MY2-GS AC12

Series:	*
Part Status:	Preliminary

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Introduction

The MY2-GS AC12 is a high-performance, low-priced power relay with a wide range of applications. It can be used for control and protection in a variety of industrial applications. It offers superior safety features for the users as well as excellent performance.

Features

The MY2-GS AC12 provides excellent performance with its contact gap, temperature resolution, motor protection, and insulation. The contact gap has been designed to prevent contact bouncing and to ensure a reliable performance even in fluctuating operating conditions. The temperature resolution ensures it can be used in highly thermally demanding applications. The motor protection system is designed to detect breaks in the motor circuit, thus ensuring a safe operation and preventing damages to the device. Its insulation system provides a high level of protection against electric shocks.

Application Field

The MY2-GS AC12 can be used in a variety of applications such as motor protection, air conditioning, refrigeration, lighting, pumps, and compressors. It can also be used as a supplementary power relay in any automated system.

Working Principle

The MY2-GS AC12 works by using a special set of contacts which open and close at designated times. A current is passed between the contacts, and this creates a magnetic field. When the magnetic field reaches a certain strength, it causes the contacts to open or close.When it is used as a motor protection device, it senses fluctuations in the current within the motor circuit and triggers the contacts. This helps to ensure that the motor is operating safely and efficiently.

Conclusion

The MY2-GS AC12 is a superior performing and cost-effective power relay designed for a wide range of applications. Its contact gap, temperature resolution, motor protection, and insulation provide excellent performance regardless of the operating conditions. It can be used for motor protection, air conditioning, refrigeration, lighting, pumps, and compressors as well as in any automated system. Its working principle involves the use of contact sets and a magnetic field which triggers the contacts when certain conditions are met.

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