Product Description
POLYURETHANE WHEEL
Specifications
Physical Specifications
| Tread Material | Polyurethane |
| Core Material | Polyolefin |
| Hardness Rating | 95 Shore A |
| Bearing Type | Roller bearing |
| Bore Diameter | 3/4 inch |
| Static Load Rating | 1250 lbs per wheel |
| Bolt Hole Pattern | Slotted for adjustment flexibility |
| Chemical Resistance | Resistant to hydraulic oils, petroleum products, and warehouse chemicals |
Compatibility
| Wheel Diameter | 5 inches |
| Wheel Width | 2 inches |
| Applications | Electric pallet jacks, electric forklifts, stackers, material handling equipment |
Frequently Asked Questions
Q: What equipment does the 2200789-51 polyurethane wheel fit?
A: The 2200789-51 is a polyurethane wheel designed for electric lift truck and pallet truck applications. It is compatible with electric pallet jacks, electric forklifts, and material handling equipment from manufacturers including Crown, Raymond, Toyota, and similar brands. Verify mounting bolt hole pattern and bore size match your equipment.
Q: What are the specifications of the 2200789-51 wheel?
A: The 2200789-51 features a 5 inch diameter polyurethane tread, 2 inch width, polyolefin core material, and 95 Shore A hardness rating. The wheel uses a roller bearing with 3/4 inch bore. Static load rating is 1250 lbs per wheel. Bolt hole pattern is slotted for adjustment flexibility.
Q: How resistant is the 2200789-51 wheel to chemicals and oils?
A: The 2200789-51 polyurethane tread material is resistant to common warehouse chemicals, hydraulic oils, and petroleum products. This chemical and oil resistance extends wheel life in environments where leaks or spills occur regularly. The polyolefin core provides additional durability against degradation.
Q: What is the load rating for the 2200789-51 wheel?
A: The 2200789-51 wheel is rated for a static load of 1250 lbs. When installing multiple wheels on your equipment, divide your total equipment and load weight by the number of wheels to ensure no single wheel exceeds this rating. Exceeding the load rating will cause premature wear and potential bearing failure.