3-1414937-3

Power relays are electronic switches that, when activated, close an electrical circuit. The 3-1414937-3 power relay is a heavy-duty, high power relay ideal for applications that require a current of over 2 amps. These relays are capable of switching a high load current, up to 200A, with low contact resistance. They have a number of features designed to provide excellent performance when used in industrial applications.

The 3-1414937-3 power relay has both AC and DC control. It is designed with a high power input, allowing for larger loads to be driven than a standard relay. The contact system is designed to provide maximum current-carrying capability, while also maintaining low contact resistance. In addition, the relay\'s casing is made of heat and oil-resistant materials, ensuring a long lifespan in even the most hostile conditions.

The working principle of a 3-1414937-3 power relay is relatively simple. When a voltage is applied across the activate terminals, a small electric current flows from one terminal to the other. This current then energizes an electromagnet which attracts an armature, thereby closing the contacts of the relay and allowing the current to flow through the load. When the voltage is removed from the activate terminals, the armature is no longer held in place and the contacts open, preventing further current flow.

The 3-1414937-3 power relay can be used in a variety of applications, from automotive and industrial applications, to medical and commercial purposes. For automotive applications, this relay can be used to control high current circuits, such as headlights, cooling fans, or power windows. In industrial applications, it can be used to control electrical motors, pumps, and other high power equipment. In medical applications, this relay can be used to control medical imaging or monitoring equipment. Finally, it can be used in a variety of commercial applications, such as security lighting or building automation.

The 3-1414937-3 power relay is a reliable and efficient way to control high current applications. Its design allows it to handle a large current without sacrificing reliability or contact resistance. Its durability and versatile range of applications make it an ideal choice for industrial, automotive, medical, and commercial applications.