Product Description
Load Wheel Assembly
Frequently Asked Questions
Q: What equipment is the KA 78611657-A load wheel assembly compatible with?
A: The KA 78611657-A is a complete load wheel assembly compatible with electric pallet jacks and lift trucks from Crown, Toyota, Raymond, Yale, Hyster, Nichiyu, and other major manufacturers. Always verify your equipment model and load capacity specifications match this assembly before ordering.
Q: What components are included in the KA 78611657-A assembly?
A: The KA 78611657-A includes a polyurethane load wheel, sealed ball bearings, steel axle shaft, and integrated seals. This pre-assembled unit is ready for use as a complete replacement for worn or damaged load wheel assemblies.
Q: What is the load capacity and wheel diameter of the KA 78611657-A?
A: Load capacity and wheel diameter specifications vary by equipment manufacturer and model. Contact the manufacturer or your parts supplier with your equipment model and serial number to verify the exact load rating and wheel diameter for this assembly.
Q: What maintenance is required for the KA 78611657-A?
A: Inspect the assembly every 6 months for unusual noise, wobbling, or wheel wear. The sealed bearing design minimizes maintenance requirements. If noise develops or the wheel does not roll smoothly, the assembly should be replaced; sealed internal bearings are not field-serviceable.
Q: How long does the KA 78611657-A assembly typically last?
A: With proper maintenance and normal warehouse operation, the KA 78611657-A assembly typically lasts 2-4 years. Lifespan depends on load weight, floor conditions, and usage intensity. Heavy-use environments or damaged floors may reduce service life.
Q: Can the individual wheel be replaced separately from the assembly?
A: If only the wheel is damaged and bearings remain in good condition, the individual load wheel may be available as a replacement part. However, if bearings show wear or the assembly has had extensive use, replacing the entire KA 78611657-A assembly is recommended for optimal reliability and safety.
