(104)3755257842310
140
160
170
238
8
1013
510
5
240
42
183
160
133
56 81 29 169.5
Z-axis zero point
Z-axis stroke
X-a
xis
stro
ke
X-a
xis
zero
poi
nt
6"Power chuck
Quill taper stroke of tailstock Stroke of tailstock
157.5
20
50
20
ø20
ø294
ø143
ø175
ø380
3065
40
ø189
ø166
ø213
ø445
ø505
ø315
230
135
ø270
ø330
49
20.5
240
10
105
X-axis stroke
157.
5
510
6839.550 460 50
4010
6530
80 440
(104)3755257842310
140
160
170
238
8
1013
510
5
240
42
183
160
133
56 81 29 169.5
Z-axis zero point
Z-axis stroke
X-a
xis
stro
ke
X-a
xis
zero
poi
nt
6"Power chuck
Quill taper stroke of tailstock Stroke of tailstock
157.5
20
50
20
ø20
ø294
ø143
ø175
ø380
3065
40
ø189
ø166
ø213
ø445
ø505
ø315
230
135
ø270
ø330
49
20.5
240
10
105
X-axis stroke
460
510142Z-axis stroke
Z-axis zero point
X-ax
isst
roke
X-ax
isze
ropo
int
6" Power chuck
Quill taper stroke of tailstock Stroke of tailstock
50
235
220
240
440
56 2981
135160 80
448
45
62 35 (104)
20
12
Vturn II-23BCV with sub-spindle & VDI turret
8" chuck18520
28.875
Ø251.9
Ø256.4
Ø210.6
Ø370
Ø452
Ø200.1
Ø215.2
Ø151.5
Ø596
80
Ø17
2.1
Ø18
7.8 115125
238
423
Ø250Ø31
6
2
610 (1100)
50
(155)
120 520 (1000)
218
Stroke of tailstockQuill taper stroke of tailstock
Z-axis travel
Z-axis zero point
185
370
80 423
240
X-a
xis
trav
el
X-a
xis
zero
poi
nt
127
240
125
115
10763650
226
164
91 3933
34
33
560 (1050)
44
Vturn II-23
3025 ø296 40 ø40
ø296ø250ø3
30
25
ø520
ø50
40180
X-axis travel
50
215
165
ø286
58
ø32140 40
128
ø210
160 110
ø580
23
27
ø520
ø229
ø40
ø235
ø40ø360
ø310
195X-axis travel
180 15
450
490114Z-axis travel
Z-axis zero point10 42.5 52.55
160
100
110
108.598.5
40 65.5
ø255
ø10 12
100
90
X-ax
istra
vel
X-ax
isze
ropo
int
195
180
15
8"Power chuck
36156.53991
394
Sub-spindle travel, zero point425
422
394
29 91
99
8787
6"Power chuck
ø32
10342
ø226ø43
ø306
8
ø611ø234 ø2
43
ø285
ø360
ø32
195
160 110 180 15
X-axis travel
ø218
12.5
490 108.5Z-axis travel
Z-axis zero point
10
109.5 36 40
40 98.555 75.5 50
ø10 16ø2
20
ø270 100
100
42.55 52.5 50 85 65
20
103
42
195
X-ax
istra
vel
X-ax
isze
ropo
int
90
180
15
394
Sub-spindle travel, zero point
8" Power chuck
9 87
9 87
916" Power chuck29
425
394
32156
4183991
110
Vturn II-23B with sub-spindle & VDI turret
9
Vturn II-23CV with C axis & VDI turret
560Z-axis travel
Z-axis zero point
X-ax
istra
vel
X-ax
isze
ropo
int
8" Power chuck
Quill taper stroke of tailstock Stroke of tailstock
50
(155)
120
ø69
65.5 91 39
165
215
500
185
560 50
610
7
50
148
i
42.5
13
Stroke of tailstockQuill taper stroke of tailstock
28.875
ø251.9
ø256.4
ø210.6
ø370
ø452
ø200.1
ø215.2
ø151.5
ø596
80 33
ø172
.1ø1
87.8
ø250ø316
125
30
143185
423
20
268X-axi s t ravel
610 (1100)
560 (1050) 50
(155)
120
34
520 (1000)
218
164
4311310"Power check
Z-axis travel
Z-a
xis
trav
el
Z-axis zero point
Z-a
xis
zero
poi
nt
185
8033
423
127
125
4410763650
226
143
268
370(860) 240
30
251.9
Vturn II-26CV with C axis & VDI turret
Vturn II-26BCV with sub-spindle & VDI turret
Vturn II-26B with sub-spindle & VDI turret
Vturn II-26
ø32ø46
ø212
ø208
ø580
ø50
ø144
ø250
36.5
ø40
28
ø240
210
X-axis travel
40 50
235
185
ø40
ø218
ø205
ø290ø370
ø40
Z-axis travel
Z-axis zero point
X-ax
istra
vel
X-ax
isze
ropo
int
10" Power chuck
Quill taper stroke of tailstock Stroke of tailstock
610 (1100)
560 (1050)
181
7
50
185
50
235
(155)560(1050) 50 42.5
510 (1000)
113
120
4366
70
ø210
160 110
ø580
23
27
ø520
ø229
ø40
ø235
ø40ø360
ø310
195X-axis travel
180 15
Z-axis travel
Z-axis zero point
X-ax
istra
vel
X-ax
isze
ropo
int
10" Power chuck
Sub-spindle travel zero point
6" Power chuck
131.5 490 (980)
10 42.5 52.5 98.5450 (940) 40 65.5108.5
5
195
180
110 100
160
113
174 36 425 (915)
394 (884)
15
394 (884)
43 418(908) 29 91
9
9
87
87
90
ø10
100
ø255
12
ø32
ø226ø43
ø611ø234 ø2
34ø306
8
ø210
ø32
X-axis travel
ø360
ø285
195
16012.5
103
110 180 15
42
Z-axis travel
Z-axis zero point
X-ax
istra
vel
X-ax
isze
ropo
int
10" Power chuck
Sub-spindle travel, zero point
6" Power chuck
10 42.5 52.5
131.5
50
450 (940)
490 (980)
85 655
36 40
98.540
75.5 5055
108.5
ø220
16ø10
110
ø270
29 91418 (908)
425 (915)
9
394 (884) 9
87
87
15
394 (884)
113
174
43
36
20
195
4210
3
100
180
90
100
(X-axis travel)
18064.5135 0.5
(X-axis travel)
Ø210~(8"chuck)
85135 160 20
180(X-axis zero point)
Ø210~(8" chuck)
4545
180
(X-axis travel)
Ø182
351454060135
Ø290
Ø25
Ø212Ø506
60
Ø440
64.548Ø184
Ø200
113Ø154
Ø202
143200
65 91
Quill travel
(8" chuck)313.5
405
39
385Tailstock travel
80117
35X
-axi
s ze
ro p
oint
20 145
180
X-a
xis
trav
el
8515
220
135355 (Z-axis zero point)
56.530
405 (Z-axis travel)
1250
35
(104)
45
Ø254
14
Vturn II-26Y(B)CV460
510142Z-axis stroke
Z-axis zero point
X-ax
isst
roke
X-ax
isze
ropo
int
6" Power chuck
Quill taper stroke of tailstock Stroke of tailstock
50
235
220
240
440
56 2981
135160 80
448
45
62 35 (104)
20
10 42.552.5
(108)
5 60 89 42.5950
980 Z axis travel
Z axis zero point608942.5
3023.585 13.5
132 38
ø255
16
ø10100
125
110
100 91
44
195
165
30Xa
xis
trav
el
113174
4336
66
10" chuck
588
915588
Sub-spindle travel, zero point908
30587305
87
29 916" chuck
15
75
Xax
isze
ropo
int
Vturn II-26YBCV
Vturn II-26YCV
Ø182
18035135 60 40 145
Ø18464.5
Ø202
48
Ø25
Ø200
Ø440 Ø560
113Ø194
Ø212
60
Ø290
135 85
Ø160~(6" chuck)
160
180
20
4545
18064.5135 0.5
Ø160~(6" chuck)
X-a
xis
zero
poi
nt
15
405
313.5
145
X-a
xis
trav
el18
0
85
220
35
385117 (104)
45
200 80143
(6" chuck)
20
1250
405 (Z-axis travel)135355 (Z-axis zero point)
56.530 35
298156
(X-axis travel)(X-axis travel)
(X-axis travel)
(X-axis zero point)
Quill travel Tailstock travel
Ø290
Ø254
Vturn II-20YCV
Vturn II-16YCV
44
91
ø560ø255
ø330
ø280
ø630
72
18.7
180 110 165 30
195(X axis travel)
ø249
ø40ø239
ø50
ø245
ø231
ø230
180 100 175 20
5555
45
195
ø254(10" chuck)
(X axis travel)
(X axis zero point) 195
184180
5555
91
45
11
ø254(10" chuck)
(X axis travel)
(X axis zero point)
was is also marketed under the brand names (outside North America) and VTIIGE08EE
08
021
807
T
EL:
04
-247
33
32
6R
QO
P
R
(B)
D(C
E)
E (n
ot C
E)
I
J(C
E)
A
CH
G
F
M
L
N
K (n
ot C
E)
unit:mm
M A C H I N E L A Y O U T
A B C D E F G H I J K L M N O P Q R
Vt II-16 2300 930 2230 770 910 956 360 1615 648 750 890 1700 1685 260 2230 572 2350 1700
Vt II-20 2300 930 2230 770 910 956 360 1615 648 750 890 1700 1685 260 2230 572 2350 1700
Vt II-23 2770 930 2450 770 910 1080 319 1699 648 750 890 1853 1780 260 2372 640 2430 1700
Vt II-26/60 2870 930 2450 770 910 1080 319 1699 648 750 890 1853 1780 260 2372 640 2430 1700
Vt II-26/110 3490 930 2980 770 910 1080 319 1699 648 890 890 1978 1780 260 2372 640 2430 1700
Vt II-16Y 2500 958 2418 767 907 990 339 1680 640 750 890 2000 1750 260 2300 576 2350 1700
Vt II-20Y 2500 958 2418 767 907 990 339 1680 648 750 890 2000 1750 260 2300 576 2350 1700
Vt II-26/60Y 2870 930 2450 770 910 1115 284 1899 648 890 890 2175 2073 260 2491 668 2723 1900
Vt II-26/110Y 3490 930 2980 770 910 1115 284 1899 648 890 890 2275 2073 260 2491 668 2723 1900
THE COMPANIESVICTOR-TAICHUNG
UK ☐ Victor Europe Limited TEL : 44-1-706-648485 FAX : 44-1-706-648483
FRANCE ☐ Victor France TEL : 33-1-64772000 FAX : 33-1-64772063
GERMANY ☐ Victor GmbH TEL : 49-2261-478434 FAX : 49-2261-478327
SOUTH AFRICA☐ Victor Fortune (PTY) Ltd TEL : 27-11-3923800 FAX : 27-11-3923899
MALAYSIA☐ Victor Machinery (M) SDN. BHD. TEL : 60-3-56337180 FAX : 60-3-56337191
THAILAND☐ Victor (Thailand) Co. Ltd. TEL : 66-2-9263735 FAX : 66-2-9032373
USA☐ Fortune International Inc. TEL : 1-732-2140700 FAX : 1-732-2140701
CHINA☐ Zhongtai Precision Machinery
(Tianjin) TEL : 86-22-25321592 FAX : 86-22-25321663
☐ JIANRONG PRECISION Machinery (Shanghai) TEL : 86-21-59768018 FAX : 86-21-59768008
TAIWAN http://www.or.com.tw E-mail :[email protected]☐ Victor Taichung Machinery Works Co; Ltd. Headquarters: 266, Sec.3 Taichung Kan Rd. Taichung,Taiwan, R.O.C. TEL : 886-4-23592101 FAX : 886-4-23592943 Overseas Marketing Division: TEL : 886-4-23580701 FAX : 886-4-23584541
HTL VTL VMC HMC PIM
profile:
Sales : USD 209.3 mil’s (in 2007)*No. of employees: 1171*Exchange rate: 1 USD=32 TWD.
Victor TaichuR
R
VictorTaichung