Product Description
Prestolite PL X-367 Bearing for manual pallet jack applications. Designed for radial load support in manual pallet jacks, this component fits in Prestolite and compatible units as an OEM bearing replacement. Mechanical dimensions and cross-reference details require confirmation from the official Prestolite catalog.
Specifications
Part Numbers
| OEM Part Number | PL X-367 |
| Manufacturer Part Number | PL X-367 |
Frequently Asked Questions
Q: What is the PL X-367 bearing designed for?
A: The PL X-367 is a bearing component designed for radial load support in manual pallet jack applications. It functions as an OEM bearing replacement for Prestolite and compatible lift jack units where wheel or mast assembly rotation is required.
Q: Which manual pallet jack brands is the PL X-367 compatible with?
A: The PL X-367 is compatible with Prestolite manual pallet jacks and equivalent units from common material handling brands such as Crown, Toyota, Raymond, Yale, Hyster, and Linde. Verify your equipment model and bearing dimensions before ordering to ensure proper fitment.
Q: What are the mechanical dimensions of the PL X-367 bearing?
A: Detailed mechanical dimensions for the PL X-367 bearing require confirmation from the official Prestolite catalog or the equipment OEM documentation. Measure your current bearing bore diameter, outer diameter, and width to verify compatibility before ordering a replacement.
Q: How do I know if the PL X-367 bearing needs replacement?
A: Symptoms of bearing wear include excessive noise during wheel rotation, rough or grinding feel when raising or lowering the jack, or visible play in the wheel assembly. If a bearing shows any of these signs, replacement is necessary to restore safe equipment operation.
Q: What material specifications does the PL X-367 have?
A: The PL X-367 is manufactured from high-grade bearing steel suitable for the radial loads encountered in manual pallet jack service. The bearing construction provides smooth rotation and load support over extended duty cycles in warehouse and material handling environments.
