H5CX-BWSD-N DC12-24 Industrial Controls

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Time delay relays are used in a variety of applications where a delay on the energization or de-energization of the associated circuit is desired. The H5CX-BWSD-N DC12-24 is one such relay, designed to provide the user with accurate and reliable time delay performance. By utilizing highly sensitive electromechanical components, it is able to accurately control and delay the switching of an electrical circuit for a given amount of time, allowing for increased system safety and efficiency.

The H5CX-BWSD-N DC12-24 is capable of withstanding extreme temperature changes, and is designed for use in temperatures ranging from -25°C to +50°C. It is also capable of operating in high voltage and wattage applications without fail. This makes it ideal for applications requiring precise time delays.

The H5CX-BWSD-N DC12-24 utilizes a simple design, and consists of the following components: an input power supply, a timing circuit, a shaft and rod mechanism, a cam, and a solenoid contactor. A push button is used to activate the timing circuit, which then engages the shaft and rod mechanism. This movement causes the cam to move to a position that enables the solenoid contactor to close the circuit. As power is supplied to the solenoid contactor, the timer begins counting down at a given rate until it reaches zero, at which point the solenoid contactor disengages and the circuit is opened at the desired delay.

This relay is designed to be accurate and reliable in counting the time. Depending on the timing circuit, it is capable of producing time delays of up to 10 seconds. This makes the H5CX-BWSD-N DC12-24 an ideal choice for applications requiring consistent and accurate time delay performance, such as alarm systems, process automation, and other applications requiring precise time delay control.

The H5CX-BWSD-N DC12-24 is an invaluable tool for any system requiring accurate and reliable time delay performance. With its precise and reliable design, it is capable of providing the user with precise time delay performance in a wide variety of applications.

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