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Thin Section Four point Contact Ball Bearing (X type) RG110XP0

The RG110XP0 bearing (X type) is optimized for stability and longevity in automation and aerospace applications. With a bore diameter of 11.0 inches and an outer diameter of 13.0 inches, it meets the precision standards for modern engineering needs.

Product Number: RG110XP0

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  • Description
  • Features
  • Application
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Product Number RG110XP0
Manufacturers TFL, OEM
Type Thin Section Four point Contact Ball Bearing (X type)
Bore Diameter 11 inch
Outside Diameter 13 inch
Width 1 inch
Land Diameter Inner Ring 11.75 inch
Land Diameter Outer Ring 12.25 inch
Housing Fillet 0.08 inch
Ball Diameter 45659
Weight 8.6 lbs.
Radial Static Load 19700 lbs.
Radial Dynamic Load 12739 lbs.
Thrust Static Load 49250 lbs.
Thrust Dynamic Load 20180 lbs.
Moment Static Load 118200 lbs.
Moment Dynamic Load 57347 lbs.
Limiting Speed 300 RPM
Speed Axial 900 RPM
Material 52100BearingSteel

Distinctive Features of RG110XP0 Thin Section Four point Contact Ball Bearing (X type)

  • With a 11 inch bore and 13 inch outer diameter, this Thin Section Four point Contact Ball Bearing (X type) is optimized for compact applications requiring stability.
  • The RG110XP0 is built with a four-point contact design, allowing it to efficiently handle both axial and radial loads.
  • Designed for durability, the RG110XP0 features a specialized ball contact structure that improves load distribution.
  • Advanced engineering ensures that the RG110XP0 offers minimal friction and increased lifespan, even under continuous use.

Applications of RG110XP0 Thin Section Four point Contact Ball Bearing (X type)

  • Used in robotic arms and automation systems, the RG110XP0 provides precise motion with reduced backlash.
  • Ideal for CNC machinery and precision tools, offering stable support for demanding industrial operations.
  • Preferred in semiconductor manufacturing equipment, where high accuracy and longevity are required.
  • This bearing is widely utilized in aerospace mechanisms, ensuring reliable performance in weight-sensitive environments.

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