Skip to product information
$0.55 off

51136

Bearing Assembly

Regular price $2.06
Sale price $2.06 Regular price $2.61
In stock

Questions? Call +1-800-669-7554

Manual Pallet Jack Parts

Compatibility

Make -
Model -

Reference Diagrams

Visit our diagram page for part references to popular models


Product Description

BEARING assembly

Specifications

Product Overview
Product TypeBearing Assembly
Physical Specifications
FunctionSupports load wheel rotation and reduces friction
Typical Replacement Interval2-5 years in high-use environments
Key Performance IndicatorsSmooth rolling, reduced noise, stable load support
Compatibility
ApplicationLoad wheel suspension system in manual pallet jacks
Compatible Equipment MakesCrown, Toyota, Raymond, Yale, Jungheinrich

Frequently Asked Questions

Q: What types of manual pallet jacks use the 51136 bearing assembly?
A: The 51136 bearing assembly is used in manual pallet jacks from major OEM brands including Crown, Toyota, Raymond, Yale, Jungheinrich, and similar equipment manufacturers. Verify your equipment model and serial range match this part number before ordering.

Q: What does the 51136 bearing assembly do?
A: This bearing assembly supports load wheel rotation and reduces friction in the load wheel suspension system. Proper bearing function is critical for smooth horizontal movement and load stability during pallet jack operation.

Q: What are signs the 51136 bearing assembly needs replacement?
A: Symptoms include grinding or squeaking noises from the load wheel area, uneven or difficult rolling motion, wheel wobbling, or resistance during operation. These indicate internal bearing wear or damage and require prompt replacement to prevent further equipment damage.

Q: How long does a 51136 bearing assembly typically last?
A: Bearing assembly lifespan depends on load frequency, surface conditions, and maintenance. Regular cleaning and lubrication per your equipment manual extend service life. In high-use environments, replacement may be needed every 2-5 years. Rough surfaces and debris accelerate wear.