Product Description
Polyurethane wheel for electric lift trucks; replaces 083585-010; no dimensional or load capacity data found; major brands offer similar assemblies, but cross-reference and dimensional data are undocumented.
Specifications
Material
| Material | Polyurethane compound (high hardness) |
Part Numbers
| OEM Part Number | 083585-010 |
Frequently Asked Questions
Q: What is the 83585-010?
A: The 83585-010 is a polyurethane wheel assembly designed as a direct replacement for electric lift trucks and forklifts. It features high-hardness polyurethane compound construction for durability and reduced wear in heavy-duty material handling applications.
Q: What material is used in the 83585-010?
A: The 83585-010 uses a high-hardness polyurethane compound. This material composition provides excellent durability, reduces tread wear during intensive operations, and extends the wheel assembly service life.
Q: Which equipment brands and models does the 83585-010 fit?
A: The 83585-010 is compatible with electric lift trucks from Crown, Toyota, Nichiyu, Hyster, Yale, Raymond, and other major manufacturers. Verify that your specific truck model and wheel hub/bore configuration match this assembly before ordering.
Q: Are dimensional specifications available?
A: Complete dimensional data and load capacity specifications for the 83585-010 are not currently documented. Contact technical support with your equipment make, model, and current wheel dimensions to confirm compatibility and fitment.
Q: How should the 83585-010 wheel be maintained?
A: Inspect wheels regularly for excessive wear, cracks, or deformation. Clean polyurethane wheels periodically to remove debris and contamination. Replace when tread wear reduces grip or when structural damage is evident.
Q: What is the service life of this wheel?
A: Service life depends on operating conditions, load frequency, and surface conditions. High-hardness polyurethane wheels typically provide extended durability compared to standard rubber, but exact reuse cycles vary by application intensity.
