Product Description
SOL-225 solenoid is a 12VDC continuous-duty electro-mechanical actuator designed for electric lift truck applications. Features hardened steel plunger, standard flange mount, three-terminal configuration, and steel housing for reliable control of lift and accessory circuits.
Specifications
Electrical
| Coil Voltage Rating | 12VDC nominal |
Material
| Housing Material | Steel shell with polymer insulation insert |
| Plunger Material | Hardened steel, nitrided surface treatment |
Part Numbers
| Manufacturer Part Number | SOL-225 |
Performance Specifications
| Duty Cycle | 100% continuous rated |
| Maximum Switching Frequency | 120 cycles per hour |
Frequently Asked Questions
Q: What voltage and duty cycle is the SOL-225 solenoid rated for?
A: The SOL-225 is rated for 12VDC nominal with 100% continuous-duty operation. This means it can run continuously without thermal shutdown, making it suitable for lift and accessory control circuits in electric lift trucks that require constant actuation.
Q: What materials are used in the SOL-225 construction?
A: The SOL-225 features a steel housing with polymer insulation insert and a hardened steel plunger with nitrided surface treatment. The nitrided plunger provides wear resistance and reduces stiction, extending service life in high-cycle applications.
Q: What is the maximum switching frequency for the SOL-225?
A: The SOL-225 is rated for a maximum switching frequency of 120 cycles per hour. This specification defines how many on/off cycles the solenoid can handle within one hour while maintaining rated performance.
Q: What mounting configuration does the SOL-225 use?
A: The SOL-225 features a standard flange mount with a three-terminal configuration, allowing flexible installation in lift truck control systems. Verify mounting hole patterns and terminal spacing match your equipment before ordering.
Q: What applications is the SOL-225 designed for?
A: The SOL-225 is engineered for electric lift truck applications, specifically for controlling lift circuits and accessory circuits. Its continuous-duty rating makes it ideal for equipment requiring reliable, sustained actuation.