Selection Guide NCRotaryTable MachineVise · The TSUDAKOMA Machine Vise for NEXUSⅡ features...
Transcript of Selection Guide NCRotaryTable MachineVise · The TSUDAKOMA Machine Vise for NEXUSⅡ features...
MachineViseNC RotaryTable
Yamazaki Mazak VERTICAL CENTER NEXUSⅡ
Selection Guide
2
NC Rotary Table
RNA-160・200・250・320R,M
The World's Finest 4th Axis Rotary Tables with Ultimate Torque
RNA-160R,M RNA-200R,M
Optional Items P.11Accuracy Standard P.10
SpecificationsModel
Spindle outer dia.Table dia.( Faceplate as option) Center height
Center bore
Table T-slot widthGuide block widthServo motorSpeed reduction ratioTable rotation speed min-1/ Motor speed min-1
Clamp system/feed pressureClamp torqueIndexing accuracy(cumulative) Repeatability Net weightAllowable wheel torque
φ100 φ160・φ200
135 φ55H7×45
φ40 12H8 18h7
HF-H54T/A48 1/90
22.2/2,000 pneumatic/0.49MPa
500 25 4 41 206
Nose dia.
N・m
arc sec.
arc sec.
kg
N・m
Thru dia.
RNA-160R,Mφ120
φ200・φ250 160
φ65H7×45 φ45 12H8 18h7
HF-H54T/A48 1/90
22.2/2,000 pneumatic/0.49MPa
800 20 4 60 288
RNA-200R,Mφ140 φ250 160
φ80H7×45 φ50 12H8 18h7
HF-H104T/A48 1/120 25/3,000
pneumatic/0.49MPa 1,000 20 4 75 596
RNA-250R,Mφ180 φ320 210
φ115H7×45 φ85 14H8 18h7
HF-H104T/A48 1/240
12.5/3,000 pneumatic/0.49MPa
1,500 20 4 145 939
RNA-320R,MUnit:mm
Yamazaki Mazak VERTICAL CENTER NEXUSⅡ Shows Its
Variety of Options Ultimate Clamp Torque
0 500 1000 1500 2000
Clamp torque N・m
RNA-160
RNA-200
RNA-250
RNA-320
Former model
Former model
Former model
Former model
Clamp ring
Clamp disc
Clamp piston
Steel ball
Clamp cylinder
The newly developed Dual Taper Pneumatic Clamp System (Patent Pending) realizes more than 250% (RNA-200) higher clamping torque in comparison with the same class tables.
Support Spindles Hydraulic and Pneumatic Rotary Joints High Resolution Capability with MP Scale etc.
3
NC Rotary Table
RBA-400R
Heavy Duty Big Bore Models with Superior Accuracy
RBA-400R
- φ400 255
φ190H7 φ151 14H7 18h7
HF-H204S/A48 1/120 16.6
hydraulic/3.5MPa 4,200 14 4 300 1,666
SpecificationsModel
N・m
RBA-400RUnit:mm
Full Potentiality with TSUDAKOMA NC Rotary Tables.
4軸
5軸
Table selection chart
RNA
RBA
TN
4th Axis
5th Axis
160R,M200R,M250R,M320R,M400R131200
VCN410AⅡ VCN410BⅡ
◎
◎
◎
◎
◎
◎
P.4
P.4
P.6
Note 1: The servo motor is not furnished as standard. It is an optional item. Note 2: TN-131and TN-200 are with TPC-Jr controller ( both for rotary axis and tilt axis ). For further information, contact TSUDAKOMA.
P.5
P.5
P.6
VCN510CⅡ VCN515CⅡ
◎ P.6
VCN700DⅡ
Dual Disc Clamp Mechanism
Indexing Accuracy 14 arc sec. ( cumulative ) Guaranteed
Front cover
PistonHydraulic pressure
Return disc
Disc spindle
Layout ・Dimensions Layout ・Dimensions Layout ・Dimensions
The original Dual Disc Clamp Mechanism realizes high clamp torque 2 times more than our former models. The clamp mechanism located immediately behind the table face plate extremely minimizes the displacement of the faceplate during clamping operation. ( Patented )
Tsudakoma's superior quality control has further improved the indexing accuracy.
arc sec.
Conventional table BConventional table A
0 5 10 15 20 25
RBA-400
Clamp torque N・m
0 1000 2000 3000 4000 5000
Conventional tableRBA-400
Spindle outer dia.Table dia.Center height
Center bore
Table T-slot widthGuide block widthServo motorSpeed reduction ratioTable rotation speedClamp system/feed pressureClamp torqueIndexing accuracy(cumulative) Repeatability Net weightAllowable wheel torque
Nose dia.
arc sec.
arc sec.
kg
N・m
Thru dia.
Optional Items P.11Accuracy Standard P.10
min-1/ Motor speed 2,000 min-1
4
VCN410AⅡ・VCN410BⅡ
Dimensions
Dimensions
RNA-160R,MLayout Example
RNA-200R,MLayout Example
365205
410
(Y stroke)
310.4 (319.4)
50205
525
124
935 (1216)
245 (345)
220
272
94
85 90
575504
165
205 (Y stroke/2)
205 (Y stroke/2)
410
135
280
660
510
(Z stroke)
150
16155
φ100
1006.4 (1216.4)
276.4 (285.4)
205 (285)
280(381) (X stroke/2)
280(381) (X stroke/2)
900 (1100)
170 (169)
560(762) (X stroke)
140135
125410
8012580
( )is the dimension of VCN410B.
( )is the dimension of VCN410B.
φ100h7
1487
171
6-M10 depth 206 positions at 8 equally divided (P.C.D.75)
φ10H7 depth 12 45°
85 90365
135220 272
28085
Cross section of main spindle
φ55H7
1545 109
φ40H8
1
125
8012580
410
170 (169)
560(762) (X stroke)
410
(Y stroke)
140
160
150
510
(Z stroke)
660
900 (1100)
280(381) (X stroke/2)
280(381) (X stroke/2)
205 (285)
1006.4 (1216.4)
311.4 (320.4) 15
φ120
165235 (335)
270
160
410 205 (Y stroke/2)
205 (Y stroke/2)
16594
575504
65105410305
301
149205
276.4 (285.4)
935 (1216)
50
500
205
180
1587
φ120h7
105
301
305
270
160
410115105
119
φ45H8
14515
φ65H7
Cross section of main spindle
φ10H7 depth 12 45°
6 positions at 8 equally divided (P.C.D.90)
6-M10 depth 20
5
VCN510CⅡ・VCN515CⅡ
Dimensions
Dimensions
RNA-320R,M
RNA-250R,MLayout Example
Layout Example
( )is the dimension of VCN515C.
(※) is the dimension when using work-change mode.
The work-change mode means the table automatically moves closer position, Y=+50 (60), to the operator.
( )is the dimension of VCN515C.
(※) is the dimension when using work-change mode.
The work-change mode means the table automatically moves closer position, Y=+50 (60), to the operator.
75100
440
530(510)
(Y stroke)
265 (255)
500
(550)
576 673
36 (46)
265(255) (Y stroke/2)
133 (143)
265(255) (Y stroke/2)
550
191 (201)
265 (255)
1476
181
1356
525 (X stroke/2)
1300 525 (X stroke/2)
301
35814165414
φ140
1050 (X stroke)
660
(710)
510(560)
(Z stroke)
550
75100
100
100
286.1
285
140175
125
160
320120
150
88(98) (※38)
φ140h7
7 158
179
8-M10 depth 20(equally divided) (P.C.D.110)
φ10H7 depth 1522.5°
Cross section of main spindle
1
φ80H7
1545 119
φ50H8
120 120
160285
286
320
440
120
530(510)
(Y stroke)
660
(710) 265
(255) 156
(166) 265
(255)
450
(500)
(※3) 53(63)
510
36 (46)
265(255) (Y stroke/2)
133 (143)
265(255) (Y stroke/2)
550
576 673
181 525 (X stroke/2)
301525 (X stroke/2)
1300
36414210363
φ180510(560)
(Z stroke)
150
1356 1476
550
7575100100100100
355155
210370
210
140
125 1050 (X stroke)
φ10H7 depth 15 8-M12 depth 24(equally divided) (P.C.D.140)
22.5°
224
2037
φ180h7
371
355
370
210
510155155
155
Cross section of main spindle
φ115H7
φ85H8
15
45 164 1
6
VCN700DⅡ
VCN410AⅡ・VCN410BⅡ
VCN510CⅡ・VCN515CⅡ
138
396
105 1530 (X stroke)
700
(Y stroke)
700
100
100125125125125
※320
474
595
255
147 350
781
225 556 13
350 (Y stroke/2)
22
722
189 391 765 (X stroke/2)
765 (X stroke/2)
1740 391
2026 2026
850
200
650
(Z stroke)
40673262520
φ400
889
700350 (Y stroke/2)
The stroke limitation for Y-axis is required.
2169 225
225 556
255
474
465
781
φ400
26510
335
Cross section of main spindle
φ190H7
φ151
φ165
φ225
22 2346229
T-slot dimensions
23
9 23
14H7
(Note) The 2 axes are simultaneously driven by 2 M-signals.
When considering the specification of additional axis, consult with the Machinig Center Manufacturer.
Dimensions
RBA-400R
TN-131/TPC-Jr G2Dimensions
TN-200/TPC-Jr G3Dimensions
With Faceplate (option)
458
146133
324
100
277
90
224
1112
236
235
211134
86150
φ90h7
0.5
9626
15
40°
φ90h7φ55H7
φ35H8
100100
60
123
350
φ120h7
345
135
210
45295200
145 145
14953
φ45H8
φ65H7φ120h7
250
145
435
290
156
124
663
145
6630
(Note) The 2 axes are simultaneously driven by 2 M-signals.
When considering the specification of additional axis, consult with the Machinig Center Manufacturer.
Layout Example
7
Just Fit to Yamazaki Mazak VERTICAL CENTER NEXUSⅡ, Increasing Operation Efficiency.
Specifications Unit:mm
Jaw width 125 160
50 55
220 (224) 270 (274)
502 572
95 110
18h7 18h7
30 (3t) 45 (4.5t)
34 56
Jaw height
Jaw opening width (MAX)
Vise total length
Gaude line height for workpiece
Dimensions No.
S
J
L
A
I
CGuide block width
Max. clamp force KN
kgWeight
Vi-1222 Vi-1627160
55
350 (354)
652
110
18h7
45 (4.5t)
62
Vi-1635200
65
410 (414)
732
125
18h7
45 (4.5t)
100
Vi-2041
Optional Items P.9Accuracy Standard P.10
Force-Multiplier Mechanical Vise
Machine Vise selection chart
Clamping force can be changed easily by moving adjustment ring manually. ( Vi-1222 : 3-steps )
VCN410AⅡ VCN410BⅡ
○
◎
VCN-510CⅡ VCN-515CⅡ
VCN-700DⅡ
Force-Multiplier Clamping
30KN(3t) 45KN(4.5t) 15KN(1.5t) 10KN(1t) or less
Manual Clamping
Weduge-Nut
Vi-1222・1627・1635・2041
One-touch, 4-Step Adjustable Force Clamping Easy to Operate Force-Multiplier Clamping Wedge-Nut System Preventing workpiece pop-up
Vi-1222Vi-1627Vi-1635Vi-2041
Adjust-ring Innermost 1st Notch 2nd Notch Forefront
Note)An additional machining work for 75mm offset of guide block groove is necessary. (Option)
Note)
◎
◎
P.8
P.8
P.8
Layout ・Dimensions Layout ・Dimensions
P.9
Layout ・Dimensions
The TSUDAKOMA Machine Vise for NEXUSⅡ features one-touch switchover for Manual or Force-Multiplier clamping
Telescopic Cover to
Prevent Tips
One-touch Removal Front
Cover
One-touch Switchover of Clamping Force
Caps for Jaw Bolts to Prevent
Tips
Tap Holes on Top Surface of Jaw for Easy Mounting of Fixture
Guide Block Position to Minimize
Interference with M/C
8
VCN510CⅡ・VCN515CⅡ
Vi-1222
Vi-1627
Vi-1635
VCN410AⅡ・VCN410BⅡ
Layout Example
Layout Example
Layout Example
VCN410AⅡ VCN410BⅡ
Note) Set-plate (as option) is used. Refer to Page 9 Check with the interference drawing issued by the Machine Tool Manufacturer. Remove the handle during the operation of machine tool. The handle may interfere with the splash cover of machine tool. In case of pallet changer specification, interference zone is different from above. Please consult with the Machine Tool Manufacturer.
Note) Set-plate (as option) is used. Refer to Page 9 Fastening accuracy may decrease in certain circumstances since the fixed jaw is overhanging. Check with the interference drawing issued by the Machine Tool Manufacturer. Remove the handle during the operation of machine tool. The handle may interfere with the splash cover of machine tool. In case of pallet changer specification, interference zone is different from above. Please consult with the Machine Tool Manufacturer.
Note) Set-plate (as option) is used. Refer to Page 9 Check with the interference drawing issued by the Machine Tool Manufacturer. Fastening accuracy may decrease in certain circumstances since the fixed jaw is overhanging. An additional machining work for 75mm offset of guide block groove is necessary.(Option) Remove the handle during the operation of machine tool. The handle may interfere with the splash cover of machine tool. In case of pallet changer specification, interference zone is different from above. Please consult with the Machine Tool Manufacturer.
80125
125
80
410(Y-axis stroke)
200200 250250
900
170 170560(X-axis stroke)
160 40 160 40 160
80125
125
80
410
250 200 200 200 250
1100
762(X-axis stroke) 169 169
1 160 40 1160 40 160 40 160
200200 200 200250 250
1300
75100
100
100
100
75
1050(X-axis stroke)
45 160 40 160 40 160 40 160 40 160 45
125125
530(510)
(Y-axis stroke)
Vi-1627
Machine Cover
12mm hexagon head
150
40 8510135
80 125 125 8041094 165
25 137 2869
62.5
1400~274 89
20
891
55110165
572
18
Handle (provided)
Vi-1222
VCN410AⅡ VCN410BⅡ
Machine Column
Machine Cover
12mm hexagon head
Handle (provided)
150
40 8510135
80 125 125 8041094 165
0~224120
791 79
5095145
55
97 68
502
18
Handle (provided)
12mm hexagon head
150
40 8510135
80125
125
80
410(Y-axis stroke)
165 165285 285900
170
125 40 125 40 125
170560(X-axis stroke)
52.5 52.5
80125
125
80
410(Y-axis stroke)
762(X-axis stroke)
12571 40 125 40 125 40 125 71
302.5165 165 165302.5
1100
169 169
Machine Column
Vi-1635
Machine Cover
Machine ColumnMachine Cover (When using work-change mode)
110
89 0~354 89
652
1
2511 (21)
11055
165
62.5
18
7
133 (143)
55036 (46)
83 50 (60)
77 6
75
( )is the dimension of VCN515C
The work-change mode means the table automatically moves closer position, Y=+50 (60), to the operator.
9
VCN700DⅡ Vi-2041Layout Example
Note) Set-plate (as option) is used. Refer to Page 9 Check with the interference drawing issued by the Machine Tool Manufacturer. Remove the handle during the operation of machine tool. The handle may interfere with th splash cover of machine tool. In case of pallet changer specification, interference zone is different from above. Please consult with the Machine Tool Manufacturer.
Dimensions
1740
270240240240240240270
105105
65200402004020040200402004065 200
1530(X-axis stroke)
125125125
100
125100
700(Y-axis stroke)
12mm hexagon head
Handle (provided)
150
40 8510135
2000~414 99991
65190
77.5
732
125
107
72
8218
7
18970022
Machine Column Machine Cover
Vi-2041
Nφ HG
L
Mφ
M10 depth 20
BK
J
AI
ED
C
F
Soft Jaw(Fixed)
Work StopperSet-plate with T-bolt(Fastening 2 Vises Together) Vise Handle Extension Bar
Ratchet Handle
M10 depth 20
H
Mφ
Nφ
L
G
A
BK
J
I
FDC
Soft Jaw(Movable)
(12mm hexagon head)
12
Connecting port for vise handle
212~242152~182 60
26φ
200~23012F F
G
H
E
BAφ
D
(distance)
C
P
Accessories for Machine Vise
Unit:mm Unit:mm
A B C D E F G H I J K L M125 95 65 5.5 70.5 60 18 46.5 90 44 33.5 41 26 18
160 105 70 6.5 76.5 86 20 50.5 120 49 36 41 26 18
200 125 80 6.5 86.5 95 20 65.5 150 59 46 41 26 18
N125
AVi-1222
Vi-1635Vi-1627
Vi-2041
94
B65
C6
D70
F18
G46
H30
I45
J32.5
K35.5
L20
M14
160 104 70 6 95 20 50 55 50 35 41 26 18
200 124 80 6 100 20 65 65 60 45 41 26 18
N
Unit:mm
Vi-1222
Vi-1635Vi-1627
Vi-2041
A502 572 652 732
B385 455 535 615
C18 18 18 18
D200 230 275 300
E302 342 377 432
F55 62.5 62.5 77.5
G60 60 60 60
H145 165 165 190
I95 110 110 125
J50 55 55 65
K79 89 89 99
L224 274 354 414
M79 89 89 99
N120 140 185 200
O39.5 44.5 44.5 49.5
P15 15 15 20
Q20 20 20 20
Vi-1222Vi-1627Vi-1635Vi-2041
Toe Clamp (4) sets
5527.5
40
□BBφAA Z
Y42 20
T
RS
XW
V U V
MLmaxK
NO
JI
H
ECh7
4-M10 depth 20 (2)on back side 1
QP
7
φG
F
DB
A
2-M10 depth 20
Provided with Eyebolts4-M10 depth 20 4-M10 depth 20
EE
FFGGCC DD
HH
A B C D E F G H P T slot width16
16 16
28
28 28
40
40 40
22
22 22
85
85 85
26.5
26.5 26.5
38
38 38
53
53 53
165
200 240
18
18 18
Vi-1222Vi-1627Vi-1635Vi-2041
R134.4 169.4 172.4 215.4
S125 160 160 200
T102 136 136 183
U71 106 106 146
V24 24 24 24
W165 200 200 240
X220 255 255 295
Y85 85 85 85
Z11 11 11 11
AA16 16 16 16
BB28 28 28 28
CC60 60 60 70
DD10 15 15 15
EE40 70 70 100
FF40 40 40 50
GG20 25 25 25
HH70 100 100 125
Vi-1222Vi-1627Vi-1635Vi-2041
Unit:mm
10
Accuracy StandardNC Rotary Table
0.0100.0200.0200.0150.0150.015
Per 100 mm
Per 100 mm
Per 100 mm
Per 100 mm
Per 100 mm
reference groove
ToleranceInspection ItemsParallelism of vise bottom to sliding base of movable jaw
Parallelism of clamping surface of fixed jaw and movable jaw
Perpendicularity of clamping surface of fixed jaw to sliding base of movable jaw (shall be less than 90 degree)
Parallelism of vise bottom guide block to clamping surface of fixed jaw
Parallelism of test block to frame bottom
Lift of test block when clamped (amount of displacement)
1No.
23456
Vi
1 2 3
4 5 6
Mechanical Vise
RNA Unit:mm
RBAToleranceRBA-400
Inspection Items
Table top flatness(center shall be lower)
Table top runout
Parallelism of table top to frame bottom
Center bore runout
Perpendicularity of spindle end to table top bottom
Perpendicularity of table top to frame bottom guide block
Indexing accuracy(arc sec.)
Parallelism of frame bottom guide block to line between table center and tailstock center
Height difference between center line of rotary table and tailstock(Tailstock side shall be higher)
Per overall length
Per overall length
At spindle nose
Per overall length
Per overall length
Cumulative
Per 300 mm
Horizontal
Vertical
Vertical
Vertical
Vertical
0.020.0150.020.010.020.02140.020.02
21
3456789
1 2 3
5 6 7 8
9
4
Cylinder
Horizontal
Vertical
Vertical
Vertical
Vertical
Per 200 mm
At spindle nose
Per 200 mm
Per 300 mm
Per overall length
Cumulative
ToleranceRNA-1600.010.020.01
±0.020.0225
±0.03
0.010.020.01
±0.020.0220
±0.03
RNA-200Inspection Items
Spindle end runout
Parallelism of spindle end to frame bottom
Spindle center bore runout
Perpendicularity of spindle end to frame bottom
Perpendicularity of spindle end to frame bottom guide block
Indexing accuracy(arc sec.)
Height difference between center line of rotary table and tailstock
No.
234567
Parallelism of frame bottom guide block to line between table center and tailstock center
8
9
No.
0.010.020.01
±0.020.0220
±0.03
RNA-2500.010.020.01
±0.020.0220
0.02 0.02 0.02 0.02
±0.03
RNA-320
Unit:mm
Unit:mm
Measurement of accuracy standard is to be made by an optical measuring instrument.
11
C
AE
D J
H
F
B I G
φe
φd
φcφbφa
■Chucking rangeUnit:mm
6" 7" 9" 12"
a 3~43
3~53
4~69
10~109
b 52~93
56~108
64~118
82~170
c 95~136
114~166
130~184
165~253
d 57~97
65~117
74~128
92~182
e 105~145
124~176
142~196
175~265
Chuck size
Chucking range
Scroll Chucks
Chucks
Faceplates
D
E
HG
F
A Faceplate outer dia. B C D E F G H
RNA-160 30 φ50H7
30
30
φ60H7
φ75H7
φ75
φ90
φ110
40 φ110H7 φ140 14H8 23
12H8 19
200
RNA-200
RNA-250
RNA-320
250
250
320
160
200 19 +2 0
23 +2 0
8 +1 0
9 +1 0
Unit:mm
Accessories for NC Roatry Tables
Tailstocks
Manual Tailstocks
TL-135M
TL-160M
Unit:mm
TL-135M
TL-160M
TL-210M
MT2
MT3
MT3
135
160
210
35
45
45
69
140
140
92
129
129
-
53
53
162
193
243
14
18
18
12
16
16
55
75
75
8
11
11
23
28
28
20
30
30
9
22
26
139×100
230×130
230×146
28
48
48
36
44
44
192
326
326
16
2
2
12
13
13
Order code Morse taper A Center height B Center hole C Stroke D Lathe center E Handle dia. FXG Base dimensions H I J K L M a b c d e g Net weight Kg
Right-hand (R)Type Left-hand (L)Type
KL
J
G
ah7
dc
□e
φb
g
Clamping bolt
With lathe center
C(stroke)
DM
φE
F
h
φB
A
H
h
Ⅰ
Left-hand (L)TypeRight-hand (R)Type
J
L
ah7
G
Clamping bolt
φb
□e
dcg
With lathe center
M
H
F
D
C(stroke)
A
φB
φE
15 16
Ⅰ
B
φA
φC
Unit:mm
RNA-160-6 RNA-160-7 RNA-200-6 RNA-200-7 RNA-200-9 RNA-250-6 RNA-250-7 RNA-250-9 RNA-320-7 RNA-320-9 RNA-320-12
G
155
165
165
210
H φ167
φ192
φ167
φ192
φ233
φ167
φ192
φ233
φ192
φ233
φ310
I
18
18
18
25
18
18
25
18
25
25
J
φ45
φ55
φ65
φ100
Order code
C 44.3
46.3
44.3
46.3
55.3
44.3
46.3
55.3
46.3
55.3
59.3
Height of jaw
E 68
80
68
80
90
68
80
90
80
90
110
Jaw length
Chuck Dimensions ( Kobayashi Iron Works Co., Ltd. )
6"
7"
6"
7"
9"
6"
7"
9"
7"
9"
12"
Chuck size
TC165F
TC190F
TC165F
TC190F
TC230F
TC165F
TC190F
TC230F
TC190F
TC230F
TC310F
Chuck model
φ167
φ192
φ167
φ192
φ233
φ167
φ192
φ233
φ192
φ233
φ310
A
Chuck outer dia.
D φ44
φ54
φ44
φ54
φ70
φ44
φ54
φ70
φ54
φ70
φ110
Center hole dia.
66
75
66
75
82
66
75
82
75
82
92
B
Chuck thickness
F
135
160
160
210
Center height
WE20-09A
Tailstocks
Rotary Joints
Support Spindles
φ10H7 depth 12 F-M10 depth 18(equally divided)
2-9.8 Drill4-11 Drill
S H
RQ
P P4
8 J
φMφLh7
φK
φN
CB ±0.015
7
G°
18h7
D
φE
A
H
F-M10 depth 18(equally divided) φ10H7 depth 12
Pneumatic feed port(2-PT1/4)
φM
φN
H
J
φK
8 4
φLh7
B ±0.015
G°
18h7
φE
D
AC
7
PP
S HR
Q
2-9.8 Dril4-11 Dril
TS-□□□ (No clamping)
TS-□□□P(Pneumatic clamp)
TS-135
A B C D E F G H J K L M N P Clamp torque (N・m)( 0.49MPa)
TS-135P 135 27.5 218.5 196 55 4 45 58 130 80 30 20 167 85 156.9 20
TS-160P 160 27.5 267.5 196 55 4 45 58 130 80 30 20 215 85 383.7 27
Q R S
11 10 18.5
11 10 18.5
TS-210P 210 37.5 337.5 226 75 6 30 67 141 100 50 40 225 100 779.1 4511 11 22.5
Example
TS-160P
Example
Net weight Kg
Order code A B C D E F G H J K L M N P
TS-135 135 27.5 205 196 55 4 45 58 89 80 30 20 138 85 13
TS-160 160 27.5 230 196 55 4 45 58 89 80 30 20 138 85 15
Q R S
11 10 18.5
11 10 18.5
TS-210 210 37.5 295 226 75 6 30 67 101 100 50 40 168 100 2911 11 22.5
Order code
Net weight Kg
Unit:mm
Unit:mm
A rotary joint unit to supply hydraulic or pneumatic pressure to workpieces or actuators mounted on rotary tables. Automatic loading and unloading of workpieces are possible.
Applicable models and specifications
SizeModel Max. number of portsRated feed pressure
MPa 【kgf/cm2】
160
200
250
320
400
RNA
RBA
6
6
6
8
3.5 【35】
8
Unit:mm
Internal mount typeExternal mount type
2009-11
Nonoichi-machi. Ishikawa. 921-8529 Japan Phone (076) 294ー5111. Fax (076) 294ー5157 http://www.tsudakoma.co.jp E-mail : [email protected]
●Photos of the Machining Centers are used with the permission of Yamazaki Mazak Corporation. NC Rotary Tables and Machine Vises are produced under the responsibility of TSUDAKOMA Corp. ●This catalog includes strategic items prescribed in the Japanese Foreign Exchange and Foreign Trade Act. In order to export such items, the license must be obtained in accordance with the aforementioned law.
●Drawings, photos and specificatons are subject to change without notice.