Product Description
The CR 825705 is a main control board designed for Crown electric pallet jacks, providing reliable power and signal routing for lift truck electrical systems. This 24VDC-rated board features durable double-layer FR-4 construction and is engineered to deliver 500,000+ operational cycles. Direct chassis mount design ensures secure integration into Crown WP 3000 series pallet jacks. Provides essential control logic for hydraulic and motor functions in warehouse and loading dock operations.
Specifications
Part Numbers & Compatibility
| Make | Crown |
| Model | WP3000, WR, WS |
| Manufacturer Part Number | CR 825705 |
Electrical Specifications
| Voltage Rating | 24VDC nominal system application |
Performance Specifications
| Design Cycle Rating | Minimum 500,000 operational cycles |
Additional Specifications
| Functional Category | Power and signal routing PCB for control logic |
| PCB Material | Double-layer FR-4 epoxy glass laminate |
Frequently Asked Questions
Q: What models is the CR 825705 compatible with?
A: The CR 825705 is compatible with Crown WP3000, WR, and WS models. Verify your equipment model number before ordering.
Q: What material is the CR 825705 constructed from?
A: The CR 825705 features double-layer fr-4 epoxy glass laminate construction. This material provides durability, electrical insulation, and thermal stability for industrial control applications.
Q: How long can the CR 825705 last under normal conditions?
A: The CR 825705 is designed for a minimum of 500,000 operational cycles. This cycle rating reflects typical field performance under normal operating conditions and maintenance practices.
Q: What should I do if I need a replacement for the CR 825705?
A: If you need a replacement for the CR 825705, contact us directly with your equipment model and serial number. We can assist you in finding the correct part for your application.
Q: Is the CR 825705 rated for a specific voltage?
A: The CR 825705 is designed for 24vdc nominal system applications. Do not use this board in equipment with different voltage ratings, as it may damage the board or cause control failures.
