Product Description
Crown CR 109595-C is an OEM traction motor core charge for electric lift truck platforms, engineered for compatibility with 36VDC systems and specified for core exchanges in fleet maintenance applications. No cross-reference, supersession, or equivalent part numbers are issued for this SKU; direct OEM installation required.
Specifications
Part Numbers & Compatibility
| Make | Crown |
| System Voltage Compatibility | Designed for 36V battery system |
| Part Number | CR 109595-C |
| Manufacturer Part Number | CR 109595-C |
Additional Specifications
| Finish | OEM factory process; no secondary finish applicable |
Frequently Asked Questions
Q: What is the CR 109595-C core charge?
A: The CR 109595-C is a traction motor core charge for Crown electric lift trucks operating on 36VDC battery systems. It is a refundable deposit charged when you purchase a replacement CR 109595 motor. The core charge is credited when you return the failed motor core.
Q: Which Crown platforms require the CR 109595-C core charge?
A: The CR 109595-C applies to any Crown electric lift truck or pallet truck equipped with a 36V battery system using the CR 109595 traction motor. Fleet maintenance operations should account for core charges when budgeting for motor replacements on 36-volt platforms.
Q: Are there substitute or cross-reference part numbers for the CR 109595-C core charge?
A: No. The CR 109595-C is a specific part number with no cross-reference, supersession, or equivalent part numbers. Direct replacement parts are required for fleet maintenance records and warranty compliance.
Q: What materials is the CR 109595-C core charge made from?
A: The CR 109595-C is constructed from durable materials designed for long-term use in industrial environments. It is built to withstand the demands of regular operation and core exchange processes.
Q: How do I replace the CR 109595-C core charge?
A: To replace the CR 109595-C, you must return the failed motor core to your parts supplier. The core charge will be credited upon receipt of the returned core, provided it meets the required conditions.