Product Description
The Crown CR 073831 is a direct replacement bushing engineered for lift structure assemblies in Crown PE series electric pallet trucks. Designed for precision interference fit mounting, this Crown-manufactured bushing delivers reliable load transfer and eliminates radial play in lift mechanism components. Ideal for maintenance and repair of Crown PE 4000 and PE 4500 series equipment.
Specifications
Part Numbers
| Manufacturer Part Number | CR 073831 |
| Compatible Equipment | Crown PE 4000 Series, Crown PE 4500 Series electric pallet trucks |
Specifications
| Outside Diameter | 0.906 inches |
| Inside Diameter | 0.787 inches |
| Width | 0.787 inches |
| Material Specification | Crown factory-spec engineering specification |
| Application Type | Interference fit lift structure bushing |
| Cross References | No published cross-references |
Frequently Asked Questions
Q: What are the exact dimensions of the CR 073831 bushing?
A: The CR 073831 has an outside diameter of 0.906 inches, inside diameter of 0.787 inches, and width of 0.787 inches. These dimensions are engineered for interference fit mounting in Crown lift structure assemblies.
Q: Which Crown pallet truck models use the CR 073831 bushing?
A: The CR 073831 is specified for Crown PE 4000 Series and PE 4500 Series electric pallet trucks. This bushing is part of the lift structure assembly in these models.
Q: What material is the CR 073831 bushing manufactured from?
A: The CR 073831 is manufactured to Crown engineering specification. Material composition is not published separately, but the bushing is engineered for interference fit durability in lift structure applications.
Q: Are there cross-reference part numbers for CR 073831?
A: No published cross-references exist for the CR 073831. This is a Crown-specific OEM bushing. Always use the exact part number CR 073831 to ensure correct fitment in PE 4000 and PE 4500 series equipment.
Q: What does interference fit mean for the CR 073831 application?
A: Interference fit means the CR 073831 bushing is pressed into its mounting bore under controlled pressure. The tight fit eliminates radial play and transfers loads evenly across the bushing surface, critical for lift structure stability and durability.