Machine Co., Ltd. - SES3000 CATALOGUE... · 2015. 7. 9. · Weak bearing adaptor, more accumulated...

Precise NC Rotary Table

www.detron.com.tw JUL 2015, EN

High quality and competitiveNC machinery device

Machine Co., Ltd.No. 47-5, Zuncian Road., Shengang Distr ict 42952, Taichung City, TaiwanTel: +886-4-2561-6000 Fax: +886-4-2562-7872http://www.detron.com.twe-mail: [email protected]

PRODUCT LINE UP

MAGNIFY THE VALUE OF MACHINERY! pol icy prohibits quoted products from being del ivered to violate

"The Wassenaar Arrangement" regulation.

We reserve the r ight to modify and withdraw any part of the content specif ied herein.

1 2

OVERVIEW

Overview

As a Professional CNC Rotary Table Manufacturer is committed to engineering, designing, and manufacturing high cost-

performance 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.

Honored to be the suppliers for international high-end machining centers...

3 4QUALITY AND FACILITY

QUALITY AND FACILITY

Product Assembly

Calibration & Inspection

Professional Training

Standardization in each operation process, with high volume production management,

stable quality is guaranteed.

Proceed all assembly in clean thermostatic chambers.

Apply German Zeiss CMM for full geometric precision inspection and Hi- resolution Renishaw

laser calibration to indentify positioning accuracy.

R&D division stands by customers with innovation to upgrade application. On-site

technician trainings are regularly taken to intensify engineering skills.

Gear Teeth Occlusion Ensured

Pract ical Clamping Force Approved

GX-170S stays in stable positioning with repeatedly clamp force test with

300N.m.Vedio：www.detron.qrv.tw/qr00294 & qr00296

0 100 200

Othersothers Ø170 Others

others Ø170Othersothers Ø170

GX-170S

300 Nm

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.

65 CORE TECHNOLOGY

CORE TECHNOLOGY

A

B

C

C

F

D

E

ED

G

G

TABLE SURFACE

HARDENED AND GROUND BRAKING SURFACE

OPTIMUM DRUM BRAKE SYSTEM

INTEGRATED UNITY RADIAL AND AXIAL BEARING

WATERPROOF DESIGN

WORM SHAFT/ WORM WHEEL

Advantages of center positioning bore with grinding process

•Superior roundness and surface roughness.

•High accuracy when adjusting jig on center hole.

• Large hole diameter allows for mounting multi-port oil

distributor.

• 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.

• 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.

• 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.

• Transmitted by dual lead worm with larger tooth depth and module, excellent for

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

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.

• Grooving O-Ring slot at motor cover contact face, safe and

thorough seal to guard the electronic parts.

• Barotropic built inside of motor guarding supply positive

pressure for dew-proof.

• Industrial water-proof level IP65 approved.

High rigidity body.

Illustration I

Towards thicker

tooth

Body

Towards thinner

tooth

Worm wheel

Worm shaft

Worm shaft

Bushing

Worm shaft sleeve

Needle

To reduce

backlash

Illustration II

A

B

7 8COMPARISON OF AND OTHER

Advantages of center positioning hole with

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

• The rigidity of rolling parts is only 20-30% of the

whole rigidity, and the supported rigidity of the

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.

Dual-lead worm gear and shaft

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

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.

Advantages of surface with hardening and

grinding• Least scratch and wearing concerns, resists large

clamping force.

• Precision grinding at the brake ID & OD features better

roundness and cylindricity. As a result, no rotating

center offset, minimizing positioning error and increased

clamping life are ensured.

Advantage of drum brake system1. 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.

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.

detron detron

detron

detron

detron

FINE MACHINING OF BRAKE SHAFT

SAFE BRAKING SOLUTION

Poor roundess and surface

for fixture adjustment.

Weak bearing adaptor, more accumulated errors, poor rigidlity.

Offset by teeth depth.Direction to reduce backlash, center geometry accuracy lost.

Offset by teeth width.Direction of backlash adjustment.

Only suggested for small size table.

grinding

Spindle and bearing inintegrate as one unit

Taper roller bearings

Spindle

Weak thickness Spindle

finishing turning

others others others

others

others

others

Quicker Mold Change. Higher Indexing Accuracy and Concentricity.

High rigidity. Minimum Table Surface Deformation. Recommended for Heavy Cutting Applications.

Higher Tooth Depth. Stronger Module.Optimization for Heavy Cutting Applications.

Increased Clamping Life. No Offset During Braking.

High Hydraulic Clamping Force. No Oil Leakage Problem. Suitable for Heavy Cutting.

Brake surface only with final turning but no heattreatment

Normal drum brake systemby 35kg force or less due to leakage concern

Poor oil sealing, no centricity alignment, no brake gap adjustment.

Brake surface with grinding andheat treatment

No heat treatmentHeat treatment

Special design of drum brake system

Additional drum seal

finishing turningGrindingTableTable

Table

Body Body

Braking gap

Oil fillded Oil fillded

Braking gap

O-ring

Spindle bearing

Spindle SpindleTable Table

Spindle bearing

BEARING STRUCTURE

STRUCTURE OF WORM SHAFT AND WORM WHEEL

H 1

h 1 h 1

H 1

h 1 h 1

Horizontal Worm Shaft

Vertical Worm Shaft

M3teeth M2 teeth

9mm6~7mm

COMPARISON OF detron AND OTHER

PROCESSING OF ROTARY CENTER BORE


Comparison Summary between detronand Others

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.

Accuracy Inspection upon ISO230-2

international norm are applied with

5 continuous runs in clockwise and

counterclockwise test.

• 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.

detron

detron

detron

WATERPROOF DESIGN

Without needle bush, less endurance by KT radial dearing, lower indexing accuracy.

Bushing

Completely sealed by O-ring

High Concentricity. Consistent Accuracy.

Regulated by International Norm. Dependable Accuracy.

Circumference is fully sealed by O-ringto prevent fluid from entering

Worm shaft sleeve

Worm shaft Worm shaft

Needle Needle

Worm shaft sleeve

Positioning Accuracy and Repeatability Inspection Norm

ISO 230-2International Standard JIS Norm in Single Run

Reliable Worm Shaft Rotation

30

20

10

0

-10

-20

-300 45 90 135 180 225 270 315 360

Meas.length [deg ]

Ang

le d

evia

tion

[˝]

Cycle - diagram : A

HEIDENHAIN ACCOM

Brand detron others detron others detron othersNC table spec mm Ø125 Ø170 Ø210

Height of center mm 110 110 135 135 160 160

Center bore dimeter mm 30 25 40 35 40 45

Bearing -RB7013

(Bigger bearing, rigidity upgraded)

RB5013RB10020


RB9016RB10020


RB9016

Dynamic load kN 19.4(Up 16%) 16.7 33.1

(Up 5%) 31.4 33.1(Up 5%) 31.4

Tilting moment kN-m 0.82

(Up 54%) 0.53 2(Up 19%) 1.7 2

(Up 19%) 1.7

Worm Gear module mm M2

(Up 14%) M1.75 M2(Up 14%) M1.75 M2

(Up 14%) M1.75

Clamping Force kg-m 8 8 18

(Up 225%) 8 26(Up 162%) 16

Waterproof -O-ring sealed

initial barotropicIP65

SiliconO-ring sealed




Silicon

Allowable cutting torque kg-m 8.5 8.5 17

(Up 14%) 15 25(Up 66%) 15

Brand detron others detron others detron othersNC table spec mm Ø255 Ø320 Ø400

Height of center mm 190

(Large) 160 210 210 255 255

Center bore dimeter mm 50 40 70 40 110 40

Bearing -Integrated spindle with radial-axial bearing built-in

Rigidity upgraded

Taper roller bearing

Integrated spindle with radial-axial bearing built-in

Rigidity upgraded


Integrated spindle with radial-axial bearing built-in

Rigidity upgraded


Dynamic load kN 156.8(Up 45%) 108 196

(Up 31%) 150 300(Up 62%) 185

Tilting moment kN-m 11

(Up 89%) 5.8 17.5(Up 50%) 11.7 39.2

(Up 82%) 21.5

Worm Gear module mm M3

(Up 20%) M2.5 M3 M3 M4 M4

Clamping Force kg-m 70

(Up 40%) 50 118(Up 39%) 85 250

(Up 39%) 180

Waterproof -O-ring sealed






Silicon

Allowable cutting torque kg-m 55

(Up 15%) 48 78 78 170(Up 70%) 99.8

Max. table speed

rpm motor3000rpm

25(Up 15%) 16.6 25

(Up 15%) 16.6 20.8(Up 12.5%) 16.6

Transmission ratio - 1/120 1/180 1/120 1/180 1/144 1/180

Brake structure -

Exclusive double- ring drum brake.Safe seal.

Disk brake or

brake drum in

single ring


Disk brake or

brake drum in

single ring


Disk brake or

brake drum in

single ring

others

others

others

COMPARISON OF detron AND OTHER


ACCURACY INSPECTION CHART DESCRIPTION of NOMENCLATURE

Description of InspectionNO.

HEIDENHAIN ACCOM

Unit: mm

1 2 3 4

T,H,

5 6 7 8

9 10 11 12

GX-125P~GX-210P GX-255H~GX-500H GX-600H~GX-800H

1. Run-out of center hole 0.01 0.01 0.01

2. Perpendicularity between table surface and base bottom 0.02 0.02 0.02

3.Parallelism between center hole and center of guide blockDeviation between center hole and center of guide block

0.020.02

0.020.02

0.020.02

4. Flatness of table surface 0.01 0.015 0.02 / 0.0255. Parallelism between table surface and table base 0.01 0.015 0.02 / 0.0256. Run-out of table surface Indexing accuracy 0.01 0.015 0.02

7. Repeatablility accuracy 40 sec- GX12520 sec - GX170-210 15 秒 15 秒

GF Series (for all 5 axis table)8. Run-out of table surface 0.019. Flatness of table surface 0.01510. Parallelism between table 0.01 (Ø400-500: 0.015)

11.

Surface and base 0.02

IndexingRotary Refer to specification chart of each modelTilt Refer to specification chart of each model

RepeatabilityRotary 6 sec.Tilt 8 sec.

12. Parallelism between center line of tilt axis and base plate 0.02/Dia

Allowable Tolerance

HEIDENHAIN ACCOM

Accuracy of Positioning by ISO 230-2 Standard (Unidirectional systematic positioning deviation of an axis)

Accuracy of Repeatability by ISO 230-2 Standard (Unidirectional repeatability of positioning)

Clamping Torque

Allowable Worm Wheel Torque

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.

Please note: Due to environmental influences during the measurement, therecorded measuring error may exceed the catalog limit value by up to 10%.

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%.

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.

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.

1413 INDEX

STANDARD 4axis 5axis APC SPECIAL CUSTOMIZATION

CNC Rotary Table

Pag

e 17Pa

ge 19

Pag

e 21-24Pa

ge 25

Pag

e 27

Pag

e 30

Pag

e 39

Pag

e 29

Pag

e 37

Pag

e 40

Pag

e 31

Pag

e 33

Pag

e 35

CNC Ti l t ing Rotary Table CNC Ti l t ing Rotary Table

CNC Deep Ti l t ing RotaryTable

CNC Deep Tilting Rotary Table(Built - in air -booster)

DDM Tilting Rotary Table(Single support)

DDM Rotary Table(Table in table)Machining Center Series

CNC Horizontal Rotary Table

DDM Rotary Table

CNC Rotary Table

CNC Rotary Table

CNC Index Table(3 pieces hir th coupling)

DDM Rotary Table

Tailstock CNC DDM Til t ingRotary Table

Support Rotary Tailstock

Automatic Pallet Change System(For C-frame machine center)

Automatic Pallet Change System

For full - column moving machinine center

Roller gear cam driving

GX-125P/PL GF -101S GF -256H/HB GFE-212S

GFE-320H

GFE-410HB

GFE-500HB

GF -320HGF -125P

GF -170P/H

GF -211P/PB/H

GX-170P/PL/S/H

GX-210P/PL/S/H

GV-170SB

GX-255H/HL

CX-255H

DV-170P

DV-255PⅡ

DX-320H

ST-125T/TP DF -321H

SR-125P

SR-170P/H

CVR-600

CVR-850

CVR-10D

SVC-700

SVC-10D

SVC-12D

SVC-7050Ⅱ

SVC-10065Ⅱ

SR-210P/H

SR-255H

SR-320H

SR-400H

DF -400H

DF -500H

ST-170T/TP/TH

ST-210T/TP/TH

ST-255T/TH

ST-320T/TH

ST-400T/TH

CX-320H

CX-400H

CX-500H

GX-320H

GX-400H

GX-500H

GX-630H

GX-800H

GV-210SB

GV-255HB

GX-P series GF -P series GF -H series GFE series

GV-B series

GX-H series

CX-H series

DV/DX series

S T-T series DF series

SR series CVR series

SVC series

1615

STANDARD B-Axis APC

SPECIAL

Horizontal Index Table(2 pieces hir th coupling, single

pallet)

Horizontal Rotary Table Index Table with 2 Pallets for Horizontal Machining center(2 pieces hir th coupling)

Rotary Table with 2 Pallets forHorizontal Machining Center

Fork Type

( With 8+1 ports rotary joint)

( 2 pieces hir th coupling)

(2 pieces hir th coupling) With 10 ports rotary joint

With rotary encoder

HH-500HT GH-500HT

HH-630HT GH-630HT

HH-800HT GH-800HT

HH-501HT2

HH-630HT2

HH-631HT2

GH-501HT2

GH-630HT2

GH-631HT2

GH-800HT2

ACR-500T

ACR-500

ACR-630

ACW-500

ACW-630

ACW-800

HH-800HT2

HH series GH series HH-T2 series GH-T2 series

ACR series

Horizontal Rotary Table

Horizontal Index Table

Horizontal DDM Rotary Table Hydraulic Index Table APC With Horizontal TableRotary Table forHorizontal Machining Center

Horizontal Rotary Table APC With Horizontal TableRotary Table forHorizontal Machining CenterHorizontal Index Table M a c h i n i n g C e n t e r S e r i e s

Pag

e 41

Pag

e 43

Pag

e 45

Pag

e 47Pa

ge 49

INDEX

17 18

DIMENSIONAL DRAWINGS

GX-P series

CNC Rotary Table

CNC Rotary Table(Pneumatic Brake))

GX-210P/PL/S/H

GX-125P/PL

SPECIFICATIONSMODEL Unit GX-125P/PL GX-170P/PL/S/H GX-210P/PL/S/H

Worktable diameter mm / inch Ø125 / Ø4.92 Ø170 / Ø6.69 Ø210 / Ø8.27Center bore diameter mm / inch Ø30H7 / Ø1.18H7 Ø40H7 / Ø1.57H7 Ø40 / Ø1.57H7Through-bore diameter mm / inch Ø25 / Ø0.98 Ø40 / Ø1.57 Ø40 / Ø1.57Height of table (horizontal) mm / inch 155 / 6.10 158 / 6.22 158 / 6.22Height of center (vertical) mm / inch 110 / 4.33 135 / 5.31 160 / 6.30Width of T-slot mm / inch 12H7 / 0.47H7 12H7 / 0.47H7 12H7 / 0.47H7Width of guide block mm / inch 18 / 0.71 18 / 0.71 18 / 0.71

Drive method and pressure Mpa / psi P: 0.5~0.7 / 72.5-101.5 P&S: 0.5~0.7 / 72.5-101.5H: 2.5 / 362.5

P&S: 0.5~0.7 / 72.5-101.5H: 2.5 / 362.5

Clamping torque Nm /ft. lbs. P: 80 / 58.96P: 180 /132.66 S:300 / 221.1

H: 240 / 176.88

P: 260 / 191.62S: 400 / 294.8H: 300 / 221.1

Servo motor type

FANUC α2i α4i α4iMITSUBISHI HF-75 HF-54 HF-54

Transmission ratio 1 / 90 1 / 90 1 / 90Max. table speed rpm 44.4 44.4 44Allowable loading inertia Kg.m2 0.2 0.55 0.84Resolution deg. 0.001 0.001 0.001Indexing accuracy sec. 40 20 20Repeatability sec. 6 6 6Net weight(servo motor excluded) kg / lb 35 / 77 54 / 118.8 57 / 125.4

Allowable loadingcapacity

Vertical Kgkg / lb 50 / 110 75 / 165 75 / 165Horizontal Kgkg / lb 100 / 220 150 / 330 150 / 330Tailstock applied kg / lb 100 / 220 150 / 330 150 / 330

Allowableload(when table clamped)

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 / 58.96P: 180 / 132.66S:300 / 221.10H: 240 / 176.88

P: 260 / 191.62S:400 / 294.80H: 300 / 221.10

Allowable cutting torque Nm /ft. lbs. 85 / 62.65 170 / 125.29 260 / 191.62

G X - 1 7 0 P (L)Motor at left

Left-hand Type

Equipped with high precision

cross roller bearings.

Unit : mm

Table sizeVeritcal & Horizontal applicati ion

Worm gear transmission

P: Pneumatic S: Super multiple pneumatic H: Hydraulic

PneumaticSuper multiple pneumaticHydraulic

Worktable diameter Ø125, Ø170, Ø210 and Ø255.

Heavy-duty precision cross roller bearings.

Motor is mounted at right side(vertical and horizontal

applications).

Transmitted by dual lead worm with high efficiency and full

depth gear teeth.

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) 4. Allowable cutting torque at table speed of 1 min-1.

PSH

W.D2

8( )

Optional Enlarged Table Size for GX210

GX-210P/S/H

S model: 174

S model: 174

20

20

12H7

581515

58

39 25

25

39 25

25

Ø40

H7

Ø40

21.5

276

Ø17

0

158

115

235

135

18h7

105 110

25

7

257

329(370SIEMENS)

180(230)

12H7

20

20

32

52

33 20

40

58

19

21.5

Ø25

Ø30

H7

93

18h7

85 85

7

192.

5

110

261.

5

20

295.6 (357 SIEMENS)

178(247)

272

155

Ø12

5

20

20

12H7

581515

58

39 25

25

39 25

25

Ø40

H7

Ø40

21.5

276

Ø21

0

158

115

268

160

18h7

105 110

25

7

292

329(385 SIEMENS)180(245)

20

20

12H7

581515

58

39 25

25

39 25

25

Ø40

H7

Ø40

49.5

304

Ø25

5

186

127.5

268

160

18h7

105 110

25

7

292

329(394 SIEMENS) 180(245)

GX-170P/PL/S/H

GX-250P/PL/S/H

19 20


CNC Rotary Table

GV-B series

CNC Rotary Table(Motor mounted at backside)

GV-170SB

SPECIFICATIONSMODEL Unit GV-170SB GV-210SB GV-255HB

Worktable diameter mm / inch Ø170 / Ø6.69 Ø210 /Ø 8.27 Ø255 / Ø10.04Center bore diameter mm / inch Ø40H7 / Ø1.57H7 Ø40H7 / Ø1.57H7 Ø50 / Ø1.97H7Through-bore diameter mm / inch Ø40 / Ø1.57 Ø40 / Ø1.57 Ø50 / Ø1.97Height of center (vertical) mm / inch 135 / 5.31 160 / 6.30 190 / 7.48Width of T-slot mm / inch 12H7 / 0.47H7 12H7 / 0.47H7 12H7 / 0.47H7Width of guide block mm / inch 18 / 0.71 18 / 0.71 18 / 0.71Drive method and pressure Mpa / psi P: 0.5~0.7 / 72.5-101.5 P: 0.5~0.7 / 72.5-101.5 H: 5 / 725Clamping torque Nm /ft. lbs. 250 / 184.25 400 / 294.8 700 / 515.9Servo motor type

FANUC α4i α4i α8iMITSUBISHI HF-54 HF-54 HF-154

Transmission ratio 1 / 90 1 / 90 1 / 120Max. table speed rpm 44.4 44.4 22.2Allowable loading inertia Kg.m2 0.28 0.42 2.07Resolution deg. 0.001 0.001 0.001Indexing accuracy sec. 20 20 15Repeatability sec. 6 6 6Net weight (servo motor excluded) kg / lb 90 / 198 104 / 228.8 150 / 330.0Allowable loadingcapacity

Vertical kg / lb 75 / 165 75 / 165 100 / 220Horizontal kg / lb - - -Tailstock applied kg / lb 150 / 330 150 / 330 250 / 550

Allowableload(when tableclamped)

N / lbs 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


G V - 2 1 0 S BMotor mounted at backside of table

Table sizeVeritcal applicati ion


Super multiple pneumaticHydraulic

Worktable diameter Ø170, Ø210 ,Ø255.

SB series is new "super multiple brake"

mechanism for pneumatic clamp.

Transmitted by dual lead worm with high

efficiency and full depth gear teeth.SH

W.D2

8( )

GV-255HB

160

6031

39 25

369.5

6031

2539

363

160

469344

214115 115

270

310

18h77166 18

Ø21021.5

Ø40

H7 Ø

40

12H7

20

20

160

135

464339

204114.5 110

235 30

0

18h77156 18

Ø170

21.5

Ø40

H7 Ø

40

12H7

20

20

39 25

32

70

40

75

25

12H7

20

20Ø

50H

7

Ø50

35.5

Ø25

5

392.5

25

167 162

256

340

190

18h7 7

315

459

Ø255 Optional

GV-210SB

spindle integrated unitywith radial and axial bearings built - inNote: 1. The length of servo guard may vary with servo 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

Equipped with high precisioncross roller bearings in upgraded spec.

Equipped with high precisioncross roller bearings in upgraded spec.

GV-255HB

Unit : mm

21 22


CNC Rotary Table

GX-H series

CNC Rotary Table(Hydraulic Brake)

GX-255H/HL

SPECIFICATIONSMODEL Unit GX-255H/HL GX-320H GX-400H

Worktable diameter mm / inch Ø255 / Ø10.04 Ø320 / Ø12.60 Ø400 / Ø15.75

Center bore diameter mm / inch Ø50H7 / Ø1.97H7 Ø70H7 / Ø2.76H7 Ø110H7 / Ø4.33H7

Through-bore diameter mm / inch Ø50 / Ø1.97 Ø70 / Ø2.76 Ø110 / Ø4.33

Height of table (horizontal) mm / inch 210 / 8.27 235 / 9.25 255 / 10.04

Height of center (vertical) mm / inch 190 / 7.48 210 / 8.27 255 / 10.04

Width of T-slot mm / inch 12H7 / 0.47H7 14H7 / 0.55H7 14H7 / 0.55H7

Width of guide block mm / inch 18 / 0.71 18 / 0.71 18 / 0.71

Drive method and pressure Mpa / psi 5 / 725 5 / 725 5 / 725

Clamping torque Nm /ft. lbs. 700 / 515.9 1180 / 869.66 2500 / 1842.5Servo motor type

FANUC ref. to page___ ref. to page___ ref. to page___MITSUBISHI HF-154 HF-204 HF-204

Transmission ratio 1 / 120 1 / 120 1 / 144Max. table speed rpm 22.2 22.2 11.1Allowable loading inertia Kg.m2 2.07 4.57 10.2

Resolution deg. 0.001 0.001 0.001

Indexing accuracy sec. 15 15 15

Repeatability sec. 6 6 6

Net weight (servo motor excluded) Kg /lb 133 / 293 187 / 411.4 292 / 642.4Allowable loadingcapacity

Vertical Kg /lb 100 / 220 150 / 330 200 / 440Horizontal Kg /lb 250 / 550 350 / 770 500 / 1100Tailstock applied Kg /lb 250 / 550 350 / 770 500 / 1100

Allowable load(when tableclamped)

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


G X - 2 5 5 H (L)Motor at left

Table sizeVeritcal & horizontal application


Hydraulic brake

spindle integrated unitywith radial and axial bearings built - in

Worktable diameter Ø255, Ø320 ,Ø400.

Equipped with extra large bearing, preloaded in radial and axial

directions.

Motor is mounted at right side(vertical and horizontal application).

Transmitted by dual lead worm with high efficiency and full depth gear

teeth.

W.D2

8( )

Ø25

5

319

210

167

340

190

25

155 16218h7 7

175(230)371 (426 for α8i / SIEMENS)

Ø32

0

350 (344 for SIEMENS)

235

182

380

210

35

170 17018h7 7

209(285)

409 (494 for α8i / SIEMENS)

Ø40

0

364

255

49 35

40

75

40

75

25

14H7

23

23Ø

110H

7

Ø11

0

49.5

214

460

255

35

210 225

18h7 7

209(310)


39 25

32

70

40

75

25

12H7

20

20Ø

50H

7

Ø50

35.5

49 35

4075

40

75

25

14H7

23

23

Ø70

H7

Ø70

39.5

GX-320H

Note: 1. The length of servo guard may vary with servo motor type. (metal sheet dimensions shown at above are based on Fanuc motor) 2. Allowable cutting torque at table speed of 1 min-1.

GX-400H

Note 1. New series of GXA-H with enlarged spindle bore is available. Contact the local detron dealer for fur ther information.

Unit : mm

23 24


Unit GX-500H GX-630H GX-800H

Worktable diameter mm / inch Ø500 / Ø19.69 Ø630 / Ø24.80 Ø800 / Ø31.50

Center bore diameter mm / inch Ø180H7 / Ø7.09H7 Ø270H7 / Ø10.63H7 Ø285H7 / Ø11.22H7

Through-bore diameter mm / inch Ø140 /Ø 5.51 Ø220 / Ø8.66 Ø240 / Ø9.45


Height of center (vertical) mm / inch 310 / 12.20 400 / 15.75 480 / 18.90


Width of guide block mm / inch 18 / 0.71 18 / 0.71 22 / 0.87

Drive method and pressure Mpa / psi 5 / 725 5 / 725 3.5 / 507.5

Clamping torque Nm /ft. lbs. 3200 / 2358.4 4500 / 3316.5 5200 / 3832.4Servo motor type

FANUC ref. to page___ ref. to page___ ref. to page___MITSUBISHI HF-204 HF-354 HF-354

Transmission ratio 1 / 180 1 / 180 1 / 180Max. table speed rpm 11.1 11.1 11.1Allowable loading inertia Kg.m2 19.1 40.5 122.4

Resolution deg. 0.001 0.001 0.001

Indexing accuracy sec. 15 15 15

Repeatability sec. 6 6 6

Net weight (servo motor excluded) Kg /lb 395 / 869.0 720 / 1584.0 1236 / 2719.2Allowable loadingcapacity

Vertical Kg /lb 250 / 550 450 / 990 800 / 1760Horizontal Kg /lb 600 / 1320 800 / 1760 1500 / 3300Tailstock applied Kg /lb 600 / 1320 800 / 1760 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



CNC Rotary Table

CNC Rotary Table(Hydraulic Brake)

GX-H series

GX-500H

SPECIFICATIONSMODEL

G X - 5 0 0 H

Table sizeVeritcal & horizontal application


Hydraulic brake

spindle integrated unitywith radial and axial bearings built - in

Worktable diameter Ø500, Ø630, Ø800.

Equipped with extra large bearings, preloaded in radial and axial

directions.

Motor is mounted at right side(vertical and horizontal application).

Transmitted by dual lead worm with high efficiency and full depth

gear teeth.

W.D2

8( )

310

414.5

325

35

Ø27

0H7

Ø22

0

Ø22

0.5

325 325

889

725

400

564

209

100

50

25

40 58

63

30

30

18H7

585

560

310

245 245

835

31

Ø18

0H7

Ø14

0

Ø15

0 49 35

4075

280

390.5

18H7

30

3075

40

25

459.5

365

Ø28

5H7

Ø24

0

39

Ø24

0.5

40

63

58

16 40

22H7

37

100

50

25

647

209

400

480

880

4001140

GX-630H

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.

GX-800H

Unit : mm

25 26


CNC Index Table

CX-H series

CNC Index Table

CX-255H

SPECIFICATIONSMODEL Unit CX-255H CX-320H CX-400H CX-500H

Worktable diameter mm / inch Ø255 / Ø10.04 Ø320 / Ø12.60 Ø400 / Ø15.75 Ø500 / Ø19.69Center bore diameter mm / inch Ø50H7 / Ø1.97H7 Ø70H7 / Ø2.76H7 Ø110H7 / Ø4.33H7 Ø130H7 / Ø5.12H7Through-Bore diameter mm / inch Ø50 / Ø1.97 Ø70 / Ø2.76 Ø110 / Ø4.33 Ø130 / Ø5.12Height of table (horizontal) mm / inch 210 / 8.27 235 / 9.25 255 / 10.04 281 / 11.06Height of center (vertical) mm / inch 190 / 7.48 210 / 8.27 255 /10.04 310 / 12.20Width of T-slot mm / inch 12H7 / 0.47H7 14H7 / 0.55H7 14H7 / 0.55H7 18H7 /0.71H7Width of guide block mm / inch 18 / 0.71 18 / 0.71 18 / 0.71 18 / 0.71Drive method and pressure Mpa / psi 3.5 / 508 3.5 / 508 3.5 / 507.5 3.5 / 507.5Clamping torque Nm /ft. lbs. 1750 / 1289.75 2500 / 1842.5 3000 / 2211 6000 / 4422Servo motor type

FANUC α4i / α8i α12i α12i α12iMITSUBISHI HF-54 / HF-104 HF-204 HF-204 HF-204

Transmission ratio 1 / 120 1 / 120 1 / 144 1 / 180Max. table speed rpm 22.2 22.2 11.1 11.1Allowable loading inertia Kg.m2 2.48 4.57 10.2 19.1Resolution deg. 1° 1° 1° 1°Indexing accuracy sec. 8 8 8 8Repeatability sec. 2 2 2 2Net weight (servo motor excluded) kg / lb 133 / 293 196 / 431.2 286 / 629.2 413 / 908.6Allowable loadingcapacity

Vertical kg / lb 150 / 330 175 / 385 200 / 440 400 / 880Horizontal kg / lb 300 / 660 350 / 770 500 / 1100 600 / 1320Tailstock applied kg / lb 300 / 660 400 / 880 500 / 1100 600 / 1320


N / lbs 16000 / 3590.4 20000 / 4488.0 30000 / 6732.0 40000 / 8976.0

Nm /ft. lbs. 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

Allowable cutting torque Nm /ft. lbs. 550 / 405 780 / 575 1700 / 1253 2500 / 1843

C X - 2 5 5 H

Table sizeVeritcal & Horizontal applicati ion

Coupling (3 pcs type) with worm gear transmission

Hydraulic brake

Equipped with three pcs coupling.

Worktable diameter Ø255, Ø320, Ø400, Ø500.

Motor is mounted at right side(vertical and horizontal applications).

Equipped with three pieces type coupling with worm gear to achieve

positioning. It is suitable for heavy cutting.

The minimum degree is 1°or 5°.

W.D2

8( )

40

25

75

70

32

2539

12H7

20

20

29

Ø50

H7

Ø50

359

Ø32

0

232

40

25

75

75

40

3549

14H7

23

23

29.5

Ø70

H7

Ø70

182

380

210

35

18h7

170 170

7

209(245)


363

Ø40

0

255

40

25

75

75

40

3549

14H7

23

23

35

Ø11

0H7

Ø11

0

214

460

255

35

18h7

210 225

7

209 (310)


390.5

Ø50

0

281

40

25

75

75

40

3549

18H7

30

30

45

Ø13

0H7

Ø13

0

245

560

310

35

18h7

245 245

7

310

520

319

Ø25

5

210

167

340

190

25

18h7

155 162

7

175(230)

371 (426 for α8i/ SIEMENS)

CX-320H

CX-500H

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.

CX-400H

Unit : mm

27 28


DDM Rotary Table

DV/DX series

DDM Rotary Table

DV-170P

SPECIFICATIONSMODEL Unit DV-170P DV-255PⅡ DX-320H

Worktable diameter mm / inch - Ø255 / Ø10.04 Ø320 / Ø12.60Center bore diameter mm / inch Ø45H7 / Ø1.77H7 Ø50H7 / Ø1.97H7 Ø60H7 / Ø2.36H7Through-Bore diameter mm / inch Ø40 / Ø1.57 Ø40 / Ø1.57 -Height of table (horizontal) mm / inch - - 265 / 10.43Height of center (vertical) mm / inch 135 / 5.31 160 / 6.3 220 / 8.66Width of T-slot mm / inch - 12H7 / 0.47H7 14H7 / 0.55H7Width of guide block mm / inch 18 / 0.71 18 / 0.71 18 / 0.71Drive method and pressure Mpa / psi P: 0.6~0.7 / 87~101.5 P: 0.5~0.7 / 72.5~101.5 H: 5 / 725Clamping torque Nm /ft. lbs. 230 / 169.51 400 / 294.8 800 / 589.6Transmission Method Direct Drive Direct Drive Direct DriveMax. table speed rpm 250 200 150Allowable loading inertia Kg.m2 0.11 0.61 1.92Resolution deg. 0.001 0.001 0.001Indexing accuracy sec. 20 20 10Repeatability sec. 4 4 4Net weight (servo motor excluded) kg / lb 47 / 103 70 / 154.0 200 / 440Allowable loadingcapacity

Vertical kg / lb 30 / 66 75 / 165 75 / 165Horizontal kg / lb - - 150 / 330Tailstock applied kg / lb 70 / 154 150 / 330 150 / 330


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


Cooling system Air cooling Air cooling Oil cooling

D X - 2 5 5 H P

Table size

DDM direct drive (torque motor)

Hydraulic brake

Pneumatic brake

Rotation speed exceeds 150 min-1, making the rotary suitable for

turning and grinding applications.

Low inertia- No gears or belts in direct drive sytem, resulting in lower

inertia and greater acceleration / deceleration.

Equipped with high precision encoder to achieve high precision

positioning.

Backlash-free transmission improves workpiece accuracy and

surface roughness.

Direct drive features reach zero-wear.

W.D2

8( )

DX-320H

DV-255PII

DV-170P

1

Ø45

+0.0

2-0

Ø40

10

18h7

430

220

506296

190

210210

7

35

Ø32

0

305

24520

40

75

49 35

40

25

75

14H7

23

23

360

259.5

12H7

20 20

24.5

Ø50

H7

Ø40

226

140

18h7

140174

292

132

160

25

160

7

161281

115

140

115

140

260

25

713

5

164 4

164

126

Ø90

DV-255PII

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

DX-320H

Vertical & horizontal applicationVertical application

XV

Unit : mm

29 30Quill Tailstock

ST-T series SR series

Quill Tailstock

頂針尾座

Rotary Tailstock

S T - 1 7 0 T P S R - 1 7 0 PPneumatic drive

Hydraulic drivePneumatic clamping

Hydraulic clamping

Quill Tailstock Rotary tailstockTable size: Ø170 Table size: Ø170With morse taper

PH P

H

Manual Quill Tailstock

Pneumatic Quill Tailstock

Hydraulic Quill Tailstock

ser. no.:_______________

date :_______________

model :_______________

CO., LTD. e d tron

H

230(196 for ST125T)

46(20.5 for ST125T)

50

333(356 for ST125T)

C

125

146(100 for ST125T)

30

18h7(14 for ST125T)

A B

100L

7H

122

E

30

C

D

18h7 (14h7 for ST125)

ST-125T

ST-210T

ST-320T

ST-170T

ST-255T

ST-400T

ST-210TH

ST-320TH

ST-125TP

ST-210TP

ST-170TP

MODEL ST-125TP ST-170TP/TH ST-210TP/TH ST-255TH ST-320TH ST-400TH

H 110 / 4.33 135 / 5.31 160 / 6.30 190 / 7.45 210 / 8.27 255 /10.04C 171 / 6.73 196 / 7.72 238 / 9.37 238 / 9.37 258 / 10.16 306 / 12.05A 196 / 7.72 230 / 9.06 230 / 9.06 230 / 9.06 230 / 9.06 230 / 9.06B 23 / 0.91 48.5 / 1.91 48.5 / 1.91 48.5 / 1.91 48.5 / 1.91 48.5 / 1.91D 191 / 7.52 216 / 8.50 241 / 9.49 271 / 10.67 291 / 11.46 336 / 13.23E 100 / 3.94 146 / 5.75 146 / 5.75 146 / 5.75 146 / 5.75 146 / 5.75L 416.5 / 16.4 416.5 / 16.4 416.5 / 16.4 392 / 15.43 392 / 15.43 392 / 15.43

Weight(Kg / lb) 24 / 52.80 26 / 57.20 28 / 61.6 36 / 79.20 35 / 77.0 36 / 79.20

MODEL ST-125T ST-170T ST-210T ST-255T ST-320T ST-400T

H 110 / 4.33 135 / 5.31 160 / 6.30 190 / 7.48 210 / 8.27 255 / 10.04C 161 / 6.34 183 / 7.20 208 / 8.19 238 / 9.37 258 / 10.16 306 / 12.05

Weight(Kg / lb) 24 / 52.80 26 / 57.20 28 / 61.60 31 / 68.20 30 / 66.0 31 / 68.20

Unit：mm / inch

Unit：mm / inch

MODEL SR-125P SR-170P SR-210P SR-255H SR-320H SR-400H

Weight kgs / lbs 20 / 44 22 / 61.6 33 / 72.6 61 / 134.2 68 / 149.6 133 / 292.6

ST-170TH

ST-255TH

ST-400TH

Hydraulic manualswitch valve (optional)

Pneumatic manualswitch valve (optional)

Note: Max. operating pressure: 2MPa

SR-125PSR-125P

SR-210P/H

SR-170P/H

SR-255H

SR-320H

SR-400H130

21.5

240

18h7100 10015 70

97

Ø30

25Ø

40H

7

Ø21

0

265

160

130

21.5

240

18h7100 100

15 7097

Ø30

25

Ø40

H7

Ø17

0

235

135

130

22

190

18h780 80

10 80100

Ø15

20

Ø30

H7

Ø12

5

190

110

35.5

Ø32

0

320

125125

18h7

20020018h7

370

210

Ø40

145

120

Ø70

H7

35

15 90

42

Ø40

0

455

255

Ø70

190 450

17514017.5

Ø11

0H7

35

320

125125

18h7

120

330

190

15

30.5

Ø25

5

Ø40

140

Ø50

H7

25

90

SR-125P

SR-255H

SR-170P/H

SR-320H SR-400H

SR-210P/H

DIMENSIONAL DRAWINGSUnit : mm

31 32


Tilting Rotary Table

GF-P series

CNC Tilting Rotary Table

GF -101S

SPECIFICATIONSMODEL

Unit GF-101S GF-125P GF-170P/H GF-211P/PB/HWorktable diameter mm / inch Ø100 / Ø3.94 Ø125 / Ø4.92 Ø170 / Ø6.69 Ø210 / Ø8.27Center bore diameter mm / inch Ø30H7 / Ø1.18H7 Ø30H7 / Ø1.18H7 Ø40H7 / Ø1.57H7 Ø40H7 / Ø1.57H7Height of table (horizontal) mm / inch 205 / 8.07 230 / 9.06 260 / 10.24 305 / 12.01Height of center (vertical) mm / inch 135 / 5.31 160 / 6.30 190 / 7.48 225 / 8.86Width of T-slot mm / inch 12h7 / 0.47h7 12h7 / 0.47h7 12h7 / 0.47h7 12h7 / 0.47h7Width of guide block mm / inch 18 / 0.71 18 / 0.71 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

P: 0.5~0.7 / 72.5~101.5

H: 2.5 / 362.5

P: 0.5~0.7 / 72.5~101.5

H: 2.5 / 362.5

Servo motor spec

R T R T R T R TFANUC α2i α2i α2i α4i α4i α4i α4i α8iMITSUBISHI HF-105 HF-75 HF-54 HF-54 HF-54 HF-104

Transmission ratio 1:75 1:120 1:90 1:90 1:90 1:90 1:90 1:120Max. table speed rpm 33.3 16.6 44.4 44.4 33.3 22.2 33.3 22.2

Allowable loadng capacity

In Horizontal kg / lb 35 / 77 50 / 110 75 / 165 75 / 165

In Tilt(0~90°) kg / lb 20 / 44 35 / 77 50 / 110 50 / 110

Allowable unblancing work moment WxL Nm /ft. lbs. 24 / 17.69 24 / 17.69 35 / 25.80 53 / 39.06

Allowable load (when table clamped)

F N / lbs 4000 / 897.60 4000 / 897.60 7000 / 1570.8 14000 / 3141.6

FxL Nm /ft. lbs. 200 / 147.4 85 / 62.65 P: 180 / 132.66H: 300 / 221.0

P: 260 / 191.62H: 300 / 221.0

FxL Nm /ft. lbs. 250 / 184.25 180 / 132.66 P: 260 / 191.62H: 390 / 287.43

P: 300 / 221.0H: 450 / 331.65

Allowable loading inerta kg.m2 0.044 0.1 0.28 0.42

Resolution deg. 0.001 0.001 0.001 0.001Indexing accuracy sec 40" 60" 40" 60" 20" 60" 20" 50"Repeatability sec 6" 8" 6" 8" 6" 8" 6" 8"Tilting angle range deg. -17~+107 +40~-120 +30~-120 +30~-120Net weight (servo motor excluded) kg / lb 90 / 198 100 / 220 170 / 374.0 300 / 660Allowable Cutting Torque Nm /ft. lbs. 85 / 62.65 85 / 62.65 170 / 125.29 250 / 184.25

G F - 1 2 5 P (B)

Table sizeFive axes


Tilting motor mounted at the back of table


The pneumatic brake equipped with high precision cross

roller bearings.Transmitted by dual lead worm with high

efficiency and full depth gear teeth.

W.D2

8( )

GF -125P

P: Pneumatic S: Super multiple pneumatic H: Hydraulic R: Rotary Axis T: Ti l t Axis


2. Allowable wheel torque at table speed of 1 min-1.3. According to application engineering, optical encoder is recommended for t i l t ing axis.

GF -170P/H GF -211P/PB/H

Pneumatic brakeSuper multiple power brakeHydraulic

GF-125P

GF-170P/H

GF-211P/ PB

GF-101S

18h77

187136.5

312.5499.5

68 80Ø100

187

7013

513

5 231

125 109+ -

135

20

105105

230

1

226

5

+17°

-107

°

5030

5030

1006040

3023

010

5

30203

154.

2

321

8842

64

12H7

19

20

Ø30

24.5

Ø30

2

2

19

40

19

58

3252

2033

58 19

40

19

Ø30H7

Ø25

327.

6

100

100

32411

6

120

5050

145 124 116

3320

3252

12H7

20

20

12012018h77

25

230 175535.1

20857326Ø125

282

270

160

70

5

39 25

7032

12H7

20

20

328.

4

9090

1010

34411

6

150

100100

145 124 116

15015018h77

25

305 225659.4

2812312020Ø170

322

340

190

70

7

Ø40H7

Ø40

39 25

7032

75

40

25

20

16218h7

25

150

7

12H7

20

25

7

15016218h7

Ø40H7

Ø40

-120

°

+40°

-120

° +30°

-120

° +30°

116

75

40

25

125

251

218

375 80

225 37

55

165

425.

4

116

2525

1001

00 228.

4 345

125 125

40130 180 28Ø210

185 330 283741.4

1125

156

SH

P

Equipped with high precision cross roller bearings in upgraded spec.

GF-211P

GF-211PBRed l ines: GF -211P motor and related layout.Blue l ines: GF -211PB motor and related layout.

(customized)

Unit : mm

33 34




GF-H series

GF -256H/HB

SPECIFICATIONSMODEL

Unit GF-256H/HB GF-320HWorktable diameter mm / inch Ø255 / Ø10.04 Ø320 / Ø12.60Center bore diameter mm / inch Ø50H7 / Ø1.97H7 Ø70H7 / Ø2.76H7Height of table (horizontal) mm / inch 325 / 12.8 355 /13.98Height of center (vertical) mm / inch 225 / 8.86 255 / 10.04Width of T-slot mm / inch 12H7 / 0.47H7 14H7 / 0.55H7Width of guide block mm / inch 18 / 0.71 18 / 0.71Drive method /pressure Mpa / psi 5 / 725.0 5 / 725.0

Servo motor spec

R T R TFANUC α4i α8i α8i α12iMITSUBISHI HF-104 HF-154 HF-104 HF-204

Transmission ratio 1:90 1:120 1:120 1:120Max. table speed rpm 22.2 16.6 16.6 11.1


InHorizontal kg / lb 100 / 220 200 / 440

In Tilt(0~90°) kg / lb 75 / 165 150 / 330

Allowable unblancing work moment WxL Nm /ft. lbs. 78 / 57.49 110 / 81.07


F N / lbs 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 kg.m2 0.83 2.6

Resolution deg. 0.001 0.001Indexing accuracy sec 15" 50" 15" 50"Repeatability sec 6" 8" 6" 8"Tilting angle range deg. +30~-120 +30~-120Net weight (servo motor excluded) Kg 370 / 814 560 / 1232Allowable Cutting Torque Nm /ft. lbs. 370 / 272.69 780 / 574.86

G F - 2 5 6 H (B)

Table sizeFive axes


Tilt ing motor mounted at the back of table

GF -320H

R: Rotary Axis T: Ti l t Axis

Hydraulic brake

Spindle shaft and 3 pcs type radial and axial bearings integrate as one unit .

W.D2

8( )

GF-256H

GF-256HB

GF-320H

418

2525

100

100

345

198

100200

203 125

116

116

460 302

945.4

2820020067Ø320

425

406

255

100

635

7

17017018h7

75

4935

75

40

40

Ø70H7

25

23

14H7

23

Ø70

25

20

39

70

32 25

40

Ø50H7

50

70

12h7

20

25

20

39

70

32 25

40

Ø50H7

50

70

12h7

20

7

25

18h7150162

424.

616

7

2510

010

025 34

5

158 125

116

100 100

375

225

537

5

100

395

806.4 (for FANUC)

861.4 (for MITSUBISHI)

282

Ø255

180 2861.5 161

162 150

25

375

100

225

182.45395 282

806.4

61.51,142

Ø255161 180 28

375

5

154

251

203

100 100

22925

100

25

18h77

-120

°

+30°

-120

°

+30°

-120

°

+30°

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 wheel torque at table speed of I min-1.3. According to application engineering, optical encoder is recommended for t i l t ing axis.

Worktable diameter Ø255, Ø320.

The hydraulic brake equipped with radial and axial bearings.


depth gear teeth.

(customized)

Unit : mm

35 36

DIMENSIONAL DRAWINGSGFE series

CNC Deep TiltingRotary Table

GFE-212S

GFE-410HB

SPECIFICATIONSMODEL

G F E - 4 1 0 H B

Table sizewith base plate

Five axes


Tilt ing motor mountedat the back of table


The hydraulic brake equipped with radial and axial

bearings.


depth gear teeth.

Built-in air-booster.

GFE-320H

GFE-500HB

Hydraulic brake

GFE-320H

GFE-212S

A

150200

375

200 20095

8535

-30°

+120

°

460

200 200

269.

511

368

5

-30°

+120

°

150

150

125

125

100

200

+120°

-30°

(411

)

200 200530

(Max

. Hei

ght 5

91)

48.3

209.

418

5

274

265

375 280

+0.025Ø50+0

18

12H7

9 20

20

214

150

150

270 170245 145

270.5

145

185

135 82

100

100

125

125

130 1026.5537.5

369221207.4

Ø320

489 441

213 109

335

256

150

150

509.

6(H

EID

EN

HA

IN)17

542

5(Fa

nuc,

MIS

IUB

ISH

I, S

IEM

EN

S)

(320

)

249.6334.6

(Fanuc, MISIUBISHI, SIEMENS)(HEIDENHAIN)

350

-30º

+120

º

(Max

. Hei

ght 4

70)

375

70 354.5

B B

424.5 691

180

510

315

1,115.5

423.5

Ø210167.5167.5

234.5 201.5

267.5

691

115

115

200

314.5

29.5 29.5 245 281.5 112

110

20

Ø40+0.025+0

12H7

2510

087

.587

.510

025

811

CNC Deep Tilting Rotary Table

Unit GFE-212S GFE-320H GFE-410HB GFE-500HBWorktable diameter mm / inch Ø210 / Ø8.27 Ø320 / Ø12.60 Ø410 / Ø16.14 Ø500 / Ø19.69

Center bore diameter mm / inch Ø40H7 / Ø1.57H7 Ø50H7 / Ø1.97H7 Ø70H7 / Ø2.76H7 Ø70H7 / Ø2.76H7

Height of table (horizontal) mm / inch 375 / 14.76 320 / 12.60 411 / 16.18 460 / 18.11

Height of center (vertical) 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

Drive method /pressure 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

Servo motor spec

R T R T R T R T

FANUC α4i α8i α8i α8i α8i α2i α8i α22i

MITSUBISHI HF-104 HF-224 HF-104 HF-154 HF-154 HF-204 HF-154 HF-354Transmission ratio 1:90 1:90 1:90 1:120 1:120 1:150 1:144 1:180Max. table speed rpm 33.3 22.2 25 16.6 16.6 11.1 16.6 11.1


InHorizontal kg / lb 75 / 165 200 / 440 200 / 440 300 / 660

In Tilt(0~90°) kg / lb 50 / 110 100 / 220 150 / 330 250 / 550

Allowable unblancing work moment WxL Nm /ft. lbs. 53 / 39.06 100 / 73.70 200 / 147.40 300 / 221.0


F 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

Allowable loading inerta kg.m2 0.42 2.6 4.3 9.6

Resolution deg. 0.001 0.001 0.001 0.001Indexing accuracy sec 20" 60" 20" 60" 15" 60" 15" 60"Repeatability sec 6" 8" 6" 8" 6" 8" 6" 8"Tilting angle range deg. -30~+120 -30~+120 -30~+120 -30~+120Net weight (servo motor excluded) kg / lb 450 / 990 500 / 1100 940 / 2068.0 1300 / 2860.0Allowable Cutting Torque Nm /ft. lbs. 250 / 184.25 250 / 184.25 300 / 221 400 / 295

W.D2

8( )

*air-oil converter built - in

Equipped with air -hydraulic converter, externalhydraulic is not necessary.

Equipped with air -hydraulic converter, externalhydraulic is not necessary.


2. Allowable wheel torque at table speed of 1 min-1.3. According to application engineering, optical encoder is recommended for t i l t ing axis.

(customized)

P: Pneumatic S: Super multiple pneumatic H: Hydraulic R: Rotary Axis T: Ti l t Axis

Unit : mm

37 38


CNC Deep Tilting Rotary Table

DF series

CNC DDMTilting Rotary Table

DF -321H

DF -500H

SPECIFICATIONSMODEL

High Speed – The average rotation speed of a normal rotary table is 22.2 RPM. Whereas DDM Rotary 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 posit ional accuracy and repeatabil i ty.

Superior Surface finish - No Backlash, No Abrasion & Low Inertia – No gears or belts in direct drive system ensures superior surface finish.

DF -400H

DF-321H

DF-400H

DF-500H

125

287 250 60

932260 337

190 207.5Ø320

Ø18

Ø26

+20°

-115°

30°90°

30°

475

30

290

60

450

225

205

205

1394.5

Ø600

30°30°

30°

+0.025070

17

30

Ø650Ø500

100 100

140

250

550996

951

330

330

7815

6

100

160

160

20

6575

225

423

23

(Ø490)

150

2049

4.5

300

640754.5 95

300

526320 320

Ø400

R440

Unit DF-321H DF-400H DF-500H

Worktable diameter mm / inch Ø320 / Ø12.60 Ø400 / Ø15.75 Ø500(650) / Ø19.69(25.59)

Center bore diameter mm / inch Ø50H7 / Ø1.97H7 Ø55H7 / Ø2.17H7 Ø70H7 / 2.76H7



Width of guide block mm / inch 18 / 0.71 - -

Drive method /pressure Mpa / psi 5 / 725.00 5 / 725.00 3.5 / 507.5

Transmission ratio Direct Drive Direct Drive Direct Drive

Max. table speed rpmR T R T R T

50 25 50 25 100 50


InHorizontal kg / lb 125 / 275 150 / 330 300 / 660

In Tilt(0~90°) kg / lb 100 / 220 100 / 220 300 / 660

Allowable unblancing work moment WxL Nm /ft. lbs. 200 / 147.4 200 / 147.4 300 / 221.0


F 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 kg.m2 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

Net weight (servo motor excluded) kg / lb 620 / 1364 1000 / 2200 1200 / 2640

W.D2

8( )

R: Rotary Axis T: Ti l t Axis

D F - 3 2 1 H

Table sizeFive axes

DDM direct drive (torque motor)

Hydraulic brake

Unit : mm

39 40



CVR series

SVC series


Automatic Pallet Change System(Roller Gear Cam Type)

CVR-600

SPECIFICATIONSMODEL

EASY INSTALLATION: The pallet change device is directly mounted on the base.

Easy to install and space saving.

FLEXIBLE PRODUCTION: Available to equip with several tables to meet small lot

flexible production requirements.

GREAT LOADING CAPACITY: Hydraulic drive.

Workpiece loading capacity up to 300kg x 2 pcs.

Fast pallet change is accomplished in 7 seconds.

HIGH REPEATABILITY: Employs high precision conical positioning blocks to

ensure stability of table and repeatability in ±0.005mm.

CVR-850

CVR-600

CVR-850

CVR-10D

400

511

600

500

616

850

514.

5

273.

520

4

417417

221

573.

5

315.

5

479479

6351277

1115

Ø1350

7701524

1115

Ø1640

1000

500

616

Ø1715

770

1524

1115

573.

5

479

221

315.

5

479

320

(fla

t str

uctu

re)

1050

435

Ø1163

270

305

200

600300 319

200

Unit CVR-600 CVR-850 CVR-10D

Pallet sizes mm / inch 600 x 400 / 23.62 x 15.75 850 x 500 / 33.46 x 19.69 1000 x 500 / 39.37 x 19.69

Number of pallets 2 2 2

Pallet change method 180˚ Swing 180˚ Swing 180˚ Swing

T-slot size mm / inch 14H8 / 15HB 18H8 / 0.71HB 18H8 / 0.71HB

Drive method /pressure Mpa / psi Hydraulic 6 / 870 Hydraulic 6 / 870 Hydraulic 6 / 870

Pallet clamping force N / lbs 36850 / 8269.14 36850 / 8269.14 36850 / 8269.14

Cutting load resistant capacity Nm /ft. lbs. 2350 / 1731.95 2940 / 2166.78 2940 / 2166.78

Pallet positioning method Taper cone Taper cone Taper cone

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

Weight(N.W.)

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

NOTE: Pallet change time may varied with flow of pump, length and diameter of pipe.

C V R - 6 0 0

S V C - 1 0 D

Pallet size

Pallet size

Rack type

Roller gear cam type

Double pallet system (C type)

Single pallet system (Column moving type)

CVR-10D

SVC-700 With flat structure

SVC-10D SVC-7050Ⅱ

SVC-12D SVC-10065Ⅱ

Customized

Unit : mm

41 42

DIMENSIONAL DRAWINGSHorizontal Index Table

HH series

Horizontal Index Table

HH-500HT

HH-800HT

SPECIFICATIONSMODEL

HH-630HT

HH-500HT

HH-630HT

HH-800HT

100

100

100

100

380

150

150

150

150

360

400 400

380

5050

100

27.5

4036

0

100

420840

100 100Ø800

Ø630

Ø500

100 100

22H7

40

37

100

320

40

100 100

730365

340

125

125

125

125

340

235

350 350

100

100

5050

25

100

18H7

30

31

280

35

100

100

25

260

265

265 235

265

280530

125

125

125

125

5050

100100100 100

18H7

30

30

Unit HH-500HT HH-630HT HH-800HT

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 31.5Center bore diameter mm / inch Ø50H7 / Ø1.97H7 Ø50H7 / Ø1.97H7 Ø50H7 / Ø1.97H7Height mm / inch 280 / 11.02 320 / 12.60 360 / 14.17Wide of T-slot mm / inch 18H7 / 0.71H7 18H7 / 0.71H7 22H7 / 0.87H7Resolution 1˚ / 5˚ 1˚ / 5˚ 1˚ / 5˚Transmission ratio 1:144 1:180 1:180Motor speed rpm 11.1 11.1 11.1

Servo motor type

FANUC α12i / β22is α12i / β22is α22i / β22isMITSUBISHI HF-204 HF-204 HF-354SIEMENS 1FK7083 1FK7083 1FK7084

Torque Nm /ft. lbs. 864 / 637 1080 / 796 1980 / 1459

Clampingtorque

Nm /ft. lbs. 5760 / 4245.12 15750 / 11607.75 18320 / 13501.84

Nm /ft. lbs. 9970 / 7347.89 27250 / 20083.25 31690 / 23355.53

Drive method / pressure Mpa / psi Hydraulic 5 / 725 Hydraulic 5 / 725 Hydraulic 6.5 / 943Index accuracy sec 8 8 8Repeatability accuracy sec 2 2 2Max. workpiece load Kg / lb 600 / 1320 1200 / 2640 3000 / 6600Net weight Kg / lb 410 / 902 760 / 1672 1100 / 2420

No. Description of Inspection Permissible Error

HH-500H HH-630H HH-800H1. 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. Flatness of table surface 0.02 / 0.00079 0.02 / 0.00079 0.02 / 0.00079 4. Parallelism between table surface and table base 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

H H - 5 0 0 H T

Table sizeHorizontal application

Unit : mm/inch

Coupling (2 pcs type) with worm gear transmission (1˚ / 5˚)

Hydraulic brake

Square pallet

HHseries

customized

Unit : mm

43 44

DIMENSIONAL DRAWINGSHorizontal Rotary Table

GH series

Horizontal Rotary Table

GH-500HT

GH-800HT

SPECIFICATIONSMODEL

GH-630HT

GH-500HT

GH-800HT

GH-630HT

265

260

265

26510

010

0

125

125

125

125

280530

18H7

30

30

100

280

35

100 100 100Ø500

5050

25

235

25

100

340

332

340

365730

Ø630100

27.5

100

380

360

400 400

150

150

150

15038

0

420840

Ø800100

360

40

100 100 100 100 10022H7

40

37

100

100

100

5050

320

40

100 100 10018H7

31

30

125

125

125

125

350 350

5050

100

Unit GH-500HT GH-630HT GH-800HT

Table sizes mm 500 x 500 / 19.69 x 19.69 630 x 630 / 24.8 x 24.8 800 x 800 / 31.5 x 31.5Center bore diameter mm Ø50H7 / Ø1.97H7 Ø50H7 / Ø1.97H7 Ø50H7 / Ø1.97H7Height mm 280 / 11.02 320 / 12.60 360 / 14.17Wide of T-slot mm 18H7 / 0.71H7 18H7 / 0.71H7 22H7 / 0.87H7Resolution 0.001° 0.001° 0.001°Transmission ratio 1:144 1:180 1:180Motor speed min-1 11.1 11.1 11.1

Servo motor type

FANUC α12i / β22is α22i / β22is α22i / β22isMITSUBISHI HF-204 HF-354 HF-354SIEMENS 1FK7083 1FK7084 1FK7084

Clampingtorque

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 / 508Index accuracy sec 15 15 15Repeatability accuracy sec 6 6 6Max. workpiece load Kg 600 / 1320 1200 / 2640 2000 / 4400Net weight Kg 450 / 990 750 / 1650 1180 / 2596

No. Description of Inspection Permissible Error

GH-500H GH-630H GH-800H1. 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. Flatness of table surface 0.02 / 0.00079 0.02 / 0.00079 0.02 / 0.00079 4. Parallelism between table surface and table base 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

G H - 5 0 0 H T

Table sizeHorizontal application

Unit : mm/inch

Worm gear transmission (0.001˚)

Hydraulic brake

Square pallet

(customized)

GHseries

Unit : mm

45 46

DIMENSIONAL DRAWINGSIndex Table with 2 Pallets for Horizontal Machining Center

HH-T2 series

臥式雙交換齒式分度盤

HH-501HT2

HH-631HT2

SPECIFICATIONSMODEL

HH-630HT2

HH-800HT2

HH-501HT2

HH-800HT2

HH-631HT2

9585

88

380

Ø500

99 171(760)

75

100

302

616

100

270540

Ø630

7048

0

124.5 230(911.5)25

720

0

95

710355

125

125

440

880

810405

535

160

160

1070

Ø800

1085.5

8553

0

372

6

387

Unit HH-501HT2 HH-630/631HT2 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 31.5Center bore diameter mm / inch Ø50H7 / Ø1.97H7 Ø30H7 / Ø1.18H7 Ø50H7 / Ø1.97H7Height mm / inch 380 / 14.96 500 / 19.69 480 / 18.9 530 / 20.87Wide of T-slot mm / inch - - -Resolution 1° / 5° 1° / 5° 1° / 5°Transmission ratio 1:144 1:180 1:180Motor speed rpm 16.6 11.1 11.1

Servo motor type

FANUC α8i α12i α22iMITSUBISHI HF-154 HF-204 HF-354SIEMENS 1FK7063 1FK7083 1FK7084

Clampingtorque

Nm /ft. lbs. 7450 / 5490.65 21700 / 15992.90 42550 / 31359.35

Nm /ft. lbs. 4300 / 3169.0 12600 / 9286.20 24600 / 18130.220

Drive method /pressure Mpa / psi Hydraulic 5 / 725 Hydraulic 5 / 725 Hydraulic 5 / 725Index accuracy sec 8 8 8Repeatability accuracy sec 2 2 2Max. workpiece load Kg / lb 600 / 1320 1200 / 2640 2000 / 4400Net weight Kg / lb 520 / 1144 1140 / 2508 1075 / 2365 1500 / 3300

H H - 5 0 1 H T 2

Table size

Horizontal application

Coupling (2 pcs type) with worm gear transmission (1˚ / 5˚)

Hydraulic brakePallet type

Two pallets

(customized) (customized)

Pull-studHRC 5 4 ˚ ±2˚

Cylinder wall piston Cylinder wall of piston (casting)

Steel ball clamp systemHRC62°±2°

Collet clamp systemHRC 5 0 ˚ ±2˚

Dust cover withair blowing holesdesign to prevent stacks of chips

With a ballscrew nut bracket

Standard flat type-motor and edge block are in opposite directions

Standard flat type-motor and edge block are in the same directions

12

0

detron others

POSITIONING TAPER CONES

A. Pull-stud MechanismUses 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 MechanismWith 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.

C. ReplacementThanks to the integrated design of the positioning cone, the entire assembly can be conveniently replaced by simply loosening lockscrews.

Unit : mm

47 48

DIMENSIONAL DRAWINGSRotary Table with 2 Pallets for Horizontal Machining Center

GH-T2 series

Index Table with 2 Pallets for Horizontal Machining Center

GH-501HT2

GH-631HT2

SPECIFICATIONSMODEL

GH-630HT2

GH-800HT2

GH-501HT2

GH-630HT2

GH-631HT2

GH-800HT2

88

8595

540

Ø500

7538

0

170(742)

100

270

100

100

616

302

710

355

125

125

405

930

262

379

35

Ø630

500

70

(985.5)

710355

440

880

125

12595

200

257

480

70

124.5 230(985.5)

Ø630

810405

160

160

8553

0

372

6

387

535

1070

Ø800

1085.5

Unit GH-501HT2 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 31.5Center bore diameter mm / inch Ø50H7 / Ø1.97H7 Ø30H7 / Ø1.18H7 Ø50H7 / Ø1.97H7Height mm / inch 380 / 14.96 500 / 19.69 480 / 18.9 530 / 20.87Resolution 0.001˚ 0.001˚ 0.001˚Transmission ratio 1:180 1:180 1:180Motor speed rpm 16.6 11.1 11.1

Servo motor type

FANUC α12i α22i α22iMITSUBISHI HF-204 HF-354 HF-354SIEMENS 1FK7083 1FK7084 1FK7084

Clampingtorque

Nm /ft. lbs. 3200 / 2358.40 4500 / 3316.50 5200 / 3832.40

Nm /ft. lbs. 4000 / 2948.0 6800 / 5011.60 8000 / 5896.0

Drive method /pressure Mpa / psi Hydraulic 5 / 725 Hydraulic 5 / 725 Hydraulic 3.5 / 507.5Index accuracy sec 15 15 15Repeatability accuracy sec 6 6 6Max. workpiece load Kg / lb 600 / 1320 1200 / 2640 2000 / 4400Net weight Kg / lb 525 / 1155 1200 / 2640 1120 / 2464 1500 / 3300

G H - 5 0 1 H T 2

Table size

Horizontal application

Worm gear transimission (0.001˚)

Hydraulic brakePallet type

Two pallets

(customized) (customized)

With a ballscrew nut bracket

Standard flat type-motor and edge block are in opposite directions

Standard flat type-motor and edge block are in the same directions

12

0

Unit : mm

49 50

DIMENSIONAL DRAWINGSFork Type

ACR series

Fork Type

ACW-500 ACR-500

SPECIFICATIONSMODEL

ACR-630

ACW-800

ACW-500

ACW-630

ACW-800

ACR-630

834

1700615 120

290

290

120

Ø410

2200

150

150

Ø520145

267

123

145

426332.5

30

262.5

800

277

6811

30

466

466

1287

.664

3.8

177

200 270

177

360

332290 165

70

29

277

1700120

120

495

834

290

290

1300475

90

245

245

650

90

194

210

6818

368

135

Unit ACR-500(T)/ACW-500 ACR-630/ACW-630 ACW-800

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 31.5Number of pallets 2 2 2

Exchange method of pallet Hydraulic Swing Hydraulic SwingServo motor (ABS) swing

Servo motor (ABS) swing

Change degree of pallet deg 180˚ 180˚ 180˚Air pressure Mpa / psi 0.5 ~ 0.6 / 72.5 ~ 87 0.5 ~ 0.6 / 72.5 ~ 87 0.5 ~ 0.6 / 72.5 ~ 87Hydraulic pressure Mpa / psi 6 / 870 6 / 870 6 / 870Life stroke mm / inch 60 / 2.36 58 / 2.28 70 / 2.76Max. workpiece load Kg / lb 500x2 / 1100 x 2 1200x2 / 2640 x 2 2000x2 / 4400 x 2

A C R - 6 3 0(T)

Automatic pallet change system

Pallet size

Top-mounted type

HH-630HT2+ACR-630

GH-631HT2+ACW-630

HH-502HT2+ACW-500

Rack type

Servo typeWR

ACR-500T

ACW-630

Unit : mm

51 52ACCESSORIES FOR BRIDGE UNIT OF CNC ROTARY TABLE

CHUCK AND OTHER OPTIONS FOR CNC ROTARY TABLE

Fixture Plate and Accessories Illustration

BD H

QI J K

M L

OW

C

P

L

E

EN

A

S

R

Support rotarytailstock

Support rotary tailstock

Fixture plate

Flange plate

Flange plateFlange plateFlange plate

Fixture plate

L block L block

L block L blockBlock

CNC rotary tableCNC rotary table

Base plateBase plate

Raiser block

Hydraulic distributor

P.S. The center height of permissible error between rotary table and support rotary tailstock is within ±0.01 mm

Defined by the number of parts and work pieces

Attention to machine interference

Suggested Dimension of Fixture and Base Plate

ROTARY TABLE AND COMPATIBLE CHUCK

GRIPPING RANGE OF 3- JAW CHUCK

ACCESSORIES CONNECTION DIAGRAM

MODEL Unit GX-125P GX-170P GX-210P GX-255H GX-320H GX-400HX axis Travel of

Applicable Machine mm / inch 500 / 20 600 / 24 700 / 28 800 / 32 1000 / 40 1300 / 51

A mm/inch 210 / 8.27 240 / 9.45 240 / 9.45 330 / 12.99 350 / 13.78 450 / 17.72B mm/inch 726 / 28.58 841 / 33.11 940 / 37.01 1101 / 43.35 1241 / 48.86 1440 / 56.69C mm/inch 30 / 1.18 35 / 1.38 35 / 1.38 35 / 1.38 40 / 1.57 40 / 1.57

D mm/inch 2-Ø14 / 2-Ø0.55

2-Ø18 / 2-Ø0.71

2-Ø18 / 2-Ø0.71

2-Ø18 / 2-Ø0.71

2-Ø18 / 2-Ø0.71

2-Ø18 / 2-Ø0.71

E mm/inch 80 / 3.15 100 / 3.94 100 / 3.94 100 / 3.94 100 / 3.94 125 / 4.92H mm/inch 130 / 5.12 130 / 5.12 130 / 5.12 140 / 5.51 145 / 5.71 190 / 7.48I mm/inch 441 / 17.36 551 / 21.69 651 / 25.63 751 / 29.57 861 / 33.90 961 / 37.83J mm/inch 155 / 6.10 158 / 6.22 158 / 6.22 210 / 8.27 235 / 9.25 255 / 10.04K mm/inch 116 / 4.57 117 / 4.61 117 / 4.61 109 / 4.29 123 / 4.84 109 / 4.29L mm/inch 20 / 0.79 25 / 0.98 25 / 0.98 25 / 0.98 30 / 1.18 30 / 1.18M mm/inch 400 / 15.75 500 / 19.69 600 / 23.62 700 / 27.56 800 / 31.50 900 / 35.43N mm/inch 120 / 4.72 170 / 6.69 200 / 7.87 250 / 9.84 300 / 11.81 400 / 15.75O mm/inch 30 / 1.18 30 / 1.18 30 / 1.18 40 / 1.57 40 / 1.57 40 / 1.57P mm/inch 110 / 4.33 135 / 5.31 160 / 6.30 190 / 7.48 210 / 8.27 255 / 10.04Q mm/inch 842 / 33.15 956 / 37.64 1056 / 41.57 1210 / 47.64 1364 / 53.70 1515 / 59.65R mm/inch 154.5 / 6.08 209 / 8.23 209 / 8.23 206 / 8.11 234 / 9.21 274 / 10.79S mm/inch 259.5 / 10.22 329 / 12.95 329 / 12.95 426 / 16.77 409 / 16.10 499 / 19.65W mm/inch Ø120 / Ø4.72 Ø170 / Ø6.69 Ø200 / Ø7.87 Ø250 / Ø9.84 Ø300 / Ø11.81 Ø400 / Ø15.75

MODEL GX-125P GX-170P GX-210P GX-255P/H GX-320H GX-400H GX-500HManual chuck SC-4˝, SC-5˝ SK-6˝, SK-7˝ SK-7˝, SK-8˝ SK-8˝, SK-9˝ SK-10˝, SK-12˝ SK-10˝, SK-12˝ SK-12˝, SK-16˝

Hydraulic chuck HCK-6˝ HCK-6˝ HCK-8˝ HCK-10˝

MODEL SC-4 SC-5 SK-6 SK-7 SK-8 SK-9 SK-10 SK-12 SK-16

O.D. range Ø3-9/Ø0.12-0.35

Ø3-110/Ø0.12-4.33

Ø3-160/Ø0.12-6.30

Ø8-180/Ø0.31-7.09

Ø8-180/Ø0.31-7.09

Ø11-220/Ø0.43-8.66

Ø12-260/Ø0.47-10.24

Ø15-300/Ø0.59-11.81

Ø30-400/Ø1.18-15.75

I.D range Ø32-84/Ø1.26-3.31

Ø35-100/Ø1.38-3.94

Ø55-150/Ø2.17-5.91

Ø62-170/Ø2.44-6.69

Ø62-170/Ø2.44-6.69

Ø70-210/Ø2.76-8.27

Ø80-250/Ø3.15-9.84

Ø90-290/Ø3.54-11.42

Ø110-380/Ø4.33-14.96

Hydraulic chuck Manual chuck Pneumatic chuckNon through-hole rotary

Flange plate Flange plate Flange plate

Manual chuckHydraulic chuck Pneumatic chcuk

Non through-holerotary (withhydraulic chuck)

GX series rotary tableCX series rotary table

Flange plate Manual chuck

Hydraulic chuck

ST series manualtailstock (suitablefor cylindricalwork pieces)

ST-P/ST-H seriesPneumatic/hydraulictailstock (suitable forcylindrical work pieces)

Hydraulic divider(for clampingwork pieces)

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.

Bridge unitconnect plate

*Model in red is first choice

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.

ABR-35 air booster unitUse for GX-H seriesRecommended for application in NC table only or with SR-H hydraulic tailstock. Additional hydraulic unit is suggested for peripheral hydraulic part holding device.

Unit : mm/inch

53 數控旋轉工作台橋式

Compatible Servo Motor for each NC Rotary Table Model

4th AxisModel CNC and Servo System

Model FANUC MITSUBISHI YASKAWA SIEMENS HEIDENHAIN FAGOR

GX-125Pα2i

HF-75 SGMJV04A SGMGV08A 1FK7042 QSY-96A -

β4is

GX-170Pα4i

HF-54 SGMGV09A 1FK7060 QSY-116C FKM22.30Aβ8is

GX-210Pα4i

HF-54 SGMGV09A 1FK7060 QSY-116C FKM22.30Aβ8is

GX-255Pα4i

HF-54 SGMGV09A 1FK7060 QSY-116E FKM42.30Aβ8is

GX-255Hα4i /α8i

HF-104 / HF-154 SGMGV09ASGMGV13A 1FK7063 QSY-116E FKM44.30A

β8is

GX-320Hα8i /α12i

HF-204 SGMGV30A 1FK7083 QSY-155B FKM64.30Aβ22is

GX-400Hα12i


GX-500Hα12i


GX-630Hα22i

HF-354 SGMGV30A 1FK7084 QSY-155D FKM66.30Aβ22is

GX-800Hα22i

HF-354 SGMGV30A 1FK7084 QSY-155D FKM66.30Aβ22is

5th AxisModel Motor & NC system 馬達品牌

FANUC MITSUBISHI YASKAWA SIEMENS HEIDENHAIN FAGOR

Axis Rotary Axis

Tilting Axis

Rotary Axis

Tilting Axis

Rotary Axis

Tilting Axis

Rotary Axis

Tilting Axis

Rotary Axis

Tilting Axis

Rotary Axis

Tilting Axis

GF-125P α2i / β4is α4i / β8is HF-75 HF-54 SGMJV08A SGMGV09A 1FK7042 1FK7060 QSY-96A QSY-116C FKM22.30A FKM22.30A

GF-170P α4i / β8is α4i / β8is HF-54 HF-54 SGMGV09A SGMGV09A 1FK7042 1FK70601FK7063 QSY-116C QSY-116C FKM22.30A FKM42.30A

GF-211P α4i / β8is α8i / β12is HF-54 HF-104 SGMGV09A SGMGV09A 1FK7042 1FK7060 QSY-96A QSY-116C FKM42.30A FKM42.30A

GF-256H α4i / β8is α8i / β12is HF-104 HF-154 SGMGV09A SGMGV13A 1FK7060 1FK7063 QSY-116C QSY-116E FKM42.30A FKM42.30A

GF-320H α8i / β12is α12i / β22is HF-104 HF-204 SGMGV13A SGMGV30A 1FK7063 1FK7083 QSY116E QSY-155B FKM42.30A FKM44.30A

GFE-320H α4i / α8i / β8i α8i / β12 HF-104 HF-154 SGMGV13A SGMGV20A 1FK7060 1FK7063 QSY-116E QSY-116J FKM42.30A FKM44.30A

GFE-410HB α8i α12i HF-154 HF-204 SGMGV13A SGMGV30A 1FK7063 1FK70811FK7083 QSY-116J QSY-155C FKM44.30A FKM44.30A

GFE-500HB α8i α22i HF-154 HF-354 SGMGV13A SGMGV30A 1FK7063 1FK7084 QSY-116J QSY-155F FKM44.30A FKM66.30A

* 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.

Cable spec. for JP NC

Diagram sample to connect Japan NC

Diagram sample to connect EU NC

Standard military connector (Japanese CNC system)Military connector is used for FANUC and

Mitsubishi controls.

Adherent-type connector (European CNC system or with optical encoder)One outlet-type connector is used

for Siemens and Heidenhain controls.

1

5

CZ2

CXA2A-0.3M

JF4

NC�I/O

2

3 4

6

7 8

L65

L65

A. Wire layout of rotary table B. Outer cable for power/signal

C. Electric box of M/C

4th axisamplifiers

Otheraxis

Bod

yEnco

der

Signal I/O, 7 pots(0.75mm*8C)

Power connector #connector SPEC

1MS3102A28-11P

2MS3108A28-11S

3MS3106A28-11P

4MS3102A28-11S

Signal connector #connector SPECFANUC / 17Pin

5MS3102A20-29PW

6MS3108A20-29SW

7MS3106A20-29PW

8MS3102A20-29SW

MITSUBISHI / 17Pin MS3102A20-29P MS3108A20-29S MS3106A20-29P MS3102A20-29S

MITSUBISHI / 19Pin MS3102A22-14P MS3108A22-14S MS3106A22-14P MS3102A22-14S

Connector Module (female)25P Signal / Encoder 1 . 5 - 1 EU modular； 2 . 9M

25P Motor encoder SIEMENS/HEIDENHAIN signalwith EU plug ; 2.9M

6P 4-axis power SIEMENS/HEIDENHAIN powerwith EU plug ; 2.9M

3P 4X6mm air tubefor D1 2 . 9M

Power�connector

Lapp�part�No.�52004150or�FLEXA�0513.100.029

Signal�connector

4-AXIS�TABLE

DIAGRAM ILLUSTRATION

a

b

c

d馬達殼內部

54

55 56

SCHEMATIC DIAGRAM OF ROTARY TABLE AND CNC MACHINE

SELECT A PROPER ROTARY TABLE ACCORDING TO WORKPIECE TYPE AND CUTTING CONDITIONS

SELECT A PROPER ROTARY TABLE ACCORDING TO WORKPIECE TYPE AND CUTTING CONDITIONS

Motor Location and Others Fig. I

NC Rotary Table Application Fig. II

Connector Location Fig. III

SPECIFICATIONS OF HEIDENHAIN ENCODER ATTENTION TO THE INTERFERENCEBETWEEN ROTARY TABLE AND MACHINE

Feature• 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.

SAC Series- Single Axis ControlFeatures:• 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.

Amplifier (inside machine's electrical box)

Power Input AC 220V

Hydraulic Solenoid Valve Wire(SAC is directly connected to rotary table of pneumatic models)

Hydraulic Clamping Inlet

Solenoid

Hydraulic Tank

Signal to Connect

M Codes

Power Cable

Rotary Table Cable 5M

SAC Single Axis Control

Machine Table

Non-protective power/signal wires (placed inside cover)

GX series rotary table

Cover

Protective power/ signal wires (placed inside cover)

Workpiece diameter

1. AC axis Application 2. BC axis application

Rotary tableInterferencebetween rotarytable and insideof machine

a

When Y-axis returnsto home position, pay attention to theinterference between distance "a" and inside of guard.

According to the length of the machine table, make sure if the maximum length of the workpiece can be machined or not.

• Pay attention to interference between rotary table and ATC.

• Is weight within the allowable range?

Attention to interference betweenZ-axis travel and tools

Machine table

Machining center

Servo amplifier

Heidenhain encodermounting diagram五軸之傾斜軸推薦追加選用

Within rotary table diameter

side rear

Workpiece weight

Within allowable load range

Indexing processing

FXL value should be within the range of clamping torque

Eccentric Load

• Movement of inertia of workpiece should be within the permissible ange

• Consider interference

For workpiece with large diameter but light weight

• Movement of inertia of workpiece should be within the permissible range

• Consider interference

Machine table of CNC

Encoder type Encoder accuracyRC-23X Series ±5"ECN-22X Series ±10"ERN 180 Series ±13"

DIAGRAM ILLUSTRATION

CNC ROTARY TABLE

Rotary Table

T- slot way key

T- slot pitch(B)

T- slotside rear

A axisC axis

B axisC axis

1. AC axis

rear Front

2. BC axis

57

Purchase Order Guidance Sheet_4/5th axis

STEP 1 : Machine Info & NC Table Selection Contract No.:________________

Q1 Machine Brand ___________________________________________

Q2 Machine Model ___________________________________________

Q3 Machine SpecX__________/Y__________/Z__________,working table L__________*W__________T-slot: __________, T-slot pitch:__________, number of T-slot:__________

Q4 Application

□ 4 axis positioning or simultaneously operation□ 5 axis positioning ( 5 faces operation), □ AC axis □ BC axis□ 5 axis simultaneously operation, □ AC axis □ BC axis

very important info related to CNC capability and servo selection

Catalog P56_Fig. II

Q5 Rotary Table detron Model__________________________

Q6 Connector Cover( 4th axis) cable connector located at □ side □ back Catalog P56_Fig. I

Q7 Connector Cover( 5th axis)

tilting axial cable connector located at □ back for AC axis □ front for BC axis Catalog P56_Fig. III

Q8 Clamp Force □ pneumatic □ hydraulic (more options available at Q19)

STEP 2 _ NC Control

Q9

M/C Control System

□ Fanuc ___________ □ αi motor system □ βi motor system □ Mitsubishi ______________□ Siemens ________________□ Heidenhain _________________□ Others _______________ □ 4th axis by G code

□ 4th axis by PLC M code□ No 4 axis control feature

AdditionalSingle 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.

Q10 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 □ original 3 axis drive A06B-6240□ Fanuc β________, for rotary axis (4th axis only) □ straight shaft □ taper shaft　 □ original 3 axis drive A06B-6134 □ original 3 axis drive A06B-6164□ 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 □ detronamplifier supplied by □ buyer □ detron

Q12 Connector □ Standard Miltary Connector ( for JP NC system)□ Aero- Connector (for EU NC system) Catalog P54

Q13 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)

detron standard: 2.5M length for section B & 3.5M length for section CBuyer special length requirment for section B: ____________

Catalog P54

The buyer shall provide diagram if section C is built- in with the machine already.

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

Q16 Operation Manual □ English□ Japanese

STEP 3 _ Peripheral Accessories

Q17Quill 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____________

Q18 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)

Q19

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) onlywith 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 □ for Hydraulic Fixture□ 1P (IN) / 1T (OUT) □ 2P (IN) / 2T (OUT)

Q20 Others

□ Optical scale (encoder ring) with resolution □±5" □±10" □±13"

as an important recommended option for tilting axis upon 5 axis application.

Purchase Order Guidance Sheet 58

Machine Co., Ltd. - SES3000 CATALOGUE... · 2015. 7. 9. · Weak bearing adaptor, more accumulated...

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