LT130LDGS Single table

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Shona Booker
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1 T0DGS Single table K(mounting hole: pitch) 0 30 S(stroke) M Depth 9( 1 ) Hole for n-m imit K n T0DGS T0DGS T0DGS T0DGS T0DGS T0DGS T0DGS otes 1 Too deep insertion depth of the mounting bolt may affect the running performance of the moving table, so never insert a bolt longer T0DGS/T2 Twin table 0 30 K(mounting hole: pitch) S(stroke) Hole for n-m4 1.7 T M Depth 9( 1 ) 4-M Depth 9( 1 ) imit K n T0DGS- 00/T T0DGS- 980/T T0DGS-1460/T T0DGS-1940/T T0DGS-24/T T0DGS-240/T otes 1 Too deep insertion depth of the mounting bolt may affect the running performance of the moving table, so never insert a bolt longer 1=0.2f=0.2248lbs

2 inear Motor Table T T0DGF/D Single table with cover TDGS Single table / High thrust specification TDVS Single table / High speed specification 6 30 K(mounting hole: pitch) S(stroke) K(mounting hole: pitch) S(stroke) M Depth Hole for n-m imit M6 Depth 9( 1 ) Hole for n-m imit K n T0DGF- 240/D T0DGF- 7/D T0DGF-0/D T0DGF-1680/D ote 1 For other stroke lengths, please contact K n TDGS- 680 TDVS TDGS-1 TDVS TDGS-1640 TDVS TDGS-2 TDVS TDGS-2600 TDVS TDGS-27 TDVS otes 1 Too deep insertion depth of the mounting bolt may affect the running performance of the moving table, so never insert a bolt longer T0DGF/DT2 Twin table with cover 6 K(mounting hole: pitch) 30 S(stroke) TDGS/T2 Twin table / High thrust specification TDVS/T2 Twin table / High speed specification K(mounting hole: pitch) S(stroke) 8 9 T imit K n T0DGF- 00/DT T0DGF- 980/DT T0DGF-1460/DT ote 1 For other stroke lengths, please contact Hole for n-m M Depth M Depth imit M6 Depth 9( 1 ) K n TDGS- 4/T2 TDVS - 4/T TDGS- 900/T2 TDVS - 900/T TDGS-80/T2 TDVS -80/T TDGS-1860/T2 TDVS -1860/T TDGS-2340/T2 TDVS -2340/T TDGS-2460/T2 TDVS -2460/T otes 1 Too deep insertion depth of the mounting bolt may affect the running performance of the moving table, so never insert a bolt longer 1=0.2f=0.2248lbs M6 Depth 9( 1 ) Hole for n-m 306

3 inear Motor Table T TDGF/D Single table with cover / High thrust specification TDVF/D Single table with cover / High speed specification K(mounting hole: pitch) S(stroke) 9 THS Single table 63 K(mounting hole: pitch) 2 S TDGF- 680/D TDVF - 680/D TDGF-1/D TDVF -1/D TDGF-1640/D TDVF -1640/D ote 1 For other stroke lengths, please contact. 18 imit M6 Depth 12 K n Hole for n-m TDGF/DT2 Twin table with cover / High thrust specification TDVF/DT2 Twin table with cover / High speed specification K(mounting hole: pitch) S(stroke) (49) 9. 0 () 6-M6 Depth 12( 1 ) Hole for n-m K n THS THS THS THS THS THS otes 1 Too deep insertion depth of the mounting bolt may affect the running performance of the moving table, so never insert a bolt longer THS/T2 Twin table 63 imit K(mounting hole: pitch) Hole for n-m 2 S T 18 A-table B-table TDGF- 4/DT2 TDVF - 4/DT2 TDGF- 900/DT2 TDVF - 900/DT2 TDGF-80/DT2 TDVF -80/DT2 ote 1 For other stroke lengths, please contact. imit M6 Depth K n M6 Depth 12 Hole for n-m 2.8 (49) 9. 0 () imit 6-M6 Depth 12( 1 ) 6-M6 Depth 12( 1 ) K n THS- 4/T THS- 890/T THS-/T THS-180/T THS-2330/T THS-2430/T otes 1 Too deep insertion depth of the mounting bolt may affect the running performance of the moving table, so never insert a bolt longer =0.2f=0.2248lbs. 308

inear Motor Table T THF/D Single table with cover 78 K(mounting hole: pitch) 2 S 18 (6) 9. 0 (49) () imit 72 76 6-M6 Depth 12 Hole for n-m K n THF- 60/D 60 1 0 1 800 12 2.

4 inear Motor Table T THF/D Single table with cover 78 K(mounting hole: pitch) 2 S 18 (6) 9. 0 (49) () imit M6 Depth 12 Hole for n-m K n THF- 60/D THF-10/D THF-16/D ote 1 For other stroke lengths, please contact. 4.4 THF/DT2 Twin table with cover 78 2 K(mounting hole: pitch) S 2 Hole for n-m (6) 9. 0 (49) 18 () imit A-table 6-M6 Depth 12 6-M6 Depth 12 K n THF- 4/DT THF- 890/DT THF-/DT ote 1 For other stroke lengths, please contact. B-table =0.2f=0.2248lbs. 3

Alignment Table Table Crossed Roller Bearing Ball screw Rotation Points 1 Rotary positioning table for converting linear motion to rotary motion incorporated in the bearing supporting the table.

3 Positioning repeatability of ±1 sec A rotator for converting linear motion to rotary motion is precision ball screw, thus achieving the high positioning repeatability of ±1 sec.

configuration of low height XY-θ multi-axis positioning mechanism.

5 Alignment Table Table Crossed Roller Bearing Ball screw Rotation Points 1 Rotary positioning table for converting linear motion to rotary motion incorporated in the bearing supporting the table. This is a positioning table that allows precise angle correction by converting the linear motion to the rotational motion through the rotator mechanism combining the inear Way and ball screws.high rigidity steel-made table and bed are used and a Crossed Roller Bearing is 2 ow profile design with high rigidity Adoption of Crossed Roller Bearing capable of exerting high rigidity in all direction has achieved low profile, high rigidity, and high precision. 3 Positioning repeatability of ±1 sec A rotator for converting linear motion to rotary motion is precision ball screw, thus achieving the high positioning repeatability of ±1 sec. accurately guided by the combination of inear Way and Available as multi-axis configured alignment table 4Placing this unit on the slide table of Precision Positioning Table H enables the configuration of low height XY-θ multi-axis positioning mechanism. Example of multi-axis configuration using Alignment Table Bed Driving mechanism of Alignment Table Alignment Table is driven by stroking a rotator linked to table's outer periphery by driving of ball screw in a linear direction. In order to adjust the distance and angle from the center of table varied by rotator movement, linear and rotary motion mechanism that follows according to the table angle is incorporated in the rotator. Therefore, in Alignment Table, even when moving the rotator at a same pitch, the table's rotation angle tends to vary depending on the position, so that even when moving it at a constant speed, the rotation speed does not stay constant. Ball screw Rotator Distance from the center of table Major product specifications Accuracy unit: sec Driving method inear motion rolling guide and bearing Built-in lubrication part Material of table and bed Sensor Precision ball screw inear Way (ball type) Crossed Roller Bearing o built-in High carbon steel Provided as standard Positioning repeatability Positioning accuracy ost motion Parallelism in table motion A Parallelism in table motion B Attitude accuracy Straightness ±1 Variation Shape Table diameter Model and size Table diameter (mm) Operating angle range (degree) ± Backlash ± 311 1=0.2f=0.2248lbs. 312

6 Identification umber Example of an Identification umber / 1 Identification umber and Specification 1 2 Model Size : Alignment Table : Table diameter mm : Table diameter mm 300: Table diameter 300mm 1 Model 2 Size Page -314 Page Designation of motor attachment As for a motor attachment, select it from the list of Table 1. Motor should be prepared by customer. Please specify motor attachment applicable to motor for use. A coupling shown in Table 2 is temporarily fixed in the main body before shipment, so that final position adjustment should be performed by customer. 3 Designation of motor attachment Page -314 Table 1 Application of motor attachment Models of motor to be used Flange Motor attachment Type Manufacturer Series Model Rated output size W mm 300 SGMJV-AA 1 YASKAWA 0 SGMAV-AA 1 EECTRIC - 40 SGMJV-01A 1 2 CORPORIO 0 SGMAV-01A 1 2 HF-MP03, HG-MR Mitsubishi Electric HF-KP03, HG-KR03 1 J3, J4 40 AC servo Corporation HF-MP, HG-MR motor HF-KP, HG-KR 1 2 MSMDA 3 0 Panasonic MSMEA 3 MIAS A 38 Corporation MSMD MSME Hitachi Industrial Equipment ADMA-R 0 1 AD 40 Systems Co., td ADMA AR46 42 step AR AR Stepper motor ORIETA MOTOR Co., td. RK CRK ote 1 Applicable to the outer diameter 8 of motor output shaft. Remark: For detailed motor specifications, please see respective motor manufacturer's catalog. RK4CRK RK6CRK Table 2 Coupling models Motor attachment Coupling models Manufacturer Coupling inertia J C - m 2 1 MSTS-16-8 abeya Bi-tech Kaisha UA-2C-88 Sakai Manufacturing Co., td MSTS-16-8 abeya Bi-tech Kaisha UA-2C-88 Sakai Manufacturing Co., td MSTS-16-6 abeya Bi-tech Kaisha MSTS-2C-8 abeya Bi-tech Kaisha MSTS-16- abeya Bi-tech Kaisha MSTS-2C-88 abeya Bi-tech Kaisha 0.71 Remark: For detailed coupling specifications, please see respective manufacturer's catalog. 3 1=0.2f=0.2248lbs. 314

1 High precision, high rigidity positioning table

TSHM CTHM 11 116 Precision Positioning Table H Ball screw TSH M Ball screw Slide table inear Way Bed inear Points 1 High precision, high rigidity positioning table High precision, high rigidity positioning