G3VM-351DY1

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Solid State Relays (SSRs) are widely used in automotive and industrial applications due to their superior performance compared to conventional electromechanical relays. These devices are available with various power ratings, contact forms, packaging, and control signal types. The G3VM-351DY1 is an example of a Solid State Relay that utilizes a zero-crossing technique to switch a load with a maximum load current of 10A. This SSR is suitable for a wide range of applications such as motor drives, heating, and lighting control.

When an input signal is applied to the G3VM-351DY1 SSR, the control circuitry inside the device switches the power to the load. The switching time of the Relay is typically around 2~10 mS. The maximum output voltage of 250VAC and maximum load current of 10A make this SSR suitable for applications that require a high current load. Additionally, the G3VM-351DY1 offers a high insulation resistance of over 50M ohms. This SSR is also UL recognized, making it suitable for industrial use.

The G3VM-351DY1 SSR utilizes the Zero-Crossing principle for switching of the load. The Zero-Crossing principle states that when the input signal crosses the zero-voltage point, the SSR will switch the power to the load. This ensures that no electromagnetic interference (EMI) is generated due to the switching of the load. The Zero-Crossing method also prevents undesirable transients and load inrush from occurring when the load is switched.

The G3VM-351DY1 SSR includes several features to ensure reliable operation. The device is designed to provide transient protection and derating that is equivalent to IP-00 rated products with Class F insulation. The built-in Snubber circuit reduces power switching noise and parasitic high-frequency current. Additionally, the SSR is designed to be overheated protected. The SSR includes an overheating detector that will disconnect the load from the power source when the device temperature exceeds the specified temperature.

The G3VM-351DY1 Solid State Relay is a reliable and efficient device that can be used in a wide range of applications. Its Zero-Crossing technology ensures accurate switching and reliable operation with minimal EMI generation. Additionally, the device is designed with features such as transient protection and derating, Snubber circuit, and overheating protection, making it ideal for industrial automation applications.

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