6857-0-15-80-47-14-10-0

Design

The 6857-0-15-80-47-14-10-0 PC pin receptacles, socket connectors are made of brass and feature an easy to identify standard 5 mm pitch diameter. It has two rows of contacts, which are spring-loaded to ensure proper contact with the mating equipment. This model is intended to be used with printed circuit boards (PCB) and the pins and sockets have a maximum working current of 4A. The terminal pins have a standard pinout and are designed to be easy to insert and remove.

Application Field

The 6857-0-15-80-47-14-10-0 PC pin receptacles, socket connectors are designed to provide electrical connectivity between components in electrical and electronic systems. They are commonly used in telecommunications and renewable energy applications, where space is tight and resistance to shock, vibration and corrosion is important. The PC pin receptacle terminal connectors are ideal for use in harsh environments or temperature extremes, and can be used in high frequency applications for signal transmission.

Working Principle

PC pin receptacle socket connectors uses a simple but effective system to provide a reliable electrical connection. The pins and sockets are spring loaded and held in place by a retaining clip. This ensures that the contacts are always in contact with the mating PCB. By inserting the plug into the socket, an electrical connection is established and signal transmission begins.

The pins and sockets of the 6857-0-15-80-47-14-10-0 PC pin receptacles, socket connectors are designed to be easily replaceable and to provide maximum reliability and electrical connections. They are also designed to be resistant to corrosion, vibration and shock so they can offer reliable and long-lasting performance in industrial and commercial applications.

Conclusion

The 6857-0-15-80-47-14-10-0 PC pin receptacles, socket connectors is an excellent choice for electrical and electronic applications, providing reliable and long-lasting connectivity for components and circuits. These terminals are designed for tough, harsh environments and have the added benefit of being easy to replace and install. Their resistance to corrosion, shock and vibration makes them ideal for use in telecommunications and renewable energy applications, where high performance is essential.