Product Description
High-quality bearing cone for Crown PE 4000 series electric pallet trucks. This tapered roller bearing features through-hardened steel construction, measuring 0.75 inch inner diameter, 1.379 inch outer diameter, and 0.463 inch width. Factory-spec replacement part engineered for reliable performance in high-load wheel and undercarriage applications during material handling operations.
Specifications
Material & Construction
| Roller Material | Through-hardened bearing grade steel |
Part Numbers
| OEM Part Number | CR 065045 |
| Cross-Reference Part Numbers | Replaces Crown 065045, supersedes 65045 |
| Compatible Equipment Models | Crown PE 4000 Series pallet trucks |
Frequently Asked Questions
Q: What equipment does the CR 650454 bearing fit?
A: The CR 650454 is an OEM bearing cone designed for Crown PE 4000 series electric pallet trucks. It handles high-load material handling applications where wheel and undercarriage assemblies require through-hardened steel roller bearings.
Q: What are the exact dimensions of the CR 650454?
A: The CR 650454 is a tapered roller bearing with an inner diameter of 0.75 inch, outer diameter of 1.379 inch, and width of 0.463 inch. Verify these dimensions match your equipment before ordering.
Q: What Crown part numbers does the CR 650454 replace?
A: The CR 650454 is OEM part number CR 065045 and replaces Crown 065045, superseding the older 65045 designation. Use this SKU when ordering replacement bearings for PE 4000 series equipment.
Q: What material is the CR 650454 made from?
A: The CR 650454 is manufactured from through-hardened bearing grade steel, providing durability and load-carrying capacity for high-stress wheel and undercarriage applications in material handling equipment.
Q: Why use a tapered roller bearing instead of a ball bearing?
A: Tapered roller bearings like the CR 650454 support both radial and axial loads more effectively than ball bearings, making them better suited for heavy-duty pallet truck wheel assemblies that experience multi-directional forces during loading and maneuvering.