MY2N-CR AC200/220

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Power relays help complete circuits and automate electrical processes. The MY2N-CR AC200/220 is a common power relay model used in various industries involving high voltage and current control. Read on to learn more about its unique features, applications, and working principle.

Features

The MY2N-CR AC200/220 weighs about 85 grams and measures 40 x 25 x 68 mm. It features a built-in LED lamp,zero crossing operation, and a slim body. The base is made of durable plastics with a low coil power consumption of about 0.4W. An AC power source‍ of 200/220V mainly powers this model. The connection terminals are compatible with screw terminals for quick and easy wiring.

Applications

This type of power relay is suitable for any situation that requires high vibration resistance. It is commonly used in consumer electronics such as vending machines, automatic doors, and security systems. The MY2N-CR AC200/220 is also ideal for industrial applications such as pumps, motors, agriculture machinery, oil refineries, and power plants.

Working Principle

The working principle of the MY2N-CR AC200/220 is fairly simple. When an AC voltage is applied to the contact terminals of the power relay, the contact terminals open or close depending on the rise and fall of the input voltage’s polarity. If the polarity is reversed, the power relay triggers the circuit switch to turn on and off. This process of the power relay opening or closing is known as switching action. When the AC voltage reaches 0, the power relay switches from an open condition to a close condition, or vice versa. The switching action is repeated until the AC voltage is cut off entirely.

Conclusion

The MY2N-CR AC200/220 is an effective power relay model that is widely used for high voltage and current control in a variety of industrial and consumer applications. Its features include a built-in LED lamp, a slim body design, and a low coil power consumption rate of about 0.4W. The working principle of this power relay is straightforward, with a contact terminals that open and close in response to the AC voltage’s polarity.

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