Product Description
Technical specifications for Toyota solenoid part number 00591-57386-81
Specifications
Electrical
| Voltage | 12VDC |
Material
| Frame Material | Structural steel |
Part Numbers
| Cross-Reference Part Numbers | Replaces ABC123, supersedes DEF456 |
| OEM Part Number | 00591-57386-81 |
Frequently Asked Questions
Q: What is the voltage rating for the 00591-57386-81 solenoid?
A: The 00591-57386-81 operates at 12VDC. This solenoid is not compatible with 24VDC or 48VDC systems. Always verify your truck electrical system voltage before ordering, as using the wrong voltage will damage the part immediately.
Q: What equipment brands use the Toyota 00591-57386-81 solenoid?
A: This solenoid is a Toyota OEM part compatible with Toyota lift trucks and compatible with similar 12VDC systems from other manufacturers including Crown, Raymond, and Hyster. Cross-reference with ABC123 and DEF456 for compatibility verification.
Q: What material is the 00591-57386-81 frame made from?
A: The solenoid frame is constructed from structural steel, providing durability in industrial material handling environments. This steel construction resists vibration loosening and provides reliable long-term mounting.
Q: Can the 00591-57386-81 be cross-referenced with other part numbers?
A: Yes. This solenoid replaces part number ABC123 and supersedes DEF456. If you have equipment reference documentation showing either of those numbers, the 00591-57386-81 is the correct replacement. Always verify voltage and specifications match your application.
Q: What are failure symptoms for a defective 12VDC solenoid?
A: Solenoid failure typically presents as loss of control function, buzzing noise without movement, intermittent response to control input, or complete lack of electrical engagement. Some failures are intermittent while others are immediate loss of function.
Q: What is the expected service life of a solenoid in electric lift trucks?
A: In typical industrial duty cycles, solenoids last 4 to 6 years. Life expectancy depends on frequency of activation, environmental exposure, and proper electrical system maintenance. Excessive moisture or voltage spikes can significantly reduce lifespan.
