Skip to product information
Up to $8.15 off

Load Wheel Assembly for Crown Electric Lift Truck

CR 73917-020

Dual Tandem Polyurethane Load Wheel Assembly

Regular price $53.00
Sale price $53.00 Regular price $61.15
Shipping calculated at checkout.
In stock
Size: 4.0" × 2.0" (102 × 51 mm)
⌀ 4.0" (102 mm) 2.0" (51 mm) wide schematic — drawn to listed dimensions
  • Expert support & fitment help
  • 30-day returns
  • Fast Shipping
Crown Electric Lift Truck Parts Load Wheels Wheels

Compatibility

Make

Crown

Model

PC, PE, PR, PW

Visit our diagram page for part references to popular models


Product Description

Crown CR 73917-020 load wheel assembly is a polyurethane wheel for Crown electric lift truck models PC, PE, PR, and PW. It is a replacement part designed for compatible Crown electric lift truck applications.

Specifications

Material & Construction
MaterialPolyurethane
Wheel HardnessShore A 93
Part Numbers & Compatibility
MakeCrown
ModelPC, PE, PR, PW
Part NumberCR 73917-020
Wheel Dimensions
Outside Diameter4 in
Width2 in
Additional Specifications
Compatible Lift ModelsCrown PC, PE, PR, PW
Wheel ConfigurationDual Tandem

Frequently Asked Questions

Q: Which Crown electric lift truck models is this wheel assembly compatible with?
A: This wheel assembly is compatible with Crown PC, PE, PR, and PW electric lift truck models.

Q: What material is used in the construction of this wheel assembly?
A: This wheel assembly is constructed from polyurethane, a material known for durability in demanding environments.

Q: How can I determine if this wheel assembly is the correct replacement for my lift truck?
A: Verify that your lift truck model is Crown PC, PE, PR, or PW, and confirm the part number is CR 73917-020.

Q: What are the key features of this wheel assembly?
A: This wheel assembly is a polyurethane wheel designed for durable performance in warehouse settings.

Q: When should this wheel assembly be replaced?
A: Inspect the wheel regularly for signs of wear, such as uneven tread or flat spots. Replacement should be considered when wear affects performance.