Product Description
Mitsubishi OEM 1009252 Polyurethane Wheel Assembly, 4 inch diameter x 1.92 inch width, designed as a caster wheel for electric lift trucks, featuring steel core and poly tread construction for durability in industrial material handling applications.
Specifications
Material & Construction
| Tread Material | Polyurethane |
| Core Material | Steel |
Part Numbers
| OEM Part Number | 1009252 |
Frequently Asked Questions
Q: What are the exact dimensions and construction of the MI 1009252 wheel assembly?
A: The MI 1009252 is a polyurethane wheel assembly measuring 4 inches in diameter by 1.92 inches in width, with a steel core and polyurethane tread construction. This steel-poly combination provides load capacity and traction in industrial settings.
Q: What equipment does the MI 1009252 wheel assembly fit?
A: The MI 1009252 is designed as a caster wheel for Mitsubishi electric lift trucks. It is a direct OEM replacement part for the Mitsubishi series. Verify your equipment model number to confirm compatibility.
Q: What are the advantages of the steel core and polyurethane tread combination in the MI 1009252?
A: The steel core provides structural rigidity and load-bearing strength, while the polyurethane tread offers grip, abrasion resistance, and quieter operation compared to all-metal wheels. This construction is ideal for smooth concrete warehouse floors.
Q: How does the MI 1009252 perform on different floor types?
A: The MI 1009252 polyurethane tread performs well on standard concrete, sealed epoxy, and smooth polished floors typical of modern warehouses. Performance may degrade on rough surfaces or with heavy contamination. For cold storage or wet floors, verify floor-wheel compatibility before use.
Q: What is the expected service life of the MI 1009252 wheel assembly?
A: In standard warehouse conditions with typical electric lift truck usage, expect 18 to 30 months before visible polyurethane wear requires wheel replacement. Life varies based on load frequency, floor condition, and total hours of operation.