MY4I5 DC24

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Power Relays, Over 2 Amps

The MY4I5 DC24 is a high-performance power relay designed for applications ranging from 2 to 24 amps. This relay is composed of two parts, an electromechanical unit and an electrical unit. This allows controlled activation of the electrical contacts in order to power the load of the system.

Electromechanical Unit

The electromechanical unit of the MY4I5 DC24 consists of a magnetic coil, one or more switch tugs, and a movable contact element. When the coil is energized, it generates a magnetic field that reacts with the switch tugs, which then move the contact element. This will complete the circuit between the switching tugs and the contact element, thus allowing the switch. This allows for the precise control over the activation of the switch.

Electrical Unit

The electrical unit of the MY4I5 DC24 includes the contact elements, switching tugs, and the control switch. The switching tugs are connected to the contact elements, and when the switch is triggered, the switching tugs will move the contact elements to either open or close the circuit. This allows for the precise control of the power that is being supplied from the system.

Application Field

The MY4I5 DC24 is commonly used in applications such as motor controls, HVAC systems, lighting systems, and industrial control systems. It can also be used in applications where precise control of the power being supplied is needed. This includes applications such as transformers, generators, and switches.

Working Principle

The working principle of the MY4I5 DC24 is based on the use of an electromechanical unit and an electrical unit. The electromechanical unit of the relay consists of the magnetic coil, switching tugs, and the contact element. The electrical unit consists of the contact elements, switching tugs, and control switch. When the coil is energized, the magnetic field generated reacts with the switching tugs, which will then move the contact element. This will open or close the circuit, allowing current to be supplied to the load. The control switch then adjusts the current level supplied, allowing precise control of the system.

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