MY4ZIN-D2 DC100/110 (S)

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MY4ZIN-D2 DC100/110 (S) power relays are designed for applications where a large amount of current needs to be switched quickly and consistently. These power relays have a rated current of over 2 amps and come in single pole configurations.

The design of these quality power relays involves a simple set-up process and a snap-action mechanism. These power relays have a switching mechanism that uses a single-side-mounted chassis to securely hold the actuator arm. This design ensures that even at full current load, the arm will stay securely in place. Additionally, the winding mechanism of this relay is sealed in an epoxy-filled package for protection and safety.

The MY4ZIN-D2 DC100/110 (S) power relays also feature a push to open and push to close operation. This means that when a given amount of force is applied, the actuator arm will move. When the force is released, the arm will return to its original position. This is beneficial as it eliminates the need to manually switch the relay, providing users with an easy to use power option.

The MY4ZIN-D2 DC100/110 (S) power relay also features a high dielectric strength insulating material that is able to withstand 12.5 KVC/m of ESD current. This allows the relay to withstand high voltage and current surges without any damage. Furthermore, the relay is rated for DC power up to 110 volts, ensuring that it is a safe power switching option.

When considering the working principle of the MY4ZIN-D2 DC100/110 (S) power relays, the operations are governed by a left/right motion of the actuator arm. As current is applied, the arm moves around the axis of the coil, actuating contacts that are sealed in place for reliability and safety. Additionally, a single-side-mounted chassis securely holds the actuator arm in place to ensure consistent operation.

The MY4ZIN-D2 DC100/110 (S) power relays offer a reliable and safe power switching option for users. Due to their robust design and operation, these relays can be used in a variety of applications which require a large amount of current to be switched quickly and reliably.

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