YL1201500000G

YS1201500000G Application Field and Working Principle

YL1201500000G is a high-performance terminal block designed for use in high current applications. It offers a wide range of features to maximize the electrical performance of the connection and provide superior flexibility. It is suitable for single or double-sheathed cables, two to ten wires or more and carries a maximum current of 150A. The working principle of the YL1201500000G terminal block is based on the principle of conductive contact and fastening. It is a contact-type terminal block, which is used to connect wires and produce the corresponding electrical contact between the front and rear components.

The design of the YL1201500000G terminal block allows it to provide reliable and consistent electrical performance, while also minimizing the effect of vibration and mechanical stress on the connection. The terminal block is made up of two parts: the fastener and the contact material. The fastener can be selected to provide different clamping force and this provides a snug fit between the cable and the connector. The contact material is a conductive material that is designed to provide optimum conductivity and corrosion resistance.

The YL1201500000G terminal block also provides flexibility in the installation and assembly of the connection. It can be installed in various orientations and the mounting holes provide easy access to the terminals for the user. It also features a number of insulation materials to provide protection against electric shock.

The YL1201500000G terminal block is suitable for use in a wide range of application fields. It is used in electrical/electronic equipment, automotive, railway, industrial and domestic applications. It is also used in applications such as cable harnessing, power distribution, DC/DC conversion, control and measurement, and other related fields.

The YL1201500000G terminal block is an ideal solution for applications which require reliable and consistent electrical performance. It is easy to install and provides superior flexibility, while also offering protection against electric shock. Furthermore, the terminal block is designed to provide optimum conductivity and corrosion resistance.