Product Description
BEARING assembly
Specifications
Product Overview
| Part Number | 1150062 |
| Product Type | Sealed Bearing Assembly |
Physical Specifications
| Race Material | Hardened Chrome Steel |
| Rolling Elements | Precision Steel Balls |
| Seal Type | Elastomer / Nitrile Rubber |
| Primary Applications | Manual Pallet Jack Pivot Bearings, Load Wheel Bearings |
| Seal Protection | Sealed contact design for moisture and dust protection |
| Recommended Operating Environment | Standard warehouse conditions |
Frequently Asked Questions
Q: What is the difference between the 1150062 and other manual pallet jack bearing assemblies?
A: The 1150062 is designed for specific pivot or load wheel applications in manual pallet jacks. Bearing size, bore diameter, and seal configuration differ from other bearing SKUs. Verify your equipment application and existing bearing dimensions before substituting different models.
Q: What pallet jack brands are compatible with the 1150062 bearing assembly?
A: The 1150062 fits manual pallet jacks from Crown, Toyota, Raymond, Yale, Jungheinrich, Clark, BT, and other standard manufacturers. Cross-reference your equipment model number with this SKU to confirm compatibility.
Q: Are the 1150062 and 1150059 bearing assemblies interchangeable?
A: No, the 1150062 and 1150059 are not interchangeable despite both being manual pallet jack bearing assemblies. Bore diameter, outer diameter, width, and seal configuration differ between these parts. Use the exact SKU required for your equipment model.
Q: What material are the bearing races in the 1150062?
A: The 1150062 bearing races are manufactured from hardened chrome steel with precision-ground raceways. Rolling elements are precision-grade steel balls. Seals are typically elastomer or nitrile rubber for moisture and dust protection.
Q: Can the 1150062 bearing be used in outdoor or wet storage environments?
A: The 1150062 includes sealed contact protection but is designed for standard warehouse conditions. Outdoor or wet storage use reduces bearing life due to moisture infiltration and corrosion. In wet environments, bearing replacement intervals should be shortened significantly.
