Product Description
Wesco WE 272663-S is a solid steel steer wheel assembly engineered for CPI series manual pallet jacks, featuring precision ball bearings and a robust steel construction for high-load durability in warehouse environments.
Compatibility: Fits pallet jacks made by Wesco, model CPI. SKU: WE 272663-S
Specifications
Material & Construction
| Wheel Material | Solid carbon steel |
| Bearing Material | Through-hardened steel raceways |
Part Numbers
| OEM Part Number | WE 272663-S |
| Manufacturer Part Number | WE 272663-S |
Frequently Asked Questions
Q: What makes the WE 272663-S different from other steer wheels?
A: The WE 272663-S is engineered with solid carbon steel wheel construction, distinguishing it from nylon or polyurethane alternatives. This design offers maximum durability and is optimized for high-load warehouse environments where extreme wear resistance is required.
Q: What bearing material is used in the WE 272663-S?
A: The WE 272663-S uses through-hardened steel raceways with precision ball bearings. This bearing construction provides extended lifespan under continuous high-load operation typical of warehouse material handling.
Q: Is solid steel tread heavier than polyurethane or nylon?
A: Yes. Solid carbon steel construction is heavier than polyurethane or nylon wheels. The added mass provides durability and impact resistance in demanding applications but increases rolling resistance compared to lighter materials.
Q: Which Wesco pallet jack models use the WE 272663-S?
A: The WE 272663-S is designed for Wesco CPI series manual pallet jacks. Verify your equipment model matches before ordering to ensure proper fitment and performance.
Q: How long does a solid steel steer wheel typically last?
A: Solid carbon steel wheels with precision bearings are engineered for extended service life in high-load applications. Actual lifespan depends on load weights, floor conditions, frequency of use, and maintenance practices. Steel construction resists damage from impact and abrasion better than softer materials.
