3-1105250-1 Application Field and Working Principle

The 3-1105250-1 is a heavy duty connector specially designed for use in environments with highly abusive vibration or shock. It is a robust connector of many contacts designed to withstand extreme conditions. The range of 3-1105250-1 connectors includes various versions of contacts, strain reliefs, components, and accessories.

Application Fields

This heavy duty connector is suitable for a wide variety of applications, especially in harsh environmental conditions such as off-road vehicles, space exploration, aircraft, locomotives, submarines, and many other applications involving extreme conditions of shock and vibration. This robust connector could be used for power, signal, communication and control purposes.The heavy duty connection could provide electrical connection for signal, power, and communication uses in various mobile, stationary, and automated system power supplies. The heavy duty connector could also be used in applications demanding electrical power in military, rail, and aerospace environments. Additionally, the heavy duty connector design is optimized for applications requiring high performance with a high level of reliability. The 3-1105250-1 is a perfect solution for industries demanding high-end power, signal, and media applications.

Working Principle

The 3-1105250-1 heavy duty connector conforms to MIL-STD-810F and features a unique design and construction that allows for superb electrical and physical performance even in the most stringent of applications. The connector is made of an insulated material and a metal contact. A protective covering is installed over the contacts in order to protect them from acoustical and thermal interference, dust, dirt, moisture, and other contaminants. This provides an enduring electrical connection even in the most challenging conditions.

The contact is made of gold-plated pins which are enclosed in a Teflon-insulated housing. The gold plating ensures a reliable connection at all times and reduces the amount of current affecting the contact. The pins are held in place by a mechanical lock to ensure that they will not move once connected. The mechanical lock adds additional strain relief to the connector, making it strong and reliable even in the harshest of conditions.