Product Description
Crown 073961 load wheel assembly: solid polyurethane, 4.00 inch diameter, 2.88 inch tread width, 2.047 inch bore, 95A hardness. Designed for Crown PR series pallet trucks, long runs, heavy loads, and harsh environments. Cross-reference: CR 073961-302-A, 073961-302, GPS CR 073961-A.
Specifications
Cross-Reference
| Aftermarket Equivalent | Generic Parts Service CR 073961-302-A, GPS CR 073961-A |
Part Numbers
| OEM Part Number | 073961-302 |
| Cross-Reference Part Numbers | CR 073961-302-A (Generic Parts Service) |
Frequently Asked Questions
Q: What are the exact dimensions of the CR 073961 load wheel assembly?
A: The CR 073961 features a 4.00 inch diameter, 2.88 inch tread width, 2.047 inch bore, 95A hardness, and solid polyurethane construction.
Q: Which Crown pallet truck models use the CR 073961 load wheel?
A: The CR 073961 is designed for Crown PR series pallet trucks. Verify your equipment model, bore diameter, and mounting configuration match this part before ordering.
Q: What cross-reference part numbers exist for the CR 073961?
A: The CR 073961 has cross-references including CR 073961-302-A (Generic Parts Service designation), 073961-302, and GPS CR 073961-A. These refer to the same OEM part and compatible equivalents.
Q: Why is the CR 073961 suitable for harsh environments and long runs?
A: Solid polyurethane construction with 95A hardness provides maximum durability, abrasion resistance, and deformation control in extended heavy-load service, wet conditions, and harsh industrial environments.
Q: What is the operational lifespan of the CR 073961 load wheel?
A: Service life depends on load patterns, terrain, operator technique, and maintenance. Solid polyurethane with 95A hardness extends wheel life significantly compared to softer compounds in continuous heavy-duty applications.
Q: How does the 2.88 inch tread width of the CR 073961 benefit equipment performance?
A: The broader 2.88 inch tread width distributes loads over a larger contact surface, reducing rolling resistance, improving equipment stability under heavy loads, and providing better load distribution across the wheel face.