MY2N-GS AC110/120

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Power Relays, Over 2 Amps, such as the MY2N-GS AC110/120, provide reliable movement control and flexible management capability in a wide range of applications, including control systems, industrial automation, communications, medical equipment, and consumer electronics. Here are the application field and working principle of MY2N-GS AC110/120.

Application Field

The MY2N-GS AC110/120 are plug-in products for control systems. They are typically used in a wide range of applications, including, but not limited to, control systems, industrial automation, communications, medical equipment, and consumer electronics. These relays can be used in similar applications such as high power switching/controlling, motor control and pulse generators. They are robust and reliable enough to handle high current loads (<12A) and offer low contact resistance (<150mΩ). Additionally, they are capable of providing fast switching times.

Working Principle

The working principle of the MY2N-GS AC110/120 is as follows: when a current passes through the coil, the contacts close and form an electric circuit (relay switch). This will cause the electromagnetic current to be released from the coil, thus allowing the contacts to open and disconnect the circuit. The contact gap can depend on the design and type of device. The contact gap is important because it prevents accidental discharge of the relay when power is applied to the coil. The contacts must also be sufficiently wide to ensure reliable operation.

The MY2N-GS AC110/120 is an example of a SPST-NO contact type relay. It is a single-pole single-throw (SPST) design, which means that there is a single contact that can be opened or closed when the voltage is applied. The contact is normally open (NO), meaning that it is open until current passes through the coil and the contact closes. The contact gap is adjustable and the switching times are relatively fast with an AC switching time of 0.7ms.

The MY2N-GS AC110/120 is designed to provide reliable switching and long-term performance. It is important that they are mounted securely and actuated properly. Temperature compensation is also necessary to ensure reliable operation. The relay must be able to compensate for the temperature changes within the environment to ensure accurate and reliable operation. The MY2N-GS AC110/120 is capable of handling up to 12A of current and is designed to work efficiently and reliably, even in extreme temperature locations.

In conclusion, the MY2N-GS AC110/120 are an excellent choice of robust power relays for controlling and switching high current. They are versatile, reliable, and provide fast switching times. The contact gap is adjustable to reduce the risk of accidental discharge and they are temperature compensated for reliable operation. The MY2N-GS AC110/120 are a great choice for a variety of applications requiring reliable control and switching of high current.

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