DETRON CATALOGUE 20150707 10201KB 2015-07

Transcription

Precise NC Rotary Table
High quality and competitive
NC machinery device
PRODUCT LINE UP
Machine Co., Ltd.
No. 47-5, Zuncian Road., Shengang District 42952,
Taichung City, Taiwan
Tel: +886-4-2561-6000 Fax: +886-4-2562-7872
http://www.detron.com.tw
e-mail: [email protected]
MAGNIFY THE VALUE OF MACHINERY
!
policy prohibits quoted products from being delivered to violate
"The Wassenaar Arrangement" regulation.
We reserve the right to modify and withdraw any part of the content specified herein.
www.d e t ro n .c o m. tw
J UL 2015, EN
OVERVIEW
As a Professional CNC Rotary Table Manufacturer
Honored to be the suppliers for international high-end
machining centers...
is committed to engineering, designing, and manufacturing high costperformance NC rotary table through innovation and steadfast dedication to the
quality of our products. We have dedicated our international R&D team with senior
Japanese and Taiwanese engineers in advanced application and integration to
general machine tools. Our mission is to support our customers to upgrade the
machining capability and to create new values.
executes strict quality control and enlarges massive production scale
by scientific and efficient internal management.
is appointed to be the
primary NC rotary table supplier by various machine tool manufacturers in local
and international areas.
devotes to reserve competition and manufacturing
solution for our customers in rapid enterprise transformation.
1
Overview
2
QUALITY AND FACILITY
Gear Teeth Occlusion Ensured
Proceed all assembly in clean thermostatic
chambers.
applies special made occlusion tester to calibrate tooth-flank accuracy. Dual encoder mounted
at both terminals for worm shaft and wheel. The comparison of transmissions by theoretical and practical
measurement approves the coefficient of performance analysis and gear positioning accuracy.
Practical Clam ping Force A pprove d
Product Assembly
Standardization in each operation process, with high volume production management,
stable quality is guaranteed.
Others
others Ø170
Calibration & Inspection
Others
others Ø170
Apply German Zeiss CMM for full geometric precision inspection and Hi- resolution Renishaw
Others
others Ø170
GX-170S
laser calibration to indentify positioning accuracy.
0
Professional Training
R&D division stands by customers with innovation to upgrade application. On-site
technician trainings are regularly taken to intensify engineering skills.
3
QUALITY AND FACILITY
100
200
300
Nm
GX-170S stays in stable positioning with repeatedly clamp force test with
300N.m.
Vedio：
www.detron.qrv.tw/qr00294 & qr00296
4
CORE TECHNOLOGY
High rigidity body.
A
F
Advantages of center positioning bore with grinding process
TABLE SURFACE
•Superior roundness and surface roughness.
•High accuracy when adjusting jig on center hole.
• Large hole diameter allows for mounting multi-port oil
G
distributor.
B
HARDENED AND
GROUND BRAKING
SURFACE
C
• Heat treatment and grinding on the brake surface, offers
higher wear and scratch resis-tance. Also, stronger clamping
force can be applied.
• The brake with grinding surface performs outstanding
roundness and cylindricity. Minimize displacement of the
rotating center and positioning error during braking.
D
A
C
E
B
OPTIMUM DRUM
BRAKE SYSTEM
• Double- ring brake with ID and OD grinding process eases the
adjustment of the concentricity for the brake unit. Rotating
center offset is not needed during braking, minimum positioning
error.
•By multiple seal protection, high hydraulic pressure at 5Mpa, no
oil leakage from the brake unit, ensures high clamping torque.
E
• Transmitted by dual lead worm with larger tooth depth and module, excellent for
WORM SHAFT/
WORM WHEEL
heavy cutting applications. (Illustration I)
• Worm shaft rotated along with RN type radial bearing with a bush fitted between
sleeve and needle, which is detron special design. With this feature, the bore of
the sleeve is wear resistant. This results in higher concentricity of the worm and
D
INTEGRATED UNITY
RADIAL AND AXIAL
BEARING
• The rigidity of rolling parts is only 20% ~ 30% of the whole body,
the supporting rigidity of the rail surface is 70% ~ 80% of the whole
body higher.
•The supportive retainers of axial and radial rollers are thicker than
other brands, very reliable structural rigidity under heavy cutting.
• Less separate components creates less accumulated errors,
higher indexing accuracy and repeatability.
higher indexing accuracy. (Illustration II)
• The worm shaft locates at the bottom of the rotary table and completely
immersed in lubrication fluid for thorough lubrication and increased service life.
Illustration I
Illustration II
Body
Worm shaft sleeve
Worm wheel
G
Worm shaft
WATERPROOF DESIGN
• Grooving O-Ring slot at motor cover contact face, safe and
To reduce
backlash
thorough seal to guard the electronic parts.
Worm shaft
• Barotropic built inside of motor guarding supply positive
pressure for dew-proof.
• Industrial water-proof level IP65 approved.
5
CORE TECHNOLOGY
Towards thicker
tooth
Towards thinner
tooth
Needle
Bushing
6
COMPARISON OF detron AND OTHER
PROCESSING OF ROTARY CENTER BORE
BEARING STRUCTURE
detron
Advantages of center positioning hole with
grinding
grinding
•Superior roundness and surface roughness
•High accuracy when adjusting jig on center bore
•Large hole diameter allows for mounting multi-port oil
distributor
Advantages of spindle integrated unity
with radial and axial bearing built-in
others
others
• The rigidity of rolling parts is only 20-30% of the
whole rigidity, and the supported rigidity of the
Poor roundess and surface
for fixture adjustment.
FINE MACHINING OF BRAKE SHAFT
detron
Advantages of surface with hardening and
grinding
others
Table
•Least scratch and wearing concerns, resists large
clamping force.
• Precision grinding at the brake ID & OD features better
Table
Grinding
h1
h1
No heat treatment
Brake surface only
with final turning but
no heattreatment
Increased Clamping Life. No Offset During
Braking.
SAFE BRAKING SOLUTION
detron
Special design of drum
brake system
others
Normal drum brake systemby 35kg
force or less due to leakage concern
Body
Body
Oil fillded
Braking
gap
O-ring
Oil fillded
Spindle Table
Spindle Table
Spindle bearing
Spindle bearing
Poor oil sealing, no centricity
alignment, no brake gap
adjustment.
High Hydraulic Clamping Force. No Oil Leakage
Problem. Suitable for Heavy Cutting.
Spindle
h1
Table
Spindle and bearing
inintegrate as one unit
Spindle
Weak thickness
Taper roller bearings
Weak bearing adaptor,
more accumulated errors,
poor rigidlity.
Only suggested
for small size
table.
STRUCTURE OF WORM SHAFT AND WORM WHEEL
Heat treatment
Braking
gap
H1
H1
h1
High rigidity. Minimum Table Surface Deformation.
Recommended for Heavy Cutting Applications.
Brake surface with
grinding andheat
treatment
Advantage of drum brake system
way surface shares 70-80% .
•The loading surface of all radial and axial roller
needles (H1 and h1) are larger than any other
competitors' products, offering higher structural
rigidity while heavy cutting conditions.
•Less individual separate parts make to less
accumulated error, especially acting better
indexing accuracy and repeatability.
• Large through-hole diameter with high rigidity.
finishing turning
roundness and cylindricity. As a result, no rotating
center offset, minimizing positioning error and increased
clamping life are ensured.
Offset of rotating center is no necessary during braking.
3. At high hydraulic pressure by 5Mpa, there is no oil
leakage from the brake unit. This ensures high clamping
torque.
4. The brake unit is close to the table surface to minimize
table run-out during machining and clamping, the
rigidity of rotary table is ensure for heavy cutting.
5. Easy to maintain.
others
finishing turning
Quicker Mold Change. Higher Indexing Accuracy and
Concentricity.
1. The exclusive drum brake design in double- ring
assembly precisely controls the braking gap. It prevents
deformation of the table surface during hydraulic
braking.
2. Easy to adjust concentricity of bearing and brake unit.
detron
Dual-lead worm gear and shaft
detron
1. By using an incremental thread design on the
dual lead worm, backlash can be accurately
adjusted by simply moving worm in the axial
direction after long run times.
2. Backlash adjustment can reach 0.008-0.012
mm.
3. Contact surface of the dual lead worm is 1/3
greater than conventional worms. This makes
the rotary table excellent for heavy cutting
applications.
4. Stronger module and higher tooth depth are
others
Horizontal
Worm Shaft
the key conditions for heavy cutting.
5. The worm shaft is mounted at the bottom of
the rotary table and completely immersed in
lubrication oil for thorough lubrication and
increased service life.
Offset by teeth width.
Direction of backlash
adjustment.
Higher Tooth Depth. Stronger Module.
Optimization for Heavy Cutting Applications.
Vertical
Worm Shaft
Offset by teeth depth.
Direction to reduce backlash,
center geometry accuracy lost.
9mm
M3teeth
6~ 7mm
M2 teeth
Additional drum seal
7
COMPARISON OF
AND OTHER
8
COMPARISON OF detron AND OTHER
Reliable Worm Shaft Rotation
Comparison Summary between detron
and Others
Brand
detron
With a bushing between sleeve and needle,
the bore of the sleeve is wear-resistant,
resulting in higher concentricity of the worm
shaft andhigher indexing accuracy.
others
Worm shaft sleeve
Worm shaft sleeve
NC table
spec
Height of
center
Center bore
dimeter
Bearing
Dynamic load
Worm shaft
Worm shaft
Needle
Bushing Needle
Without needle bush, less
endurance by KT radial dearing,
lower indexing accuracy.
High Concentricity. Consistent Accuracy.
Tilting
moment
Worm Gear
module
Clamping
Force
Waterproof
WATERPROOF DESIGN
Allowable
cutting torque
detron
•The electronic parts guard is completely sealed by
O-ring to prevent cutting fluid from entering and
motor burnout.
•Barotropic built-in for dew proof.
•Waterproof grade IP65.
Completely sealed
by O-ring
detron
others
ISO 230-2International Standard
JIS Norm in Single Run
Angle deviation [˝]
30
Cycle - diagram : A
10
mm
110
110
135
135
160
160
mm
30
25
40
35
40
45
kN
kN-m
mm
-10
-20
315
360
Meas.length [deg ]
Regulated by International Norm.
Dependable Accuracy.
9
COMPARISON OF
AND OTHER
0.82
(Up 54%)
M2
(Up 14%)
RB5013
16.7
0.53
M1.75
kg-m
8
8
-
O-ring sealed
initial barotropic
IP65
Silicon
kg-m
8.5
8.5
detron
others
RB10020
(Bigger bearing,
rigidity upgraded)
33.1
(Up 5%)
2
(Up 19%)
M2
(Up 14%)
RB9016
31.4
1.7
M1.75
18
(Up 225%)
O-ring sealed
initial barotropic
IP65
17
(Up 14%)
Silicon
detron
others
8
15
RB10020
(Bigger bearing,
rigidity upgraded)
33.1
(Up 5%)
2
(Up 19%)
M2
(Up 14%)
RB9016
31.4
1.7
M1.75
26
(Up 162%)
O-ring sealed
initial barotropic
IP65
25
(Up 66%)
Silicon
detron
others
16
15
160
210
210
255
255
Center bore
dimeter
mm
50
40
70
40
110
40
-
Integrated spindle
with radial-axial
bearing built-in
Rigidity upgraded
Taper roller
bearing
Integrated spindle
with radial-axial
bearing built-in
Rigidity upgraded
Taper roller
bearing
Integrated spindle
with radial-axial
bearing built-in
Rigidity upgraded
Taper roller
bearing
kN
156.8
(Up 45%)
108
196
(Up 31%)
150
300
(Up 62%)
185
kN-m
11
(Up 89%)
5.8
17.5
(Up 50%)
11.7
39.2
(Up 82%)
21.5
mm
M3
(Up 20%)
M2.5
M3
M3
M4
M4
kg-m
70
(Up 40%)
50
118
(Up 39%)
85
250
(Up 39%)
180
-
O-ring sealed
initial barotropic
IP65
Silicon
O-ring sealed
initial barotropic
IP65
Silicon
O-ring sealed
initial barotropic
IP65
Silicon
kg-m
55
(Up 15%)
48
78
78
170
(Up 70%)
99.8
rpm motor
3000rpm
25
(Up 15%)
16.6
25
(Up 15%)
16.6
20.8
(Up 12.5%)
16.6
-
1/120
1/180
1/120
1/180
1/144
1/180
-
Exclusive double- ring
drum brake.
Safe seal.
Worm Gear
module
Clamping
Force
Waterproof
-30
270
RB7013
(Bigger bearing,
rigidity upgraded)
19.4
(Up 16%)
190
(Large)
Transmission
ratio
0
225
Ø210
mm
Max. table
speed
20
180
Ø170
others
Height of
center
Allowable
cutting torque
HEIDENHAIN ACCOM
135
detron
mm
Tilting
moment
90
others
NC table
spec
Dynamic load
Positioning Accuracy and Repeatability Inspection Norm
45
detron
Ø125
mm
Brand
Circumference is fully sealed by O-ringto
prevent fluid from entering
0
others
others
Bearing
Accuracy Inspection upon ISO230-2
international norm are applied with
5 continuous runs in clockwise and
counterclockwise test.
detron
Brake
structure
Ø255
Ø320
Ø400
Disk brake
Disk brake
Disk brake
or
or
or
brake
drum brake.
brake
drum brake.
brake
drum in
Safe seal.
drum in
Safe seal.
drum in
single ring
single ring
single ring
10
ACCURACY INSPECTION CHART
1
2
5
3
6
DESCRIPTION of NOMENCLATURE
Accuracy of Positioning by ISO 230-2 Standard
(Unidirectional systematic positioning deviation of
an axis)
4
7
The presentation of test results for ISO 230-2 are based on
continuously five revolutions of clockwise and counter
clockwise, repeatedly. It is also based on unidirectional
accuracy of positioning for the calculations of results.
8
T,H,
10
11
The so called clamping torque only includes
the clamping mechanism, which does not
include clamping force the worm gear. The
clamping torque shown on this catalog was
measured at 5(3.5) Mpa hydraulic pressure and
0.5 Mpa air pressure.
Please note: Due to environmental influences during the
measurement, the
recorded measuring error may exceed the catalog limit value
by up to 10%.
HEIDENHAIN ACCOM
9
Clamping Torque
HEIDENHAIN ACCOM
12
Description of Inspection
NO.
Allowable Tolerance
GX-125P~GX-210P
GX-255H~GX-500H
GX-600H~GX-800H
Run-out of center hole
Perpendicularity between table surface and base
bottom
Parallelism between center hole and center of guide
block
Deviation between center hole and center of guide
block
0.01
0.01
0.01
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
Flatness of table surface
0.01
0.015
0.02 / 0.025
5.
Parallelism between table surface and table base
0.01
0.015
0.02 / 0.025
6.
Run-out of table surface Indexing accuracy
7.
Repeatablility accuracy
8.
Run-out of table surface
0.01
9.
0.015
10.
Parallelism between table
0.01
Surface and base
0.02
1.
2.
3.
4.
11.
Indexing
Repeatability
12.
11
Unit: mm
0.02
15 秒
(Ø400-500: 0.015)
Rotary
Refer to specification chart of each model
Tilt
Refer to specification chart of each model
Rotary
Tilt
Parallelism between center line of tilt axis and base
plate
COMPARISON OF
0.01
0.015
40 sec- GX125
15 秒
20 sec - GX170-210
GF Series (for all 5 axis table)
AND OTHER
6 sec.
8 sec.
0.02/Dia
Accuracy of Repeatability by ISO 230-2
Standard (Unidirectional repeatability of
positioning)
The presentation of test results for ISO 230-2 are based on continuously five
revolutions of clockwise and counter clockwise, repeatedly. It is also based
on unidirectional repeatability of positioning for the calculations of results.
Please note: Due to environmental influences during the
measurement, the
recorded measuring error may exceed the catalog limit value
by up to 10%.
Allowable Worm Wheel
Torque
This allowable worm wheel torque is equal to
the allowable torque for the worm wheel when
the table rotation speeds is 1 min-1.
The allowable torque for the worm wheel is
subject to the standard stipulated by the Japan
Gear Manufacturers Association.
12
STANDARD
GX -P
5axis
4axis
G F -P
s er i e s
GF - H
series
CNC Tilting Rotar y Table
GX-170P/PL/S/H
GX-210P/PL/S/H
GFE
se r ie s
CNC Tilting Rotar y
Table
GF -101S
GF -256H/HB
GF -125P
GF -320H
Page 35
Page 33
GX-125P/PL
Page 31
Page 17
CNC Rotary Table
SPECIAL CUSTOMIZATION
APC
CNC Deep Tilting Rotary Table
se r ie s
CNC Deep Tilting
RotaryTable
(Built-in air-booster)
GFE-212S
GFE-320H
GF -170P/H
GFE-410HB
GF -211P/PB/H
GFE-500HB
DDM Tilting Rotary Table
GV -B
(Single support)
s er i e s
Page 19
CNC Rotary Table
GV-170SB
GV-210SB
GV-255HB
Machining Center Series
GX -H
s er i e s
Page 21-24
CNC Rotar y Table
DDM Rotary Table
(Table in table)
GX-255H/HL
GX-320H
GX-400H
GX-500H
DV / DX
GX-630H
DV-170P
se r ie s
Support Rotary
Tailstock
se r ie s
Automatic Pallet Change System
(For C-frame machine center)
SR-255H
DX-320H
CX -H
SR-170P/H
SR-210P/H
DV-255PⅡ
CVR
SR-125P
Page 39
DDM Rotar y Table
Page 30
Page 27
GX-800H
SR
series
CVR-600
SR-320H
s er i e s
CVR-850
SR-400H
Page 25
CVR-10D
CNC Index Table
(3 pieces hirth coupling)
DDM Rotary Table
CX-255H
Tailstock
DF
ST-125T/TP
ST-170T/TP/TH
ST-210T/TP/TH
ST-255T/TH
ST-320T/TH
ST-400T/TH
se r ie s
DF -321H
CNC DDM Tilting
Rotar y Table
DF -400H
DF -500H
SVC
Page 40
CX-500H
series
Page 37
CX-400H
S T-T
Page 29
CX-320H
se r ie s
CNC Horizontal Rotary Table
For full - column moving machinine center
Roller gear cam driving
SVC-700
SVC-10D
SVC-12D
SVC-7050Ⅱ
SVC-10065Ⅱ
13
INDEX
14
STANDARD
HH
B-Axis
APC
GH
s er i e s
HH-500HT
GH-500HT
GH -T 2
se r ie s
Page 47
pallet)
Horizontal Rotar y Table
Page 45
(2 pieces hirth coupling, single
Page 43
Page 41
Horizontal Index Table
H H -T 2
series
Index Table with 2 Pallets for Horizontal
Machining center
se r i es
Rotar y Table with 2 Pallets for
Horizontal Machining Center
HH-630HT
GH-630HT
HH-501HT2
HH-800HT
GH-800HT
HH-630HT2
GH-501HT2
HH-631HT2
GH-630HT2
HH-800HT2
GH-631HT2
GH-800HT2
Horizontal Rotary Table
( With 8+1 ports rotar y joint)
ACR
se r ie s
Page 49
Fork Type
ACR-500
ACR-500T
ACR-630
ACW-500
ACW-630
ACW-800
( 2 pieces hirth coupling)
SPECIAL
Horizontal DDM Rotary Table
Hydraulic Index Table
With 10 ports rotar y joint
Machining Center Series
APC With Horizontal Table
Rotary Table for
APC With Horizontal Table
Rotary Table for
With rotar y encoder
15
INDEX
16
GX-P
series
Unit : mm
DIMENSIONAL DRAWINGS
CNC Rotary Table
(Pneumatic Brake))
93
295.6 (357 SIEMENS)
272
178(247)
GX-250P/PL/S/H
58
GX-210P/PL/S/H
20
GX-170P/PL/S/H
33
40
GX-125P/PL
Heavy-duty precision cross roller bearings.
Motor at left
Table size
Veritcal & Horizontal applicatiion
Motor is mounted at right side(vertical and horizontal
applications).
85
15
Allowable
cutting torque
CNC Rotary Table
57 / 125.4
Kgkg / lb
Kgkg / lb
kg / lb
50 / 110
100 / 220
100 / 220
75 / 165
150 / 330
150 / 330
75 / 165
150 / 330
150 / 330
N / lbs
9700 / 2176.68
14000 / 3141.60
14000 / 3141.60
Nm /ft. lbs.
410 / 302.17
1020 / 751.74
1020 / 752
Nm /ft. lbs.
80 / 58.96
P: 180 / 132.66
S:300 / 221.10
H: 240 / 176.88
P: 260 / 191.62
S:400 / 294.80
H: 300 / 221.10
Nm /ft. lbs.
85 / 62.65
170 / 125.29
260 / 191.62
Ø170
Ø40
Ø40H7
20
257
292
Ø210
15
39
25
39
25
180(245)
15
58
25
58
105
110
Ø40
20
12H7
Ø40H7
18h7
25
20
21.5
158
S model: 174
Optional Enlarged Table Size for GX210
127.5
304
329(394 SIEMENS)
180(245)
15
25
58
Ø40H7
7
105
110
25
12H7
25
18h7
15
58
186
Note: 1. Drawings for PL type (motor on the left hand side type) are available upon request.
2. New series of GXA-S with enlarged spindle bore and multiple clamping torque is available.
Contact detron local dealer for further information.
3. The lengthe of servo guard varies with servo motor type. (type metal sheet dimensions shown
at above are based on Fanuc motor)
-1
4. Allowable cutting torque at table speed of 1 min .
20
54 / 118.8
276
329(385 SIEMENS)
39
25
35 / 77
115
Ø40
0.84
0.001
20
6
GX-210P/S/H
39
25
0.55
0.001
20
6
kg / lb
P: Pneumatic S: Super multiple pneumatic H: Hydraulic
17
0.2
0.001
40
6
S model: 174
Ø255
2
110
160
Allowableload
(when table
clamped)
Kg.m
deg.
sec.
sec.
105
292
rpm
α2i
HF-75
1 / 90
44.4
Servo motor
type
7
P: 80 / 58.96
158
7
Nm /ft. lbs.
25
P: 0.5~0.7 / 72.5-101.5
20
21.5
18h7
25
Mpa / psi
Ø210 / Ø8.27
Ø40 / Ø1.57H7
Ø40 / Ø1.57
158 / 6.22
160 / 6.30
12H7 / 0.47H7
18 / 0.71
P&S: 0.5~0.7 / 72.5-101.5
H: 2.5 / 362.5
P: 260 / 191.62
S: 400 / 294.8
H: 300 / 221.1
α4i
HF-54
1 / 90
44
235
Drive method and pressure
Ø170 / Ø6.69
Ø40H7 / Ø1.57H7
Ø40 / Ø1.57
158 / 6.22
135 / 5.31
12H7 / 0.47H7
18 / 0.71
P&S: 0.5~0.7 / 72.5-101.5
H: 2.5 / 362.5
P: 180 /132.66
S:300 / 221.1
H: 240 / 176.88
α4i
HF-54
1 / 90
44.4
135
Ø125 / Ø4.92
Ø30H7 / Ø1.18H7
Ø25 / Ø0.98
155 / 6.10
110 / 4.33
12H7 / 0.47H7
18 / 0.71
268
mm / inch
mm / inch
mm / inch
mm / inch
mm / inch
mm / inch
mm / inch
25
58
12H7
160
Worktable diameter
Center bore diameter
Through-bore diameter
Height of table (horizontal)
Height of center (vertical)
Width of T-slot
Width of guide block
268
GX-210P/PL/S/H
15
25
58
GX-170P/PL/S/H
39
25
180(230)
cross roller bearings.
GX-125P/PL
2
39
25
Equipped with high precision
Unit
)
Allowable loading inertia ( W.D
8
Resolution
Indexing accuracy
Repeatability
Net weight
(servo motor excluded)
Vertical
Allowable
loading
Horizontal
capacity
Tailstock applied
20
276
329(370SIEMENS)
SPECIFICATIONS
FANUC
MITSUBISHI
Transmission ratio
Max. table speed
20
155
85
115
Left-hand Type
Clamping torque
21.5
Transmitted by dual lead worm with high efficiency and full
depth gear teeth.
Worm gear transmission
MODEL
Ø25
Ø30H7
18h7
7
20
Worktable diameter Ø125, Ø170, Ø210 and Ø255.
P Pneumatic
S Super multiple pneumatic
H Hydraulic
12H7
110
G X - 1 7 0 P (L)
19
52
Ø125
192.5
261.5
32
49.5
20
18
GV-B
series
Unit : mm
CNC Rotary Table
(Motor mounted at backside)
12H7
GV-210SB
160
GV-255HB
39
25
20
GV-170SB
20
31
60
Ø40H7
Worktable diameter Ø170, Ø210 ,Ø255.
464
339
114.5
SB series is new "super multiple brake"
mechanism for pneumatic clamp.
Transmitted by dual lead worm with high
efficiency and full depth gear teeth.
110
369.5
204
135
235
Motor mounted at backside of table
S Super multiple pneumatic
H Hydraulic
Ø170
300
GV-210SB
Ø40
21.5
156
18
18h7
7
Table size
Veritcal applicatiion
cross roller bearings in upgraded spec.
SPECIFICATIONS
mm / inch
135 / 5.31
160 / 6.30
190 / 7.48
mm / inch
12H7 / 0.47H7
12H7 / 0.47H7
12H7 / 0.47H7
mm / inch
18 / 0.71
18 / 0.71
18 / 0.71
Mpa / psi
P: 0.5~0.7 / 72.5-101.5
P: 0.5~0.7 / 72.5-101.5
H: 5 / 725
Nm /ft. lbs.
250 / 184.25
α4i
HF-54
1 / 90
44.4
400 / 294.8
α4i
HF-54
1 / 90
44.4
700 / 515.9
α8i
HF-154
1 / 120
22.2
deg.
0.001
0.001
0.001
Indexing accuracy
sec.
20
20
15
Repeatability
sec.
6
6
6
kg / lb
90 / 198
104 / 228.8
150 / 330.0
( W.D
)
8
2
Resolution
Net weight (servo motor excluded)
Vertical
Allowable
loading
Horizontal
capacity
Tailstock applied
Allowable
load
(when table
clamped)
rpm
2
Kg.m
kg / lb
kg / lb
kg / lb
0.28
75 / 165
150 / 330
0.42
75 / 165
150 / 330
115
cross roller bearings in upgraded spec.
2.07
14000 / 3141.60
14000 / 3141.60
16000 / 3590.40
Nm
1020 / 751.74
1020 / 751.74
1120 / 825.44
Nm
250 / 184.25
400 / 294.80
700 / 515.90
60
115
363
214
18h7
GV-255HB
40
459
100 / 220
250 / 550
N / lbs
18
166
256
167
392.5
162
25
32
70
12H7
25
Transmission ratio
Max. table speed
Allowable loading inertia
469
344
315
FANUC
MITSUBISHI
21.5
340
Clamping torque
Servo motor
type
31
Ø210
Ø255 Optional
20
18h7
Ø50
Width of T-slot
20
25
Ø50 / Ø1.97
39
25
Ø50 / Ø1.97H7
Ø40 / Ø1.57
39
Ø40H7 / Ø1.57H7
Ø40 / Ø1.57
75
Ø40H7 / Ø1.57H7
mm / inch
20
mm / inch
160
Ø50H7
12H7
310
Ø255 / Ø10.04
7
Ø210 /Ø 8.27
Ø255
Ø170 / Ø6.69
270
mm / inch
160
Worktable diameter
Ø40
GV-255HB
7
GV-210SB
20
GV-170SB
Ø40H7
Unit
190
MODEL
35.5
Allowable
cutting torque
Nm /ft. lbs.
170 / 125.29
260 / 191.62
550 / 405.35
Note: 1. The length of ser vo guard may var y with ser vo motor type. (metal sheet dimensions shown at above are based on Fanuc motor)
2. Allowable cutting torque at table speed of 1 min-1.
P: Pneumatic
19
CNC Rotary Table
spindle integrated unity
with radial and axial bearings built-in
20
GX-H
series
Unit : mm
CNC Rotary Table
(Hydraulic Brake)
319
371 (426 for α8i / SIEMENS)
75
167
GX-400H
39
GX-320H
175(230)
25
40
GX-255H/HL
32
25
70
18h7
Transmitted by dual lead worm with high efficiency and full depth gear
teeth.
Table size
Veritcal & horizontal application
155
Ø50
Ø50H7
25
Motor is mounted at right side(vertical and horizontal application).
Hydraulic brake
20
190
Equipped with extra large bearing, preloaded in radial and axial
directions.
210
7
Worktable diameter Ø255, Ø320 ,Ø400.
Motor at left
Ø255
340
G X - 2 5 5 H (L)
20
12H7
162
35.5
SPECIFICATIONS
210 / 8.27
255 / 10.04
Width of T-slot
mm / inch
12H7 / 0.47H7
14H7 / 0.55H7
14H7 / 0.55H7
mm / inch
18 / 0.71
18 / 0.71
18 / 0.71
Mpa / psi
5 / 725
5 / 725
5 / 725
Nm /ft. lbs.
700 / 515.9
1180 / 869.66
2500 / 1842.5
ref. to page___
HF-154
ref. to page___
1 / 120
HF-204
ref. to page___
HF-204
1 / 120
1 / 144
22.2
22.2
11.1
2.07
4.57
10.2
deg.
0.001
0.001
0.001
Indexing accuracy
sec.
15
15
15
Repeatability
sec.
6
6
6
Clamping torque
Servo motor
type
FANUC
MITSUBISHI
Transmission ratio
Max. table speed
rpm
( W.D
)
8
2
Resolution
Kg.m
2
Kg /lb
133 / 293
187 / 411.4
292 / 642.4
Vertical
Horizontal
Tailstock applied
Kg /lb
Kg /lb
Kg /lb
100 / 220
250 / 550
250 / 550
150 / 330
350 / 770
350 / 770
200 / 440
500 / 1100
500 / 1100
N /lbs
16000 / 3590.40
20000 / 4488.00
30000 / 6732.0
N.m
1120 / 825.44
1800 / 1326.60
4000 / 2948.00
N.m
700 / 515.9
1800 / 1326.6
2500 / 1842.5
Allowable
loading
capacity
Allowable load
(when table
clamped)
Allowable
cutting torque
14H7
23
18h7
170
39.5
40
214
550 / 405.35
780 / 574.86
464 (565 for SIEMENS)
364
209(310)
25
40
75
14H7
23
18h7
210
Nm /ft. lbs.
235
170
Ø70
190 / 7.48
75
225
255
Ø110
mm / inch
49
35
255 / 10.04
23
235 / 9.25
49
210 / 8.27
40
25
35
mm / inch
75
209(285)
Ø70H7
Ø110 / Ø4.33
75
Ø110H7 / Ø4.33H7
Ø70 / Ø2.76
23
Ø70H7 / Ø2.76H7
Ø50 / Ø1.97
Ø110H7
Ø50H7 / Ø1.97H7
mm / inch
Ø320
mm / inch
Ø400
40
409 (494 for α8i / SIEMENS)
182
7
Ø400 / Ø15.75
7
Ø320 / Ø12.60
210
Ø255 / Ø10.04
35
GX-400H
380
mm / inch
GX-320H
35
Worktable diameter
GX-255H/HL
460
Unit
255
MODEL
49.5
1700 / 1252.9
Note: 1. The length of servo guard may vary with servo motor type. (metal sheet dimensions shown at above are based on Fanuc motor)
-1
21
CNC Rotary Table
Note 1. New series of GXA -H with enlarged spindle bore is available. Contact the
local detron dealer for further information.
22
GX-H
series
Unit : mm
CNC Rotary Table
585
(Hydraulic Brake)
GX-500H
390.5
310
GX-630H
560
GX-800H
310
GX-500H
Worktable diameter Ø500, Ø630, Ø800.
245
Equipped with extra large bearings, preloaded in radial and axial
directions.
245
280
835
Motor is mounted at right side(vertical and horizontal application).
40
18H7
30
49
35
75
Ø150
Table size
Veritcal & horizontal application
Ø180H7
Transmitted by dual lead worm with high efficiency and full depth
gear teeth.
Ø140
Hydraulic brake
30
40
25
75
31
SPECIFICATIONS
mm / inch
Ø180H7 / Ø7.09H7
Ø270H7 / Ø10.63H7
Ø285H7 / Ø11.22H7
mm / inch
Ø140 /Ø 5.51
Ø220 / Ø8.66
Ø240 / Ø9.45
mm / inch
280 / 11.02
325 / 12.80
365 / 14.37
mm / inch
310 / 12.20
400 / 15.75
480 / 18.90
Width of T-slot
mm / inch
18H7 / 0.71H7
18H7 / 0.71H7
22H7 / 0.47H7
mm / inch
18 / 0.71
18 / 0.71
22 / 0.87
Servo motor
type
Mpa / psi
5 / 725
5 / 725
3.5 / 507.5
Nm /ft. lbs.
3200 / 2358.4
4500 / 3316.5
5200 / 3832.4
ref. to page___
HF-204
ref. to page___
HF-354
ref. to page___
1 / 180
1 / 180
1 / 180
FANUC
MITSUBISHI
Transmission ratio
Max. table speed
rpm
11.1
11.1
11.1
19.1
40.5
122.4
deg.
0.001
0.001
0.001
Indexing accuracy
sec.
15
15
15
Repeatability
sec.
6
6
6
Kg /lb
395 / 869.0
720 / 1584.0
1236 / 2719.2
Vertical
Horizontal
Tailstock applied
Kg /lb
Kg /lb
Kg /lb
250 / 550
600 / 1320
600 / 1320
450 / 990
800 / 1760
800 / 1760
800 / 1760
1500 / 3300
1500 / 3300
N /lbs
40000 / 8976.0
49000 / 10780
50000 / 11000
N.m
5000 / 3685.0
8500 / 6264.50
10000 / 7370.0
N.m
3200 / 2358.4
4500 / 3316.5
5200 / 3832.4
Nm /ft. lbs.
2500 / 1842.5
4300 / 3169.1
5000 / 3685.0
( W.D
)
8
2
Resolution
Allowable
loading
capacity
Allowable load
(when table
clamped)
2
325
325
889
50
HF-354
Kg.m
325
18H7
35
30
63
25
459.5
647
209
480
Clamping torque
209
30
Ø800 / Ø31.50
58
Ø630 / Ø24.80
40
Ø500 / Ø19.69
100
mm / inch
Ø220.5
Worktable diameter
414.5
564
Ø220
GX-800H
400
GX-630H
Ø270H7
GX-500H
725
Unit
880
MODEL
400
365
400
1140
39
25
16
40
58
40
100
Ø240
22H7
Ø240.5
Allowable
cutting torque
Ø285H7
50
63
37
Note: 1. The length of servo guard may vary with servo motor type. (the metal sheet dimensions shown at above are based on Fanuc motor)
2. Allowable cutting torque at table speed of 1 min-1.
23
CNC Rotary Table
24
CX-H
series
Unit : mm
CNC Index Table
319
40
CX-255H
CX-320H
CX-400H
CX-500H
75
175(230)
39
371 (426 for α8i/ SIEMENS)
25
167
25
32
70
20
340
Ø255
12H7
190
20
18h7
Equipped with three pieces type coupling with worm gear to achieve
positioning. It is suitable for heavy cutting.
Hydraulic brake
7
Motor is mounted at right side(vertical and horizontal applications).
Ø50H7
25
Worktable diameter Ø255, Ø320, Ø400, Ø500.
155
210
162
Ø50
CX-255H
29
The minimum degree is 1°or 5°.
Table size
Veritcal & Horizontal applicatiion
75
209(245)
Equipped with three pcs coupling.
75
Ø70 / Ø2.76
Ø110 / Ø4.33
Ø130 / Ø5.12
mm / inch
210 / 8.27
235 / 9.25
255 / 10.04
281 / 11.06
mm / inch
190 / 7.48
210 / 8.27
255 /10.04
310 / 12.20
12H7 / 0.47H7
14H7 / 0.55H7
14H7 / 0.55H7
18H7 /0.71H7
18 / 0.71
18 / 0.71
18 / 0.71
18 / 0.71
Mpa / psi
3.5 / 508
3.5 / 508
3.5 / 507.5
3.5 / 507.5
Nm /ft. lbs.
1750 / 1289.75
α4i / α8i
HF-54 / HF-104
1 / 120
22.2
2500 / 1842.5
α12i
HF-204
1 / 120
22.2
3000 / 2211
α12i
HF-204
1 / 144
11.1
6000 / 4422
α12i
HF-204
1 / 180
11.1
2.48
4.57
10.2
deg.
1°
1°
1°
1°
Indexing accuracy
sec.
8
8
8
8
Repeatability
sec.
2
2
2
2
kg / lb
133 / 293
196 / 431.2
286 / 629.2
413 / 908.6
N / lbs
16000 / 3590.4
175 / 385
350 / 770
400 / 880
20000 / 4488.0
200 / 440
500 / 1100
500 / 1100
30000 / 6732.0
400 / 880
600 / 1320
600 / 1320
CNC Index Table
520
40000 / 8976.0
35
40
390.5
310
25
1750 / 1289.75
2500 / 1842.5
3000 / 2211.0
6000 / 4422.0
Nm /ft. lbs.
3000 / 2211.0
4000 / 2948.0
5000 / 3685.0
10000 / 7370.0
Nm /ft. lbs.
550 / 405
780 / 575
1700 / 1253
2500 / 1843
40
75
18H7
30
18h7
245
245
281
Ø130
Nm /ft. lbs.
Note: 1. The length of ser vo guard may var y with ser vo motor type. (the metal sheet dimensions shown at above are based on
Fanuc motor)
-1
25
245
255
Ø130H7
Allowable
cutting torque
150 / 330
300 / 660
300 / 660
225
30
Allowable load
(when table
clamped)
kg / lb
kg / lb
kg / lb
18h7
210
Ø500
Vertical
Horizontal
Tailstock applied
23
7
Allowable
loading
capacity
75
560
40
14H7
19.1
Resolution
25
75
rpm
2
Kg.m
363
209 (310)
35
2
214
35
( W.D
)
8
40
255
Transmission ratio
Max. table speed
29.5
310
FANUC
MITSUBISHI
232
170
Ø400
mm / inch
mm / inch
18h7
170
460
Width of T-slot
35
Ø110H7 / Ø4.33H7 Ø130H7 / Ø5.12H7
Ø70
Ø70H7 / Ø2.76H7
Ø50 / Ø1.97
Ø110
Ø50H7 / Ø1.97H7
mm / inch
35
mm / inch
Through-Bore diameter
35
23
49
Ø500 / Ø19.69
49
Ø400 / Ø15.75
23
Ø320 / Ø12.60
Ø70H7
Ø255 / Ø10.04
75
mm / inch
23
Worktable diameter
Ø110H7
CX-500H
7
CX-400H
7
CX-320H
380
CX-255H
210
Unit
Ø320
14H7
MODEL
Servo motor
type
40
25
SPECIFICATIONS
Clamping torque
35
40
359
182
49
Coupling (3 pcs type) with worm gear transmission
45
26
DV/DX
series
DDM Rotary Table
DV-170P
DV-255PII
281
161
4
164
1
+0.02
-0
DX-320H
10
Table size
135
Low inertia- No gears or belts in direct drive sytem, resulting in lower
inertia and greater acceleration / deceleration.
25
Pneumatic brake
Hydraulic brake
260
Rotation speed exceeds 150 min-1, making the rotary suitable for
turning and grinding applications.
DDM direct drive (torque motor)
115
7
Equipped with high precision encoder to achieve high precision
positioning.
Backlash-free transmission improves workpiece accuracy and
surface roughness.
X Vertical & horizontal application
V Vertical application
Ø90
Ø45
DX-255HP
Ø40
DV-170P
Unit : mm
126
115
140
164
140
Direct drive features reach zero-wear.
SPECIFICATIONS
DV-255PII
Ø320 / Ø12.60
mm / inch
Ø45H7 / Ø1.77H7
Ø50H7 / Ø1.97H7
Ø60H7 / Ø2.36H7
Through-Bore diameter
mm / inch
Ø40 / Ø1.57
Ø40 / Ø1.57
-
mm / inch
-
-
265 / 10.43
mm / inch
135 / 5.31
160 / 6.3
220 / 8.66
Width of T-slot
mm / inch
-
12H7 / 0.47H7
14H7 / 0.55H7
mm / inch
18 / 0.71
18 / 0.71
18 / 0.71
Mpa / psi
P: 0.6~0.7 / 87~101.5
P: 0.5~0.7 / 72.5~101.5
H: 5 / 725
Nm /ft. lbs.
230 / 169.51
400 / 294.8
800 / 589.6
rpm
2
Kg.m
Direct Drive
250
0.11
Direct Drive
200
0.61
Direct Drive
150
1.92
Resolution
deg.
0.001
0.001
0.001
Indexing accuracy
sec.
20
20
10
Repeatability
sec.
4
4
4
kg / lb
47 / 103
70 / 154.0
200 / 440
N / lbs
12700 / 2849.88
14000 / 3141.6
16000 / 3590.4
Nm /ft. lbs.
740 / 545.38
1020 / 751.74
1460 / 1076.02
Nm /ft. lbs.
230 / 169.51
400 / 294.8
800 / 589.6
Nm /ft. lbs.
55 / 40.54
60 / 44.22
105 / 77.39
( W.D
)
8
2
Vertical
Allowable
loading
Horizontal
capacity
Tailstock applied
kg / lb
kg / lb
kg / lb
30 / 66
70 / 154
75 / 165
150 / 330
12H7
20
18h7
140
140
174
DX-320H
75 / 165
150 / 330
150 / 330
506
40
305
296
190
75
49
Transmission Method
Max. table speed
259.5
226
Cooling system
Ø320
75
23
220
14H7
7
35
Allowable
cutting torque
40
25
430
Allowable load
(when table
clamped)
35
Clamping torque
24.5
360
Ø50H7
Ø255 / Ø10.04
20
-
Ø40
mm / inch
160
Worktable diameter
7
DX-320H
25
DV-255PⅡ
132
DV-170P
292
Unit
160
MODEL
210
Air cooling
Air cooling
18h7
210
20
245
23
Oil cooling
Note: 1. Torque motor (Direct Drive motor) can be chosen based on customers' control system.
2. Index accuracy will be different depend on encoder type chosen by customer.
3. Compact DV-255PII for FANUC and MITSUBISHI.
P: Pneumatic H: Hydraulic
27
DDM Rotary Table
28
ST-T
SR
ST-170TP
series
P Pneumatic drive
H Hydraulic drive
Quill Tailstock
Quill Tailstock
SR-170P
series
Rotary Tailstock
With morse taper
Table size: Ø170
P Pneumatic clamping
H Hydraulic clamping
Rotar y tailstock
Manual
頂針尾座Quill Tailstock
125
SR-125P
SR-170P/H
SR-210P/H
SR-255H
SR-320H
SR-400H
Table size: Ø170
50
C
MODEL
H
:_______________
SR-210P
SR-255H
SR-320H
SR-400H
20 / 44
22 / 61.6
33 / 72.6
61 / 134.2
68 / 149.6
133 / 292.6
30
date
SR-170P
Weight kgs / lbs
de tron CO., LTD.
model :_______________
ser. no.:_______________
SR-125P
230(196 for ST125T)
18h7(14 for ST125T)
Unit : mm
46(20.5 for ST125T)
333(356 for ST125T)
146(100 for ST125T)
Unit：mm / inch
ST-320T
ST-400T
ST-210T
ST-255T
110 / 4.33
161 / 6.34
Weight(Kg / lb) 24 / 52.80
135 / 5.31
183 / 7.20
26 / 57.20
160 / 6.30
208 / 8.19
28 / 61.60
190 / 7.48
238 / 9.37
31 / 68.20
H
C
ST-320T
ST-400T
210 / 8.27 255 / 10.04
258 / 10.16 306 / 12.05
30 / 66.0
31 / 68.20
SR-125P
SR-255H
130
190
140
320
30.5
Ø50H7
Ø40
190
190
20
25
110
Ø125
Hydraulic Quill
Tailstock
Ø15
Pneumatic Quill
Tailstock
Ø30H7
22
ST-125TP
ST-170TP
ST-210TP
ST-170TH
ST-210TH
ST-255TH
ST-320TH
ST-400TH
10
15
18h7
80
100
80
80
SR-170P/H
18h7
90
125
120
SR-320H
240
130
320
145
35.5
Ø70H7
Ø40
210
235
Ø170
100
25
35
135
L
Ø30
Hydraulic manual
switch valve (optional)
Ø40H7
21.5
Pneumatic manual
switch valve (optional)
125
370
ST-255T
ST-170T
Ø255
ST-210T
ST-125T
330
ST-170T
Ø320
MODEL
ST-125T
H
15
Quill Tailstock
125
450
ST-400TH
70
97
35
255
455
Ø110H7
Ø70
160
15
Ø400
42
21.5
265
ST-320TH
110 / 4.33
135 / 5.31 160 / 6.30 190 / 7.45 210 / 8.27 255 /10.04
171 / 6.73
196 / 7.72 238 / 9.37 238 / 9.37 258 / 10.16 306 / 12.05
196 / 7.72
230 / 9.06 230 / 9.06 230 / 9.06 230 / 9.06 230 / 9.06
23 / 0.91
48.5 / 1.91 48.5 / 1.91 48.5 / 1.91 48.5 / 1.91 48.5 / 1.91
191 / 7.52
216 / 8.50 241 / 9.49 271 / 10.67 291 / 11.46 336 / 13.23
100 / 3.94
146 / 5.75 146 / 5.75 146 / 5.75 146 / 5.75 146 / 5.75
416.5 / 16.4 416.5 / 16.4 416.5 / 16.4 392 / 15.43 392 / 15.43 392 / 15.43
24 / 52.80
26 / 57.20
28 / 61.6
36 / 79.20
35 / 77.0
36 / 79.20
Note: Max. operating pressure: 2MPa
29
ST-255TH
190
25
ST-170TP/TH ST-210TP/TH
125
SR-400H
240
130
Ø30
D
C
30
18h7 (14h7 for ST125)
E
H
C
A
B
D
E
L
Weight(Kg / lb)
ST-125TP
18h7
90
120
100
SR-210P/H
Unit：mm / inch
MODEL
18h7
Ø210
122
100
Ø40H7
B
7
A
15
70
97
18h7
100
17.5
100
18h7
140
175
200
200
30
series
Unit : mm
°
18 / 0.71
18 / 0.71
Drive method /pressure
Mpa / psi
S: 0.5~0.7 /
72.5~101.5
P: 0.5~0.7 /
72.5~101.5
R
T
R
T
α2i
α2i
α2i
α4i
T
α4i
α4i
α4i
1:90
1:90
1:90
1:90
1:120
33.3
16.6
44.4
44.4
33.3
22.2
33.3
22.2
kg / lb
35 / 77
50 / 110
75 / 165
75 / 165
In Tilt
(0~90°)
kg / lb
20 / 44
35 / 77
50 / 110
50 / 110
Nm /ft. lbs.
24 / 17.69
24 / 17.69
35 / 25.80
53 / 39.06
250 / 184.25
180 / 132.66
kg.m
0.044
0.1
2
0.28
0.42
sec
40"
60"
40"
60"
20"
60"
20"
50"
Repeatability
sec
6"
8"
6"
8"
6"
8"
6"
8"
Tilting angle range
deg.
Allowable Cutting Torque
0.001
0.001
+30~-120
+30~-120
kg / lb
90 / 198
100 / 220
170 / 374.0
300 / 660
Nm /ft. lbs.
85 / 62.65
85 / 62.65
170 / 125.29
250 / 184.25
P: Pneumatic S: Super multiple pneumatic H: Hydraulic R: Rotary Axis T: Tilt Axis
Tilting Rotary Table
0.001
135
135 70
231
20
135
7
1
324
100 100
327.6
116
19
120
5
270
282
160 70
Ø40H7
20
GF-211P
125 125
Ø40
40130 180 28
Ø210
7
deg.
+40~-120
°
12H7
Resolution
-17~+107
75
P: 260 / 191.62
H: 300 / 221.0
P: 300 / 221.0
H: 450 / 331.65
Indexing accuracy
0.001
P: 180 / 132.66
H: 300 / 221.0
P: 260 / 191.62
H: 390 / 287.43
25
251
Nm /ft. lbs.
32
70
°
218
165
FxL
14000 / 3141.6
+30
GF-211PB
162
18h7
150
25
85 / 62.65
7000 / 1570.8
225
659.4
156 125
20
200 / 147.4
305
-1
Nm /ft. lbs.
18h7
150
40
GF-211P/ PB
7
FxL
150
20
4000 / 897.60
20120 123 28
Ø170
°
25
4000 / 897.60
100 100
+30
25
1:90
Ø40
20
7
1:120
25
116
Ø40H7
12H7
°
HF-104
1:75
N / lbs
32
70
20
HF-54
145 124
-1
HF-54
40
α8i
In Horizontal
2
31
HF-54
R
P: 0.5~0.7 /
72.5~101.5
H: 2.5 / 362.5
R
T
39
25
rpm
HF-75
P: 0.5~0.7 /
72.5~101.5
H: 2.5 / 362.5
GF-170P/H
162
18h7
150
375
18 / 0.71
25 100100 25
228.4
345
18 / 0.71
5
mm / inch
10 90 90 10
344
340
225 / 8.86
12h7 / 0.47h7
7
190 / 7.48
12h7 / 0.47h7
116
160 / 6.30
12h7 / 0.47h7
116
135 / 5.31
12h7 / 0.47h7
175
535.1
328.4
mm / inch
mm / inch
230
150
Width of T-slot
18h7
120 120
322
190 70
305 / 12.01
425.4
Ø40H7 / Ø1.57H7
260 / 10.24
375
225 80
Ø40H7 / Ø1.57H7
230 / 9.06
°
25
Ø30H7 / Ø1.18H7
205 / 8.07
+40
7
Ø30H7 / Ø1.18H7
mm / inch
W.D
Allowable loading inerta ( 8 )
230
226
5
20
mm / inch
5050
26 73 85 20
Ø125
75
116
124
Ø25
20
Ø210 / Ø8.27
°
GF-211P/PB/H
HF-105
312.5
499.5
Ø30H7
20
20
GF-170P/H
Ø170 / Ø6.69
MITSUBISHI
18h7
136.5
-1
GF-125P
Ø125 / Ø4.92
Allowable load
(when table
clamped)
19
39
25
GF-101S
F
145
58
32
52
12H7
Ø100 / Ø3.94
WxL
40
20
cross roller bearings in
upgraded spec.
Unit
Allowable unblancing
work moment
105
GF-125P
mm / inch
Max. table speed
105
187
SPECIFICATIONS
Transmission ratio
154.2
07
-1
P Pneumatic brake
S Super multiple power brake
H Hydraulic
FANUC
187
68 80
Ø100
109
+
125
The pneumatic brake equipped with high precision cross
roller bearings.Transmitted by dual lead worm with high
efficiency and full depth gear teeth.
(customized)
Worktable diameter
426
321
+17°
MODEL
40 60
100
4
Ø30
2
2
3050 5030
105
230
20
33
Table size
Five axes
88
19
GF -211P/PB/H
Tilting motor mounted
at the back of table
Allowable
loadng capacity
Ø30
12H7
G F - 1 2 5 P (B)
Servo motor
spec
19
30
19
32
52
GF -125P
GF -170P/H
58
33
20
GF-101S
GF -101S
203
40
30
CNC Tilting Rotary Table
24.5
GF-P
185
330
283
741.4
1125
Red lines: GF -211P motor and related layout.
Blue lines: GF -211PB motor and related layout.
Note: 1. The length of ser vo guard may var y with ser vo motor type. (the metal sheet dimensions shown at above are based on
Fanuc motor)
-1
2. Allowable wheel torque at table speed of 1 min .
3. According to application engineering, optical encoder is recommended for tilting axis.
32
GF-256H
158
125
116
70
GF -320H
32
25
25
39
40
424.6
100
70
(customized)
Ø50H7 / Ø1.97H7
Ø70H7 / Ø2.76H7
mm / inch
325 / 12.8
355 /13.98
mm / inch
225 / 8.86
255 / 10.04
Width of T-slot
mm / inch
12H7 / 0.47H7
14H7 / 0.55H7
mm / inch
18 / 0.71
18 / 0.71
Mpa / psi
5 / 725.0
5 / 725.0
α8i
α12i
HF-104
HF-204
1:90
1:120
1:120
1:120
22.2
16.6
16.6
11.1
150 / 330
Nm /ft. lbs.
78 / 57.49
110 / 81.07
167
25
375
100
5
251
100
203
16000 / 3590.40
20000 / 4488.0
FxL
Nm /ft. lbs.
700 / 515.90
1180 / 869.66
FxL
Nm /ft. lbs.
700 / 515.90
1180 / 869.66
Allowable loading inerta ( W.D
)
8
kg.m
0.83
2.6
Resolution
deg.
Indexing accuracy
sec
15"
Repeatability
sec
6"
Tilting angle range
deg.
125
116
40
75
35
40
25
75
14H7
Ø70H7
23
200
R: Rotary Axis T: Tilt Axis
33
+30~-120
Kg
370 / 814
560 / 1232
Nm /ft. lbs.
370 / 272.69
780 / 574.86
406
100
170
18h7
170
6
8"
+30~-120
255
6"
425
8"
50"
35
15"
28
°
20
0.001
50"
200
200
Ø320
7
0.001
+30°
-1
2
100
Ø70
67
2
154
25
N / lbs
375
375
GF-320H
282
806.4
25
75 / 165
395
182.45
100 100
kg / lb
18h7
150
162
116
200 / 440
5
α8i
HF-154
225
α4i
HF-104
100 / 220
28
°
T
kg / lb
1,142
161
180
Ø255
20
-1
R
23
F
203
20
61.5
418
WxL
50
+30°
49
work moment
rpm
100 100
20
198
Transmission ratio
12h7
25
FANUC
MITSUBISHI
T
Ø50H7
7
R
25
229
mm / inch
25
70
100
32
25
GF-320H
Ø320 / Ø12.60
70
39
GF-256H/HB
Ø255 / Ø10.04
Allowable
loadng capacity
282
806.4 (for FANUC)
861.4 (for MITSUBISHI)
25
Unit
mm / inch
In
Horizontal
In Tilt
(0~90°)
395
40
Worktable diameter
Allowable load
(when table
clamped)
162
GF-256HB
SPECIFICATIONS
Max. table speed
18h7
150
7
Spindle shaft and 3 pcs type
radial and axial bearings
integrate as one unit.
Servo motor
spec
28
375
25
Five axes
MODEL
180
Ø255
-1
20
°
Hydraulic
brake
161
+30°
depth gear teeth.
100
50
61.5
The hydraulic brake equipped with radial and axial bearings.
Tilting motor
mounted at the
back of table
100
20
Worktable diameter Ø255, Ø320.
225
Table size
20
G F - 2 5 6 H (B)
100
Ø50H7
12h7
345
GF -256H/HB
Unit : mm
345
series
25
GF-H
460
302
945.4
Note: 1. The length of ser vo guard may var y with ser vo motor type. (the metal sheet dimensions shown at above are based on Fanuc motor)
-1
2. Allowable wheel torque at table speed of I min .
34
series
29.5 29.5 245
GFE-500HB
+0.025
Ø40+0
110
314.5
691
A
270.5
(customized)
SPECIFICATIONS
1026.5
-30º
109
GFE-320H
GFE-410HB
GFE-500HB
Worktable diameter
mm / inch
Ø210 / Ø8.27
Ø320 / Ø12.60
Ø410 / Ø16.14
Ø500 / Ø19.69
mm / inch
Ø40H7 / Ø1.57H7
Ø50H7 / Ø1.97H7
Ø70H7 / Ø2.76H7
Ø70H7 / Ø2.76H7
mm / inch
375 / 14.76
320 / 12.60
411 / 16.18
460 / 18.11
mm / inch
375 / 14.76
320 / 12.60
411 / 16.18
460 / 18.11
Width of T-slot
mm / inch
12H7 / 0.47H7
12H7 / 0.47H7
14H7 / 0.55H7
14H7 / 0.55H7
Mpa / psi
P: 0.5~0.7 /
72.5~101.5
H: 5 / 725.00
*P: 0.5~0.7 /
72.5~101.5
*P: 0.5~0.7 /
72.5~101.5
R
T
R
T
R
T
R
T
α4i
α8i
α8i
α8i
α8i
α2i
α8i
α22i
HF-104
HF-224
HF-104
HF-154
HF-154
HF-204
HF-154
HF-354
1:90
1:90
1:90
1:120
1:120
1:150
1:144
1:180
33.3
22.2
25
16.6
16.6
11.1
16.6
11.1
200 / 440
200 / 440
300 / 660
kg / lb
50 / 110
100 / 220
150 / 330
250 / 550
Nm /ft. lbs.
53 / 39.06
100 / 73.70
200 / 147.40
300 / 221.0
N / lbs
14000 / 3141.60
16000 / 3590.40
20000 / 4488.0
30000 / 6732.0
FxL
Nm /ft. lbs.
355 / 261.64
700 / 515.90
1180 / 869.66
2000 / 1474.00
FxL
N.mNm /ft.
lbs.
585 / 431.15
1400 / 1031.80
1880 / 1385.56
2500 / 1842.50
kg.m
0.42
2.6
4.3
9.6
Resolution
deg.
0.001
0.001
0.001
0.001
Indexing accuracy
sec
20"
60"
20"
60"
15"
60"
15"
60"
Repeatability
sec
6"
8"
6"
8"
6"
8"
6"
8"
F
W.D
Allowable loading inerta ( 8 )
2
Tilting angle range
2
deg.
-30~+120
-30~+120
-30~+120
-30~+120
kg / lb
450 / 990
500 / 1100
940 / 2068.0
1300 / 2860.0
Nm /ft. lbs.
250 / 184.25
250 / 184.25
300 / 221
P: Pneumatic S: Super multiple pneumatic H: Hydraulic R: Rotar y Axis T: Tilt Axis
185
135
82
185
°
20
+1
200
-30°
400 / 295
*air-oil converter built-in
Equipped with air-hydraulic
converter, external
hydraulic is not necessar y.
Note: 1. The length of ser vo guard may var y with ser vo motor type. (the metal sheet dimensions shown at
above are based on Fanuc motor)
-1
2. Allowable wheel torque at table speed of 1 min .
269.5
Allowable load
(when table
clamped)
WxL
530
460
work moment
200
113
685
75 / 165
°
kg / lb
Allowable
loadng capacity
Equipped with air-hydraulic
converter, external
hydraulic is not necessary.
20
rpm
In
Horizontal
In Tilt
(0~90°)
-30°
+1
Max. table speed
280
(Max. Height 591)
(411)
MITSUBISHI
Transmission ratio
375
249.6
350
(Fanuc, MISIUBISHI, SIEMENS)
334.6 (HEIDENHAIN)
441
150
125
100
FANUC
489
150
125
200
Servo motor
spec
335
GFE-212S
209.4
265
537.5
48.3
274
256
369
221
213
207.4
Ø320
20
Unit
35
145
MODEL
130
12H7
20
150
+0.025
Ø50+0
9
170
145
18
270
245
35 85
95
200
200
267.5
º
214
691
150
Five axes
1,115.5
20
GFE-320H
423.5
354.5
424.5
+1
70
B
(Max. Height 470)
(320)
depth gear teeth.
B
375
510
180
315
The hydraulic brake equipped with radial and axial
bearings.
Built-in air-booster.
with base plate
150
-30°
200
100 100
125 125
150 150
425(Fanuc, MISIUBISHI, SIEMENS)
175
509.6(HEIDENHAIN)
Table size
375
Tilting motor mounted
at the back of table
12H7
20
234.5
201.5
167.5 167.5
Ø210
GFE-410HB
Hydraulic brake
112
+1
20
°
GFE-320H
GFE-410HB
281.5
811
GFE-212S
115 115
200
CNC Deep Tilting
Rotary Table
GFE-212S
Unit : mm
25100 10025
87.5 87.5
GFE
200
200
36
series
CNC DDM
Tilting Rotary Table
DF-321H
225
125
DF -400H
450
DF -321H
Unit : mm
205
DF
205
DF -500H
DF-321H
250
287
60
+20°
337
207.5
190
290
475
60
Ø320
Ø26
30
Five axes
260
5°
-11
Hydraulic brake
Table size
932
High Speed – The average rotation speed of a normal rotar y table is 22.2 RPM.
Whereas DDM Rotar y Table runs at speeds exceeding 100RPM. Hence this is
suitable for high speed turning and cutting applications.
High Precision – Direct drive design is without the normal worm gear transmission.
Hence, there is no backlash and mechanical errors. This guarantees very high
positional accuracy and repeatability.
Superior Surface finish - No Backlash, No Abrasion & Low Inertia – No gears or belts
in direct drive system ensures superior surface finish.
Ø18
DDM direct drive (torque motor)
SPECIFICATIONS
Unit
DF-321H
DF-400H
DF-500H
Worktable diameter
mm / inch
Ø320 / Ø12.60
Ø400 / Ø15.75
Ø500(650) / Ø19.69(25.59)
mm / inch
Ø50H7 / Ø1.97H7
Ø55H7 / Ø2.17H7
Ø70H7 / 2.76H7
mm / inch
350 / 13.78
300 / 11.81
250 / 9.84
Width of T-slot
mm / inch
14H7 / 0.55H7
14H7 / 0.55H7
18H7 / 0.71H7
mm / inch
18 / 0.71
-
-
Mpa / psi
5 / 725.00
5 / 725.00
3.5 / 507.5
Direct Drive
Direct Drive
Direct Drive
R
T
R
T
50
25
50
25
100
50
150 / 330
300 / 660
kg / lb
100 / 220
100 / 220
300 / 660
Nm /ft. lbs.
200 / 147.4
200 / 147.4
300 / 221.0
N / lbs
20000 / 4488.0
30000 / 6732.0
40000 / 8976.0
FxL
Nm /ft. lbs.
800 / 589.60
800 / 589.60
2500 / 1842.50
FxL
Nm /ft. lbs.
1800 / 1326.6
1800 / 1326.6
4500 / 3316.5
)
Allowable loading inerta ( W.D
8
kg.m
1.6
3
9.4
Resolution
deg.
0.001
0.001
0.001
Indexing accuracy
sec
20
30
10
20
10
20
Repeatability
sec
4
6
4
4
4
4
Tilting angle range
deg.
+115 ~ -20
+30 ~ -120
+30~-120
kg / lb
620 / 1364
1000 / 2200
1200 / 2640
300
300
330
156
78
330
951
30
30°
°
Ø650
Ø500
40
R4
100 100
75
65
23
140
250
30
30°
2
+0.025
70 0
160
2
DF-500H
423
225
F
150
30°
T
125 / 275
Allowable load
(when table
clamped)
95
320
Ø400
20
R
kg / lb
WxL
work moment
°
160
In
Horizontal
Allowable
loadng capacity In Tilt
(0~90°)
90
100
rpm
754.5
320
20
Max. table speed
30°
640
526
494.5
Transmission ratio
1394.5
(Ø490)
Ø600
17
MODEL
DF-400H
550
996
R: Rotary Axis T: Tilt Axis
37
38
series
Automatic Pallet
Change System
CVR-600
400
1115
CVR-850
600
CVR-600
Unit : mm
Ø
13
50
CVR
CVR-10D
417
417
635
273.5
514.5
204
511
1277
16
Ø
CVR-600
40
CVR-850
500
EASY INSTALLATION: The pallet change device is directly mounted on the base.
Easy to install and space saving.
221
616
479
770
315.5
GREAT LOADING CAPACITY: Hydraulic drive.
Workpiece loading capacity up to 300kg x 2 pcs.
Fast pallet change is accomplished in 7 seconds.
Double pallet system (C type)
1115
479
573.5
Rack type
850
FLEXIBLE PRODUCTION: Available to equip with several tables to meet small lot
flexible production requirements.
Pallet size
1524
HIGH REPEATABILITY: Employs high precision conical positioning blocks to
ensure stability of table and repeatability in ±0.005mm.
CVR-10D
500
15
1000
Number of pallets
Pallet change method
2
2
2
180˚ Swing
180˚ Swing
180˚ Swing
mm / inch
14H8 / 15HB
18H8 / 0.71HB
18H8 / 0.71HB
Mpa / psi
Hydraulic 6 / 870
Hydraulic 6 / 870
Hydraulic 6 / 870
N / lbs
36850 / 8269.14
36850 / 8269.14
36850 / 8269.14
Nm /ft. lbs.
2350 / 1731.95
2940 / 2166.78
2940 / 2166.78
Taper cone
Taper cone
Taper cone
Cutting load resistant capacity
Pallet positioning method
Allowable loading capacity
Kg / lb
200 x 2 / 440 x 2
300 x 2 / 660 x 2
300 x 2 / 660 x 2
Lifting force
N / lbs
35280 / 7916.83
35280 / 7916.83
3528035280 / 7916.83
Pallet exchange
mechanism
Kg / lb
450 / 990
550 / 1210
550 / 1210
Pallet
Kg / lb
110x 2 / 242 x 2
190 x 2 / 418 x 2
220 x 2 / 418 x 2
Sub-pallet
Kg / lb
60 / 132
105 / 231
105 / 231
Weight(N.W.)
SVC
series
SVC-10D
221
315.5
(Roller Gear Cam Type)
3
6
11
Ø
Pallet size
Roller gear cam type
Single pallet system (Column moving type)
200
NOTE: Pallet change time may varied with flow of pump, length and diameter of pipe.
39
1524
850 x 500 / 33.46 x 19.69 1000 x 500 / 39.37 x 19.69
T-slot size
Pallet clamping force
770
270
600 x 400 / 23.62 x 15.75
616
CVR-10D
305
mm / inch
CVR-850
479
1050
CVR-600
600
300
320 (flat structure)
435
Pallet sizes
Unit
479
573.5
SPECIFICATIONS
MODEL
1115
Ø17
319
200
Customized
SVC-700
With flat structure
SVC-10D
SVC-7050Ⅱ
SVC-12D
SVC-10065Ⅱ
40
HH
series
Unit : mm
HH-500HT
235
18H7
30
265
260
HH-630HT
HH-800HT
30
265
125
125
100 50 50 100
125
HH-500HT
125
25
265
HH-500HT
Square pallet
280
Hydraulic brake
Table size
Horizontal application
530
Ø500
100
100
100
280
100
Coupling (2 pcs type) with worm gear transmission (1˚ / 5˚)
SPECIFICATIONS
HH-630HT
350
18H7
800 x 800 / 31.5 x 31.5
Ø50H7 / Ø1.97H7
Ø50H7 / Ø1.97H7
Height
mm / inch
280 / 11.02
320 / 12.60
360 / 14.17
Wide of T-slot
mm / inch
18H7 / 0.71H7
18H7 / 0.71H7
22H7 / 0.87H7
1˚ / 5˚
1˚ / 5˚
1˚ / 5˚
1:144
1:180
1:180
11.1
11.1
11.1
1FK7083
1FK7084
864 / 637
1080 / 796
1980 / 1459
Nm /ft. lbs.
5760 / 4245.12
15750 / 11607.75
18320 / 13501.84
Nm /ft. lbs.
9970 / 7347.89
27250 / 20083.25
31690 / 23355.53
Mpa / psi
Hydraulic 5 / 725
Hydraulic 5 / 725
Hydraulic 6.5 / 943
Index accuracy
sec
8
8
8
Repeatability accuracy
sec
2
2
2
Max. workpiece load
Kg / lb
600 / 1320
1200 / 2640
3000 / 6600
Net weight
Kg / lb
410 / 902
760 / 1672
1100 / 2420
No.
HH-800HT
400
400
22H7
Permissible Error
HH-500H
HH-630H
HH-800H
1.
Run out of center hole
0.01 / 0.00039
0.01 / 0.00039
0.01 / 0.00039
2.
Table flatness during rotation
0.015 / 0.00059
0.015 / 0.00059
0.015 / 0.00059
3.
0.02 / 0.00079
0.02 / 0.00079
0.02 / 0.00079
4.
0.02 / 0.00079
0.02 / 0.00079
0.02 / 0.00079
5.
Parallelism between body datum face and guide block
0.02 / 0.00079
0.02 / 0.00079
0.02 / 0.00079
6.
T-slot parallelism
0.02 / 0.00079
0.02 / 0.00079
0.02 / 0.00079
37
150
27.5
150
Drive method / pressure
150
Clamping
torque
40
1FK7083
Nm /ft. lbs.
Torque
Ø630
100 100 100 100
HF-354
150
SIEMENS
HF-204
40
HF-204
730
420
840
Ø800
100 100 100 100 100 100
40
MITSUBISHI
365
α22i / β22is
360
Servo motor
type
α12i / β22is
380
α12i / β22is
FANUC
380
rpm
320
Motor speed
100 100 5050 100 100
Transmission ratio
360
Resolution
125
630 x 630 / 24.8 x 24.8
Ø50H7 / Ø1.97H7
125
500 x 500 / 19.69 x 19.69
mm / inch
30
125
mm / inch
25
125
Table sizes
235
HH-800HT
340
HH-630HT
340
HH-500HT
100 50 50 100
Unit
HH
350
31
MODEL
series
35
customized
Unit : mm/inch
41
42
GH
series
Unit : mm
GH-500HT
235
265
260
GH-630HT
GH-800HT
125
125
125
Square pallet
125
GH-500HT
265
100 50 50 100
25
265
280
Hydraulic brake
530
Ø500
100 100 100
Table size
100
280
18H7
30
GH-500HT
30
35
Worm gear transmission (0.001˚)
(customized)
mm
Ø50H7 / Ø1.97H7
Ø50H7 / Ø1.97H7
Ø50H7 / Ø1.97H7
Height
mm
280 / 11.02
320 / 12.60
360 / 14.17
Wide of T-slot
mm
18H7 / 0.71H7
18H7 / 0.71H7
22H7 / 0.87H7
1:180
11.1
11.1
α22i / β22is
HF-354
HF-354
1FK7083
1FK7084
1FK7084
N.m
4000 / 2948.0
5000 / 3685.0
8500 / 6264.50
N.m
2500 / 1842.50
4500 / 3316.50
5200 / 3832.40
Drive method / pressure
MPa
Hydraulic 5 / 725
Hydraulic 5 / 725
Hydraulic 3.5 / 508
Index accuracy
sec
15
15
15
sec
6
6
6
Max. workpiece load
Kg
600 / 1320
1200 / 2640
2000 / 4400
Net weight
Kg
450 / 990
750 / 1650
1180 / 2596
SIEMENS
Clamping
torque
GH
series
No.
Permissible Error
GH-500H
GH-630H
GH-800H
1.
Run out of center hole
0.01 / 0.00039
0.01 / 0.00039
0.01 / 0.00039
2.
Table flatness during rotation
0.015 / 0.00059
0.015 / 0.00059
0.015 / 0.00059
3.
0.02 / 0.00079
0.02 / 0.00079
0.02 / 0.00079
4.
0.02 / 0.00079
0.02 / 0.00079
0.02 / 0.00079
5.
Parallelism between body datum face and guide block
0.02 / 0.00079
0.02 / 0.00079
0.02 / 0.00079
6.
T-slot parallelism
0.02 / 0.00079
0.02 / 0.00079
0.02 / 0.00079
Ø630
100 100 100 100
18H7
30
GH-800HT
400
27.5
400
420
840
Ø800
100 100 100 100 100 100
22H7
40
HF-204
730
150
MITSUBISHI
α22i / β22is
150
α12i / β22is
365
320
Servo motor
type
1:180
11.1
40
FANUC
1:144
360
-1
380
min
0.001°
380
Motor speed
0.001°
360
Transmission ratio
0.001°
37
40
Resolution
31
25
125
800 x 800 / 31.5 x 31.5
125
630 x 630 / 24.8 x 24.8
125
500 x 500 / 19.69 x 19.69
125
mm
150
Table sizes
332
GH-800HT
340
GH-630HT
350
340
GH-500HT
100 50 50 100
Unit
350
100 100 50 50 100 100
MODEL
GH-630HT
150
SPECIFICATIONS
Unit : mm/inch
43
44
series
Index Table with 2 Pallets
for Horizontal Machining
Center
Ø500
75
270
88
302
100
380
HH-800HT2
540
616
HH-630HT2
HH-631HT2
HH-501HT2
95 85
HH-501HT2
Unit : mm
100
HH-T2
99
HH-501HT2
171
(760)
Two pallets
Pallet type
Hydraulic brake
Table size
HH-631HT2
0 With a ballscrew nut bracket
1 Standard flat type-motor and edge block are in opposite directions
2 Standard flat type-motor and edge block are in the same directions
710
355
480
200
95
880
125
125
70
440
Ø630
Coupling (2 pcs type) with worm gear transmission (1˚ / 5˚)
257
124.5
(customized)
HH-800HT2
6
HH-800HT2
Table sizes
mm / inch
500 x 500 / 19.69 x 19.69
630 x 630 / 24.8 x 24.8
800 x 800 / 31.5 x 31.5
mm / inch
Ø50H7 / Ø1.97H7
Ø30H7 / Ø1.18H7
Ø50H7 / Ø1.97H7
Height
mm / inch
380 / 14.96
Wide of T-slot
mm / inch
-
-
-
1° / 5°
1° / 5°
1° / 5°
1:144
1:180
1:180
Resolution
Transmission ratio
Servo motor
type
rpm
FANUC
16.6
α8i
500 / 19.69
480 / 18.9
1085.5
530 / 20.87
11.1
11.1
α12i
α22i
POSITIONING TAPER CONES
detron
HF-154
HF-204
HF-354
1FK7063
1FK7083
1FK7084
Nm /ft. lbs.
7450 / 5490.65
21700 / 15992.90
42550 / 31359.35
Pull-stud
HRC 5 4 ˚ ±2˚
Nm /ft. lbs.
4300 / 3169.0
12600 / 9286.20
24600 / 18130.220
Collet clamp system
HRC 5 0 ˚ ±2˚
Mpa / psi
Hydraulic 5 / 725
Hydraulic 5 / 725
Hydraulic 5 / 725
Index accuracy
sec
8
8
8
sec
2
2
2
MITSUBISHI
SIEMENS
Clamping
torque
Max. workpiece load
Kg / lb
600 / 1320
1200 / 2640
2000 / 4400
Net weight
Kg / lb
520 / 1144
1140 / 2508 1075 / 2365
1500 / 3300
臥式雙交換齒式分度盤
others
Steel ball clamp
system
HRC62°±2°
A. Pull-stud Mechanism
Uses a collet clamp system to tighten the pull stud, therefore more
uniform pressure exerted on the pull stud surface can be achieved
during tightening. This ensures stable clamping force. (maximum
pulling force 2800 kg).
B. Piston Mechanism
With the integrated design of the positioning cone, the piston moves
together with the oil seal in the precision ground cylinder tube.
The oil seal is not easy to wear, and stable clamping force is ensured.
Dust cover with
air blowing holes
design to
prevent stacks of
chips
Cylinder wall piston
45
85
HH-630/631HT2
1070
HH-501HT2
160
372
Unit
Ø800
160
387
MODEL
Motor speed
405
535
SPECIFICATIONS
810
530
(customized)
230
(911.5)
C. Replacement
Thanks to the integrated design of the positioning cone, the entire
assembly can be conveniently replaced by simply loosening
lockscrews.
Cylinder wall of piston
(casting)
46
series
GH-631HT2
GH-800HT2
88
100
616
95 85
Ø500
380
75
GH-501HT2
Two pallets
Pallet type
Hydraulic brake
0 With a ballscrew nut bracket
1 Standard flat type-motor and edge block are in opposite directions
2 Standard flat type-motor and edge block are in the same directions
GH-630HT2
170
(742)
710
35
355
125
379
930
Worm gear transimission (0.001˚)
125
100
262
Table size
270
405
GH-630HT2
540
GH-501HT2
302
Rotary Table with 2 Pallets
for Horizontal Machining
Center
GH-501HT2
Unit : mm
100
GH-T2
500
70
Ø630
(985.5)
710
GH-631HT2
355
440
(customized)
125
GH-630/631HT2
GH-800HT2
Table sizes
mm / inch
500 x 500 / 19.69 x 19.69
630 x 630 / 24.8 x 24.8
800 x 800 / 31.5 x 31.5
mm / inch
Ø50H7 / Ø1.97H7
Ø30H7 / Ø1.18H7
Ø50H7 / Ø1.97H7
Height
mm / inch
380 / 14.96
1:180
11.1
11.1
α12i
α22i
MITSUBISHI
HF-204
HF-354
HF-354
1FK7083
1FK7084
1FK7084
Nm /ft. lbs.
3200 / 2358.40
4500 / 3316.50
5200 / 3832.40
Nm /ft. lbs.
4000 / 2948.0
6800 / 5011.60
8000 / 5896.0
Mpa / psi
Hydraulic 5 / 725
Hydraulic 5 / 725
Hydraulic 3.5 / 507.5
sec
15
15
15
SIEMENS
Index accuracy
α22i
sec
6
6
6
Max. workpiece load
Kg / lb
600 / 1320
1200 / 2640
2000 / 4400
Net weight
Kg / lb
525 / 1155
1200 / 2640 1120 / 2464
1500 / 3300
Index Table with 2 Pallets for Horizontal Machining Center
480
1:180
16.6
124.5
GH-800HT2
230
(985.5)
810
405
6
160
Ø800
85
1:180
FANUC
Clamping
torque
47
0.001˚
530
Servo motor
type
rpm
530 / 20.87
160
Motor speed
480 / 18.9
0.001˚
372
Transmission ratio
500 / 19.69
0.001˚
387
Resolution
Ø630
535
GH-501HT2
1070
Unit
70
MODEL
257
200
SPECIFICATIONS
125
95
880
(customized)
1085.5
48
ACR
series
Unit : mm
Fork Type
ACW-500
ACW-630
ACW-800
245
ACR-630
245
ACR-500
ACR-500T
90
650
ACW-500
1300
475
A C R - 6 3 0(T)
90
183
68
194
68
Top-mounted type
Pallet size
R Rack type
W Ser vo type
ACR-630
210
135
1700
120
615
290
834
177
270
643.8
200
1287.6
HH-502HT2+ACW-500
177
HH-630HT2+ACR-630
290
Automatic pallet change system
120
277
68
Ø410
ACW-630
1700
120
495
290
834
290
GH-631HT2+ACW-630
120
29
277
70
360
290
ACW-800
mm / inch
500 x 500 / 19.69 x 19.69
630 x 630 / 24.8 x 24.8
800 x 800 / 31.5 x 31.5
2
2
Servo motor
(ABS) swing
180˚
0.5 ~ 0.6 / 72.5 ~ 87
Number of pallets
deg
180˚
2
Hydraulic Swing
Servo motor (ABS) swing
180˚
Mpa / psi
0.5 ~ 0.6 / 72.5 ~ 87
0.5 ~ 0.6 / 72.5 ~ 87
Exchange method of pallet
Change degree of pallet
Air pressure
Hydraulic pressure
Mpa / psi
6 / 870
6 / 870
6 / 870
Life stroke
mm / inch
60 / 2.36
58 / 2.28
70 / 2.76
Kg / lb
500x2 / 1100 x 2
1200x2 / 2640 x 2
2000x2 / 4400 x 2
Max. workpiece load
49
Hydraulic Swing
Fork Type
466
ACW-800
466
ACR-630/ACW-630
1130
ACR-500(T)/ACW-500
2200
150
150
Ø520
145 145
123
Table sizes
Unit
165
267
MODEL
800
30
SPECIFICATIONS
332
332.5
426
262.5
50
Fixture Plate and Accessories Illustration
CHUCK AND OTHER OPTIONS FOR CNC
ROTARY TABLE
Hydraulic chuck
Support rotary
tailstock
Flange plate
Support rotary
tailstock
CNC rotary table
CNC rotary table
Flange plate
Flange plate
Hydraulic
chuck
Manual chuck
Pneumatic chuck
Flange plate
Flange plate
Flange plate
Flange plate
Non through-hole
rotary
Manual chuck
Fixture plate
Fixture plate
Pneumatic chcuk
ROTARY TABLE AND COMPATIBLE CHUCK
L block
Raiser block
Hydraulic
distributor
Block
L block
L block
L block
Base plate
L
Base plate
GX-255P/H
Manual chuck
SC-4˝, SC-5˝
SK-6˝, SK-7˝
SK-7˝, SK-8˝
SK-8˝, SK-9˝
HCK-6˝
HCK-6˝
HCK-8˝
MODEL
I
M
O.D. range
Q
L
J
K
I.D range
SC-4
Ø3-9/Ø0.120.35
Ø32-84/
Ø1.26-3.31
SC-5
Ø3-110/
Ø0.12-4.33
Ø35-100/
Ø1.38-3.94
SK-6
Ø3-160/
Ø0.12-6.30
Ø55-150/
Ø2.17-5.91
SK-7
Ø8-180/
Ø0.31-7.09
Ø62-170/
Ø2.44-6.69
Flange plate
SK-8
Ø8-180/
Ø0.31-7.09
Ø62-170/
Ø2.44-6.69
GX-210P
GX-255H
GX-320H
GX-400H
500 / 20
600 / 24
700 / 28
800 / 32
1000 / 40
1300 / 51
210 / 8.27
726 / 28.58
30 / 1.18
2-Ø14 /
2-Ø0.55
80 / 3.15
130 / 5.12
441 / 17.36
155 / 6.10
116 / 4.57
20 / 0.79
400 / 15.75
120 / 4.72
30 / 1.18
110 / 4.33
842 / 33.15
240 / 9.45
841 / 33.11
35 / 1.38
2-Ø18 /
2-Ø0.71
100 / 3.94
130 / 5.12
551 / 21.69
158 / 6.22
117 / 4.61
25 / 0.98
500 / 19.69
170 / 6.69
30 / 1.18
135 / 5.31
956 / 37.64
240 / 9.45
940 / 37.01
35 / 1.38
2-Ø18 /
2-Ø0.71
100 / 3.94
130 / 5.12
651 / 25.63
158 / 6.22
117 / 4.61
25 / 0.98
600 / 23.62
200 / 7.87
30 / 1.18
160 / 6.30
1056 / 41.57
330 / 12.99
1101 / 43.35
35 / 1.38
2-Ø18 /
2-Ø0.71
100 / 3.94
140 / 5.51
751 / 29.57
210 / 8.27
109 / 4.29
25 / 0.98
700 / 27.56
250 / 9.84
40 / 1.57
190 / 7.48
1210 / 47.64
350 / 13.78
1241 / 48.86
40 / 1.57
2-Ø18 /
2-Ø0.71
100 / 3.94
145 / 5.71
861 / 33.90
235 / 9.25
123 / 4.84
30 / 1.18
800 / 31.50
300 / 11.81
40 / 1.57
210 / 8.27
1364 / 53.70
450 / 17.72
1440 / 56.69
40 / 1.57
2-Ø18 /
2-Ø0.71
125 / 4.92
190 / 7.48
961 / 37.83
255 / 10.04
109 / 4.29
30 / 1.18
900 / 35.43
400 / 15.75
40 / 1.57
255 / 10.04
Ø170 / Ø6.69
Ø200 / Ø7.87
Ø250 / Ø9.84
E
H
I
J
K
L
M
N
O
P
Q
mm/inch
mm/inch
mm/inch
mm/inch
mm/inch
mm/inch
mm/inch
mm/inch
mm/inch
mm/inch
mm/inch
mm/inch
mm/inch
154.5 / 6.08
259.5 / 10.22
W
mm/inch
Ø120 / Ø4.72
R
S
209 / 8.23
329 / 12.95
209 / 8.23
329 / 12.95
206 / 8.11
426 / 16.77
234 / 9.21
409 / 16.10
ACCESSORIES FOR BRIDGE UNIT OF CNC ROTARY TABLE
1515 / 59.65
274 / 10.79
499 / 19.65
Ø300 / Ø11.81 Ø400 / Ø15.75
P.S. The center height of permissible error between rotar y table and support rotary tailstock is within ±0.01 mm
51
SK-10˝, SK-12˝ SK-10˝, SK-12˝ SK-12˝, SK-16˝
HCK-10˝
SK-9
Ø11-220/
Ø0.43-8.66
Ø70-210/
Ø2.76-8.27
SK-10
SK-12
SK-16
Ø12-260/
Ø15-300/
Ø30-400/
Ø0.47-10.24 Ø0.59-11.81 Ø1.18-15.75
Ø80-250/
Ø90-290/
Ø110-380/
Ø3.15-9.84 Ø3.54-11.42 Ø4.33-14.96
Manual chuck
ST series manual
tailstock (suitable
for cylindrical
work pieces)
C
R
GX-170P
mm/inch
GX-500H
ACCESSORIES CONNECTION DIAGRAM
GX-125P
D
GX-400H
Unit : mm/inch
Defined by the number of parts and work
pieces
Attention to machine interference
MODEL
Unit
X axis Travel of
mm / inch
Applicable Machine
A
mm/inch
B
mm/inch
C
mm/inch
GX-320H
*Model in red is first choice
P
W
GX-210P
GRIPPING RANGE OF 3- JAW CHUCK
S
E
N
A
GX-170P
O
H
E
D
GX-125P
Hydraulic chuck
Suggested Dimension of Fixture and Base Plate
B
MODEL
Non through-hole
rotary (with
hydraulic chuck)
ST-P/ST-H series
Pneumatic/
hydraulic
tailstock (suitable for
cylindrical work
pieces)
GX series rotary table
CX series rotary table
Hydraulic chuck
Hydraulic divider
(for clamping
work pieces)
Bridge unit
connect plate
Hydraulic power unit
(HTK series)
Use for GX-H, CX-H, and RX series
rotary tables.
Recommended for application
with hydraulic chuck or hydraulic
fixture.
SR series tailstock
(suitable for non-cylindrical work pieces and
multi- work pieces)When using CX-H series
rotary table, SR tailstock needs to add delay
valve.
ABR-35 air booster unit
Use for GX-H series
Recommended for application in
NC table only or with SR-H hydraulic
tailstock. Additional hydraulic unit is
suggested for peripheral hydraulic
part holding device.
52
Compatible Servo Motor for each NC Rotary
Table Model
DIAGRAM ILLUSTRATION
4th Axis
Model
CNC and Servo System
Model
FANUC
MITSUBISHI
YASKAWA
SIEMENS
HEIDENHAIN
FAGOR
HF-75
SGMJV04A
SGMGV08A
1FK7042
QSY-96A
-
HF-54
SGMGV09A
1FK7060
QSY-116C
FKM22.30A
HF-54
SGMGV09A
1FK7060
QSY-116C
FKM22.30A
HF-54
SGMGV09A
1FK7060
QSY-116E
FKM42.30A
HF-104 / HF-154
SGMGV09A
SGMGV13A
1FK7063
QSY-116E
FKM44.30A
HF-204
SGMGV30A
1FK7083
QSY-155B
FKM64.30A
HF-204
SGMGV30A
1FK7083
QSY-155B
FKM64.30A
HF-204
SGMGV30A
1FK7083
QSY-155B
FKM64.30A
HF-354
SGMGV30A
1FK7084
QSY-155D
FKM66.30A
HF-354
SGMGV30A
1FK7084
QSY-155D
FKM66.30A
α2i
GX-125P
β4is
α4i
GX-170P
β8is
α4i
GX-210P
β8is
α4i
GX-255P
β8is
GX-255H
β8is
α8i /α12i
GX-320H
β22is
β22is
α12i
β22is
α22i
GX-630H
β22is
α22i
GX-800H
Mitsubishi controls.
A.Wire layout of rotary table
B.Outer cable for
power/signal
β22is
4th axis
amplifiers
CXA2A-0.3M
1
2
L65
3
Model
5
6
Axis
Rotary
Axis
Tilting
Axis
Rotary
Axis
Tilting
Axis
GF-125P
α2i / β4is
α4i / β8is
HF-75
HF-54
GF-170P
α4i / β8is
α4i / β8is
HF-54
GF-211P
α4i / β8is α8i / β12is
GF-256H
α4i / β8is α8i / β12is
GF-320H
α8i / β12is
GFE-320H
α4i / α8i /
β8i
GFE-500HB
53
α8i
α8i
YASKAWA
Rotary
Axis
SGMJV08A SGMGV09A
1FK7042
1FK7060
QSY-96A
HF-54
SGMGV09A SGMGV09A
1FK7042
1FK7060
1FK7063
HF-54
HF-104
SGMGV09A SGMGV09A
1FK7042
1FK7060
HF-104
HF-154
SGMGV09A SGMGV13A
1FK7060
1FK7063
QSY-116C QSY-116E FKM42.30A FKM42.30A
α12i /
β22is
HF-104
HF-204
SGMGV13A SGMGV30A
1FK7063
1FK7083
QSY116E
QSY-155B FKM42.30A FKM44.30A
α8i / β12
HF-104
HF-154
SGMGV13A SGMGV20A
1FK7060
1FK7063
QSY-116E
QSY-116J FKM42.30A FKM44.30A
數控旋轉工作台橋式
Tilting
Axis
FAGOR
Tilting
Axis
α22i
Tilting
Axis
HEIDENHAIN
Rotary
Axis
α12i
Rotary
Axis
SIEMENS
NCI/O
8
Cable spec. for JP NC
Motor & NC system 馬達品牌
MITSUBISHI
4
CZ2
7
5th Axis
GFE-410HB
Other
axis
JF4
* Motor models in "black" apply for any usage.
* Motor models in "red" apply for any only NC rotary table application without tailstock + long jig loading.
FANUC
C. Electric box of M/C
Signal I/O, 7 pots
(0.75mm*8C)
Encoder
GX-500H
Military connector is used for FANUC and
L65
α12i
GX-400H
(Japanese CNC system)
Body
α4i /α8i
Standard military connector
Diagram sample to
connect Japan NC
Rotary
Axis
Tilting
Axis
QSY-116C FKM22.30A FKM22.30A
QSY-116C QSY-116C FKM22.30A FKM42.30A
QSY-96A
QSY-116C FKM42.30A FKM42.30A
Power connector #
connector SPEC
Signal connector #
connector SPEC
FANUC / 17Pin
1
MS3102A28-11P
2
MS3108A28-11S
3
MS3106A28-11P
4
MS3102A28-11S
5
MS3102A20-29PW
6
MS3108A20-29SW
7
MS3106A20-29PW
8
MS3102A20-29SW
MITSUBISHI / 17Pin
MS3102A20-29P
MS3108A20-29S
MS3106A20-29P
MS3102A20-29S
MITSUBISHI / 19Pin
MS3102A22-14P
MS3108A22-14S
MS3106A22-14P
MS3102A22-14S
Diagram sample to
connect EU NC
Adherent-type connector
(European CNC system or with
optical encoder)
One outlet-type connector is used
HF-154
HF-154
HF-204
HF-354
SGMGV13A SGMGV30A
SGMGV13A SGMGV30A
1FK7063
1FK7063
Lapppart
No.52004150
orFLEXA
0513.100.029
Powerconnector
1FK7081
1FK7083
QSY-116J QSY-155C FKM44.30A FKM44.30A
1FK7084
QSY-116J
QSY-155F FKM44.30A FKM66.30A
Signalconnector
4-AXISTABLE
馬達殼內部
for Siemens and Heidenhain controls.
Connector Module (female)
a
25P
Signal / Encoder
b
25P
Motor encoder
6P
4-axis power
3P
4X6mm air tube
for D1
c
d
1 . 5 - 1 EU modular； 2 . 9M
SIEMENS/HEIDENHAIN signal
with EU plug ; 2.9M
SIEMENS/HEIDENHAIN power
with EU plug ; 2.9M
2 . 9M
54
CNC ROTARY TABLE
SCHEMATIC DIAGRAM OF ROTARY TABLE AND CNC MACHINE
Non-protective power/signal
wires (placed inside cover)
Amplifier (inside machine's
electrical box)
Cover
ch
ine
Protective power/ signal
wires (placed inside cover)
tab
le
of
CN
SELECT A PROPER ROTARY TABLE ACCORDING TO WORKPIECE TYPE
AND CUTTING CONDITIONS
Ma
ch
ine
Tab
le
Rotary Table
Cable 5M
Power
Cable
SAC Single
Axis Control
Hydraulic
Tank
t
ec
nn
o
C
l to
na des
g
i
S Co
M
Hydraulic Solenoid Valve Wire
(SAC is directly connected to rotary table of
pneumatic models)
SPECIFICATIONS OF HEIDENHAIN ENCODER
Rotary table
Machining
center
Features:
•For machine NC without 4th axis function, SAC provide signals
to allow indexing application (no simultaneous function
available).
•Programs of rotary table can be directly input through SAC
and allow machine NC M code command.
•Compatible wit any brand of NC control.
Interference
between rotary
table and inside
of machine
Encoder accuracy
±5"
ECN-22X Series
±10"
ERN 180 Series
±13"
五軸之傾斜軸推薦追加選用
55
DIAGRAM ILLUSTRATION
Machine table
Heidenhain encoder
mounting diagram
For workpiece with large
diameter but light weight
• Movement of inertia of
workpiece should be within
the permissible ange
• Consider interference
• Movement of inertia of
workpiece should be within
the permissible range
• Consider interference
Motor Location and Others Fig. I
side
side
T- slot pitch(B)
rear
rear
NC Rotary Table Application Fig. II
1. AC axis Application
2. BC axis application
ATTENTION TO THE INTERFERENCE
BETWEEN ROTARY TABLE AND MACHINE
Attention to interference between
Z-axis travel and tools
When Y-axis returns
to home position, pay
attention to the
interference between
distance "a" and inside
of guard.
a
RC-23X Series
FXL value should be
within the range of
clamping torque
T- slot
Servo amplifier
Encoder type
Within allowable load
range
Eccentric Load
T- slot way key
SAC Series- Single Axis
Control
t
Within rotary table
diameter
Indexing processing
Rotary Table
Solenoid
nle
Workpiece weight
•Allows for simultaneous control with X, Y, Z-axis of
machine and ARC machining.
•Programs can be directly edited on the control
screen of the machine.
C
Power Input AC 220V
Hy
Cla drau
mp lic
ing
I
Workpiece diameter
Feature
GX series rotary table
Ma
SELECT A PROPER ROTARY TABLE ACCORDING TO WORKPIECE
TYPE AND CUTTING CONDITIONS
•Pay attention to
interference between
rotary table and ATC.
•Is weight within the
allowable range?
According to the length of the
machine table, make sure if the
maximum length of the workpiece
can be machined or not.
A axis
C axis
B axis
C axis
Connector Location Fig. III
1. AC axis
rear
2. BC axis
Front
56
Purchase Order Guidance Sheet_4/5th axis
STEP 1 : Machine Info & NC Table Selection
Contract No.:________________
Q1
Machine Brand
___________________________________________
Q2
Machine Model
___________________________________________
Machine Spec
X__________/Y__________/Z__________,
working table L__________*W__________
T-slot: __________, T-slot pitch:__________,
number of T-slot:__________
Q3
Q4
Application
Q13
□ 4 axis positioning or simultaneously operation
□ 5 axis positioning ( 5 faces operation), □ AC axis □ BC axis
□ 5 axis simultaneously operation, □ AC axis □ BC axis
detron standard: 2.5M length for section B & 3.5M length for
section C
Buyer special length requirment for section B: ____________
Q14
Limit sensor
(5 axis only)
2-wired N/O type sensor as standard built in tilting axis of detron
5 axis
□ Other special sensor required.
Q15
Solenoid
□ DC24V
□ AC110V
□ AC220V
Catalog P56_Fig. I
Q16
Operation Manual
□ English
□ Japanese
Catalog P56_Fig. III
STEP 3 _ Peripheral Accessories
Catalog P56_Fig. II
very important info related to CNC capability and servo selection
Q5
Rotary Table
detron Model__________________________
Q6
Connector Cover
( 4th axis)
cable connector located at □ side □ back
Q7
Connector Cover
( 5th axis)
tilting axial cable connector located at □ back for AC axis
front for BC axis
Q8
Clamp Force
□ pneumatic □ hydraulic (more options available at Q19)
□
STEP 2 _ NC Control
M/C Control System
Q9
Q10
57
Q17
□ Fanuc ___________ □ αi motor system □ βi motor system
□ Mitsubishi ______________
□ Siemens ________________
□ Heidenhain _________________
□ 4th axis by G code
□ Others _______________
□ 4th axis by PLC M code
□ No 4 axis control feature
Additional
Single Axis Control
□ Single Axis Control, supplied by buyer
□ Single Axis Control, supplied by detron, model SACII_________
as a necessary unit when M/C capability can't excute 4th axis
control.
Servo Motor
□ Fanuc α________, for rotary axis (4th axis)
Fanuc α________, for tilting axis (5th axis)
□ straight shaft
□ taper shaft
□ original 3 axis drive A06B-6117
□ Fanuc β________, for rotary axis (4th axis only)
□ straight shaft
□ taper shaft　□ original 3 axis drive A06B-6134
□ Mitsubishi HF________, for rotary axis (4th axis)
Mitsubishi HF________, for tilting axis (5th axis)
□ straight shaft
□ taper shaft
□ Siemens ____________, for rotary axis (4th axis)
Siemens_____________, for tilting axis (5th axis)
□ Heidenhain _____________, for rotary axis (4th axis)
Heidenhain_____________, for tilting axis (5th axis)
□ Others _____________, for rotary axis (4th axis)
Others_____________, for tilting axis (5th axis)
Q11
Motor & Amp.
motor supplied by □ buyer
amplifier supplied by □ buyer
Q12
Connector
□ Standard Miltary Connector ( for JP NC system)
□ Aero- Connector (for EU NC system)
Purchase Order Guidance Sheet
Outer Cables
appointed to be supplied by detron
□ section B, from detron table to M/C guarding, connector
in ____pins. (for JP NC)
□ section B+C, detron table to driver inside elec. cabinet.
(for JP NC) (If section B+C is supplied by buyer, please provide
diagram for confirmation)
□ section A+B, unified cables to elec. cabinet. (for EU NC)
□ section A+B+C, unified cables to driver inside elec.
cabinet. (for EU NC)
Q18
Quill Tailstock
□ Manual quill tailstock, model____________, quill taper
MT_____
□ Pneumatic quill tailstock, model____________, quill taper
MT_____, □ add. manual switch valve
□ Hydraulic quill tailstock, model____________, quill taper
MT_____, □ add. manual switchl valve
Rotary Tailstock
□ Pneumatic rotary stock, model____________
□ Hydraulic rotary tailstock, model____________
Chuck
(for end- user)
□ Pneumatic chuck, ______"
□ Manual chuck, ______", model SC-______
□ Manual multi- power chuck, ______", model SK-______
□ Hydraulic chuck, ______", model HSK-______
□ Chuck interface flanged required only. (Chuck equipped
by buyer)
Fixture Device
(for end- user)
□ Fixture flange braket (L- block), for manual fixture
□ Fixture flange braket (L- block), for pneumatic / hydraulic
jig with pressure tunnels □ 1 input + 1 output □ 2 input + 2
output
□ Raiser block under rotary table & tailstock height _______
□ Base plate length:__________ * width__________*
thickness__________
Hydraulic System
(for end- user)
□ Air booster (air-oil converter) ABR-35, for hydr. table
(+tailstock) only
□ Hydraulic unit, 1HP, for for hydr. table (+tailstock) only
with 1 loop- 1 valve with single solenoid
□ Hydraulic unit, 2HP, for hyd. table + tailstock + hyd.
fixture with 3 loops - 1 valve with single solenoid + 2 valves
with double solenoids
□ Hydraulic unit, 2HP, for hyd. table + tailstock + hyd.
fixture or hyr. chuck with 3 loops - 1 valve with single solenoid
+ 2 valves with double solenoids + regulating valves
□ Hydraulic unit , 2HP, for hyd. 5 axis (Ø 255mm á)
with 2 loops - 2 valves with single solenoid
Oil/Air Distributor
(for end- user)
□ for Pneumatic Fixture
□ 1P (IN) / 1T (OUT)
Q19
□ detron
□ detron
Catalog P54
Q20
Others
Catalog P54
The buyer shall
provide diagram if
section C is builtin with the machine
already.
□ for Hydraulic Fixture
□ 2P (IN) / 2T (OUT)
□ Optical scale (encoder ring) with resolution
□±5" □±10" □±13"
as an important recommended option for tilting axis upon 5 axis
application.
58

DETRON CATALOGUE 20150707 10201KB 2015-07

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