H5CN-YAN DC12-48 Industrial Controls

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Time Delay Relays are often used to control the time of electric circuits. One example is the H5CN-YAN DC12-48, which is specifically designed for such applications. It operates on the principle of electromechanical switching, with the Relay being directly connected to the electrical circuit in which it is used. This type of Relay is usually used in situations where the control of the circuit needs to be precise and accurate.

The working principle behind the H5CN-YAN DC12-48 involves two parts. The first part is the Electric Pulse Transformer, which when fed with electrical energy creates a pulse in the coil. This pulse is then sent to the relay, which switches the circuit on or off based on the pulse’s strength. This means that the Relay is able to switch quickly, and it also ensures that the switch is accurate and predictable.

The second part of the Relay’s working principle is its time delay. This is done by controlling the length of the pulse sent to the Relay. The amount of time delay can be adjusted by controlling the intensity of the pulse, and by varying the strength of the pulses sent to the Relay. This means that the Relay can be used to control the time of electric circuits, and to ensure that the switch is precise and accurate.

The H5CN-YAN DC12-48 Relay is designed for use in a variety of different applications. It is used in control applications such as lights and motor control, as well as in automotive and home automation. It is also used for circuit routing and in industrial automation. Additionally, it is used for controlling digital signals and in power electronics.

The H5CN-YAN DC12-48 is a reliable and accurate time delay relay, designed to control the timing of electric circuits. It operates on the principle of electromechanical switching, with the Relay being directly connected to the electric circuit in which it is used. This, combined with its adjustable time delay feature, makes it an ideal choice for controlling the time of electric circuits.

The specific data is subject to PDF, and the above content is for reference