Product Description
High-durability 95A polyurethane load wheel assembly designed for electric lift truck parts applications, featuring pressed fit sealed precision ball bearings for smooth, low-noise operation and long service life. Direct OEM replacement for select Liftsplus lift truck models.
Specifications
Bearing
| Bearing Type | 4 precision sealed ball bearings per assembly |
Material
| Tread Material | High-durability polyurethane, 95A hardness |
| Core Material | Polyolefin or reinforced steel insert (application dependent) |
| Bearing Shell Material | GCr15 bearing steel (for internal raceways) |
Part Numbers
| Manufacturer Part Number | 100611-020 |
| OEM Part Number | 100611-020 |
Frequently Asked Questions
Q: What are the specifications for the 100611-020 load wheel?
A: The 100611-020 is a polyurethane load wheel assembly featuring a 95A hardness tread on either a polyolefin or reinforced steel insert core depending on application. It uses four precision sealed ball bearings with GCr15 bearing steel races for smooth, low-noise operation.
Q: Which electric lift truck models is the 100611-020 compatible with?
A: The 100611-020 is a direct OEM replacement for select electric lift truck models. Verify your specific lift truck model number and year with our parts team before ordering to confirm correct fitment and compatibility.
Q: How many bearings does the 100611-020 have?
A: The 100611-020 contains four precision sealed ball bearings per assembly. Each bearing is sealed for protection against dust and contamination, supporting smooth operation and extended service life in warehouse and facility environments.
Q: What tread material is used on the 100611-020?
A: The 100611-020 features a high-durability 95A polyurethane tread. The 95A hardness rating provides excellent wear resistance and load support while maintaining low-noise operation on concrete and sealed facility flooring.
Q: What core material is used in the 100611-020?
A: The 100611-020 core is either polyolefin or reinforced steel insert depending on the application and equipment model. The core material choice affects weight, durability, and load distribution. Confirm your equipment specification to ensure you receive the correct variant.