Product Description
Polyurethane steering wheel assembly for manual pallet jack, SKU HP 245, manufactured to ANSI B56.1 dimensions. Features 200 mm diameter, steel hub with sealed ball bearings, and rated for 1500 lbs working load. Compatible with standard axle size and designed for press-fit installation in pallet jack frame.
Specifications
Material & Construction
| Wheel Material | Polyurethane tread with steel hub |
| Hub Material | Machined steel, powder coat finish |
| Tread Hardness | 85 Shore A (polyurethane) |
Frequently Asked Questions
Q: What are the dimensions and weight rating of the HP 245 steering wheel?
A: The HP 245 is a 200 mm diameter steering wheel manufactured to ANSI B56.1 standards. It is rated for 1500 lbs working load and features a polyurethane tread (85 Shore A hardness) bonded to a machined steel hub with powder coat finish.
Q: What bearing type does the HP 245 use?
A: The HP 245 is equipped with sealed ball bearings that provide maintenance-free operation and protection against dust and moisture ingress. Bearing seals extend the service life and reduce friction during steering wheel rotation.
Q: Which pallet jacks is the HP 245 steering wheel compatible with?
A: The HP 245 fits standard manual pallet jacks from Crown, Toyota, Raymond, Yale, Hyster, and similar manufacturers using 200 mm steering wheel assemblies and standard axle sizes. Verify your equipment axle diameter and hub bore specification before ordering.
Q: What is the material composition of the HP 245 hub?
A: The HP 245 hub is machined steel with a powder coat finish for corrosion resistance. The polyurethane tread is bonded directly to the steel hub, providing durability and a firm grip for operator steering control.
Q: How does the 85 Shore A polyurethane hardness affect steering wheel performance?
A: The 85 Shore A hardness provides a balance between grip and durability. This medium-hardness compound resists abrasion and cuts while maintaining adequate friction for steering control on dry and slightly wet warehouse floors. Softer compounds wear faster; harder compounds may reduce grip.