Murphy Fuel Shut Off Valve – 12 Volt

Murphy Fuel Shut Off Valve – 12 Volt

$153.33

The SV-series valve is a normally closed valve that opens when current is supplied from the battery through a magnetic switch. Temperature, level, or pressure SWICHGAGE® instruments installed on the engine and pump or compressor, trip the magnetic switch, breaking the circuit from the battery which closes the valve and stops the engine.  The SV-12 valve operates on 12VDC, has a 1/4 NPT inlet and outlet, and a full 3/16 inch (5 mm) orifice.

Brand Name: Murphy   

Description

A Murphy Fuel Shut Off Valve – 12 Volt is an electrically controlled valve used in diesel or gasoline-powered irrigation pumps, generators, and other machinery to automatically control the flow of fuel. Powered by a 12-volt electrical system, it provides a reliable mechanism for starting or stopping fuel supply based on system signals, ensuring safety and operational efficiency.


Key Features:

  1. Automatic Fuel Control:
    • Opens or closes the fuel line in response to electrical signals, allowing for remote or automated operation of fuel systems.
  2. 12-Volt Operation:
    • Compatible with standard 12-volt electrical systems, making it suitable for most agricultural and industrial equipment.
  3. Durable Construction:
    • Typically made from corrosion-resistant materials such as brass, stainless steel, or aluminum for long-term reliability.
    • Designed to handle exposure to fuel, moisture, and other environmental conditions.
  4. Fail-Safe Design:
    • Can be configured to close automatically in case of power loss or system shutdown, preventing fuel leaks or engine flooding.
  5. Compact and Easy to Install:
    • Lightweight and designed for straightforward integration into existing fuel lines and electrical systems.

Common Applications:

  1. Irrigation Pumps:
    • Used in engine-driven pumps to control fuel supply during operation and shutdown.
  2. Generators:
    • Ensures safe starting and stopping of fuel flow in power generation equipment.
  3. Heavy Machinery:
    • Protects engines in construction and agricultural equipment by regulating fuel flow.
  4. Remote Systems:
    • Ideal for systems requiring remote or automated control of fuel supply.

Benefits:

  1. Safety:
    • Automatically stops fuel flow in emergencies or system shutdowns, reducing the risk of fire, leaks, or engine damage.
  2. Efficiency:
    • Allows for precise control of fuel supply, optimizing engine performance and conserving fuel.
  3. Ease of Integration:
    • Works seamlessly with standard 12-volt electrical systems, requiring minimal modifications.
  4. Durability:
    • Built to withstand harsh operating conditions, including exposure to fuel, heat, and weather.
  5. Automation Compatibility:
    • Easily integrates with automation systems for remote monitoring and control.

How It Works:

  1. Connection:
    • Installed in the fuel line between the tank and the engine.
    • Connected to the 12-volt electrical system via wiring.
  2. Operation:
    • When power is supplied to the valve, it opens to allow fuel flow to the engine.
    • When the power is cut, the valve closes to stop the fuel supply.
  3. Control:
    • Typically controlled by an engine management system, manual switch, or safety shutdown system.

Key Considerations:

  1. Voltage Compatibility:
    • Ensure the valve is compatible with your system’s 12-volt electrical setup.
  2. Fuel Type:
    • Verify that the valve is suitable for the type of fuel (diesel, gasoline, etc.) used in your system.
  3. Flow Capacity:
    • Choose a valve that can handle the flow rate required by your engine or equipment.
  4. Safety Features:
    • Look for valves with fail-safe mechanisms to enhance system reliability.

In summary, the Murphy Fuel Shut Off Valve – 12 Volt is an essential safety and control device for fuel systems in irrigation pumps, generators, and machinery. Its automatic operation, compatibility with 12-volt systems, and durable design make it ideal for efficient and safe fuel management in agricultural, industrial, and commercial applications

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