SOLC-115-02-S-Q-P-TR is a rectangular connector from the Headers, Receptacles, Female Sockets product family. The SOLC-115-02-S-Q-P-TR is a two-way, two position connector that can be used for a wide range of applications. From control systems, communications and computing to power distribution, this versatile connector offers a reliable and economical connection.The SOLC-115-02-S-Q-P-TR is a positive locking system that is designed to be easy to use and assemble. It features a quick-connect design, which allows it to be easily mated with another device such as a plug, receptacle, or female socket. The connector also features a double-end contact that ensures a secure and stable connection that is not prone to loosening.The connector is also built for durability and dependability. It features an insulated shield and a rugged durable body that offers superior protection against shock, vibration, and wear. The connector’s tension strength is rated to withstand up to 15 pounds of force as well as temperatures ranging from -40°C to +85°C. This makes it suitable for use in industrial and commercial applications as well as in harsher environments like mining or other rough terrain locations.In terms of power supply, the connector itself does not draw any power and is not subject to load. The voltage rating is 2 amps at 125 volts, and the current rating is 0.4 amps. It is designed for low voltage and low power applications.The SOLC-115-02-S-Q-P-TR can also be used in signal and data transmission applications. Its impedance rating is 75 Ohms at 5MHz, and it has good RF and EMI performance. The connector is perfect for applications that require quick and reliable data transmission, such as telecommunication and computing systems.Overall, the SOLC-115-02-S-Q-P-TR is a reliable, durable connector that can be used in a variety of applications. It is well-suited for low power and low voltage applications as well as for signal and data transmission. This quick-connect design is easy to install and makes the connector a perfect choice for a multitude of applications.