FTR-112-02-G-S-TR

FTR-112-02-G-S-TR is a rectangular connector with headers, male pins. It is composed of connectors, contacts, plastic housings, and metal shells, which are designed to connect wire and cable in various applications in large andmedium scale power systems.

The pins, headers and housings of FTR-112-02-G-S-TR are made from copper alloy, which ensures good electric conductivity performance. The pins and headers are coated with gold to guarantee excellent anti-corrosion ability. The plastic housings are made from UL approved engineering plastics. All of these components conform to the high quality standards of the industry.

FTR-112-02-G-S-TR connectors are designed for power systems, such as outdoor/ indoor power distribution systems, lighting systems, power solutions, uninterruptible power solutions (UPS), etc. It is an ideal solution for the applications when antenna connectors need to be small, durable, and reliable.

The working principle of FTR-112-02-G-S-TR is relatively simple. They are designed to provide an electrical connection between two devices or cables. The pins and headers are inserted into the plastic housings, and the metal shells on both ends are connected. This provides a reliable electrical connection that can withstand vibration and shock. The electrical connection is so sturdy that it can be used in applications where space is at a premium.

FTR-112-02-G-S-TR connectors are designed to be used in a variety of applications in automotive, industrial, aviation, and military electronics. They provide stable and reliable connections in harsh operating environments, which ensures the safety and reliability of power systems. They are also widely used in high-end electrical architecture and consumer electronic products.

FTR-112-02-G-S-TR is a convenient electrical connection solution for medium and large scale power systems. It is easy to install, low cost, and highly reliable for outdoor and indoor environments. Its unique design makes it suitable for applications where high performance and tight space requirements are of the utmost importance.