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Ball Bearing Assembly for Electric Lift Truck

BR PM26260-00

Extended Inner Ring Ball Bearing for Lift Equipment

Regular price $19.40
Sale price $19.40 Regular price $23.98
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In stock

Guaranteed Fit. Check fit with us before you buy. If we confirm it fits your machine and it doesn’t, we’ll exchange or refund it: no restocking fee, return shipping on us. How it works

Not sure it fits? Send us your make, model and serial number and we’ll check it before you buy.

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Barrett Electric Lift Truck Parts

Compatibility

Make

Barrett

Model

-

Visit our diagram page for part references to popular models


Product Description

Ball Bearing, Extended Inner Ring

Frequently Asked Questions

Q: What is an extended inner ring ball bearing, and what does the BR PM26260-00 do?
A: The BR PM26260-00 is a ball bearing with an extended inner ring, designed to support load wheels and steering mechanisms in electric pallet jacks and lift trucks. The extended ring provides additional support and load distribution.

Q: What equipment models does the BR PM26260-00 bearing fit?
A: The BR PM26260-00 is compatible with electric and manual pallet jacks from Crown, Toyota, Raymond, Yale, Hyster, Jungheinrich, and other major manufacturers. Verify your exact model and serial range for fitment confirmation.

Q: What are the dimensions of the BR PM26260-00 bearing?
A: Specific bore diameter, outer diameter, and width dimensions are critical for proper fitment. Contact our parts team with your equipment model to confirm exact measurements before ordering.

Q: What signs indicate the BR PM26260-00 bearing needs replacement?
A: Replace the bearing if you experience wheel wobbling, grinding noises during operation, steering resistance, or visible metal debris around the bearing assembly. These are signs of bearing wear or failure.

Q: How does the extended inner ring design differ from standard ball bearings?
A: The extended inner ring provides a larger contact surface and better load distribution under heavy repetitive cycling common in material handling. This design reduces stress concentration and extends bearing life in demanding applications.