Product Description
The Load Wheel, Poly XL 97A is designed for heavy-duty applications, providing exceptional durability and performance. This wheel is ideal for use in various industrial settings, ensuring smooth operation and reliable support.
Specifications: 3.250 inch diameter x 5.940 inch width (3.250" x 5.940" | 3.25 x 5.94 wheel | 3-1/4 x 5.94 | 82.55mm x 150.88mm)
• Made from high-quality poly material for enhanced strength
• 97A durometer rating for optimal hardness and wear resistance
• Engineered for stability and smooth movement under load
This load wheel is compatible with a range of equipment, making it a versatile choice for your operational needs.
Frequently Asked Questions
Q: When should I order GW 628-XL instead of standard GW 628?
A: Choose GW 628-XL when operating on extremely rough concrete, outdoor surfaces, or when standard 95A wheels are wearing out in under 12 months. The 97A durometer rating extends wheel life on abrasive floors.
Q: Are GW 628-XL dimensions the same as GW 628?
A: Yes. Both are 3.25 inch diameter x 5.94 inch width (82.55mm x 150.88mm). Direct substitute with no tooling or modification required.
Q: Is GW 628-XL heavier than standard GW 628?
A: Material density is similar. Weight difference is negligible. The 97A durometer does not affect truck performance or load capacity.
Q: How much longer does GW 628-XL last versus GW 628?
A: On abrasive floors, GW 628-XL lasts approximately 30-40 percent longer than standard 95A wheels. On smooth warehouse floors, lifespan is comparable. Floor type is the primary factor affecting wheel life.
Q: What bearing ID does GW 628-XL use?
A: GW 628-XL bearing specifications are not explicitly stated. Confirm bearing bore size with your existing wheel assembly. If your truck uses standard pallet jack wheels, GW 628-XL will fit the same bearings.
Q: Do I need to replace all four wheels when upgrading to GW 628-XL?
A: Yes. Always replace all four wheels on the same truck at the same time, whether upgrading from GW 628 to GW 628-XL or changing brands. Mixed wheel age or hardness causes uneven load distribution and accelerates wear on remaining wheels.