Product Description
0L5223 Bearing Assembly for Liftsplus.com manual pallet jack parts. Sealed radial ball bearing with 20 mm inner bore, 47 mm outer diameter, 14 mm width. Suitable for load wheel and caster applications on manual pallet trucks. Manufactured from high carbon steel with pressed steel cage and non-contact rubber seals. Direct OEM replacement for specified pallet jack series. No known cross-reference part numbers.
Specifications
Material & Construction
| Construction Material | High carbon chromium steel, precision ground |
| Cage Material | Pressed steel cage |
Part Numbers
| Manufacturer Part Number | 0L5223 |
| OEM Part Number | 0L5223 |
Frequently Asked Questions
Q: What are the dimensions of the 0L5223 bearing assembly?
A: The 0L5223 has an inner bore diameter of 20 mm, outer diameter of 47 mm, and width of 14 mm. These dimensions make it suitable for load wheel and caster applications on manual pallet trucks with standard axle sizes.
Q: What is the 0L5223 bearing assembly made from?
A: The 0L5223 features high carbon chromium steel precision ground balls with a pressed steel cage construction. Non-contact rubber seals protect against contamination, making it durable in warehouse and loading dock environments.
Q: What manual pallet jack applications use the 0L5223?
A: The 0L5223 is suitable for load wheel and caster applications on manual pallet jacks and pallet trucks. Standard capacity equipment from Crown, Toyota, Raymond, and other major manufacturers using 20 mm axle diameter can use this bearing.
Q: How long does the 0L5223 bearing typically last?
A: Lifespan depends on load, frequency of use, and maintenance. The sealed design with non-contact rubber seals extends operational life by preventing dirt ingress. Regular inspection for noise or rough rolling indicates bearing wear and need for replacement.
Q: Does the 0L5223 come lubricated?
A: The 0L5223 bearing is sealed and pre-lubricated at the factory. The non-contact rubber seals retain grease while allowing slight movement to prevent seal damage during operation.
