Product Description
Continuous-duty forklift solenoid, OEM part number 04015930B, designed for Yale electric lift trucks. Rated for 24VDC coil voltage, 100A continuous current, with flat mounting bracket and stud-type terminals. No cross-reference part numbers available.
Specifications
Part Numbers & Compatibility
| Make | Yale |
| Compatible Equipment | Electric lift truck, Yale models using 04015930B solenoid |
| Part Number | 04015930B |
| Manufacturer Part Number | 04015930B |
| Cross Reference Part Numbers | No cross-reference part numbers available |
Electrical Specifications
| Coil Voltage | 24VDC continuous duty |
| Current Rating | 100A continuous |
Performance Specifications
| Duty Cycle | Continuous operation (100% duty cycle) |
Additional Specifications
| Mounting Type | Flat mounting bracket |
| Terminal Type | Stud-type terminals |
Frequently Asked Questions
Q: What makes of lift trucks is the 04015930B compatible with?
A: The 04015930B is designed for use with Yale electric lift trucks.
Q: What materials is the 04015930B made from and how durable is it?
A: The 04015930B is constructed from durable materials to withstand heavy use in industrial environments. It is built for long-term reliability and consistent performance.
Q: How do I know when to replace the 04015930B?
A: Replace the 04015930B if it fails to energize, cannot hold the valve open reliably, or exhibits symptoms such as loss of raise, lower, or tilt function.
Q: Are there any equivalent part numbers for the 04015930B?
A: No cross-reference part numbers are available for the 04015930B. Use the exact part number to ensure correct voltage, current rating, and physical fit.
Q: What is the function of the 04015930B in a lift truck?
A: The 04015930B controls hydraulic function actuation by switching 24vdc coil voltage. It is used for raise, lower, and tilt operations in Yale electric lift trucks.
Q: How does the 04015930B handle continuous operation?
A: The 04015930B is rated for continuous duty operation, allowing it to remain energized indefinitely without thermal shutdown.
