PL
Tension bearing unit UCT 205
Specifications
UCT 205
- Designation
- UCT 205
- Manufacturer
- CT
- Inner diameter d
- 25 mm
- Dynamic load rating C
- 14 kN
- Static load rating C0
- 7.85 kN
- Weight
- 0.84 kg
- Housing width H
- 89 mm
- Housing height A
- 32 mm
- Housing length L
- 97 mm
- Guide groove width A1
- 12 mm
- Distance between guide grooves H
- 76 mm
- Hole diameter/thread N
- 19 mm
- Load type
- Radial
- Unit series
- UCT
- Distance between guide grooves H
- 76 mm
Product summary
UCT 205: bearing unit, brand CT. Shaft diameter 25 mm. Dynamic load rating C 14 kN, static load rating C0 7.85 kN, weight 0.84 kg.
A bearing in a ready-made pillow block or flanged housing: it is bolted to a flat surface, no bore machining is needed. Usually self-aligning, sealed and greased at the factory.
Where it is used
Drive and take-up pulleys of conveyors, fan shafts, screw conveyors, transporters, agricultural machinery: frames made of channels and plate where coaxial bores cannot be machined. Locked to the shaft with set screws, an eccentric collar or an adapter sleeve, while the spherical seat in the housing compensates for misalignment.
When not to use
Do not treat it as a replacement for a bearing in a machined housing bore: only the shaft bore matches, while the mounting is different, feet or a flange with its own bolt pattern, so the unit simply will not fit. Conversely, a bare bearing will not replace a unit: you lose the seals, the shaft locking and the misalignment compensation the unit was chosen for. Speed is limited by the seals and the set screw locking: at high speed the seal lips heat up, and the screws wear out the seat on an unhardened shaft.
Technical data is for information only. Drawings may not show all design features.
About the technical data
* - Technical specifications and other information are provided for reference only. We provide this data and believe the information to be reliable, however, no guarantee of accuracy or completeness of such information can be provided.
- Drawings and images may not reflect all design features of the product.