MY4IN DC100/110 (S)

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The MY4IN DC100/110 (S) is a power relay manufactured by Omron Electronics LLC rated at over 2 amps. This reliable, robust relay is suitable for a wide range of industrial and commercial applications. It\'s used for controlling low voltage loads, such as building automation, equipment safety circuit protection, circuit breaker, and DC motor over-current protection.

The MY4IN DC100/110 (S) relay consists of a compact base plate and two enclosed power contacts. The contacts and the base plate are made of polymeric material for better stability and durability. The contacts are either normally open or normally close type, and are designed to provide a reliable, long-lasting connection.

The MY4IN DC100/110 (S) relay utilizes an advanced state-of-the-art design that uses an internal switching circuit to control the power flow. It uses a MOSFET (Metal Oxide Semiconductor Field-Effect Transistor) to initiate the switching. When a current passes through the MOSFET, the device is activated and the power flow is switched.

The MY4IN DC100/110 (S) relay also uses an isolated output circuit, which means it can work with both AC and DC circuits. This allows the relay to be used for both AC and DC applications. The relay is also equipped with an over-current protection feature, which is designed to protect against damage caused by excessive current passing through the MOSFET.

In order to activate the MY4IN DC100/110 (S) relay, an external voltage must be applied. This voltage is usually provided by an AC or DC power supply. When the voltage reaches the maximum threshold, it will cause the relay to switch on, and current to flow through the contacts. If the voltage drops below the threshold, the relay will switch off, and the current will stop flowing.

The MY4IN DC100/110 (S) relay has a wide range of possible applications, from controlling loads for building automation, equipment safety circuit protection, circuit breaker, and DC motor over-current protection, to many others. It is reliable, robust, and cost-effective, and can be used in a variety of applications in both AC and DC circuits.

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