VM1735520000G

Terminal Blocks - Headers, Plugs and Sockets

Terminal blocks are one of the most common connection components both in analog and digital automation technology. The VM1735520000G is a small terminal block that consists of a header, plug and socket. It is typically used in applications related to non-electric energy, such as water, gas, light etc. Below, we will explain the application field and working principle of the VM1735520000G.

Application Field

The VM1735520000G is applicable in Electrical fields, such as automation control systems, relays, terminal strip connection etc. The VM1735520000G can be used to connect a wide variety of sensors and actuators in related applications.

Working Principle

The VM1735520000G comprises of a base, plug, and socket. The base is used to provide a secure mounting point, while the socket is used with the mounting base as a connection point between the plug and other elements of the signal system. The plug is used to connect multiple wires and/or cables together in order to establish an electrical signal connection.

The VM1735520000G is an Insulated Terminal Block. It is designed to ensure an electrical connection for up to two conductors or wires. The contact surfaces of the plug and socket are made of phosphor bronze, so they are corrosion resistant, and their contact areas are gold plated so they provide a very reliable electrical connection. The plug and socket are designed with a floating mechanism, so the plug can move in any direction, allowing for normal wear and tear, without compromising the electrical connection. The insulation material is made of fire retardant plastic, also helping to ensure a reliable electrical connection.

The VM1735520000G is designed for quick and easy installation and is suitable for use in a variety of temperature ranges. It is highly stable meaning a secure connection is established with each installation. The VM1735520000G is a cost-effective, reliable solution for establishing electrical connections in electrical fields.