Large Vertical Turning Center with RAM Head Spindle

Large Vertical Turning Center with RAM Head Spindle
With its large capacity and heavy duty machining capability,
The PUMA VTS series provides excellent productivity for large workpieces
02
Features
1
Robust Structure
The PUMA VTS series provides optimum durability by including box guideway construction to all linear axes.
The large diameter cross taper roller bearing used in the spindle construction provides high rigidity and
accuracy for heavy duty machining applications
Applied with Box Guideway
Large Cross Taper Roller Bearings
PUMA VTS1620
PUMA VTS1620
PUMA VTS1214
2
Highest Cutting Capacity among Competitors
Provides maximum workpiece size capacity
Max. Turning diameter
PUMA VTS1620
Max.
Turning Diameter
Ø 2000 mm
(78.7 inch)
PUMA VTS1214
Ø 1350 mm
(53.1 inch)
03
Robust Mechanical
Construction PUMA VTS1620 series
The PUMA VTS1620M series provides extended durability and
stable accuracy by implementing a large diameter cross roller bearing
for the spindle and box guideways for the linear axes.
PUMA VTS1620 series
Machine Construction
1
Applied with Box Guideway
1
2
A highly rigid X-type cast Meehanite
column structure reduces deflection and
ensures optimum cutting performance.
3
2
4
6
5
Model : PUMA VTS1620 Core Machine
04
Deflection is avoided by the high rigidity
crossrail and ram carriage construction.
Large square cross-section
3
5
308 × 250 mm
(12.1 × 9.8 inch)
1000 mm
(39.4 inch)
extra long
guide span
Wide ram guide for
high torque
Ram deformation minimized by enlarged guideway design enabling
heavy duty cutting.
4
6
Ø914.4
(Ø36.0)
Max. Table motor
Applied with powerful helical gears to guarantee
a long life. The VTS1620M is applied with
a zero backlash system to realize accurate
C axis control.
Designed with large
diameter cross taper roller
bearing featuring high
rigidity in both radial and
axial directions. The gears
are capable of transmitting
high cutting forces.
Max. Table torque
Max. Table speed
45 {60} kW 19875 {24380} N·m 250 r/min
(60.3 {80.5} Hp) (14667.8 {17992.4} ft·lb)
Designed in a base structure that provides
a stable cutting performance to the table
and carriage, using an X rib structure
Meehanite casting.
{ } : Option
05
Large Workpiece Capacity and Processing Capability
Crossrail Fixed Positions
Axis Travel
The 4 position step block is provided to fix the W axis
position of the crossrail, and in combination with a
positioning pin, maintains a high level of positioning control.
Ø2000 mm
(Ø78.7 inch)
1556 mm
(61.3 inch)
Positioning pins
(2ea)
The built in 2-step gearbox
provides a stable high torque drive
Max. Turning diameter
Max. Turning height
Crossrail fixed positions
200 mm × 4 steps = 800 mm
(7.9 inch)
(31.5 inch)
Max. Allowable load
(actuated by hydraulic cylinder)
ATC Magazine
Ø2000 mm
(78.7 inch)
1556 mm
(61.3 inch)
10000 kg
(22045.9 lb)
Z-axis
W-axis
X-axis
960 mm
(37.8 inch)
800 mm
(31.5 inch)
1727 mm
(68.0 inch)
C-axis Table
C-Axis
C axis twin gear drive achieves
high rigidity and eliminates
backlash
Driving system
No. of tool stations
Servo motor
18 {24} stations
450 mm (17.7 inch)
Max. Tool length in
Z-axis
(Static tool)
350 mm (13.8 inch)
(BT50/DIN 50 rotating tool)
Max. Tool weight
50 Kg (110.2 lb)/tool
{ } : Option
06
C-Axis Servo Motor VTS 1620(M)
Max. Power and
torque
C-axis feedrate
4 kW (5.4 Hp)
26400 N·m (19483.2 ft·lb)
900 deg/min
(travel 360˚, 0.001˚ control)
Servo controlled c-axis table enables milling, drilling and tapping
with excellent rotational accuracy and user satisfaction.
Table Motor Power - Torque
Low Gear
High Gear
Torque Torque
: N·m (ft·lb)
: N·m (ft·lb)
Power :Power
kW (Hp)
: kW (Hp)
30 min 30 min
19875 (14667.8)
19875 (14667.8)
30 min 30 min
Torque Torque
: N·m (ft·lb)
: N·m (ft·lb)
Power :Power
kW (Hp)
: kW (Hp)
30 min 30 min
45 (60.3)45 (60.3)
Cont. Cont.
16342 (12060.4)
16342 (12060.4)
Cont. Cont.
37 (49.6)37 (49.6)
45 (60.3)45 (60.3)
39 (52.3)39 (52.3)
37 (49.6)37 (49.6)
Cont.
Cont.
33 (44.3)33 (44.3)
30 min 30 min
5565 (4107.0)
5565 (4107.0)
22 (29.5)22 (29.5)
19 (25.5)19 (25.5)
Max. Table motor & torque
(60.3 Hp) (14667.8 ft·lb)
1508 (1112.9)
1508 (1112.9)
1243 (917.3)
1243 (917.3)
1905 (1405.9)
1905 (1405.9)
1601 (1181.5)
1601 (1181.5)
45 kW 19875 N·m
Cont. Cont.
4576 (3377.1)
4576 (3377.1)
21
2157
57
112
112
77
77
SpindleSpindle
Speed (r/min)
Speed (r/min)
205
205250
250
SpindleSpindle
Speed (r/min)
Speed (r/min)
High Gear
Low Gear
Torque :Torque
N·m (ft·lb)
: N·m (ft·lb)
Power : Power
kW (Hp)
: kW (Hp)
Max. Table motor & torque
10 min 1010
minmin 10 min
24380 (17992.4)
24380 (17992.4)
30 min 30 min
24292 (17927.5)
24292 (17927.5)
30 min 30 min
60 kW 24380 N·m
(80.5 Hp) (17992.4 ft·lb)
Cont. Cont.
19875 (14667.8)
19875 (14667.8)
Cont.
Torque :Torque
N·m (ft·lb)
: N·m (ft·lb)
Power : Power
kW (Hp)
: kW (Hp)
60 (80.5)60 (80.5)
Cont.
55 (73.8)55 (73.8)
30 min 30 min
55 (73.8)55 (73.8)
53 (71.1)53 (71.1)
45 (60.3)45 (60.3)
Cont.
45 (60.3)45 (60.3)
43 (57.7)43 (57.7)
37 (49.6)37 (49.6)
Cont.
30 min 30 min
6802(5019.9)
6802(5019.9)
Cont. Cont.
5565(4107.0)
5565(4107.0)
5155 (3804.4)
5155 (3804.4)
4237 (3126.9)
4237 (3126.9)
2016 (1487.8)
2016 (1487.8)
1651(1218.4)
1651(1218.4)
22 23 2422 23 24
65 66
65
8466
84
77
SpindleSpindle
Speed (r/min)
Speed (r/min)
77
238 250 238 250
SpindleSpindle
Speed (r/min)
Speed (r/min)
Ram Rotary Spindle
(common for PUMA VTS1214M/VTS1620M)
Torque : N·m (ft·lb)
Max. Rotary tool power
18.5 kW
(24.8 Hp)
262(193.4)
15 kW
212(156.5)
Power : kW (Hp)
30 min
Cont.
30 min
19 (25.5)
16 (21.5)
15 (20.1)
12 (16.1)
Cont.
(20.1 Hp)
51(37.6)
39(28.8)
655 675
2705 2750 3000
Spindle Speed (r/min)
Max. Rotary tool torque
262 N·m
(193.4 ft·lb)
687 N·m
(507.0 ft·lb)
Low Gear
High Gear
Torque : N·m
Torque
(ft·lb)
: N·m (ft·lb)
Power : kW
Power
(Hp) : kW (Hp)
15 min
15 min
15 min 15 min
688(507.7) 688(507.7)
Cont.
Power : kW
Power
(Hp) : kW (Hp)
30 min
30 min
15 (20.1) 15 (20.1)
Cont.
Cont.
11 (14.8) 11 (14.8)
30 min 30 min
458(338.0) 458(338.0)
8 (10.7)
344(253.9) 344(253.9)
Cont.
Cont.
Max. Rotary tool speed
3000 r/min
Cont.
Torque : N·m
Torque
(ft·lb)
: N·m (ft·lb)
15 (20.1) 15 (20.1)
8 (10.7)
Cont.
Cont.
336(248.0) 336(248.0)
231(170.5) 231(170.5)
2000 r/min
116(85.6) 116(85.6)
70(51.7)
53(39.1)
200 210 200 210
620
Spindle Speed
Spindle
(r/min)
Speed (r/min)
620
70(51.7)
53(39.1)
300 310 300 310
2000
2000
Spindle Speed
Spindle
(r/min)
Speed (r/min)
07
Robust Mechanical
Construction PUMA VTS1214 series
The PUMA VTS1214 series has minimized heat and vibration
emissions using a separable-type gearbox, and it exhibits a high
rigidity in heavy duty cutting using large bearings.
PUMA VTS1214 series
Machine Construction
1
Applied with Box Guideway
1
A highly rigid X-type cast Meehanite column
structure reduces deflection and ensures
optimum cutting performance.
3
Option
Specification
4
2
5
Model : PUMA VTS1214 Core Machine
08
2
Large square cross-section
3
308 × 250 mm
(12.1 × 9.8 inch)
800 mm
(31.5 inch)
extra long
guide span
Vibration and heat generation at the spindle
are minimized with a belt-driven, detachable
gearbox. Cutting capacity and safety are
enhanced with large diameter bearings.
4
24 tool magazines are reinforced with a
rigid rib structure for maximum stability.
Ram deformation is minimized with
an enlarged guideway.
A wide ram guide enables heavy
duty cutting.
Wide ram guide
corresponding to high torque
5
The column and spindle are rigidly supported using a grid-type, rib structure
Meehanite cast. Chips can be easily discharged through the sloped top surface.
09
Cutting Capacity
Crossrail Fixed Positions
Axis Travel
The 4 position step block is provided to fix the W axis position
of the crossrail, and in combination with a positioning pin,
maintains a high level of positioning control.
Ø1350 mm
(Ø53.1 inch)
814 mm
(32.0 inch)
Ø1350 mm (53.1 inch)
40 " {50 "}
1400 mm (55.1 inch)
814 mm (32.0 inch)
4000 kg (8818.4 lb)
Max Turning diameter
Hydraulic chuck
Swing over bed
Max. Workpiece length
Max. Workpiece weight
Crossrail fixed positions
(Including chuck)
150 mm × 4 steps = 600 mm
(5.9 inch)
(23.6 inch)
(Geared motor control type)
{ } : Option
Z-axis
W-axis
X-axis
800 mm
(31.5 inch)
600 mm
(23.6 inch)
1450 mm
(57.1 inch)
ATC Magazine
Servo motor
Driving system
No. of tool stations
Max. Tool length
Max. Tool weight
15 {24} stations
450 mm (17.7 inch) (Static tool)
350 mm (13.8 inch) (BT50/DIN 50 rotating tool)
{ } : Option
50 Kg (110.2 lb)/tool
Table Motor Power - Torque
Low Gear
High Gear
Torque : N·m (ft·lb)
6412(4732.1) 10 min
6389(4715.1) 30 min
5227(3857.5)
Cont.
Power : kW (Hp)
10 min
Torque : N·m (ft·lb)
Power : kW (Hp)
60 (80.5)
30 min
30 min
55 (73.8)
Cont.
45 (60.3)
1597(1178.6)
30 min
55 (73.8)
Cont.
45 (60.3)
1307(964.6) Cont.
37 (49.6)
Max. Table Motor & Torque
60 kW (80.5 Hp)
6412 N·m (4732.1 ft·lb)
10
834(615.5)
682(503.3)
1351(997.0)
1110(819.2)
80 85 90
165
250
Spindle Speed (r/min)
320
325 330
Spindle Speed (r/min)
630
Optional Equipment and Chip Disposal
Optional Equipment
Auto door cylinder
Linear scale
Auto tool setter
Oil mist collector (except PUMA VTS1620)
Oil skimmer
Automatic pallet changer
Easy Chip Discharge Design
Chips falling off to the left and right are collected in a chip pan and removed by a chip conveyor.
PUMA VTS1620
PUMA VTS1214
ATC shower
Base shower
Chip conveyor
Hinge type
Coolant Chiller
Scraper type
The coolant chiller lowers coolant temperature,
helping to cool both the workpiece and
tool during the machining operation.
When using insoluble cutting oils,
a coolant chiller is recommended to
cool heated oil and preserve machining precision.
Coolant Chiller
Coolant Tank
11
Tooling System
2-axis RAM
Unit: mm (inch)
Face OD holder
ID holder
ID holder - ZL
ID holder - XS
ID holder - ZS
Boring holder
Tool adaptor block
32 mm (1.3 inch)
- BT50
40 mm (1.6 inch)
- BT50
25 mm (1.0 inch)
- BT50 (1 ea)
32 mm (1.3 inch)
- BT50
25 mm (1.0 inch)
- BT50
25 mm (1.0 inch)
- BT50
25 mm (1.0 inch)
- BT50
Ø100 mm (3.9 inch)
- BT50
- BT50
cover for ram face
3-axis RAM
(standard 1ea)
Milling tools
by customer
Angle head
2000 r/min Rigid tap
2000 r/min High torque
12
Face OD holder
ID holder
ID holder - ZL
ID holder - XS
ID holder - ZS
Boring holder
Tool adaptor block
32 mm (1.3 inch)
- BT50 (2 ea)
40 mm (1.6 inch)
- BT50
25 mm (1.0 inch)
- BT50 (1 ea)
32 mm (1.3 inch)
- BT50
25 mm (1.0 inch)
- BT50
25 mm (1.0 inch)
- BT50
25 mm (1.0 inch)
- BT50
Ø100 mm (3.9 inch)
- BT50
- BT50
Tool Holder Dimentions
Unit: mm (inch)
4(0.2)
150 (5.9)
0.5 (0.0)
*150 (5.9)
100 (3.9)
250 (9.8)
100 (3.9)
250 (9.8)
150 (5.9)
0.5 (0.0)
Angle head
145 (5.7)
154 (6.1)
24 (0.9)
154 (6.1)
*130 (5.1)
130 (5.1)
154 (6.1)
1:1 Rigid tap
154 (6.1)
3:2 High torque
* If the magazine is attached, tools are need to separate.
OD holder
ID holder
Face holder
308 (12.1)
308 (12.1)
209.5 (8.2)
50(2.0)
259.5 (10.2)
401.5 (15.8)
408.5 (16.1)
209.5 (8.2)
Ø110 (4.3)
8(0.3)
46 (1.8)
60(2.4)
Max. 200 (7.9)
154 (6.1)
36 (1.4)
7 (0.3)
217.5 (8.6)
0.5 (0.0)
0.5 (0.0)
0.5 (0.0)
308 (12.1)
118 (4.6)
154 (6.1)
46 (1.8)
154 (6.1)
Max. 200 (7.9)
13
Easy CNC Set-up and EOP
Easy Set-up
Operating console
1
3
4
1 Doosan-Fanuc i series
2
2 10.4" color TFT LCD Monitor
Various alarm messages indicating errors from the machine and controller will be displayed on
the 10.4" LCD screen, enhancing the operator's convenience.
3 PCMCIA Card
4 USB Port
6
(only DOOSAN Fanuc i seres)
5 Ethernet function (embedded)
6 Swivel-type Operating Consol
5
7 Part program storage
1280m(512kB)
ATC Guidance
ATC guidance main screen display
Guidance screen for ATC tool change
Tool holder information screen
Cross Rail Manual Fine Feeding
Fine feeding for the cross rail service and adjustment
Select jog mode for fine feeding
of cross rail
JOG mode
14
Working Range
PUMA VTS1620 / VTS1620M
Unit: mm (inch)
1178 (46.4)
852 (33.5)
127 (5.0)
1172 (46.1)
ats prove
C
B
Ø1380
(54.3)
max. 200
(7.9)
960 (37.8)
Z-Axis Stroke
580 (22.8)
570 (22.4)
217.5
(8.6)
110 (4.3)
8 (0.3) 10(0.4)
Ø1600
(63.0)
1002.5 (39.5)
magazine door
100 26 60
(3.9) (1.0)(2.4)
965 (38.0)
63” manual chuck
45(1.8)
Ø1600 (63.0)
1377 (54.2)
ØA
1600 (63.0)
auto tool setter excluded
auto tool setter included
Face Tool Holder
OD Tool Holder
X-Long ID Tool Holder
W-Axis 1 Step ; 0
B
C
716 (28.2)
968 (38.1)
756 (29.8)
567 (22.3)
A
2000 (78.7)
1940 (76.4)
2000 (78.7)
W-Axis 2 Step ; 200
B
C
916 (36.1)
1168 (46.0)
956 (37.6)
767 (30.2)
W-Axis 3 Step ; 400
B
C
1116 (43.9)
1468 (57.8)
1156 (45.5)
967 (38.1)
W-Axis 4 Step ; 600
B
C
1316 (51.8)
1668 (65.7)
1356 (53.4)
1167 (45.9)
W-Axis 5 Step ; 800
B
C
1516 (59.7)
1868 (73.5)
1556 (61.3)
1367 (53.8)
PUMA VTS1214 / VTS1214M
217.5
(8.6)
913 (35.9)
ats prove
B
C
8 (0.3) 10(0.4)
18(0.7)
100 (3.9) 26 60
(1.0)(2.4)
magazine door
700 (27.6) 385(15.2)
1085 (42.7)
heigth from floor ; 1200 172
(47.2) (6.8)
Ø1000
(39.4)
319 (12.6)
172 (6.8)
500(19.7)
Ø860
(33.9)
858 (33.8)
D
Z-Axis Stroke
Ø110
(4.3)
152
(6.0)
319
(12.6)
587(23.1)
max. 200
(7.9)
50” power chuck
Ø1250 (49.2)
ØA
auto tool setter excluded
auto tool setter included
A
Face Tool Holder
1350(53.1)
OD Tool Holder
1316(51.8)
X-Long ID Tool Holder 1350(53.1)
W-Axis 1 Step ; 0 mm
C
D
172 (6.8)
533
350
214 (8.4)
(21.0)
(13.8)
23 (0.9)
B
W-Axis 2 Step ; 150 mm (5.9 inch)
B
C
D
322 (12.7)
683
500
364 (14.3)
(26.9)
(19.7)
173 (6.8)
W-Axis 3 Step ; 300 mm (11.8 inch) W-Axis 4 Step ; 450 mm (17.7 inch) W-Axis 5 Step ; 600 mm (23.6 inch)
B
C
D
B
C
D
B
C
D
472(18.6)
622(24.5)
772(30.4)
833
650
983
800
1133
800
514(20.2)
664(26.1)
814(32.0)
(32.8)
(25.6)
(38.7)
(31.5)
(44.6)
(31.5)
323(12.7)
473(18.6)
623(24.5)
15
External Dimension
PUMA VTS1620 / VTS1620M
Unit: mm (inch)
Top View
6500 (255.9)
2318 (91.3)
2803 (110.4)
143
(5.6)
4035 (158.9)
3833.38 (150.9)
365
(14.4)
852 (33.5)
2878 (113.3)
3277 (129.0)
1709 (67.3)
460
(18.1)
758(29.8)
1379 (54.3)
1248 (49.1)
2573 (101.3)
1882 (74.1)
2045 (80.5)
4618 (181.8)
Side View
1882 (74.1)
940 (37.0)
16
1900 (74.8)
2953.2 (116.3)
1100 (43.3)
1320 (52.0) 600(23.6)
887 (34.9)
Max. 5432 (213.9)
Min. 4632 (182.4)
3250 (128.0)
800 (31.5)
Front View
Ø1600 (63.0)
1248 (49.1)
3370 (132.7)
4618 (181.8)
3549 (139.7)
2011 (79.2)
6500 (255.9)
Ø1600 (63.0)
1128 (44.4)
3001 (118.1)
365
4035 (158.9)
(14.4)
4400 (173.2)
276 758(29.8)
(10.9)
External Dimension
PUMA VTS1214 / VTS1214M
Top View
3570 (140.6)
670
2850 (112.2)
1300 (51.2) 490 1060 (41.7) (26.4)
(19.3)
4477 (176.3)
2633 (103.7)
1092 (43.0)
975 (38.4)
2554 (100.6)
1086 (42.8)
4392 (172.9)
50 (2.0)
750(29.5)
1740 (68.5)
1830 (72.0)
20 (0.8)
Front View
Side View
3590 (141.3)
3570 (140.6)
1840 (72.4)
20
(0.8)
4477 (176.3)
795 (31.3)
1842 (72.5)
50
(2.0)
2850 (112.2)
3570 (140.6)
670(26.4)
667(26.3)
3400 (133.9)
1300 (51.2)
4820 (189.8)
4780 (188.2)
4780 (188.2)
1460 (57.5) 600(23.6)
1380 (54.3)
40
(1.6)
Unit: mm (inch)
345
(13.6)
2270 (89.4)
1100 (43.3) 601(23.7)
3725 (146.7) 10(0.4)
752(29.6)
1750 (68.9)
17
Machine Specifications
Features
Capacity
Travels
Feedrates
Ram
Table
Rotary Tool
Tool
magazine
Unit
Swing over bed
Swing over cross rail
Max. Turning diameter
Max. Turning height
Max. Turning weight
X-axis (To left from table center)
(To right from table center)
Travel
Z-axis
distance
C-axis
W-axis
X-axis
Rapid
Traverse Z-axis
Rate
C-axis
Ram size
Min. through hole inside diameter
Max. Spindle speed
Table size
Spindle bearing diameter
Max. rotary tool spindle torque
Max. roatry tool spindle speed
Rotary tool bearing diameter
Tool storage capa.
Face OD
Tool size
ID
Table motor power
Motors
Rotary tool motor power
Power
source
Electric power supply(rated capacity)
Machine
Dimensions
Height
Width
Weight
NC CONTROL
PUMA VTS1620
PUMA VTS1620M
mm (inch)
mm (inch)
mm (inch)
mm (inch)
kg (lb)
mm (inch)
mm (inch)
mm (inch)
deg
mm (inch)
m/min
m/min
deg/min
mm (inch)
mm (inch)
r/min
2000 (78.7)
600 (23.6)
2000 (78.7)
1556 (61.3)
10000 (22045.9)
127 (5.0)
1600 (63.0)
960 (37.8)
360
800 (31.5)
12
12
900
308 × 250 (12.1 × 9.8)
320 (12.6)
250
1600 (63")
mm (inch)
685.8 (27.0)
ea
262 {687}
3000 {2000}
mm (inch)
(118.1 {78.7})
mm (inch)
100 (3.9)
stations
18 {24}
32 × 32
25 × 25
45 (60.3) / 37.5 (50.3) (30min/cont.)
kW (Hp)
{60 (80.5) / 45 (60.3) (10min/cont.)}
18.5 (24.8) /
15 (20.1)
kW (Hp)
(30min/cont.)
{15 (20.1) / 11 (14.8)
(30min/cont.)}
kVA
90
100
PUMA VTS1214
PUMA VTS1214M*
1400 (55.1)
750 (29.5)
1350 (53.1)
814 (32.0)
4000 (8818.4)
152 (6.0)
1298 (51.1)
800 (31.5)
-
360
600 (23.6)
12
12
900
308 × 250 (12.1 × 9.8)
320 (12.6)
630
1000 (40")
240 (9.4)
262 {687}
3000 {2000}
(118.1 {78.7})
100 (3.9)
15 {24}
32 × 32
25 × 25
60 (80.5) / 55 (73.8) / 45 (60.3)
(10min/30min/cont.)
18.5 (24.8) /
15 (20.1)
(30min/cont.)
{15 (20.1) / 11 (14.8)
(30min/cont.)}
90
110
mm (inch)
5639 (222.0)
4820 (189.8)
mm (inch)
5200 × 3451 (204.7 × 135.9)
3590 × 3725 (141.3 × 146.7)
kg (lb) 30000 (66137.7) 31000 (68342.3) 25500 (56217.0) 26000 (57319.3)
DOOSAN Fanuc i series / Fanuc 32i
* For machining accuracy of X/C axes contouring, please contact Doosan.
{ } : Option
Standard Feature
• 3 jaws hydraulic chuck
(VTS1214/M)
• 4 jaws manual chuck
(VTS1620/M)
• ATC shower coolant
• Bed shower coolant
• Column ladder and rail
(VTS1620/M)
• Crossrail positioning unit
• Hydraulic unit
• Leveling bolts and plates
Optional Feature
• Lubricant supplier
• Machine installation parts
• M code program
(Drive vertical crossrail)
• Ram air blast
• Ram shower coolant
• Splash guard
• Standard tool holder
• Table cooling system (VTS1620/M)
• Tool clamp air seating checker
• 50” hydraulic chuck
(VTS1214/M)
• 50” combination chuck
(VTS1214/M)
• 63” combination chuck
(VTS1620)
• 70 bar coolant
• Air conditioner
• Automatic front door
• Auto tool setter
• Chip bucket, chip conveyor
• The specifications and information above-mentioned may be changed without prior notice.
• For more details, please contact Doosan
18
• Coolant gun
• Linear scale (X, Z-axis)
• Line filter for coolant
• Mist collector (VTS1214/M)
• Oil Skimmer (belt type)
• Parts probe
• Signal tower
• Special chuck
NC Unit Specifications
DOOSAN Fanuc i series
Standard Specifications
AXES CONTROL
- Controlled axes
X, Z, C (X, Z, C, E - VT)
- Simultaneously controllable axes 3 axes
- Axis control by PMC
- Backlash compensation 0 ~ ± 9999 pulses
- Backlash compensation for each rapid
traverse and cutting feed
- Chamfering on/off
- Cs contouring control
- HRV2 control
- Inch / Metric conversion
- Increment system 1/10
0.0001 / 0.00001 mm/inch
- Interlock
All axes / each axis
- Least input command 0.001 / 0.0001 mm/inch
- Machine lock
All axes / each axis
- Overtravel
- Position switch
- Stored stroke check 1
- Stored stroke check 2, 3
OPERATION
- Automatic operation(memory)
- Buffer register
- DNC operation(Reader/puncher interface
is required)
- Handle incremental feed
X1, X10, X100
- JOG feed
- Manual handle feed
1 unit
- Refernce position setting without dog
- Wrong operation prevention
INTERPOLATION FUNCTIONS
- 1st. reference position return Manual, G28
- 2nd. reference position return
G30
- 3rd/4th. reference position return
G30
- Circular interpolation
G02
- Continuous threading
- Dwell (per sec)
G04
- Linear interpolation G01
- Polar coordinate interpolation
- Positioning
G00
- Reference position return check
G27
- Thread cutting / Synchronous cutting
FEED FUNCTION
- Automatic acceleration / deceleration
- Cutting feedrate clamp
- Feedrate override (10% unit)
0 - 200 %
- Jog feed override (10% unit)0 - 2000 mm/min
- Override cancel
- Rapid traverse override
F0,25, 100 %
- Tangential speed constant control
AUXILIARY / SPINDLE SPEED FUNCTION
- Constant surface speed control
- High speed M/S/T interface
- Spindle orientation
PROGRAM INPUT
- Absolute/incremental programming
- Addition of custom macro common variables
- Automatic coordinate system setting
- Canned cycle for drilling / Turning
- Circular interpolation by R programming
- Coordinate system setting
G50
- Custom macro
- Decimal point programming/
- Diameter/radius programming (X axis)
- Direct drawing dimension programming
- Direct of coordinate system shift
- G code system A/B/C
- Input unit 10 time multiply
- Maximum program dimension
±9 digit
- Multiple repetitive canned cycle G70 - G76
- Multiple repetitive canned cycle II
- Optional block skip
1 piece
- Optional block skip (Soft operator's panel)
9 pieces
- Plane selection
G17, G18, G19
- Pocket calculator type decimal point programming
- Program number
O4 digit
- Program stop / end (M00, M01 / M02, M30)
- Programmable data input
G10
- SUB program call
4 folds nested
- Tape code : ISO / EIA auto recognition
EIA RS422/ISO840
- Tape format for FANUC Series10/11
- Work coordinate system
G52 - G59
TOOL FUNCTION / TOOL COMPENSATION
- Display unit
10.4" Color TFT LCD (except Lynx220M/300M)
8.4" Color LCD : Lynx220M/300M
- Feed hold and lamp
- NC and servo ready
- PCMCIA port in the front of LCD display unit
- PMC system
0iD-PMC
- Reset / rewind
OPERATION GUIDANCE FUNCTION
- Automatic tool offset
- Direct input of offset value measured B
- Extended tool life management
- T - code function
T2 +2 digits
- Tool geometry / wear compensation
- Tool life management
- Tool nose radius compensation
- Tool offset
G43, G44, G49
- Tool offset pairs
64 pairs
Optional Specifications
EDITING OPERATION
AXIS CONTROL
- Extended part program editing
- Number of registered programs
400 ea
- Part program storage length 1280 (512KB) m
- Program protect
SETTING AND DISPLAY
- Actual cutting feedrate display
- Alarm history display
- Directory display and punch for each group
- Display of spindle speed and T code at all screens
- Multi-language display
- Operating monitor screen
- Parameter setting and display
- Program name display
31 characters
- Run hours / parts count display
- Self-diagnosis function
- Spindle setting screen
- Soft operator's panel
- Tool path graphic display
- eZ Guide i
- Manual Guide 0i
Only 10.4 Color LCD
Only 8.4 Color LCD
INTERFACE FUNCTION
- Ethernet function
Embedded ethernet
- Controlled axes expansion(total) Max. 4 axes
- Simultaneous controlled axes expansion(total)
Max. 4 axes
OTHERS
- 10.4" Color TFT LCD (Only Lynx220M/300M)
- Advanced preview control
- Dynamic graphic display Only Lynx-series
- Fast ethernet / Data server
- Helical interpolation
- High speed skip function
- Manual handle interruption
- Manual handle feed
2 units
- Number of tool offset
99 pairs
ROBOT INTERFACE
- Robot interface with PMC I/O module
(Hardware between PMC I/O mudules)
- Robot interface with PROFIBUS-DP
OTHERS
TOOL FUNCTION / TOOL COMPENSATION
- Override cancel
- Rapid traverse override
F0, 25, 100 %
- Tangential speed constant control
- Tool offset
G43, G44, G49
- Tool offset pairs
±6 digits : 64 pairs
- Tool offset value counter input
OPERATION
AUXILIARY / SPINDLE SPEED FUNCTION
EDITING OPERATION
- Tool Load Monitoring system
- Cycle start and lamp
FANUC 32i
Standard Specifications
AXES CONTROL
- Controlled axes
X, Z
- Simultaneous controlled axes
2 axes
- Axis control by PMC
- Backlash compensation 0 ~ ± 9999 pulses
- Backlash compensation for each rapid
traverse and cutting feed
- Controlled path
1 path
- HRV2 control
- Inch / Metric conversion
- Interlock
All axes / each axis
- Least input command 0.001 / 0.0001 mm/inch
- Mirror image
- Servo off
- Stored stroke check 1
- Torque control
- Unexpected disturbance torque detection function
- Constant surface speed control
- M - code function
- Spindle orientation
M3 digits
PROGRAM INPUT
- 1st. Reference position return Manual, G28
- 2nd. reference position return
G30
- Circular interpolation
G02
- Continuous threading
- Dwell (per sec)
G04
- Linear interpolation
G01
- Positioning
G00
- Reference position return check
G27
- Thread cutting / Synchronous cutting
- Absolute/incremental programming
- Automatic coordinate system setting
- Canned cycle for drilling / Turning
- Canned cycle
- Circular interpolation by R programming
- Coordinate system setting
G50
- Coordinate system shift
- Custom macro
- Decimal point programming/
Pocket calculator type decimal point
programming
- Diameter/radius programming (X axis)
- Direct drawing dimension programming
- G code system A
- G code system B/C
- Input unit 10 time multiply
- Macro executor
- Maximum program dimension
±9 digit
- Multiple repetitive canned cycle G70 - G76
- Multiple repetitive canned cycle II
- Optional block skip
9 pieces
- Plane selection
G17, G18, G19
- Program file name
32 characters
- Programmable data input
G10
- Sequence number
N8 digit
- SUB program call
10 folds nested
FEED FUNCTION
TOOL FUNCTION / TOOL COMPENSATION
OPERATION
- Automatic operation(memory)
- Buffer register
- DNC Operation with Memory card
- Handle incremental feed
X1, X10, X100
- Program restart
INTERPOLATION FUNCTIONS
- Automatic acceleration / deceleration
- Cutting feedrate clamp
- Feed per revolution
- Feedrate override (10% unit)
0 - 200 %
- Jog feed override (10% unit) 0 - 2000 mm/min
- Automatic tool offset
- Direct input of offset value measured B
- T - code function
T2 + 2 digits
- Tool life management
- Tool nose radius compensation
- Extended part program editing
- Number of registered programs
500 ea
- Part program editing
- Part program storage length 640 (256 KB) m
SETTING AND DISPLAY
- Actual cutting feedrate display
- Alarm history display
- Display of spindle speed and T code at all screens
- Operation history display
- Operating monitor screen
- Parameter setting and display
- Periodic maintenance screen
- Program comment display 31 characters
- Run hours / part count display
- Self-diagnosis function
- Servo waveform display
- Spindle setting screen
OTHERS
- Cycle start and lamp
- Display unit
- Feed hold and lamp
- NC and servo ready
- PMC system
- Reset / rewind
10.4" Color TFT LCD
- Active block cancel
-D
NC operation (Reader/puncher interface is required)
- Manual handle interruption
- Manual intervention and return
- Reference position shift
INTERPOLATION FUNCTIONS
- 3rd / 4th reference point reurn
- Circular threading
- Multi step skip
PROGRAM INPUT
- Addition of workpiece coordinate system pair
48 pairs
- Additional macro variables
#100 ~ #199,
#500 ~ #999
- Automatic corner override
- Chamfering on/off
- Interruption type custom macro
- Optional block skip (Soft operator's panel) 9 pieces
- Work coordinate system preset
TOOL FUNCTION / TOOL COMPENSATION
- Addition of tool pairs for tool life management
128 pairs
- Tool Load Monitoring system
- Tool offset pairs 99 / 200 / 400 / 999 pairs
EDITING OPERATION
32i-PMC
OPERATION GUIDANCE FUNCTION
- EZ Guidei (Conversational Programming Solution)
INTERFACE FUNCTION
- Number of registered programs& Part
program storage length
1280M(512KB)_1000 ea
2560M(1MB)_1000 ea
5120M(2MB)_1000 ea
DATA INPUT/OUTPUT
Optional Specifications
- DNC1 control
- External data input
- Fast ethernet / Data server
- Remote buffer
AXIS CONTROL
OTHERS
- Ethernet function
Embedded ethernet
- Stored pitch error compensation
- Stored stroke 2 and 3
- Stroke limit check before move
- High speed skip function
- Manual handle interruption
- Stored pitch error compensation
19
http://www.doosaninfracore.com/machinetools/
Head Office
Doosan Tower 20th FL., 18-12, Euljiro-6Ga, Jung-Gu, Seoul, Korea 100-730
Tel : ++82-2-3398-8693 / 8671 / 8680 Fax : ++82-2-3398-8699
Doosan Infracore America Corp.
19A Chapin Rd. Pine Brook, NJ 07058, U.S.A.
Tel : ++1-973-618-2500 Fax : ++1-973-618-2501
Doosan Infracore Germany GmbH
Emdener Strasse 24 D-41540 Dormagen Germany
Tel : ++49-2133-5067-100 Fax : ++49-2133-5067-001
Doosan Infracore Yantai Co., LTD
13 Building, 140 Tianlin Road, Xuhui District, Shanghai, China (200233)
Tel : ++86-21-6440-3384 (808, 805) Fax : ++86-21-6440-3389
EN 1311SU
- The specifications and information above-mentioned may be changed without prior notice.
- For more details, please contact Doosan.