1134, Phillips Picker MRI "AFTER MARKET" Patient Table Wheel Bearing - .500" x 1.629" OD x 1.705"

List Price: $27.32
OR
  • List price 1-24 pcs.
  • This is a "GENERIC" bearing. It is an alternative to the OEM.
  • MINIMUM ORDER: U.S.A. $25 - INTL. (Outside U.S.A.) $50
  • DISCOUNTS available for Distributors, OEM & higher quantities. Click "Add to Quote Cart” to request more information.
  • Ball retainer material, and color are based on availability.
    TECHNICAL DESCRIPTION AND ADVANTAGES

This KMS bearing features a double row, deep groove radial ball bearing construction. The design features a UHMW type plastic as the wheel outer race. It is fitted with glass balls for a total non magnetic/metallic capability. SS316 balls may be substituted for a lower cost. It was originally designed for use in the Phillips Picker MRI Patient Table. MADE IN THE U.S.A

  • T-12-869 Philips couch wheel bearing
  • No-lube
  • Light weight - low start up torque
  • Can run in liquids
  • Hostile Environments
  • Load and speed calculations are for reference only. KMS recommends testing in the actual environment.
  • Information presented is believed to be accurate at the time of publication but it is subject to change without notice.
Specifications

Additional Information

Inch Metric inch
ID (in) 0.500
OD (in) 1.629
Width (in) 1.705
Dynamic Load Capacity (LBS) 85
Static Load Capacity (LBS) 68
Standard Bearing Type UHMW outer ring wheel, acetal inner ring, natural polymer cages with glass balls
Availability Some bearings listed on our website may not be in inventory. Some may require a minimum order, and delivery could range from 3 to 6 weeks. Check with KMS for availability.
Application

Case Study

Plastic Vs Steel

Product Integration: A plastic bearing can be mounted into other components or parts such as plastic wheels, pulleys or housings. In certain design concepts, seamless integration can be achieved where the bearing will have the pulley profile as the outer ring, and the shaft or a fixing clip replaces the inner ring . This integration lowers assembly time and also results in utilization of fewer parts, increasing affordability.


Read all the benefits of Plastic vs Steel Bearings