PRODUCT LINE UP. Machine Co., Ltd. MAGNIFY THE VALUE OF MACHINERY. High quality and competitive NC machinery device. Precise NC Rotary Table

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1 Precise NC Rotary Table High quality and competitive NC machinery device PRODUCT LINE UP Machine Co., Ltd. No. 4-5, Zuncian Road., Shengang District 42952, Taichung City, Taiwan Tel: Fax: 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. JUL 15, EN

2 OVERVIEW As a Professional CNC Rotary Table Manufacturer 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. Honored to be the supplier for international high-end machining centers... 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

3 QUALITY AND FACILITY Gear Teeth Occlusion Ensured Proceed all assembly in clean thermostatic chambers. applies special 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. P ra c t i c a l C l a m p i n g Fo rc e A p p rove d Product Assembly Standardization in each operation process, with high volume production management, stable quality is guaranteed. Calibration & Inspection Apply German Zeiss CMM for full geometric precision inspection and Hi- resolution Renishaw laser calibration to indentify positioning accuracy. Professional Training R&D division stands by customers with innovation to upgrade application. On-site technician trainings are regularly taken to intensify engineering skills GX-10S stays in stable positioning with repeatedly clamp force test with 0N.m. Others others Ø10 Others others Ø10 Others others Ø10 Video & qr00296 GX-10S 0 Nm 3 QUALITY AND FACILITY 4

4 CORE TECHNOLOGY A TABLE SURFACE 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. F High rigidity body. G B HARDENED AND GROUND BRAKING SURFACE Heat treatment and grinding on the brake surface, offers higher endurance and scratch resistance. Also, stronger clamping force is applied. The brake with grinding surface performs outstanding roundness and cylindricity. Minimize displacement of the rotating center and positioning error during braking. A C D E C B D OPTIMUM DRUM BRAKE SYSTEM INTEGRATED UNITY RADIAL AND AXIAL BEARING Double- ring brake with ID and OD grinding 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 concern from the brake unit, high clamping torque is guaranteed. The rigidity of rolling parts occupies only % ~ % of the whole body, the supporting rigidity of the rail surface is 0% ~ 80% of the whole body higher. The supportive rail areas of axial and radial rollers are thicker than other brands, extremely reliable structural rigidity under heavy cutting. Least separate components creates least accumulated errors, higher indexing accuracy and repeatability. E WORM SHAFT/ WORM WHEEL Illustration I Body Worm wheel Transmitted by dual lead worm with larger tooth depth and module, excellent for heavy cutting applications. (Illustration I) Worm shaft rotates 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 highly 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 long-wearing performance. Illustration II Worm shaft sleeve G Worm shaft WATERPROOF DESIGN 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. Towards thicker tooth Towards thinner tooth To reduce backlash Worm shaft Bushing Needle 5 CORE TECHNOLOGY 6

5 COMPARISON OF detron AND OTHER PROCESSING OF ROTARY CENTER BORE BEARING STRUCTURE Advantages of center positioning hole with grinding Superior roundness and surface roughness. High accuracy when adjusting jig on center bore. Large spindle hole diameter allows multi-port oil distributor mounted. Quicker Mold Change. Higher Indexing Accuracy and Concentricity. Advantages of surface with hardening and grinding Least scratch and wearing concerns, resists large clamping force. Precision grinding at the brake features better roundness and cylindricity. As a result, no rotating center offset, minimizing positioning error and increased clamping life are ensured. detron grinding FINE FINISHING MACHINING OF BRAKE SHAFT detron Grinding Table others Advantages of spindle integrated unity detron others others with radial and axial bearing built-in finishing turning Poor roundess and surface for fixture adjustment. finishing turning Brake surface with grinding andheat treatment others Table The rigidity of rolling parts occupies only -% of the whole rigidity, and the supported rigidity of the way surface shares 0-80%. The loading rail 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 makes less accumulated error, especially acting better indexing accuracy and repeatability. Large through-hole diameter with high rigidity. High rigidity. Minimum Table Surface Deformation. Recommended for Heavy Cutting Applications. Spindle and bearing inintegrate as one unit Spindle Weak thickness STRUCTURE OF WORM SHAFT AND WORM WHEEL h1 H1 h1 h1 H1 h1 Weak bearing adaptor, more accumulated errors, poor rigidlity. Spindle Taper roller bearings Only suggested for small size table. Table Increased Clamping Life. No Offset During Braking. SAFE BRAKING SOLUTION Advantage of drum brake system 1. The exclusive drum brake design in double- ring assembly precisely controls the braking gap. It prevents deformation of the table surface during 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 concern 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 provides stability while heavy cutting. 5. Easy to maintain. Braking gap Heat treatment detron Special design of drum brake system Body Oil fillded Spindle Table Spindle bearing Brake surface only with final turning but no heattreatment No heat treatment others Normal drum brake systemby kg force or less due to leakage concern Braking gap Body Spindle O-ring Oil fillded Table Spindle bearing 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 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 duty machining. 5. The worm shaft is mounted at the bottom of the rotary table and completely immersed in lubrication oil. Long-wearing of key transmission components. detron Horizontal Worm Shaft Offset by teeth width. Direction of backlash adjustment. others Vertical Worm Shaft Offset by teeth depth. Direction to reduce backlash, center geometry accuracy lost. High Clamping Force. No Oil Leakage Problem. Suitable for Heavy Cutting. Additional drum seal Poor oil sealing, no centricity alignment, no brake gap adjustment. Higher Tooth Depth. Stronger Module. Optimization for Heavy Cutting Applications. M3teeth 9mm M2 teeth 6 ~ mm COMPARISON OF AND OTHER 8

6 COMPARISON OF detron AND OTHER Comparison Summary between detron and Others Reliable Worm Shaft Rotation Applying a bushing between sleeve and needle to increase the endurance of the sleeve bore, resulting in higher concentricity of the worm shaft andhigher indexing accuracy. detron Worm shaft sleeve others Worm shaft sleeve Brand detron others detron others detron others NC table spec Height of center Center bore dimeter Bearing - mm Ø1 Ø10 Ø210 mm mm 45 RB013 (Bigger bearing, rigidity upgraded) RB5013 RB100 (Bigger bearing, rigidity upgraded) RB9016 RB100 (Bigger bearing, rigidity upgraded) RB9016 Dynamic load kn 19.4 (Up 16%) (Up 5%) (Up 5%) 31.4 Worm shaft High Concentricity. Consistent Accuracy. WATERPROOF DESIGN Bushing Needle Worm shaft Needle Without needle bush, less endurance by KT radial dearing, lower indexing accuracy. Tilting moment Worm Gear module Clamping Force kn-m mm Waterproof - cutting torque 0.82 (Up 54%) M2 (Up 14%) 0.53 M1. kg-m 8 8 O-ring sealed, initial barotropic, IP65 Caulking with silicon kg-m (Up 19%) M2 (Up 14%) 18 (Up 2%) O-ring sealed, initial barotropic, IP65 1 (Up 14%) 1. M1. 8 Caulking with silicon 15 2 (Up 19%) M2 (Up 14%) 26 (Up 162%) O-ring sealed, initial barotropic, IP65 (Up 66%) 1. M1. 16 Caulking with silicon 15 The electronic parts guard is completely sealed by O-ring to prevent cutting fluid entering and motor burnout. Barotropic built-in for dew-proof. Waterproof grade IP65. detron Completely sealed by O-ring others Brand detron others detron others detron others NC table spec Height of center mm Ø5 Ø3 Ø0 mm 190 (Large) Center bore dimeter mm 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 Integrated spindle with radial-axial bearing built-in Rigidity upgraded Taper roller bearing Circumference is fully sealed by O-ringto prevent fluid from entering Dynamic load Tilting moment kn kn-m (Up 45%) 11 (Up 89%) (Up 31%) 1.5 (Up 50%) (Up 62%).2 (Up 82%) Positioning Accuracy and Repeatability Inspection Norm Accuracy Inspection upon ISO2-2 international norm is operated with 5 continuous runs in clockwise and counterclockwise test. detron others ISO 2-2International Standard JIS Norm in Single Run HEIDENHAIN ACCOM Worm Gear module Clamping Force mm kg-m Waterproof - cutting torque kg-m M3 (Up %) 0 (Up %) O-ring sealed, initial barotropic, IP65 55 (Up 15%) M2.5 M3 M3 M4 M4 50 Caulking with silicon 118 (Up %) O-ring sealed, initial barotropic, IP65 85 Caulking with silicon (Up %) O-ring sealed, initial barotropic, IP65 10 (Up 0%) 180 Caulking with silicon 99.8 Angle deviation [ ] 10 Cycle - diagram : A Max. table speed rpm motor 00rpm (Up 15%) 16.6 (Up 15%) (Up 12.5%) Transmission ratio - 1/1 1/180 1/1 1/180 1/144 1/180 Regulated by International Norm. Dependable Accuracy Meas.length [deg ] Brake structure - Exclusive double- ring drum brake. Safe seal. Disk brake or brake drum in single ring Exclusive double- ring drum brake. Safe seal. Disk brake or brake drum in single ring Exclusive double- ring drum brake. Safe seal. Disk brake or brake drum in single ring 9 COMPARISON OF AND OTHER 10

7 ACCURACY INSPECTION CHART DESCRIPTION of NOMENCLATURE Accuracy of Positioning by ISO 2-2 Standard (Unidirectional systematic positioning deviation of an axis) Clamping Torque HEIDENHAIN ACCOM The inspection presentation of ISO 2-2 is based on continuously 5 revolutions of repeatedly clockwise and counter-clockwise test, to diagnose unidirectional systematic positioning deviation. Remark: Due to environmental influences during the measurement, the recorded measuring error may exceed the catalog limit value by up to 10%. The clamping torque means the efficacy of the clamping mechanism, the clamping force of the worm gear is excluded. The clamping torque shown on this catalog is measured at 5(3.5) Mpa hydraulic pressure and 0.5 Mpa air pressure. T,H, HEIDENHAIN ACCOM Description of Inspection NO. Tolerance Unit: mm GX-1P~GX-210P GX-5H~GX-500H GX-600H~GX-800H 1. Run-out of center hole Perpendicularity between table surface and base bottom Parallelism between center hole and center of guide 3. block Deviation between center hole and center of guide block 4. Flatness of table surface / Parallelism between table surface and table base / Run-out of table surface Indexing accuracy Repeatablility accuracy sec- GX1 sec - GX sec 15 sec GF Series (for all 5 axis table) 8. Run-out of table surface Flatness of table surface Parallelism between table 0.01 (Ø0-500: 0.015) Surface and base 0.02 Rotary Refer to specification chart of each model Indexing 11. Tilt Refer to specification chart of each model Repeatability Rotary 6 sec. Tilt 8 sec. 12. Parallelism between center line of tilt axis and base plate 0.02/Dia Accuracy of Repeatability by ISO 2-2 Standard (Unidirectional repeatability of positioning) The inspection presentation of ISO based on continuously 5 revolutions of repeatedly clockwise and counter-clockwise test, to diagnose unidirectional systematic repeatability of positioning deviation. Please note: Due to environmental influences during the measurement, the recorded measuring error may exceed the catalog limit value by up to 10%. 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, which is subject to the standard stipulated by the Japan Gear Manufacturers Association. 11 COMPARISON OF AND OTHER 12

8 STANDARD 4axis 5axis APC SPECIAL CUSTOMIZATION Page 1 Page 19 Page Page GX-P series GF-P series GF-H series GFE series CNC Rotary Table GV-B series CNC Rotary Table GX-H series CNC Rotary Table CX-H series CNC Index Table (3 pieces hirth coupling) GX-1P/PL GX-10P/PL/S/H GX-210P/PL/S/H GV-10SB GV-210SB GV-5HB GX-5H/HL GX-3H GX-0H GX-500H GX-6H GX-800H CX-5H CX-3H CX-0H CX-500H Page 31 Page 2 Page 29 CNC Tilting Rotary Table DV/DX series DDM Rotary Table ST-T series Tailstock Page Page 3 Page 33 CNC Tilting Rotary Table Support Rotary Tailstock CNC DDM Tilting Rotary Table Page CNC Deep Tilting RotaryTable GF -101S GF -6H/HB GFE-212S GF -1P GF -10P/H GF -211P/PB/H DV-10P DV-5P DX-3H GF -3H ST-1T/TP DF series DF -321H ST-10T/TP/TH ST-210T/TP/TH ST-5T/TH ST-3T/TH ST-0T/TH SR series SR-1P SR-10P/H SR-210P/H SR-5H SR-3H SR-0H DF -0H DF -500H Machining Center Series Page Page CVR series Automatic Pallet Change System (For C-frame machine center) SVC series Automatic Pallet Change System For full - column moving machinine center Roller gear cam driving GFE-3H GFE-410HB GFE-500HB CVR-600 CVR-850 CVR-10D SVC-00 SVC-10D SVC-12D CNC Deep Tilting Rotary Table (Built-in air-booster) DDM Tilting Rotary Table (Single support) DDM Rotary Table (Table in table) DDM Rotary Table CNC Horizontal Rotary Table 13 INDEX SVC-050 SVC

9 STANDARD B-Axis APC Page 41 HH series GH series HH-T2 series GH-T2 series Horizontal Index Table (2 pieces hirth coupling, single pallet) Horizontal Rotary Table ( With 8+1 ports rotary joint) HH-500HT HH-6HT HH-800HT Page 43 Horizontal Rotary Table GH-500HT GH-6HT GH-800HT Page 45 Index Table with 2 Pallets for Horizontal Machining center (2 pieces hirth coupling) HH-501HT2 HH-6HT2 HH-631HT2 HH-800HT2 Page 4 Page 49 Rotary Table with 2 Pallets for Horizontal Machining Center ACR series Fork Type GH-501HT2 GH-6HT2 GH-631HT2 GH-800HT2 ACR-500 ACR-500T ACR-6 ACW-500 Horizontal Index Table ( 2 pieces hirth coupling) ACW-6 ACW-800 SPECIAL Horizontal DDM Rotary Table Index Table APC With Horizontal Table Rotary Table for Horizontal Machining Center Horizontal Index Table Horizontal Rotary Table (2 pieces hirth coupling) With 10 ports rotary joint With rotary encoder M a c h i n i n g C e n t e r S e r i e s APC With Horizontal Table Rotary Table for Horizontal Machining Center 15 INDEX 16

10 GX-P series CNC Rotary Table (Pneumatic Brake) ( SIEMENS) 18(24) 22 GX-1P/PL GX-210P/PL/S/H G X P (L) Worm gear transmission GX-10P/PL/S/H GX-0P/PL/S/H Motor at left P Pneumatic S Super multiple pneumatic H Table size Veritcal & Horizontal applicatiion Left-hand Type Worktable diameter Ø1, Ø10, Ø210 and Ø5. 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. Equipped with high precision cross roller be arings. MODEL Unit GX-1P/PL GX-10P/PL/S/H GX-210P/PL/S/H (SIEMENS) 180(2) Ø1 Ø ØH Ø H 19 12H Worktable diameter mm / inch Ø1 / Ø4.92 Ø10 / Ø6.69 Ø210 / Ø8.2 Center bore diameter mm / inch ØH / Ø1.18H ØH / Ø1.5H ØH / Ø1.5H Through-bore diameter mm / inch Ø / Ø0.98 Ø / Ø1.5 Ø / Ø1.5 Height of table (horizontal) mm / inch 155 / / / 6.22 Height of center (vertical) mm / inch 110 / / / 6. Width of T-slot mm / inch 12H / 0.4H 12H / 0.4H 12H / 0.4H Width of guide block mm / inch 18 / / / 0.1 Drive method and pressure Mpa / psi P: 0.5~0. / P&S: 0.5~0. / P&S: 0.5~0. / H: 2.5 / H: 2.5 / Clamping torque Nm /ft. lbs. P: 80 / P: 180 / S:0 / H: 2 / P: 260 / S: 0 / H: 0 / Servo motor FANUC α2i α4i α4i type MITSUBISHI HF- HF-54 HF-54 Transmission ratio 1 / 90 1 / 90 1 / 90 Max. table speed rpm loading inertia ( W.D 2 ) 8 Kg.m Resolution deg Indexing accuracy sec. Repeatability sec Net weight (servo motor excluded) kg / lb / 54 / / 1.4 loading capacity load (when table clamped) cutting torque Vertical Kgkg / lb 50 / 110 / 165 / 165 Horizontal Kgkg / lb 100 / / / 3 Tailstock applied kg / lb 100 / / / 3 N / lbs 900 / / / Nm /ft. lbs. 410 / / / 2 Nm /ft. lbs. 80 / P: Pneumatic S: Super multiple pneumatic H: P: 180 / S:0 / H: 2 / P: 260 / S:0 / H: 0 / Nm /ft. lbs. 85 / / / GX-210P/S/H Optional Enlarged Table Size for GX210 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 CNC Rotary Table 4. cutting torque at table speed of 1 min (385 SIEMENS) 180(245) 329(4 SIEMENS) 180(245) Ø5 Ø S model: S model: ØH 15 ØH ØH Ø Ø Ø 12H 12H

11 GV-B series CNC Rotary Table (Motor mounted at backside) GV-10SB GV-210SB 12H 160 GV-5HB G V S B Motor mounted at backside of table S Super multiple pneumatic H Worktable diameter Ø10, Ø210,Ø5. SB series is new "super multiple brake" mechanism for pneumatic clamp. Transmitted by dual lead worm with high efficiency and full depth gear teeth. ØH 21.5 Ø 2 Ø Table size Veritcal applicatiion Worm gear transmission Equipped with high precision cross roller bearings in upgraded spec MODEL Unit GV-10SB GV-210SB GV-5HB Worktable diameter mm / inch Ø10 / Ø6.69 Ø210 /Ø 8.2 Ø5 / Ø10.04 Center bore diameter mm / inch ØH / Ø1.5H ØH / Ø1.5H Ø50H / Ø1.9H Through-bore diameter mm / inch Ø / Ø1.5 Ø / Ø1.5 Ø50 / Ø1.9 Height of center (vertical) mm / inch 1 / / /.48 Width of T-slot mm / inch 12H / 0.4H 12H / 0.4H 12H / 0.4H Width of guide block mm / inch 18 / / / 0.1 Drive method and pressure Mpa / psi Super Multi- Pneumatic 0.5~0. / Super Multi- Pneumatic 0.5~0. / / Clamping torque Nm /ft. lbs. 0 / / / Servo motor type FANUC α4i α8i α8i MITSUBISHI HF-54 HF-54 HF-154 Transmission ratio 1 / 90 1 / 90 1 / 1 Max. table speed rpm loading inertia ( W.D 2 ) 8 Kg.m Resolution deg Indexing accuracy sec. 15 GV-5HB ØH 12H 21.5 Equipped with high precision cross roller bearings in upgraded spec. Ø Ø210 Ø5 Optional Repeatability sec Net weight (servo motor excluded) kg / lb 90 / / / 3.0 loading capacity Vertical kg / lb / 165 / / 2 Horizontal kg / lb Tailstock applied kg / lb 150 / / 3 0 / H 32 0 load (when table clamped) N / lbs 100 / / / 90. Nm 10 / / / 8.44 Nm 0 / / / Ø5 Ø50H.5 Ø50 cutting torque Nm /ft. lbs. 10 / / / 5. 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. cutting torque at table speed of 1 min-1. spindle integrated unity with radial and axial bearings built-in 19 CNC Rotary Table

12 GX-H series CNC Rotary Table ( Brake) GX-5H/HL GX-0H GX-3H (426 for α8i / SIEMENS) 1(2) G X H (L) Table size Veritcal & horizontal application Motor at left brake Worktable diameter Ø5, Ø3,Ø0. 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 Ø5 210 Ø50H 12H.5 Ø50 Worm gear transmission spindle integrated unity with radial and axial bearings built-in MODEL Unit GX-5H/HL GX-3H GX-0H Worktable diameter mm / inch Ø5 / Ø10.04 Ø3 / Ø12.60 Ø0 / Ø15. Center bore diameter mm / inch Ø50H / Ø1.9H Ø0H / Ø2.6H Ø110H / Ø4.33H Through-bore diameter mm / inch Ø50 / Ø1.9 Ø0 / Ø2.6 Ø110 / Ø4.33 Height of table (horizontal) mm / inch 210 / / 9. 5 / Height of center (vertical) mm / inch 190 / / / Width of T-slot mm / inch 12H / 0.4H 14H / 0.55H 14H / 0.55H (494 for α8i / SIEMENS) 9(285) Ø3 0 (344 for SIEMENS) 14H Width of guide block mm / inch 18 / / / 0.1 Drive method and pressure Mpa / psi 5 / 5 / 5 / Clamping torque Nm /ft. lbs. 00 / / / Servo motor FANUC 8i 12i 12i type MITSUBISHI HF-154 HF-4 HF-4 Transmission ratio 1 / 1 1 / 1 1 / 144 Max. table speed rpm loading inertia ( W.D 2 ) Kg.m Ø0H.5 23 Ø0 Resolution deg Indexing accuracy sec Repeatability sec Net weight (servo motor excluded) Kg /lb 133 / / / loading capacity Vertical Kg /lb 100 / / 3 0 / 4 Horizontal Kg /lb 0 / / / 1100 Tailstock applied Kg /lb 0 / / / (565 for SIEMENS) 9(310) N /lbs / / / Ø H load (when table clamped) N.m 11 / / / N.m 00 / / / Ø110H 49.5 Ø110 cutting torque Nm /ft. lbs. 550 / / / 12.9 Note: 1. The length of servo guard may vary with servo motor type. (metal sheet dimensions shown at above are based on Fanuc motor) 2. cutting torque at table speed of 1 min -1. Note 1. New series of GXA-H with enlarged spindle bore is available. Contact the local detron dealer for further information. 21 CNC Rotary Table 22

13 GX-H series CNC Rotary Table ( Brake) GX-500H GX-800H GX-6H 560 G X H Table size Veritcal & horizontal application Worm gear transmission brake Worktable diameter Ø500, Ø6, 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. spindle integrated unity with radial and axial bearings built-in 310 Ø180H Ø Ø H MODEL Unit GX-500H GX-6H GX-800H Worktable diameter mm / inch Ø500 / Ø19.69 Ø6 / Ø24.80 Ø800 / Ø Center bore diameter mm / inch Ø180H / Ø.09H Ø20H / Ø10.63H Ø285H / Ø11.22H Through-bore diameter mm / inch Ø1 /Ø 5.51 Ø2 / Ø8.66 Ø2 / Ø9.45 Height of table (horizontal) mm / inch 280 / / / 14.3 Height of center (vertical) mm / inch 310 / / / Width of T-slot mm / inch 18H / 0.1H 18H / 0.1H 22H / 0.4H Width of guide block mm / inch 18 / / / 0.8 Drive method and pressure Mpa / psi 5 / 5 / 3.5 / 50.5 Clamping torque Nm /ft. lbs. / / / Servo motor type FANUC 12i 22i 22i MITSUBISHI HF-4 HF-4 HF-4 Transmission ratio 1 / / / 180 Max. table speed rpm loading inertia ( W.D 2 ) 8 Kg.m Resolution deg Ø20H Ø Ø H Indexing accuracy sec Repeatability sec Net weight (servo motor excluded) Kg /lb 5 / / / loading capacity Vertical Kg /lb 0 / / / 160 Horizontal Kg /lb 600 / / / 30 Tailstock applied Kg /lb 600 / / / N /lbs 000 / / / load (when table clamped) N.m 5000 / / / N.m / / / Ø285H Ø2 Ø H cutting torque Nm /ft. lbs. 00 / / / 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. cutting torque at table speed of 1 min CNC Rotary Table 24

14 CX-H series CNC Index Table (426 for α8i/ SIEMENS) 319 CX-5H CX-0H CX-3H CX-500H 3 1(2) Ø5 12H 32 0 C X H brake Worktable diameter Ø5, Ø3, Ø0, 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 Ø50H 29 Ø50 Table size Veritcal & Horizontal applicatiion Coupling (3 pcs type) with worm gear transmission (494 for SIEMENS) 9(245) 9 49 Equipped with three pcs coupling. 14H MODEL Unit CX-5H CX-3H CX-0H CX-500H 380 Ø3 23 Worktable diameter mm / inch Ø5 / Ø10.04 Ø3 / Ø12.60 Ø0 / Ø15. Ø500 / Ø Center bore diameter mm / inch Ø50H / Ø1.9H Ø0H / Ø2.6H Ø110H / Ø4.33H Ø1H / Ø5.12H Through-Bore diameter mm / inch Ø50 / Ø1.9 Ø0 / Ø2.6 Ø110 / Ø4.33 Ø1 / Ø5.12 Height of table (horizontal) mm / inch 210 / / 9. 5 / / Ø0H 29.5 Ø0 Height of center (vertical) mm / inch 190 / / / / 12. Width of T-slot mm / inch 12H / 0.4H 14H / 0.55H 14H / 0.55H 18H /0.1H Width of guide block mm / inch 18 / / / / 0.1 Drive method and pressure Mpa / psi 3.5 / / / / 50.5 Clamping torque Nm /ft. lbs. 10 / / / / 4422 Servo motor type FANUC α4i / α8i α12i α12i α12i MITSUBISHI HF-54 / HF-104 HF-4 HF-4 HF-4 Transmission ratio 1 / 1 1 / 1 1 / / 180 Max. table speed rpm loading inertia ( W.D 2 ) 8 Kg.m Resolution deg Indexing accuracy sec Repeatability sec Net weight (servo motor excluded) kg / lb 133 / / / / loading capacity load (when table clamped) Vertical kg / lb 150 / 3 1 / / 4 0 / 880 Horizontal kg / lb 0 / / / / 13 Tailstock applied kg / lb 0 / / / / 13 N / lbs / / / / Nm /ft. lbs. 10 / / / / (54 for SIEMENS) 9 (310) Ø0 Ø Ø110H 14H 23 18H Ø110 Nm /ft. lbs. 00 / / / / cutting torque Nm /ft. lbs. 550 / 5 80 / / / 1843 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. cutting torque at table speed of 1 min Ø1H 45 Ø1 CNC Index Table 26

15 DV/DX series DDM Rotary Table DV-10P DV-10P DV-5PII DX-3H D X H P Table size X Vertical & horizontal application V Vertical application DDM direct drive (torque motor) Pneumatic brake 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 Ø90 10 Ø Ø DV-5PII MODEL Unit DV-10P DV-5P DX-3H Worktable diameter mm / inch - Ø5 / Ø10.04 Ø3 / Ø12.60 Center bore diameter mm / inch Ø45H / Ø1.H Ø50H / Ø1.9H Ø60H / Ø2.36H Through-Bore diameter mm / inch Ø / Ø1.5 Ø / Ø Ø 24.5 Height of table (horizontal) mm / inch / Height of center (vertical) mm / inch 1 / / / 8.66 Width of T-slot mm / inch - 12H / 0.4H 14H / 0.55H Width of guide block mm / inch 18 / / / 0.1 Drive method and pressure Mpa / psi Pneumatic 0.6~0. / 8~101.5 Pneumatic 0.5~0. / 2.5~ / Clamping torque Nm /ft. lbs. 2 / / / Transmission Method Direct Drive Direct Drive Direct Drive Max. table speed rpm loading inertia ( W.D 2 ) Kg.m Resolution deg H Indexing accuracy sec. 10 Repeatability sec Net weight (servo motor excluded) kg / lb 4 / / / 4 loading capacity Vertical kg / lb / 66 / 165 / 165 Horizontal kg / lb / 3 Tailstock applied kg / lb 0 / / / 3 N / lbs 1200 / / / 90.4 DX-3H load (when table clamped) Nm /ft. lbs. / / / Ø3 Nm /ft. lbs. 2 / / / H 23 Ø50H cutting torque Nm /ft. lbs. 55 / / / Cooling system Air cooling Air cooling 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-5PII for FANUC and MITSUBISHI. 2 DDM Rotary Table 28

16 model : ser. no.: date : ST-T series Quill Tailstock S T T P Quill Tailstock P H Pneumatic drive drive With morse taper Table size: Ø10 SR series Rotary Tailstock S R P Rotary tailstock P H Table size: Ø10 Pneumatic clamping clamping Manual Quill Tailstock SR-1P SR-10P/H SR-210P/H 1 SR-5H SR-3H SR-0H 50 MODEL SR-1P SR-10P SR-210P SR-5H SR-3H SR-0H d e tron CO., LTD. H C Weight kgs / lbs / / / / / / (6 for ST1T) 2(196 for ST1T) 46(.5 for ST1T) (14 for ST1T) 146(100 for ST1T) Unit mm / inch ST-1T ST-210T ST-3T ST-10T ST-5T ST-0T MODEL ST-1T ST-10T ST-210T ST-5T ST-3T ST-0T H 110 / / / / / / C 161 / /. 8 / / / / Weight(Kg / lb) 24 / / / / 68. / / 68. SR-1P SR-5H 1 3 Pneumatic Quill Tailstock Quill Tailstock Ø15 22 ØH Ø Ø.5 Ø50H Ø ST-1TP ST-210TP ST-10TP ST-10TH ST-5TH ST-210TH ST-3TH ST-0TH SR-10P/H SR-3H Pneumatic manual switch valve (optional) manual switch valve (optional) Ø ØH Ø10 2 Ø Ø0H Ø3 L A B H SR-210P/H SR-0H Unit mm / inch MODEL ST-1TP ST-10TP/TH ST-210TP/TH ST-5TH ST-3TH ST-0TH E C D (14h for ST1) H 110 / / / / / /10.04 C 11 / / / / / / A 196 /.2 2 / / / / / 9.06 B 23 / / / / / / 1.91 D 191 / / / / / / E 100 / / / / / / 5. L / / / / / / Weight(Kg / lb) 24 / / / / 9. /.0 36 / 9. Note: Max. operating pressure: 2MPa Ø ØH Ø Ø Ø110H Ø Quill Tailstock

17 GF-P series CNC Tilting Rotary Table GF -101S GF -1P GF -10P/H GF -211P/PB/H GF-101S H Ø Ø G F P (B) MODEL Five axes Unit GF-101S GF-1P GF-10P/H GF-211P/PB/H Worktable diameter mm / inch Ø100 / Ø3.94 Ø1 / Ø4.92 Ø10 / Ø6.69 Ø210 / Ø8.2 Center bore diameter mm / inch ØH / Ø1.18H ØH / Ø1.18H ØH / Ø1.5H ØH / Ø1.5H Height of table (horizontal) mm / inch 5 / / / / Height of center (vertical) mm / inch 1 / / /.48 2 / 8.86 Width of T-slot mm / inch 12H / 0.4H 12H / 0.4H 12H / 0.4H 12H / 0.4H Width of guide block mm / inch 18 / / / / 0.1 Drive method /pressure Mpa / psi S: 0.5~0. / 2.5~101.5 P: 0.5~0. / 2.5~101.5 P: 0.5~0. / 2.5~101.5 H: 2.5 / P: 0.5~0. / 2.5~101.5 H: 2.5 / R T R T R T R T Servo motor spec FANUC α2i α2i α2i α4i α4i α4i α4i α8i MITSUBISHI HF-105 HF- HF-54 HF-54 HF-54 HF-104 Transmission ratio 1: 1:1 1:90 1:90 1:90 1:90 1:90 1:1 Max. table speed rpm loadng capacity unblancing work moment load (when table clamped) Table size Worm gear transmission In Horizontal kg / lb / 50 / 110 / 165 / 165 In Tilt (0~90 ) Tilting motor mounted at the back of table kg / lb / 44 / 50 / / 110 WxL Nm /ft. lbs. 24 / / 1.69 / /.06 F N / lbs 00 / / / / FxL Nm /ft. lbs. 0 / / FxL Nm /ft. lbs. 0 / / Worktable diameter Ø100, Ø1, Ø10, Ø210. The pneumatic brake equipped with high precision cross roller bearings.transmitted by dual lead worm with high efficiency and full depth gear teeth. P: 180 / H: 0 / P: 260 / H: 0 / P: 260 / H: 0 / P: 0 / H: 450 / loading inerta ( W.D 2 ) kg.m Pneumatic brake Super multiple power brake Resolution deg Indexing accuracy sec " 60" " 60" " 60" " 50" Repeatability sec 6" 8" 6" 8" 6" 8" 6" 8" Tilting angle range deg. -1~+10 +~-1 +~-1 +~-1 Net weight (servo motor excluded) kg / lb 90 / / 2 10 / / 660 Cutting Torque Nm /ft. lbs. 85 / / / / 184. P: Pneumatic S: Super multiple pneumatic H: R: Rotary Axis T: Tilt Axis P S H (customized) Equipped with high precision cross roller bearings in upgraded spec. 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. wheel torque at table speed of 1 min According to application engineering, optical encoder is recommended for tilting axis. 31 Tilting Rotary Table 32 GF-1P GF-10P/H GF-211P/ PB GF-211PB GF-211P H H H ØH 2 1 Ø ØH Ø ØH Ø Ø Ø Ø Ø Red lines: GF -211P motor and related layout. Blue lines: GF -211PB motor and related layout

18 GF-H series CNC Tilting Rotary Table GF-6H GF -6H/HB G F H (B) Five axes GF -3H Table size brake Tilting motor mounted at the back of table Worktable diameter Ø5, Ø3. The hydraulic brake equipped with radial and axial bearings. Transmitted by dual lead worm with high efficiency and full depth gear teeth Ø50H 12h Ø Worm gear transmission Spindle shaft and 3 pcs type radial and axial bearings integrate as one unit (for FANUC) (for MITSUBISHI) MODEL Unit GF-6H/HB GF-3H Worktable diameter mm / inch Ø5 / Ø10.04 Ø3 / Ø12.60 Center bore diameter mm / inch Ø50H / Ø1.9H Ø0H / Ø2.6H Height of table (horizontal) mm / inch 3 / /13.98 Height of center (vertical) mm / inch 2 / / Width of T-slot mm / inch 12H / 0.4H 14H / 0.55H Width of guide block mm / inch 18 / / 0.1 Drive method /pressure Mpa / psi 5 /.0 5 /.0 R T R T Servo motor spec FANUC 4i 8i 8i 12i MITSUBISHI HF-104 HF-154 HF-104 HF-4 Transmission ratio 1:90 1:1 1:1 1:1 Max. table speed rpm In Horizontal kg / lb 100 / 2 0 / 4 loadng capacity In Tilt (0~90 ) kg / lb / / 3 unblancing work moment load (when table clamped) WxL Nm /ft. lbs. 8 / / 81.0 F N / lbs / / FxL Nm /ft. lbs. 00 / / FxL Nm /ft. lbs. 00 / / loading inerta ( W.D 2 ) kg.m Resolution deg Indexing accuracy sec 15" 50" 15" 50" Repeatability sec 6" 8" 6" 8" Tilting angle range deg. +~-1 +~-1 Net weight (servo motor excluded) Kg / / 1232 Cutting Torque Nm /ft. lbs. 0 / / 292 R: Rotary Axis T: Tilt Axis 8 (customized) 33 CNC Tilting Rotary Table 34 GF-6HB GF-3H H h Ø50H Ø0H 10 Ø , Ø 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. wheel torque at table speed of I min According to application engineering, optical encoder is recommended for tilting axis Ø

19 GFE series CNC Deep Tilting Rotary Table GFE-212S GFE-410HB G F E H B MODEL Table size with base plate Five axes Worm gear transmission GFE-3H GFE-500HB brake Tilting motor mounted at the back of table Worktable diameter Ø210, Ø3, Ø410, Ø500. The hydraulic brake equipped with radial and axial bearings. Transmitted by dual lead worm with high efficiency and full depth gear teeth. Built-in air-booster. Unit GFE-212S GFE-3H GFE-410HB GFE-500HB Worktable diameter mm / inch Ø210 / Ø8.2 Ø3 / Ø12.60 Ø410 / Ø16.14 Ø500 / Ø19.69 Center bore diameter mm / inch ØH / Ø1.5H Ø50H / Ø1.9H Ø0H / Ø2.6H Ø0H / Ø2.6H Height of table (horizontal) mm / inch 3 / / / / Height of center (vertical) mm / inch 3 / / / / Width of T-slot mm / inch 12H / 0.4H 12H / 0.4H 14H / 0.55H 14H / 0.55H Drive method /pressure Servo motor spec Mpa / psi P: 0.5~0. / 2.5~101.5 H: 5 /.00 *P: 0.5~0. / 2.5~101.5 *P: 0.5~0. / 2.5~101.5 R T R T R T R T FANUC 4i 8i 8i 8i 8i 2i 8i 22i MITSUBISHI HF-104 HF-224 HF-104 HF-154 HF-154 HF-4 HF-154 HF-4 Transmission ratio 1:90 1:90 1:90 1:1 1:1 1:150 1:144 1:180 Max. table speed rpm loadng capacity unblancing work moment In Horizontal In Tilt (0~90 ) (customized) kg / lb / / 4 0 / 4 0 / 660 kg / lb 50 / / / 3 0 / 550 WxL Nm /ft. lbs. 53 / / / / GFE-212S GFE-3H Equipped with air-hydraulic converter, external hydraulic is not necessary B , Ø B Ø (Fanuc, MISIUBISHI, SIEMENS) (HEIDENHAIN) 185 A 3 (Max. Height 40) (3) (Max. Height 591) (411) +0.0 Ø Ø H +1º H º (Fanuc, MISIUBISHI, SIEMENS) (HEIDENHAIN) load (when table clamped) F N / lbs 100 / / / / FxL Nm /ft. lbs. 5 / / / / FxL N.mNm /ft. lbs. 585 / / / / loading inerta ( W.D 2 ) kg.m Resolution deg Indexing accuracy sec " 60" " 60" 15" 60" 15" 60" Repeatability sec 6" 8" 6" 8" 6" 8" 6" 8" Tilting angle range deg. -~+1 -~+1 -~+1 -~+1 Net weight (servo motor excluded) kg / lb 450 / / / / Cutting Torque Nm /ft. lbs. 0 / / / / 295 P: Pneumatic S: Super multiple pneumatic H: R: Rotary Axis T: Tilt Axis *air-oil converter built-in Equipped with air-hydraulic converter, external hydraulic is not necessary. CNC Deep Tilting Rotary Table 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. wheel torque at table speed of 1 min According to application engineering, optical encoder is recommended for tilting axis

20 DF series CNC DDM Tilting Rotary Table DF-321H 1 DF -321H DF -0H 2 5 DF -500H D F H brake Table size Five axes DDM direct drive (torque motor) 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 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. 4 + Ø18 Ø Ø3 MODEL Unit DF-321H DF-0H DF-500H DF-0H Worktable diameter mm / inch Ø3 / Ø12.60 Ø0 / Ø15. Ø500(650) / Ø19.69(.59) Center bore diameter mm / inch Ø50H / Ø1.9H Ø55H / Ø2.1H Ø0H / 2.6H Height of table (horizontal) mm / inch 0 / / / 9.84 Width of T-slot mm / inch 14H / 0.55H 14H / 0.55H 18H / 0.1H Width of guide block mm / inch 18 / (Ø490) Ø Ø Drive method /pressure Mpa / psi 5 /.00 5 / / 50.5 Transmission ratio Direct Drive Direct Drive Direct Drive Max. table speed loadng capacity unblancing work moment In Horizontal In Tilt (0~90 ) rpm R T R T R T kg / lb 1 / / 3 0 / 660 kg / lb 100 / / 2 0 / 660 WxL Nm /ft. lbs. 0 / / / DF-500H load (when table clamped) F N / lbs 000 / / / FxL Nm /ft. lbs. 800 / / / FxL Nm /ft. lbs / / / loading inerta ( W.D 2 ) kg.m Resolution deg Indexing accuracy sec Repeatability sec Tilting angle range deg ~ - + ~ -1 +~ R Ø650 Ø Net weight (servo motor excluded) kg / lb 6 / / / R: Rotary Axis T: Tilt Axis 3 CNC Deep Tilting Rotary Table 38

21 CVR series Automatic Pallet Change System CVR Ø10 CVR-600 CVR-850 CVR-10D C V R Pallet size Rack type Double pallet system (C type) 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: drive. Workpiece loading capacity up to 0kg x 2 pcs. Fast pallet change is accomplished in seconds. HIGH REPEATABILITY: Employs high precision conical positioning blocks to ensure stability of table and repeatability in 0.005mm. CVR-850 CVR-10D Ø Ø MODEL Unit CVR-600 CVR-850 CVR-10D Pallet sizes mm / inch 600 x 0 / x x 500 / x x 500 /.3 x Number of pallets Pallet change method 180 Swing 180 Swing 180 Swing T-slot size mm / inch 14H8 / 15HB 18H8 / 0.1HB 18H8 / 0.1HB Drive method /pressure Mpa / psi 6 / 80 6 / 80 6 / 80 Pallet clamping force N / lbs / / / Cutting load resistant capacity Nm /ft. lbs. 20 / / / Pallet positioning method Taper cone Taper cone Taper cone loading capacity Kg / lb 0 x 2 / 4 x 2 0 x 2 / 660 x 2 0 x 2 / 660 x 2 SVC series S V C D Pallet size Roller gear cam type Single pallet system (Column moving type) Automatic Pallet Change System (Roller Gear Cam Type) Ø Lifting force N / lbs 280 / / / Pallet exchange mechanism Kg / lb 450 / / / Weight(N.W.) Pallet Kg / lb 110x 2 / 242 x x 2 / 418 x 2 2 x 2 / 418 x Customized Sub-pallet Kg / lb 60 / / / 231 NOTE: Pallet change time may varied with flow of pump, length and diameter of pipe. 3 (flat structure) 4 SVC-00 With flat structure SVC-10D SVC-050 SVC-12D SVC Automatic Pallet Change System

22 HH series Horizontal Index Table HH-500HT H HH-500HT HH-6HT 260 HH-800HT H H H T Square pallet Table size Horizontal application brake Ø Coupling (2 pcs type) with worm gear transmission (1 / 5 ) customized 280 MODEL Unit HH-500HT HH-6HT HH-800HT Table sizes mm / inch 500 x 500 / x x 6 / 24.8 x x 800 / 31.5 x 31.5 Center bore diameter mm / inch Ø50H / Ø1.9H Ø50H / Ø1.9H Ø50H / Ø1.9H Height mm / inch 280 / / / 14.1 Wide of T-slot mm / inch 18H / 0.1H 18H / 0.1H 22H / 0.8H Resolution 1 / 5 1 / 5 1 / 5 Transmission ratio 1:144 1:180 1:180 HH-6HT H 31 Motor speed rpm FANUC 12i / 22is 12i / 22is 22i / 22is Servo motor type MITSUBISHI HF-4 HF-4 HF-4 SIEMENS 1FK083 1FK083 1FK Ø Torque Nm /ft. lbs. 864 / / / Clamping torque Nm /ft. lbs. 560 / / / Nm /ft. lbs. 990 / / / Drive method / pressure Mpa / psi 5 / 5 / 6.5 / 943 HH-800HT H Index accuracy sec Repeatability accuracy sec Max. workpiece load Kg / lb 600 / / / Net weight Kg / lb 410 / / / 24 HH series No. Description of Inspection Permissible Error HH-500H HH-6H HH-800H Run out of center hole 0.01 / / / Table flatness during rotation / / / Flatness of table surface 0.02 / / / Ø Parallelism between table surface and table base 0.02 / / / Parallelism between body datum face and guide block 0.02 / / / T-slot parallelism 0.02 / / / Unit: mm/inch 41 Horizontal Index Table 42

23 GH series Horizontal Rotary Table GH-500HT GH-500HT GH-6HT 260 GH-800HT 1 1 G H H T Table size Horizontal application brake Square pallet Ø H Worm gear transmission (0.001 ) (customized) GH-6HT 0 0 MODEL Unit GH-500HT GH-6HT GH-800HT Table sizes mm 500 x 500 / x x 6 / 24.8 x x 800 / 31.5 x 31.5 Center bore diameter mm Ø50H / Ø1.9H Ø50H / Ø1.9H Ø50H / Ø1.9H Height mm 280 / / / 14.1 Wide of T-slot mm 18H / 0.1H 18H / 0.1H 22H / 0.8H Resolution Transmission ratio 1:144 1:180 1: Motor speed min FANUC 12i / 22is 22i / 22is 22i / 22is Servo motor type MITSUBISHI HF-4 HF-4 HF-4 SIEMENS 1FK083 1FK084 1FK Ø H 31 Clamping torque N.m 00 / / / N.m 00 / / / Drive method / pressure MPa 5 / 5 / 3.5 / 508 GH-800HT 0 0 Index accuracy sec Repeatability accuracy sec Max. workpiece load Kg 600 / / / 40 Net weight Kg 450 / / / 96 GH series No. Description of Inspection Permissible Error GH-500H GH-6H GH-800H Run out of center hole 0.01 / / / Table flatness during rotation / / / Flatness of table surface 0.02 / / / Ø H 3 4. Parallelism between table surface and table base 0.02 / / / Parallelism between body datum face and guide block 0.02 / / / T-slot parallelism 0.02 / / / Unit: mm/inch 43 Horizontal Rotary Table 44

24 HH-T2 series Index Table with 2 Pallets for Horizontal Machining Center HH-501HT2 HH-631HT2 HH-6HT2 HH-800HT2 HH-501HT Ø H H H T (60) Two pallets Pallet type brake Table size Horizontal application 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 HH-631HT Ø6 Coupling (2 pcs type) with worm gear transmission (1 / 5 ) (911.5) (customized) (customized) HH-800HT MODEL Unit HH-501HT2 HH-6/631HT2 HH-800HT2 Table sizes mm / inch 500 x 500 / x x 6 / 24.8 x x 800 / 31.5 x 31.5 Center bore diameter mm / inch Ø50H / Ø1.9H ØH / Ø1.18H Ø50H / Ø1.9H Height mm / inch 380 / / / /.8 Wide of T-slot mm / inch Resolution 1 / 5 1 / 5 1 / 5 Transmission ratio 1:144 1:180 1:180 Motor speed rpm FANUC 8i 12i 22i Servo motor type MITSUBISHI HF-154 HF-4 HF-4 SIEMENS 1FK063 1FK083 1FK084 Clamping torque Nm /ft. lbs. 450 / / / 319. Nm /ft. lbs. 40 / / / Drive method /pressure Mpa / psi 5 / 5 / 5 / Index accuracy sec Repeatability accuracy sec Max. workpiece load Kg / lb 600 / / / 40 Net weight Kg / lb 5 / / / / 30 POSITIONING TAPER CONES detron Pull-stud HRC Collet clamp system HRC Dust cover with air blowing holes design to prevent stacks of chips others Steel ball clamp system HRC A. Pull-stud Mechanism Ø 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. C. Replacement Thanks to the integrated design of the positioning cone, the entire assembly can be conveniently replaced by simply loosening lockscrews Cylinder wall piston Cylinder wall of piston (casting) 45 CNC Rotary Table for HMC 46

25 GH-T2 series Rotary Table with 2 Pallets for Horizontal Machining Center GH-501HT2 GH-6HT2 GH-501HT GH-631HT2 GH-800HT2 G H H T 2 Ø Two pallets Pallet type brake (42) Table size Horizontal application Worm gear transimission (0.001 ) 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 GH-6HT Ø (985.5) (customized) (customized) GH-631HT MODEL Unit GH-501HT2 GH-6/631HT2 GH-800HT2 Table sizes mm / inch 500 x 500 / x x 6 / 24.8 x x 800 / 31.5 x 31.5 Center bore diameter mm / inch Ø50H / Ø1.9H ØH / Ø1.18H Ø50H / Ø1.9H Ø6 0 Height mm / inch 380 / / / /.8 Resolution Transmission ratio 1:180 1:180 1:180 Motor speed rpm (985.5) Servo motor type FANUC 12i 22i 22i MITSUBISHI HF-4 HF-4 HF-4 SIEMENS 1FK083 1FK084 1FK084 GH-800HT Clamping torque Nm /ft. lbs. / / / Nm /ft. lbs. 00 / / / Drive method /pressure Mpa / psi 5 / 5 / 3.5 / 50.5 Index accuracy sec Repeatability accuracy sec Max. workpiece load Kg / lb 600 / / / 40 Net weight Kg / lb 5 / / / / 30 Ø Index Table with 2 Pallets for Horizontal Machining Center 48

26 ACR series Fork Type ACW ACW-500 ACR ACR-500T ACR ACW-6 ACW A C R (T) ACR Ø ACW Top-mounted type 183 Pallet size R Rack type W Servo type Automatic pallet change system HH-6HT2+ACR-6 HH-502HT2+ACW-500 GH-631HT2+ACW MODEL ACW Unit ACR-500(T)/ACW-500 ACR-6/ACW-6 ACW Table sizes mm / inch 500 x 500 / x x 6 / 24.8 x x 800 / 31.5 x 31.5 Number of pallets Exchange method of pallet Swing Swing Servo motor (ABS) swing Servo motor (ABS) swing Change degree of pallet deg Air pressure Mpa / psi 0.5 ~ 0.6 / 2.5 ~ ~ 0.6 / 2.5 ~ ~ 0.6 / 2.5 ~ Ø pressure Mpa / psi 6 / 80 6 / 80 6 / 80 Life stroke mm / inch 60 / / / Max. workpiece load Kg / lb 500x2 / 1100 x 2 10x2 / 26 x 2 00x2 / 40 x Auto Pallet Changer for HMC 50

27 Fixture Plate and Accessories Illustration CHUCK AND OTHER OPTIONS FOR CNC ROTARY TABLE chuck Manual chuck Pneumatic chuck Support rotary tailstock Flange plate Flange plate Fixture plate CNC rotary table Support rotary tailstock Flange plate Fixture plate Flange plate CNC rotary table Non through-hole rotary Flange plate Flange plate Flange plate chuck Manual chuck Pneumatic chcuk ROTARY TABLE AND COMPATIBLE CHUCK Raiser block L block distributor A E D B N L block E Block Base plate Suggested Dimension of Fixture and Base Plate H L W L block Q I J K M L O L block Base plate MODEL GX-1P GX-10P GX-210P GX-5P/H GX-3H GX-0H GX-500H Manual chuck SC-4, SC-5 SK-6, SK- SK-, SK-8 SK-8, SK-9 SK-10, SK-12 SK-10, SK-12 SK-12, SK-16 chuck HCK-6 HCK-6 HCK-8 HCK-10 GRIPPING RANGE OF 3- JAW CHUCK MODEL SC-4 SC-5 SK-6 SK- SK-8 SK-9 SK-10 SK-12 SK-16 O.D. range I.D range Ø3-9/Ø Ø32-84/ Ø Ø3-110/ Ø Ø-100/ Ø Ø3-160/ Ø Ø55-150/ Ø ACCESSORIES CONNECTION DIAGRAM Flange plate Ø8-180/ Ø Ø62-10/ Ø Ø8-180/ Ø Ø62-10/ Ø Manual chuck Ø11-2/ Ø Ø0-210/ Ø Ø12-260/ Ø Ø80-0/ Ø *Model in red is first choice Ø15-0/ Ø Ø90-290/ Ø /inch Ø-0/ Ø Ø / Ø Defined by the number of parts and work pieces Attention to machine interference R S C P ST series manual tailstock (suitable for cylindrical work pieces) MODEL Unit GX-1P GX-10P GX-210P GX-5H GX-3H GX-0H X axis Travel of mm / inch 500 / 600 / / / / 10 / 51 Applicable Machine A mm/inch 210 / / / / / / 1.2 B mm/inch 26 / / / / / / C mm/inch / 1.18 / 1.38 / 1.38 / 1.38 / 1.5 / 1.5 D mm/inch 2-Ø14 / 2-Ø Ø18 / 2-Ø0.1 2-Ø18 / 2-Ø0.1 2-Ø18 / 2-Ø0.1 P.S. The center height of permissible error between rotary table and support rotary tailstock is within 0.01 mm 2-Ø18 / 2-Ø0.1 2-Ø18 / 2-Ø0.1 E mm/inch 80 / / / / / / 4.92 H mm/inch 1 / / / / / /.48 I mm/inch 441 / / /.63 1 / / / 3.83 J mm/inch 155 / / / / / 9. 5 / K mm/inch 116 / / / / / / 4.29 L mm/inch / 0.9 / 0.98 / 0.98 / 0.98 / 1.18 / 1.18 M mm/inch 0 / / / / / /.43 N mm/inch 1 / / /.8 0 / / / 15. O mm/inch / 1.18 / 1.18 / 1.18 / 1.5 / 1.5 / 1.5 P mm/inch 110 / / / / / / Q mm/inch 842 / / / / / / R mm/inch / / / / / / 10.9 S mm/inch 9.5 / / / / / / W mm/inch Ø1 / Ø4.2 Ø10 / Ø6.69 Ø0 / Ø.8 Ø0 / Ø9.84 Ø0 / Ø11.81 Ø0 / Ø15. Non through-hole rotary (with hydraulic chuck) GX series rotary table CX series rotary table chuck ST-P/ST-H series Pneumatic/ hydraulic tailstock (suitable for cylindrical work pieces) divider (for clamping work 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. 51 ACCESSORIES FOR CNC ROTARY TABLE 52 Bridge unit connect plate 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- 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.

28 Compatible Servo Motor DIAGRAM ILLUSTRATION 4th Axis Model CNC and Servo System Model FANUC MITSUBISHI YASKAWA SIEMENS HEIDENHAIN FAGOR GX-1P GX-10P GX-210P GX-5P GX-5H GX-3H GX-0H GX-500H GX-6H GX-800H α2i β4is α4i β8is α4i β8is α4i β8is α4i /α8i β8is α8i /α12i β22is α12i β22is α12i β22is α22i β22is α22i β22is HF- SGMJV04A SGMGV08A 1FK042 QSY-96A - HF-54 SGMGV09A 1FK060 QSY-116C FKM22.A HF-54 SGMGV09A 1FK060 QSY-116C FKM22.A HF-54 SGMGV09A 1FK060 QSY-116E FKM42.A HF-104 / HF-154 SGMGV09A SGMGV13A 1FK063 QSY-116E FKM44.A HF-4 SGMGVA 1FK083 QSY-155B FKM64.A HF-4 SGMGVA 1FK083 QSY-155B FKM64.A HF-4 SGMGVA 1FK083 QSY-155B FKM64.A HF-4 SGMGVA 1FK084 QSY-155D FKM66.A HF-4 SGMGVA 1FK084 QSY-155D FKM66.A * 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. Diagram sample to connect Japan NC A. Wire layout of rotary table B. Outer cable for power/signal Body Encoder Signal I/O, pots (0.mm*8C) Standard military connector (Japanese CNC system) Military connector is used for FANUC and Mitsubishi controls. C. Electric box of M/C 4th axis amplifiers JF4 CXA2A-0.3M CZ2 L65 L65 NCI/O Other axis 5th Axis Model Axis Rotary Axis Motor & NC system FANUC MITSUBISHI YASKAWA SIEMENS HEIDENHAIN FAGOR Tilting Axis Rotary Axis Tilting Axis Rotary Axis Tilting Axis GF-1P α2i / β4is α4i / β8is HF- HF-54 SGMJV08A SGMGV09A 1FK042 1FK060 QSY-96A QSY-116C FKM22.A FKM22.A Rotary Axis GF-10P α4i / β8is α4i / β8is HF-54 HF-54 SGMGV09A SGMGV09A 1FK042 Tilting Axis 1FK060 1FK063 Rotary Axis Tilting Axis Rotary Axis Tilting Axis QSY-116C QSY-116C FKM22.A FKM42.A GF-211P α4i / β8is α8i / β12is HF-54 HF-104 SGMGV09A SGMGV09A 1FK042 1FK060 QSY-96A QSY-116C FKM42.A FKM42.A GF-6H α4i / β8is α8i / β12is HF-104 HF-154 SGMGV09A SGMGV13A 1FK060 1FK063 QSY-116C QSY-116E FKM42.A FKM42.A GF-3H GFE-3H α8i / β12is α4i / α8i / β8i α12i / β22is HF-104 HF-4 SGMGV13A SGMGVA 1FK063 1FK083 QSY116E QSY-155B FKM42.A FKM44.A α8i / β12 HF-104 HF-154 SGMGV13A SGMGVA 1FK060 1FK063 QSY-116E QSY-116J FKM42.A FKM44.A GFE-410HB α8i α12i HF-154 HF-4 SGMGV13A SGMGVA 1FK063 1FK081 1FK083 QSY-116J QSY-155C FKM44.A FKM44.A GFE-500HB α8i α22i HF-154 HF-4 SGMGV13A SGMGVA 1FK063 1FK084 QSY-116J QSY-155F FKM44.A FKM66.A Cable spec. for JP NC Power connector # connector SPEC Signal connector # connector SPEC FANUC / 1Pin 1 MS3102A28-11P 5 MS3102A-29PW Diagram sample to connect EU NC 2 MS3108A28-11S 6 MS3108A-29SW 3 MS3106A28-11P MS3106A-29PW Adherent-type connector (European CNC system or with optical encoder) 4 MS3102A28-11S 8 MS3102A-29SW MITSUBISHI / 1Pin MS3102A-29P MS3108A-29S MS3106A-29P MS3102A-29S MITSUBISHI / 19Pin MS3102A22-14P MS3108A22-14S MS3106A22-14P MS3102A22-14S Lapp part No or FLEXA power connector signal connector Motor Cover a b c d One outlet-type connector is used for Siemens and Heidenhain controls. Connector Module (female) P Signal / Encoder EU modular 2. 9M P 6P 3P Motor encoder 4-axis power 4X6mm air tube for D1 SIEMENS/HEIDENHAIN signal with EU plug ; 2.9M SIEMENS/HEIDENHAIN power with EU plug ; 2.9M 2. 9M 53 Compatible Motor Guidance 54

29 CNC ROTARY TABLE SCHEMATIC DIAGRAM OF ROTARY TABLE AND CNC MACHINE Amplifier (inside machine's electrical box) GX series rotary table Machine table of CNC Non-protective power/signal wires (placed inside cover) Suggested length: 3.5M Cover Protective power/ signal wires (placed inside cover) Suggested length: 2.5M 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. Suggested length 2.5M with protective pipe for outer power / signal cable, from motor cover to machine guarding. (for X travel mm machines) Suggested length 3.5M without protective pipe for power / signal cable, from machine guarding to amplifier. SCHEMATIC DIAGRAM OF ROTARY TABLE AND SINGLE AXIS CONTROLLER SELECT A PROPER ROTARY TABLE ACCORDING TO WORKPIECE TYPE AND CUTTING CONDITIONS Workpiece diameter Within rotary table diameter Workpiece weight Within allowable load range Motor Location and Others Fig. I 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 SAC Single Axis Control Power Input AC 2V Rotary Table Cable 5M Clamping Inlet Power Cable Solenoid Tank Signal to Connect M Codes Solenoid Valve Wire (SAC is directly connected to rotary table of pneumatic models) OF HEIDENHAIN ENCODER Rotary table Machining center Servo amplifier SAC Series- Single Axis Control 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. ATTENTION TO THE INTERFERENCE BETWEEN ROTARY TABLE AND MACHINE Interference between rotary table and inside of machine Attention to interference between Z-axis travel and tools a When Y-axis returns to home position, pay attention to the interference between distance "a" and inside of guard. Rotary Table T- slot T- slot way key T- slot pitch(b) NC Rotary Table Application Fig. II 1. AC axis Application 2. BC axis application A axis C axis Connector Location Fig. III side 1. AC axis rear side B axis C axis rear 2. BC axis Encoder type Encoder accuracy RC-23X Series 5" ECN-22X Series 10" ERN 180 Series 13" Recommended option for titling axis of 5 axis. Heidenhain encoder mounting diagram Pay attention to interference between Machine table 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. rear Front 55 DIAGRAM ILLUSTRATION 56