GNR35AHZ

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Solid State Relays (SSRs) are a type of electric relay, consisting of a semiconductor device, selected for its ability to switch on or off electrical signals that determine the allowance of current through diverse circuits. The GNR35AHZ is a reliable and configurable SSR, which implemented in a range of applications including heating, motors, driving LEDs, and lighting. This article will discuss the GNR35AHZ’s application fields and working principle.

Application Field

The GNR35AHZ is a three-phase SSR, designed for ambient temperatures between -20℃ and +50℃. The product is omnidirectional, meaning it can be used in any orientation, and its insulation is designed to protect against short circuits and overloads. It can be used to control a diverse range of electrical circuits, from low-power devices, to mid-range electrical circuits, and also with equipment requiring precision.

Working Principle

The SSR\'s on/off signal is activated by a low-power control signal, such as an electrical current. The GNR35AHZ SSR has power on and off output and it function’s like a high-powered switch that can support AC and DC applications. The low-power signal turns on the input transistors and then the cascading structure is activated at the output stage. When the input transistors are triggered, the semiconductor chip is turned on and current is allowed to flow through the circuit. As the current passes through the circuit it generates a magnetic field which causes the load to change, depending on the type of load. The output circuit is shutdown when either power is lost or the output signal is reset.

Conclusion

The GNR35AHZ Solid State Relay makes use of a low-power control signal to control the on/off of high-powered electrical signals in numerous applications. Due to its omnidirectional design, wide operating temperature range and insulation protection, it is a reliable and configurable solution for controlling electrical circuits and equipment. Additionally, the GNR35AHZ has a much longer life span compared to traditional relays and can withstand several switching cycles without losing efficiency, making it a great choice for users in any electrical application.

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