76308-237LF

The 76308-237LF is a popular rectangular connector classified under Headers, Receptacles, and Female Sockets. It is designed for shielded or sealed plastic connectors as well as transmit power, signal and control in harsh environments. The connector offers excellent strain relief features, along with great electrical and mechanical performance.

The rectangle connector is perfect for a variety of applications due to its small size, and robust construction. The connector can be used in medical applications, industrial applications, and military applications. Additionally, it is uses in various automotive applications such as pumps, stabilizing bars, fuel relays, etc.. The 76308-237LF is also ideal for applications in instrumentation test benches, robotics, consumer electronics, and space exploration.

In regards to the construction of the rectangular connector, the locking latch promises a safe, secure connection every time. It features a toughened body construction with superior vibration and shock resistance, increased environmental sealing, and reliable crimp termination. The connector has a maximum temperature rating of 155°C and a dielectric withstanding voltage of 250V. It is also highly resistant to oil, water, fungi, and a number of other contaminants.

The working principle of the 76308-237LF is based on achieving a secure connection with its locking latch. It reliably provides superior strain relief to the attached assembly even in harsh temperature and working pressure conditions. The connector also helps to reduce the space occupied by the equipment, thus enhancing the overall efficiency and performance of the application.

The 76308-237LF connector from Headers, Receptacles, and Female Sockets has been designed for a diverse range of applications. It boasts superior performance and strain relief capabilities, along with great electrical and mechanical properties. With its locking latch, the connector achieves reliable connections in a secure manner, and helps reduce the space needed for the equipment dramatically.