MV10-516R/SX-BOTTLE

MV10-516R/SX-BOTTLE Application Field and Working Principle

Terminals - Ring Connectors

The MV10-516R/SX-BOTTLE is a terminal ring connector, also known as a barrel connector, commonly used in applications involving the connection between two or more elements. Due to its design and durability, the MV10-516R/SX-BOTTLE is suitable in a wide variety of industries including aviation, automotive, telecom, and consumer electronics. In particular, it is one of the most reliable and cost-effective solutions in the aviation industry.

The MV10-516R/SX-BOTTLE is made of high-quality stainless steel and aluminium alloy material and features a specially designed four-point connection which provides a strong, secure connection for two or more components. The four-point connection enables the terminal ring connector to hold a higher voltage and withstand higher currents without it becoming loose or deformed, thus providing superior durability. Additionally, the terminal ring connector is corrosion resistant and is designed to resist weathering, vibrations, and electrical shocks.

To ensure a good electrical connection, the terminations of the terminal ring connector are made with precision tools and gold plating of 24K or higher. This ensures a good connection and minimal signal loss even during the most extreme conditions. The terminals are designed to ensure good conductivity and ensure a low resistance connection.

The MV10-516R/SX-BOTTLE terminal ring connector is also designed with a low-profile design which enables it to fit in tight spaces. This makes it an ideal choice for tight spaces or applications in which the space for the connection is limited. In addition, the terminal ring connector is designed for the highest levels of safety and protection from moisture, dust, shock, and vibration.

Overall, the MV10-516R/SX-BOTTLE is a highly efficient and reliable terminal ring connector. It is designed for a wide range of industries and applications, is incredibly durable, and is designed to provide superior performance in extreme conditions. The low-profile design ensures that it can fit in tight spaces and provides maximum protection from shocks, moisture, and vibrations.