Product Description
Crown CR 127723-305-88 is a polyurethane load wheel assembly designed for heavy-duty applications, featuring an 8-inch diameter, 4-inch tread width, 2.835-inch bore, and 95A hardness. Suitable for long runs and heavy loads on Crown industrial equipment.
Specifications
Material
| Material Type | Polyurethane |
| Shore A Hardness | 95A |
Part Numbers
| OEM Part Number | 127723-305-88 |
| Manufacturer Model Reference | 300 Series |
Frequently Asked Questions
Q: What are the key specifications for Crown CR 127723-305-88 load wheel?
A: The CR 127723-305-88 is an 8-inch diameter load wheel with 4-inch tread width, 2.835-inch bore, and 95A Shore hardness. It is constructed from polyurethane and designed for heavy-duty industrial equipment.
Q: What Crown equipment models is CR 127723-305-88 designed for?
A: This load wheel is compatible with Crown 300 Series industrial equipment. The 95A hardness and bore diameter of 2.835 inches make it suitable for multiple Crown lift truck applications.
Q: Is the 95A Shore hardness appropriate for heavy-load applications?
A: Yes, 95A Shore hardness provides balanced durability and load capacity. This hardness rating is designed for sustained heavy loads while maintaining adequate traction and wheel longevity.
Q: What is the bore diameter of CR 127723-305-88 and why does it matter?
A: The bore diameter is 2.835 inches. This dimension is critical for proper fitment on your equipment shaft. Verify this measurement matches your wheel hub before ordering to ensure correct installation compatibility.
Q: Can CR 127723-305-88 be used in long-run operations?
A: Yes, the 8-inch diameter and polyurethane construction make this wheel suitable for long-run operations. The 95A hardness provides durability under continuous heavy-load conditions on Crown industrial equipment.
Q: What material is CR 127723-305-88 constructed from?
A: CR 127723-305-88 is constructed from polyurethane with 95A Shore hardness. This material provides excellent load-bearing capacity, resistance to wear, and stability for industrial material-handling applications.