MY4ZIN-D2 DC12 (S)

Power Relays, Over 2 Amps

The MY4ZIN-D2 DC12 (S) is a power relay designed to control the electric current of over 2 Amps. Its features and design offer a wide range of possible applications, making it a suitable choice for a variety of control and switching functions.

Application Fields

The MY4ZIN-D2 DC12 (S) has the capacity to handle large power loads, making it an ideal choice for several application fields. Its most prominent use is in power plants, where it is used to control large electric current. Additionally, the relay is also used in the automotive sector as a switching device, for example in control panels.

The MY4ZIN-D2 DC12 (S) is also applicable in the manufacturing sector. Its rugged design makes it suitable for arduous environments, such as factories and industrial plants. It is particularly cheap in comparison to other power relays, making it a very attractive option for small businesses and hobbyists.

Working Principle

The MY4ZIN-D2 DC12 (S) is a mechanical device which operates electro-mechanically. It consists of a small solenoid which can be activated by electric current. This solenoid creates a magnetic field by coupling with the current. This field then triggers a switch which can be used to control other electric components.

The power supply for this solenoid is connected to the relay. When the electric current is applied to the relay, the solenoid is activated and the switch is triggered. This allows the electrical current to be directed to the electric components and the desired action is completed.

The relay can also be used to disconnect the electric current once the task is completed. This is done by triggering the switch, which in turn shuts off the electric current. This type of control provides the operator with an added degree of control, allowing them to precisely manage the electrical current to achieve the desired result.

Conclusion

The MY4ZIN-D2 DC12 (S) is an ideal choice for applications requiring higher power loads. It is a versatile device and can be used in a variety of applications including power plants, automotive control panels, factories, and industrial plants. The electro-mechanical design allows operators to precisely control their electrical current, making it a reliable choice.