Motion Index Drives TSR Rotary Indexing Ring Tables
TSR is Motion Index Drives’ open-center ring-indexing table family for layouts that need substantial central access. It can be supplied as a fixed-station cam indexer or a flexible positioning assembly using a suitable constant-lead cam and controlled motor. Those are different motion architectures, not interchangeable operating modes of every supplied table.
Key Specifications
Family models | TSR600, TSR1000, TSR1400 and TSR1900 in manufacturer overview |
Core layout | Large open center with ring output for tooling and process integration |
Fixed version | Cam defines the specified indexing and dwell relationship |
Flexible version | Specified constant-lead cam with servo or encoder-based motor control |
Bearing construction | Four-point contact bearing described for load support |
Large tooling capability | Manufacturer describes tooling designs up to 20 ft / approximately 6 m; exact design approval required |
TSR1000 accuracy discrepancy | Web table: ±8.25 arcsec; Ring-Series brochure load table: ±20 arcsec |
TSR1000 axial-load discrepancy | Web table: 1455 kN; Ring-Series brochure: 1130 kN; not an approved universal load |
Size and duty selection | Use exact revision, load combination, inertia and step-time table |
Price | Request a quote for model, motion architecture, tooling, drive and installation |
Applications and Industries
Large open-center rotary positioning with stationary tooling or equipment inside the ring
Manufacturing
Review Summary
Consider TSR when central tooling, robot access or product transfer genuinely requires a ring arrangement. Size the exact model from tooling inertia, process loads, index time and the selected drive. Resolve the manufacturer’s web-versus-brochure specification differences on the approved project drawing before relying on a load or accuracy figure.
Price and Configuration
Request a quote for the selected configuration,quantity and delivery schedule. Confirm the exact model,options,integration scope and support terms.
