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Bearings Calculator (ball & roller) v1
Roller bearing calculator

Bearings (roller & ball)

Subject

Ball and roller bearings are commonly known as anti- or low-friction bearings because of their very low start-up torques and negligible rolling resistance.

Due to significant improvements in machining tolerances, material quality and the availability of considerable historic statistical information concerning their use, low-friction bearings are today capable of operating with significantly higher loads without reducing life expectancy. However, plain bearings remain the most appropriate product for applications with exceptionally high operational loads so long as rotational speeds are relatively low.

Calculator

Bearings includes four calculation options:
Radial; Balls & Rollers, and Thrust; Balls & Rollers
the input and output data for each being identical (see below)

Whilst its life and load ratings are calculated according to Lundberg and Palmgren's original theories, Bearings includes factors corrected to accommodate AFBMA standards.

And whilst Bearings also recommends the shaft-fit class, the housing-fit class is dependent upon its design configuration (see Technical Help for assistance with selection).

You may use CalQlata’s Journals calculator to determine the performance of plain bearings and Limits & Fits for further assistance with machining tolerances and shaft-housing fits.

For help using this calculator see Technical Help

Bearings Calculator - Options

Ball Bearings

Ball Bearings calculates the expected ratings for bearings with spherical rolling elements in radial or thrust applications.

You enter: and the ball and roller bearing calculator will provide:
  • Applied force
  • Angle of application
  • Number of rows
  • Number of balls or rollers (per row)
  • Ball diameter
  • Bearing diameter (mean)
  • Shaft diameter
  • Life rating
  • Equivalent dynamic force
  • Radial force
  • Axial force
  • Dynamic load rating
  • Static load rating
  • Material and geometric factor
  • Static load factor
  • Radial force factor
  • Axial force factor
  • Contact stress
  • Shaft 'fit' class

Roller Bearings

Roller Bearings calculates the expected ratings for bearings with cylindrical rolling elements in radial or thrust applications.

You enter: and the ball and roller bearing calculator will provide:
  • Applied force
  • Angle of application
  • Number of rows
  • Number of balls or rollers (per row)
  • Ball diameter
  • Bearing diameter (mean)
  • Shaft diameter
  • Life rating
  • Equivalent dynamic force
  • Radial force
  • Axial force
  • Dynamic load rating
  • Static load rating
  • Material and geometric factor
  • Static load factor
  • Radial force factor
  • Axial force factor
  • Contact stress
  • Shaft 'fit' class

Check minimum system requirements

 
 
Price: 15.00

 
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