Product Description
Load Wheel Assy, Sealed BRGS, String Guards & Riser
Frequently Asked Questions
Q: What is the difference between YL 582031797 and YL 582031797-XL?
A: The -XL suffix indicates a variant with specific dimensional or durometer specifications optimized for particular truck configurations. Confirm your equipment requires the -XL variant before ordering, as mixing standard and -XL units can cause misalignment.
Q: What equipment types does the YL 582031797-XL load wheel assembly fit?
A: This assembly is designed for Yale electric lift trucks and pallet jacks. The sealed bearing, string guard, and riser configuration indicates compatibility with models requiring enhanced debris protection and integrated mounting.
Q: Does the YL 582031797-XL have sealed bearings?
A: Yes, sealed bearing construction is a core feature. Sealed stainless steel bearings provide corrosion resistance and reduce the frequency of bearing maintenance compared to unsealed designs.
Q: When should I replace the YL 582031797-XL load wheel assembly?
A: Replace the assembly when polyurethane tread shows significant wear, bearing noise develops, or string guard damage occurs. Sealed bearings that continue to generate noise despite inspection indicate the assembly requires replacement.
Q: Can I mix YL 582031797-XL assemblies with standard YL 582031797 units on the same truck?
A: No. Mixing standard and -XL variants can cause height misalignment and instability. All four load wheels must match specifications for safe truck operation. Use consistent part numbers across the truck.
Q: How should the YL 582031797-XL load wheel assembly be stored?
A: Store in a dry, climate-controlled environment. Protect from moisture and corrosive chemicals. Keep sealed bearings away from contamination to preserve performance lifespan.
Q: What is the advantage of sealed bearings in this load wheel assembly?
A: Sealed bearings reduce exposure to dirt, moisture, and corrosive elements. This design extends bearing life, improves reliability in harsh warehouse environments, and reduces scheduled maintenance compared to open bearing designs.
