Product Description
CT 972004-A is a Caterpillar electric lift truck poly load wheel assembly, featuring 95A durometer polyurethane tread and precision bearings. Compatible as an OEM and aftermarket direct replacement for load wheel applications on specified Caterpillar electric pallet jack models.
Specifications
Material & Construction
| Tread Material | Polyurethane ( compound) |
Part Numbers
| OEM Part Number | CT 972004-A |
| Manufacturer Part Number | CT 972004-A |
| Cross-Reference Part Numbers | CT0972004-SMH, CT972004, CT 972004 |
Frequently Asked Questions
Q: What does the CT 972004-A load wheel assembly include?
A: The CT 972004-A is a complete load wheel assembly that features 95A durometer polyurethane tread and precision bearings. This assembly variant is designed as a direct OEM and aftermarket replacement for load wheel positions on Caterpillar electric lift trucks.
Q: What are the cross-reference part numbers for CT 972004-A?
A: Known cross-reference and equivalent part numbers for CT 972004-A include CT0972004-SMH, CT972004, and CT 972004. If your equipment references a different part number, contact us to confirm fit and compatibility before ordering.
Q: Is CT 972004-A the same as CT 972004?
A: CT 972004-A includes precision bearings as part of the assembly, whereas CT 972004 is a base load wheel. The -A suffix indicates it is configured as a complete replacement assembly. Verify your equipment specifications to determine which version you need.
Q: What Caterpillar models use the CT 972004-A wheel?
A: The CT 972004-A is compatible with Caterpillar electric pallet jack models that specify this part number. Confirm your exact equipment model and serial range against the OEM documentation before ordering. Contact us if you need model-specific compatibility verification.
Q: How does the precision bearing in CT 972004-A affect performance?
A: Precision bearings in the CT 972004-A assembly provide smooth rotation, reduce rolling resistance, and support load capacity. This design minimizes vibration and extends wheel life under frequent cycling and sustained load conditions typical of material handling operations.