0KLK.750T

0KLK.750T Application Field and Working Principle

The 0KLK.750T is a high voltage, high output, fast acting, low voltage drop speciality fuse that suits all applications from auto, telecom, computer to industrial controllers and other related applications. It is widely used in power systems, low-voltage circuits, data centers, consumer electronics, electric tools, industrial controllers, and inverters.

The 0KLK.750T fuse is a metal oxide varistor (MOV) fused with an atmospheric air gap at the center. This provides an additional protection layer to the current flowing through the fuse. The MOV filters out any potential surges coming from any outside sources and isolates the power supply from these surges. The air gap provides additional protection by providing a barrier against any electrical fault current.

The 0KLK.750T fuse is designed to meet the requirements of UL listing and provide additional safety to the power system. Its small size and high current ratings make it suitable for applications with dense packaging requirements. It also features low voltage drop, fast response, and flexibility of installation.

The 0KLK.750T fuse has a high voltage of 800 VDC, high current rating of up to 750 A and peak current rating of 10,000 A. Its fast response time is less than 1 ms at a test voltage of 10 VDC. It is temperature-compensated and features a very low voltage drop when current is flowing. The fuse is UL listed and is available with fast-acting, time-delay, dual element, and semi-conductor characteristics.

The 0KLK.750T fuse has an unique design, which allows for quick installation. It features a fast-acting fuse element, with an atmospheric air gap at the center for added protection from surges. The fuse offers fast response and flexibility of installation, making it suitable for a variety of applications.

The 0KLK.750T fuse provides the necessary safety and performance features that are required for efficient operation in any environment. It offers protection from overloads and short circuit currents, and improves the overall system performance. It is widely used in automotive, telecom, computer, inverters, and industrial controllers.