Product Description
BEARING assembly
Frequently Asked Questions
Q: What is the S930P94570 bearing assembly designed for?
A: The S930P94570 is a bearing assembly for manual pallet jack wheel and axle assemblies. It is engineered as a direct replacement for OEM bearings on equipment from Crown, Toyota, Raymond, Yale, Hyster, Clark, Mitsubishi, CAT, and BT manual pallet trucks. This bearing supports the load wheels and enables smooth rotation under pallet loads in warehouse and dock operations.
Q: How can I verify the S930P94570 is compatible with my equipment?
A: Compare your current bearing part number and axle diameter to the S930P94570 specifications. Cross-reference your pallet jack make and model in our compatibility database. If you cannot find the original bearing information, provide your equipment model and we will confirm whether the S930P94570 is the correct replacement.
Q: Does the S930P94570 require special maintenance or regreasing?
A: The S930P94570 uses grease-lubricated ball bearings. Depending on your equipment manufacturer specifications, periodic regreasing may be required. Follow your pallet jack manual for recommended lubrication intervals, typically every 6 to 12 months under normal use. Over-greasing causes heat and premature failure, while under-greasing increases friction and wear. Balance lubrication carefully.
Q: What is the typical service life of the S930P94570?
A: Under standard warehouse use conditions, the S930P94570 typically operates for 2 to 4 years before requiring replacement. Service life depends on load, operating frequency, maintenance practices, and environmental conditions. High-traffic areas and wet or outdoor environments may reduce service life. Regular monitoring of bearing noise and wheel rotation will signal when replacement is needed.
Q: What materials does the S930P94570 bearing use?
A: The S930P94570 features precision ball bearings with hardened steel inner and outer races engineered to support dynamic loading. The steel-reinforced cage maintains proper ball spacing and alignment throughout the bearing life. This material composition provides durable performance in standard material handling duty cycles.
