Menu
Batch CAD Cart (0) ▾
  • Cart is empty
  1. Click Here for Batch Download
Request Information Add to CAD Cart
The Timken® ADAPT™ bearing is designed specifically for continuous casters, where performance and reliability are critical to maintaining operations. The ADAPT™ bearing evolves traditional cylindrical and spherical roller bearing configurations into a new design so operators benefit from the key attributes of both types.

The bearing consists of an inner ring, outer ring and roller /retainer assembly. The retainer holds the rollers in position, creating a single assembly that prevents the rollers from being damaged during mounting and dismounting.
Unit of Measure

Specifications

Design Units

 N/A Metric

d - Bore

 N/A 110 mm

Tapered Bore

 N/A N

Dimensions

D - Outer Diameter

 N/A 240 mm9.449 in

C - Inner Ring Width

 N/A 80 mm3.15 in

B - Outer Ring Width

 N/A 80 mm3.15 in

DUR - Diameter Under Roller

 N/A 139.9 mm5.5080 in

F - Float

 N/A 7.5 mm0.295 in

Basic Load Ratings

C0 - Static Radial Rating

 N/A 1050000 N236100 lbf
C - Dynamic Radial Rating1 N/A 908000 N204100 lbf

Abutment and Fillet Dimensions

R - Inner Ring "To Clear" Radius2 N/A 2.5 mm0.098 in
r - Outer Ring "To Clear" Radius3 N/A 2.5 mm0.098 in

da - Inner Ring Backing Diameter

 N/A 135.9 mm5.3500 in

Da - Outer Ring Backing Diameter

 N/A 212.9 mm8.3820 in
  • 1 Based on 106 revolutions of calculated fatigue life.
  • 2 Maximum housing fillet radius that bearing corners will clear.
  • 3 Maximum shaft fillet radius that bearing corners will clear.
By clicking Submit, you consent to the personal information you provide being used in the manner as described in our Privacy Notice, including access to that information by Timken personnel who may be located outside your home country. In addition, you agree that the CAD drawings are for your personal, one-time use only, and that you will not modify or create any compilation or derivative work using the CAD drawings or distribute or display the CAD drawings on any website or other media.