Solenoid inversor motor 75A

A reversing solenoid for an engine is an electromechanical device that changes the direction of rotation of a DC motor. It functions as a power switch, directing current through the motor in different directions to reverse its movement.

This solenoid is designed for marine systems requiring bidirectional control of DC motors. It is ideal for applications such as windlasses, bow or stern thrusters, and other marine equipment where motor rotation direction reversal is necessary.

This solenoid is specifically designed to operate with 12V DC (direct current) electrical systems.

This solenoid can handle a continuous current of 75 amperes, making it suitable for moderate-power engines in marine applications.

Yes, this BEP solenoid is specifically described as an essential component for power management in marine systems, ensuring operational reliability in this environment.

This solenoid is designed to control direct current (DC) motors that require a rotation direction reversal, such as those found in windlasses or marine thrusters.

Although designed for marine systems, the description does not specify a particular Ingress Protection (IP) rating. It is recommended to install it in a compartment protected from direct exposure to saltwater or harsh weather to maximize its lifespan.

This solenoid is manufactured by BEP.

This solenoid is equipped with two types of connections to simplify installation:

5/16-24 threaded power connections. 1/4" blade terminals for control connections.

No, this solenoid is specifically designed for direct current (DC) applications and must not be used with alternating current motors.

No, the maximum capacity of this solenoid is 75 amperes. Using it with motors requiring a current higher than this value could cause overheating and damage the solenoid.

The solenoid must be connected between the 12V DC power source and the motor. The power terminals (5/16-24 threads) handle the current to the motor, while the 1/4" blade terminals are used for control signals that activate the reversal. It is crucial to follow an appropriate wiring diagram to ensure correct and safe operation.

Yes, it is strongly recommended to install appropriate fuses or circuit breakers upstream of the solenoid and motor to protect the entire circuit from overloads and short circuits, in accordance with marine safety standards.

When installing on a boat, it is important to choose a location:

Dry and protected from direct water spray.Easily accessible for inspection and maintenance.Allowing good ventilation to prevent overheating.Where cable connections can be made securely and cleanly.

For 5/16-24 terminal stud threads, adjustable wrenches or appropriately sized open-end wrenches are required. For 1/4" terminals, crimp sleeves and a crimping tool are required for secure electrical connections.

The 1/4

The product description does not specifically mention the inclusion of a wiring diagram. However, for correct installation, it is essential to refer to the manufacturer's instructions for the engine or the overall system, or to consult a professional.

For proper integration, it is crucial to verify that the solenoid specifications (12V DC, 75A maximum) match your engine and electrical system requirements. Also ensure that the terminal types (5/16-24 threads and 1/4 blades) are compatible with your existing wiring or that you have the necessary adapters.

A reversing motor solenoid like this one is a set of contactors that, when at rest, keeps the circuit open. It is neither 'normally open' nor 'normally closed' in the sense of a simple switch, because it is a three-position system (forward, reverse, stop) controlled by separate coils that close the appropriate circuits for each direction.