Product Description
Atlas AT 101/210-1-B Ultra-Poly steer wheel assembly is made from polyurethane and engineered for reliable steering performance on manual pallet jacks. This direct replacement is built for smooth operation and extended durability on standard warehouse and facility floors.
Cross-references include AT 101/210-1-B-HD and AT 101/210-1-B-ST.
Specifications
Material & Construction
| Material | Polyurethane |
Part Numbers & Compatibility
| Make | Atlas |
| Model | AA-5L |
| Manufacturer Part Number | AT 101/210-1-B |
| Cross-Reference Part Numbers | Equivalent to AT 101/210-1-B-HD, supersedes AT 101/210-B-HD, interchangeable with AT 101/210-1-B-ST |
| Compatible Equipment | Atlas manual pallet jacks requiring |
| Part Number | AT 101/210-1-B |
| Compatibility | Fits pallet jacks made by Atlas, model AT 101/210-1-B |
Additional Specifications
| Hub Material Specification | Aluminum alloy, precision machined |
| Finish | Machined aluminum, non-coated |
| Alternate Models | AT101/2101B, AT 101/210 1 B |
| Alternate Model | AT101/2101B; AT 101/210 1 B |
Frequently Asked Questions
Q: Which pallet jack model is the AT 101/210-1-B compatible with?
A: The AT 101/210-1-B is compatible with Atlas, Jet, and Armstrong manual pallet jacks, including model AA-5L, Model C. Verify your equipment model before ordering.
Q: What material is the AT 101/210-1-B made from?
A: The AT 101/210-1-B is made from polyurethane for durable performance in material handling environments.
Q: How can I determine if the AT 101/210-1-B is the correct replacement for my pallet jack?
A: Check whether your equipment is an Atlas, Jet, or Armstrong manual pallet jack and whether the model is AA-5L, Model C. Confirm compatibility with your specific model before ordering.
Q: What are the key features of the AT 101/210-1-B?
A: The AT 101/210-1-B is a polyurethane steer wheel assembly designed for smooth operation and extended durability on standard facility floors.
Q: How should I maintain the AT 101/210-1-B?
A: Regularly inspect the wheel for wear and debris buildup. Cleaning the surface periodically can help maintain traction on facility floors.
