Crown Rod and Chain Assembly for PTH and PTH50 Pallet Jacks
CR 44527-A
Couldn't load pickup availability
- Expert support & fitment help
- 30-day returns
- Fast Shipping
Compatibility
|
Make |
|
|---|---|
|
Model |
|
Visit our diagram page for part references to popular models
Product Description
Crown CR 44527-A is a genuine rod and chain assembly (items 8-15) designed for precise interface between tiller handle and hydraulic unit release on Crown PTH and PTH50 manual pallet jacks. This direct-replacement linkage assembly features an alloy steel rod, industrial-grade chain, and all necessary connector hardware for reliable release actuation and straightforward maintenance on compatible equipment.
Specifications
Material & Construction
| Material | Alloy steel rod, industrial-grade steel chain |
Part Numbers & Compatibility
| Make | Crown |
| Model | PTH, PTH50 |
| Part Number | CR 44527-A |
Additional Specifications
| Assembly Contents | Rod and chain assembly (items 8-15) with all connector hardware and fasteners included |
| Function | Mechanical linkage between tiller handle and hydraulic unit release mechanism |
Frequently Asked Questions
Q: Which models is the CR 44527-A compatible with?
A: The CR 44527-A is compatible with Crown PTH and PTH50 manual pallet jacks.
Q: What materials is the CR 44527-A made from?
A: The CR 44527-A is constructed from alloy steel rod and industrial-grade chain, ensuring durability and strength for handle-to-release linkage applications.
Q: Does the CR 44527-A include all necessary hardware for installation?
A: Yes, the CR 44527-A includes all necessary connector hardware and fasteners for secure assembly on compatible models.
Q: What is the purpose of the CR 44527-A?
A: The CR 44527-A provides the mechanical linkage between the tiller handle and hydraulic release mechanism, enabling reliable actuation on Crown manual pallet jacks.
Q: How is the CR 44527-A used in maintenance?
A: The CR 44527-A is a replacement part designed for straightforward maintenance, ensuring consistent performance in handle-to-hydraulic release applications.