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TMF Series Programmable Rotary Index Table

TMF Series Programmable Rotary Index Table

TMF Series Programmable Rotary Index Table 1000

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)
TMF Series Programmable Rotary Index Table 2000

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
TMF Series Programmable Rotary Index Table 3000

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
TMF Series Programmable Rotary Index Table 4000

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
TMF Series Programmable Rotary Index Table 5000

Max. # of Cycles/min (max. input speed) (rpm)
300

Precision in Radians (mm)* At outside diameter of dial 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
TMF Series Programmable Rotary Index Table 8000

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
TMF Series Programmable Rotary Index Table

The TMF Series Programmable Rotary Index Table was engineered to satisfy the needs of the industrial manufacturing environment: fast, strong, reliable, high quality and cost effective. The TMF Series servo rotary index drives features a cast housing that is compact and has all the characteristics a manufacturer looks for: large center thru-hole for running utilities and mounting equipment. Our flexible rotary index tables are very low profile to eliminate the need for large A-frame type tooling or operator riser platforms, and a large rotating diameter for increased mounting surface.

The TMF series is our large programmable rotary index tables and are ideal for application starting at 80 inches up to over 60 feet in diameter. The TMF Series programmable rotary index table was designed to be a completely flexible rotary index table, allowing for multiple over-sized cam followers to be engaged with the barrel cam at all times. The servo rotary index drives is driven directly via a gear motor that can utilize either an AC motor with encoder, servo or auxiliary axis robot motor. All these options provide very high accuracy (less than 10 arc seconds) and allow for the flexible rotary index table to be driven via a dedicated servo drive or robot amplifier. Loading capabilities are multiplied significantly in this line of indexers through the design of the barrel cam and cam followers. This unique design allows for unprecedented inertial load capability.

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Technical benefits for users

Extremely reliable with long service lives
High efficiency mechanical components require less input power
Flame hardened cams and cam followers
Internal components immersed in oil bath
Low profile housing for seamless integration
Top access to cam followers
Redesigned housing for larger center thru-hole
Significantly increased strength as a result of integration of more cam followers
Inspection of internal components can be done with tooling mounted on top

Advantages for design engineers and special machine builders

Can be equipped with most major servo or robot brands
Low profile to eliminate the need for A-frame type tooling or operator riser platforms
Large rotating diameter for increased mounting surface
Optional synchronization of other mechanical module
Accuracies up to 4 arc seconds