Product Description
Heavy-duty 24VDC continuous duty drive motor designed for Yale electric pallet jack traction applications. Direct replacement for Yale part number YL 580031000 with cross-reference YT580031000. Factory-spec motor engineered to deliver reliable performance in demanding warehouse and dock operations. Compatible with Yale MPB-series electric pallet jacks requiring 24-volt drive motors.
Specifications
Electrical
| Motor Voltage | 24VDC continuous duty |
Part Numbers
| Primary Part Number | YL 580031000 |
| Cross-Reference Part Number | YT580031000 |
Application
| Compatible Equipment | Yale electric pallet jacks, MPB 040 E |
Frequently Asked Questions
Q: What is the voltage rating for part number YL 580031000?
A: The YL 580031000 is rated at 24VDC continuous duty. This voltage specification matches Yale electric pallet jack power system requirements for the MPB 040 E model.
Q: Which Yale pallet jack models is this motor compatible with?
A: This motor is designed for Yale MPB 040 E electric pallet jacks. Verify your equipment model and specifications before ordering to ensure compatibility.
Q: Is there a cross-reference part number for this motor?
A: Yes. The cross-reference part number is YT580031000. Both YL 580031000 and YT580031000 refer to the same motor component and are interchangeable for replacement purposes.
Q: What type of motor is the YL 580031000?
A: This is a 24VDC traction drive motor engineered for electric pallet jack propulsion systems. It provides continuous duty operation for material handling applications.
Q: What is the expected service life of this motor?
A: Typical service life for 24VDC continuous duty drive motors ranges from 3,000 to 5,000 operating hours, depending on duty cycle, load patterns, and maintenance practices. Monitor for performance changes as an indicator of wear.
Q: How should this motor be stored?
A: Store in a clean, dry location away from moisture and extreme temperatures. Keep protective caps on electrical connectors to prevent corrosion. Store on a flat surface to prevent bearing pressure.
