Take Up Unit Bearings
Take -up uniTs - Cooper Bearingsare therefore greatly enhanced. InTROdUCTIOn. Typical take-up unit on a belt conveyor. Construction features each unit consists of a Cooper split roller bearing Take-Up Units | The Timken CompanyTake-Up Units. Home · Products · Engineered Bearings · Housed Units. Brands
Take-up Bearings Selection Guide | Engineering360Take-up bearings and take-up frames can be sold as a unit (assembly) or as individual components. Take-up assembly (frame with bearings) - They often include Ball bearing take-up units - SKFSKF ball bearing take-up units are available as standard with two different housing materials and can incorporate most of the bearings provided in the section Take-Up Bearings & Frames - Motion IndustriesBuy Take-Up Bearings & Frames direct from Motion Industries. Your proven service leader with reliable delivery since 1972. Take-Up Bearing Units Take-up ball bearing units | SKFSKF take-up ball bearing units consist of an insert bearing and a housing, and are compliant with ISO standards, North American standards, and Japanese
- IPTCI HUCNPT 209 27 Take Up Unit Bearings
- 0.2500 in
- 5370 lb
- AMI UCST209-27NPMZ2 Take Up Unit Bearings
- 0.3125 in
- 7500 lb
- AMI UCT204 Take Up Unit Bearings
- Two-Bolt Base
- 5 in
- AMI UCT203 Take Up Unit Bearings
- Two-Bolt Base
- 200 °F
- AMI UCT201-8 Take Up Unit Bearings
- 1.4375 in
- 5820 lbf
- AMI UCT202 Take Up Unit Bearings
- 2.4375 in
- Exceptional Bearing Protection, Rotating Applications, Pumps, Gearboxes, Motors, Energy Efficient Applications, Primary Metals Industry, Steel Industry, Aluminum Industry, Pulp and Paper Industry, Che
- AMI UCSTX13-40NP Take Up Unit Bearings
- 50 mm
- 2150 lbf
- AMI UCT201 Take Up Unit Bearings
- 35 mm
- 2640 kgf
- AMI UCSTX08-24NP Take Up Unit Bearings
- 2FD
- 25 mm
- AMI UCSTX13-40 Take Up Unit Bearings
- Two-Bolt Base
- 3.6250 in
- AMI UCSTX12-39 Take Up Unit Bearings
- Flanged Sleeve
- 0.65 m/s
- AMI UCSTX11-32 Take Up Unit Bearings
- 25 mm
- Dry 1.65, Periodic Lubrication 3.25 N/mm2 x m/s