• 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 approved TÜV DIN EN ISO 9001 DIN EN ISO 14001 Rheinland ISO 14001 Certificate approved TÜV R Victor Taichung
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• 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
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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
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
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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:
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.
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
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 � � �
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.
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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 - - -