712A

712A barrel-power connectors feature a rugged design and come in 2-4 pole configurations, making them an ideal choice for power delivery in many different applications. Their terminals are designed to accept a range of sizes from 12awg (2.1mm²) down to 22awg (0.3 mm²), and feature a dielectric resistance of 25,000MΩ. The power connectors are made to resist vibration and can withstand up to 5G acceleration.

The 712A barrel-power connector is a solder-less, spring-cage mechanism that provides a secure, reliable connection. The contact pins are made from nickel-plated brass and are arranged in a radial pattern to ensure proper electrical contact. The contacts are held in place with a force of up to 20lbs, providing a secure connection.

The basic working principle of the 712A barrel-power connector is simple, but it is designed to provide reliable power delivery in demanding applications. When the connector is inserted, the male contacts are positioned between the female contacts and a lever arm is activated. This causes the male contacts to spring outwards, creating an electrical connection. This provides a secure connection with low contact resistance. The contacts are designed to have a large contact area to increase the contact force between the contacts, further enhancing the connection.

The 712A barrel-power connector has many applications, ranging from medical to automotive. These versatile connectors can be used to transfer power from one device to another, such as a battery to an electric motor. They are also commonly used in power supplies, motion control systems, and other industrial applications. In medical applications, the 712A can be used to deliver power to implantable devices, such as pacemakers or drug pumps.

The 712A barrel-power connector is a reliable, cost-effective solution for a variety of power delivery applications. Its design ensures maximum electrical contact while providing a secure connection. It is cost-effective and easy to install, making it a great choice for many applications.