G3VM-201DY1(TR05) Relays

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Solid state relays (SSRs) are components used in electrical circuits that allow electric current in one direction but cannot pass it back in the opposite direction. The G3VM series of SSRs from Omron are characterized by their low on-state resistance, high isolation voltage, and wide temperature range. Among these, the G3VM-201DY1 (TR05) is commonly used in industrial machinery because of its ability to actuate controlling elements quickly and reliably through its high switching capability.

The G3VM-201DY1 (TR05) offers a great deal of versatility. It can be mounted on a variety of substrates, including printed circuit boards, as well as directly on the inside of a machine. Its IP67-grade casing guarantees dust and water-resistance and allows it to operate in adverse environments.

The working principle of the G3VM-201DY1 (TR05) is based on a semiconductor controlled by a low power signal. Its optical isolated input makes it resistant to external interference caused by factory electrical fields or radiations. When the input voltage is broader than its control voltage range (2-20 V AC), the SSR switches from output off to output ON. It relies on zero-cross control technology to reliably switch with minimal electricity loss, even when the load is heavily loaded. It is suitable for resistive, inductive, and capacitive loads.

The G3VM-201DY1 (TR05) can be used in various industries, including telecommunications, control, automation, instrumentation, and home appliances. It is suitable for areas including AC motor control, heating element control, LED lighting, and general purpose switch applications. In addition, its electrical noise suppression feature makes it suitable for applications requiring high reliability and stability.

The G3VM-201DY1 (TR05) is an excellent choice for many industrial applications. Its low on-state resistance, high isolation voltage, wide temperature range, and high switching capability make it suitable for any application that requires reliable and efficient switching and control.

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