G3FM-2R5SLN-DC24

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Solid State Relays (SSRs) are a type of electrical switches that use a semiconductor device to switch AC or DC loads. The G3FM-2R5SLN-DC24 is a type of SSR that is designed for use in medium-to high-power applications. It is a bi-directional, latching relay with a current rating of 24A and a voltage rating of 400VAC.

The G3FM-2R5SLN-DC24 is a non-contact switching device that offers reliable and cost-effective operation. It is capable of handling currents up to 24A at 400VAC. The relay consists of an input connection, output contact, input and output terminals, control circuit board, and a protective cover. The input connection is used to control the switch and the output connections are connected to the AC load. The input and output terminals can be selected to provide NO (normally open) or NC (normally closed) operation.

The G3FM-2R5SLN-DC24 can be used in a variety of applications such as power tools, motors, lighting, domestic appliances, and industrial equipment. It is also suitable for use in medical and automotive applications. The relay is designed to provide low contact resistance, low noise, and long service life. The design also allows for a wide range of operating temperatures and can operate in high-shock and vibration environments.

The working principle of the G3FM-2R5SLN-DC24 is simple. It works by the flow of electrons from the input connection through the control circuit board and then to the output contact. When the control signal is received, the output contact is moved to the ON position, which closes the circuit and completes the power flow from the input to the output contacts. When the control signal is removed, the output contact moves back to the OFF position, thereby cutting off the power flow.

The G3FM-2R5SLN-DC24 is a high-performance and reliable SSR that is suitable for use in a wide range of applications. It offers reliable and cost-effective operation and a wide range of operating temperatures. The relay is also capable of handling currents up to 24A at 400VAC. The design of the relay also allows for a wide range of operating temperatures and can operate in high-shock and vibration environments.

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