Max. # of Cycles/min (max. input speed) (rpm)
Precision (mm)* At outside diameter of dial plate
Precision in Angular Seconds (“)*
Axial Force on Output Flange (kN)
Radial Force on Output Flange (kN)
Tilting Moment on Output Flange (kNm)
Max. # of Cycles/min (max. input speed) (rpm) (dependent on loading data)
Precision (mm)* At outside diameter of dial plate ±0.013/380
Precision in Angular Seconds (“)* ±14
Axial Force on Output Flange (kN) 213,000 N (213KN)
Radial Force on Output Flange (kN) 100,000 N(100KN)
Tilting Moment on Output Flange (kNm) 19,000NM (19knm)
Max. # of Cycles/min (max. input speed) (rpm) 350
Precision (mm)* At outside diameter of dial plate ±0.015 / ø560
Precision in Angular Seconds (“)* ±11
Axial Force on Output Flange (kN) 744
Radial Force on Output Flange (kN) 350
Tilting Moment on Output Flange (kNm) 100
Max. # of Cycles/min (max. input speed) (rpm) 350
Precision (mm)* At outside diameter of dial plate ±0.018/800
Precision in Angular Seconds (“)* ±9
Axial Force on Output Flange (kN) 1154
Radial Force on Output Flange (kN) 543
Tilting Moment on Output Flange (kNm) 201
Max. # of Cycles/min (max. input speed) (rpm) 200rpm
Precision (mm)* At outside diameter of dial plate -/+0.022/1030
Precision in Angular Seconds (“)* +/- 8.5 Arc seconds
Axial Force on Output Flange (kN) 1468 N
Radial Force on Output Flange (kN) 690N
Tilting Moment on Output Flange (kNm) 324Nm
Max. # of Cycles/min (max. input speed) (rpm) 300
Precision (mm)* At outside diameter of dial plate plate±0.025/1360
Precision in Angular Seconds (“)* ±8
Axial Force on Output Flange (kN) 1710
Radial Force on Output Flange (kN) 804
Tilting Moment on Output Flange (kNm) 519
Max. # of Cycles/min (max. input speed) (rpm) 200
Precision (mm)* At outside diameter of dial plate ±0.04/2300
Precision in Angular Seconds (“)* ±6
Axial Force on Output Flange (kN) 4755
Radial Force on Output Flange (kN) 2237
Tilting Moment on Output Flange (kNm) 2416
The TMF 5000/40 Station Fixed Rotary Index Table is designed to support significant industrial applications by holding up to 40 fixtures and parts around its steel frame. The choice of a fixed indexer over a servo style was made to reduce costs and simplify maintenance. This setup allows for efficient operation and easy maintenance without the complexities associated with more advanced servo-driven systems.