911981

The 911981 terminal blocks are small circuit components that are used between wiring and the electricity source to connect wires. They are designed to securely hold and link two wires together. This type of terminal block is generally used in industrial applications, such as providing electricity to commercial and industrial machines. The 911981 model is especially designed for DIN Rail applications.

The 911981 terminal block is composed of a metal base and several conductive contacts which are attached using a screw or rivet. A plastic housing and insulation cover the metal base and are designed to keep electricity from jumping out of the terminal block and into the air. The insulation on the 911981 model is designed to resist electric arcs and will keep the wires from becoming damaged if they short-circuit and generate a spark.

Working principle

A 911981 terminal block works by creating a physical and electrical connection between two wires. When two wires are ready to be connected together, they are placed into the terminal block and the screw or rivet is tightened. This causes the two wires to make contact with the conductive contacts beneath the metal base. Once the electrical connection is made, the two wires are secured in place, and the electricity will flow from one wire to the other.

The insulation works to keep energy and other forms of interference from getting into the terminal block and causing issues. Any potentially damaging electrical arcs or sparks will be kept off the wires, and the Energy will be blocked from jumping away from the connection.

application field

The 911981 model of terminal block is designed for use in industrial applications. For instance, you might use this type of terminal block for powering up industrial machinery, controlling automation systems, or providing electricity to a large electronic system. It is also suitable for controlling electrical systems in heavy-duty vehicles.

The 911981 terminal block is an ideal connector for a variety of applications due to its secure, strong connection and its ability to withstand extreme temperatures and conditions. It is able to handle large amounts of power, and it is designed to be long-lasting, so it will not need to be replaced often.