CPC1020N

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

Solid state relays are electrical switches used to control power to appliances or other types of loads. They come in a variety of forms, including PCB-mounted relays, mechanical relays, and pluggable relays. The CPC1020N is a type of solid state relay popularly used in industrial applications, for applications which require fast response time, high overload capacity, and precise control.

The CPC1020N is a zero-crossing type SSR, which means that it switches when the signal reaches zero between the two protection semiconductor junctions. This ensures a smooth transition between on and off, and significantly reduces the wear on the contacts compared to using a conventional mechanical relay.

On the CPC1020N, the control signal is applied between the two input terminals, and the relay contacts are connected to the two output terminals. The maximum voltage and current rating of the relay must be taken into account when selecting the appropriate size for your application. The minimum load current needs to be taken into account as well, to ensure the relay is able to switch without any problems.

The CPC1020N is a reliable and durable device, and it is well-suited to applications which require a range of temperature and humidity levels. In addition, the CPC1020N is able to switch AC and DC loads up to 2kW, and is compatible with mains voltage and low voltage control signal inputs.

The CPC1020N also has a range of useful safety features, including internal surge protection, reverse polarity protection, and arc suppression. These features ensure the device is protected from a range of external influences, including short-circuiting and over voltage conditions.

In terms of its working principle, the CPC1020N works by converting the input control signal into a signal which is suitable for driving the load. This is done by an internal switching transistor, which is controlled by the input signal. When the control signal reaches a certain level, the transistor switches and the output signal is sent to the load. This allows for precise control of the load, and fast response times.

The CPC1020N is an ideal choice for applications where precise control is needed, as it offers fast response times and high overload capacity. It is also reliable and durable, and has a range of safety features for improved reliability. This makes the CPC1020N a great choice for industrial and commercial applications.

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