PREC006SAEN-RC

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

PREC006SAEN-RC is a type of connector, which belongs to the rectangular connector family. It is specifically a type of headers, male pins, and has versatile application fields and efficient working principle.

The PREC006SAEN-RC header is used mainly for power and signal applications and is suitable for receptacles, chassis connectors, and sockets. It is an easy-to-use connector for safety circuits, and can be used for transmitting data, adjusting the measurement or current. It is also used for applications which require temperature stability, such as in the medical, automotive, industrial, and telecommunications industries.

The PREC006SAEN-RC header features a slim design, and it is lightweight and flexible. It is also able to resist extreme temperatures, and is rated from -20°C to +85°C. It is also resistant to oil, chemicals, detergents, and most acids. The header is able to provide reliable connections, even when exposed to vibrational and shock conditions. It is designed to connect circuits to printed circuit boards, and can handle currents of up to 5A.

The PREC006SAEN-RC header’s working principle is simple yet efficient. It uses a two-piece design with a male pin and a female header. The female header is inserted into the board, and the male pin is inserted into the header. The pins fit into the board securely, providing a reliable and stable connection. The header is also designed with gold plated contacts, which help to prevent corrosion and oxidation.

In conclusion, the PREC006SAEN-RC header is an excellent choice for many types of applications. Its slim design, lightweight and flexibility make it suitable for a variety of industries, and its ability to resist extreme temperatures make it an ideal choice for safety circuits. Additionally, its efficient two-piece design and gold plated contacts provide reliable and stable connections, even when exposed to vibrational and shock conditions.

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