Product Description
Durarun 95A Poly Load Wheel for electric lift truck applications. OEM part number 632-156-001. Constructed with ultra-durable polyurethane (95A durometer) for optimal wear resistance. Dimensions and fitment compatible with CAT WR6000 and multiple pallet jack models. Includes pre-installed sealed bearings and hardware. Cross-reference: PR312636-000, PM312636-000, 813014, TO 00590-00777-71, GW 9141-A. Designed for heavy-duty warehouse use.
Specifications
Material & Construction
| Polymer Specification | High-grade cast polyurethane ( 95A) |
Part Numbers & Compatibility
| OEM Part Number | 632-156-001 |
| Cross-Reference Part Numbers | PR312636-000, PM312636-000, 813014, TO 00590-00777-71, GW 9141-A |
| Compatible Equipment Models | WR6000, EJE120, WP 2300 |
Frequently Asked Questions
Q: What equipment models does the 632-156-001 fit?
A: The 632-156-001 is compatible with CAT WR6000, Jungheinrich EJE120, and Yale WP 2300 electric lift trucks. Cross-reference the OEM part numbers with your equipment manual to confirm compatibility.
Q: What is the material composition of the 632-156-001?
A: The 632-156-001 Durarun load wheel is constructed from high-grade cast polyurethane rated at 95A durometer hardness. This material provides durability and wear resistance for heavy-duty warehouse operations.
Q: Does the 632-156-001 come with bearings installed?
A: Yes. The 632-156-001 includes pre-installed sealed bearings and mounting hardware. It is ready for direct installation on compatible electric lift trucks.
Q: What are the cross-reference part numbers for the 632-156-001?
A: The 632-156-001 cross-references to PR312636-000, PM312636-000, 813014, TO 00590-00777-71, and GW 9141-A. These equivalent numbers help you identify compatible replacement wheels from other suppliers.
Q: What performance characteristics does the 632-156-001 offer?
A: The 632-156-001 delivers high wear resistance, reduced operational noise, and precision fit. It is engineered for heavy-duty warehouse use and maintains dimensional accuracy across repeat load cycles.