G3RV-SL700-AL-C1D2 DC24

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Solid State Relays (SSR) have been available for several decades and are widely used in numerous applications such as controlling lighting, switching motors, and controlling temperatures. A growing trend in SSR technology is the use of highly integrated and miniature SSRs such as the G3RV-SL700-AL-C1D2 DC24, for numerous applications due to its high performance and reliability.

The G3RV-SL700-AL-C1D2 DC24 is a zero-crossing SSR that is capable of switching high current loads with low control current/voltage levels. It is composed of an optocoupler which is used to isolate the input/output, a fast response MOSFET which is used to switch the load, and a zero-crossing IC circuit with LED input control, which ensures optimal electrical characteristics. The SSR is packaged in a miniature industry standard IP00 DIN rail mountable enclosure. The G3RV-SL700-AL-C1D2 DC24 provides versatile interfaces such as signal input via the standard coupling, signal input and output without the standard coupler, photo-MOSFET output, and LED current switching.

The primary application field of the G3RV-SL700-AL-C1D2 DC24 is as a relay for AC control applications such as temperature controllers, motor speed control, circuit breakers, industrial controllers etc. This SSR can be used for switching loads up to 5 A@24VAC with a wide variation of input signal levels such as +10V, 0V, TTL and all other optically coupled isolation types. It also switches ON/OFF current up to 200mA through its LED current control interface. The SSR is suitable for connecting various types of three-phase load, such as AC motors, heaters, transformers and lighting, and it supports dimming and switching without noise or spark according to the control signal input.

The working principle of the G3RV-SL700-AL-C1D2 DC24 is quite simple. It is composed of three main components – an optocoupler, MOSFET, and a zero-crossing IC circuit. The optocoupler is used to isolate the input and output signals, while the MOSFET is used to switch the load. The zero-crossing IC circuit ensures the correct operation of the SSR by recognizing the optimal zero-crossing point for switching. When the control signal is applied, the input of the optocoupler triggers the MOSFET, and the load is switched along with the zero-crossing point of the AC power source. This ensures that the load is switched correctly without causing any sparking or arcing.

The G3RV-SL700-AL-C1D2 DC24 is highly reliable and offers high performance for switching AC loads. With its miniature and highly integrated design, it is suitable for various types of applications. By combining the optocoupler, MOSFET, and zero-crossing IC circuit, the G3RV-SL700-AL-C1D2 DC24 is capable of switching high current loads with low control current/voltage levels. Its highly efficient working principle allows it to shift the loads correctly without causing any sparking or arcing.

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