In irrigation systems, the Murphy 117 Magnetic Switch serves as a critical safety device, designed to automatically shut down engines—both distributor ignition and diesel types—operating within 12V to 32V ranges upon detecting specific fault conditions. This functionality is essential for preventing potential damage to equipment and ensuring safe operation.
Key Features:
- Automatic Shutdown: When tripped, the switch interrupts the electrical circuit by opening the distributor coil circuit or cutting power to the diesel run device, effectively halting engine operation.
- Manual Reset: Equipped with a manual reset mechanism, the switch requires user intervention to restore normal operations after a shutdown event, ensuring that issues are addressed before restarting.
- Robust Design: Built to withstand the demanding conditions typical in agricultural environments, offering reliable performance over time.
Applications in Irrigation:
- Engine Protection: Monitors critical parameters such as oil pressure and coolant temperature, initiating an automatic shutdown if readings fall outside safe operating ranges, thereby protecting irrigation engines from damage.
- Safety Assurance: Provides a safeguard against engine failures that could lead to costly downtime or hazardous situations, enhancing overall system safety.
Benefits:
- Prevents Equipment Damage: By shutting down engines during fault conditions, it helps avoid severe damage and extends equipment lifespan.
- Enhances Operational Safety: Reduces the risk of accidents or failures in irrigation setups, promoting a safer working environment.
Considerations:
- Compatibility: Ensure that the switch is compatible with the specific voltage and engine type in use within the irrigation system.
- Regular Maintenance: Periodic testing and maintenance are recommended to verify the switch’s functionality and reliability.
In summary, the Murphy 117 Magnetic Switch is a vital component in irrigation systems, providing automatic engine shutdown capabilities to protect equipment and ensure safe operation under fault conditions.
