01020074H

The 01020074H fuseholder is a component used in electrical substation systems, for the purpose of protecting against short-circuits and ground faults in high voltage circuits. It is a compact, reliable and cost effective alternative to older technologies, such as air-break fuses.

The 01020074H fuse holder is designed to be used in medium voltage (MV) applications. It is rated for applications up to 1000 volts (1000V). The holder has an integral contact that contacts both the fuse element and the conductor.

The construction of the 01020074H fuseholder is designed to provide high reliability and safety, as well as a reliable connection for the fuse element. The contact block of the holder is made of copper and is designed to securely hold the fuse element in place. The contact element is designed to prevent arcing, and ensure a low resistance connection between the conductor and the fuse element.

The fuseholder is designed to accommodate a wide variety of fuse elements. It is compatible with fuse elements from a variety of manufacturers. The holder is also designed to be easy to install and remove. It has a unique design that allows it to fit into a wide variety of hole sizes. This makes it ideal for retrofit or replacement applications.

The 01020074H fuseholder has an integral fuse element, which allows for the protection of the circuit. The fuse element is designed to handle large current flows, and to be tolerant of large voltage surges. The fuse element is also designed to provide a low level of resistance so the circuit can operate efficiently.

The working principle of the 01020074H fuseholder is based on the principle of overcurrent protection. When an overload or a short-circuit occurs, the fuse element is designed to open up. This will prevent the current from flowing and protect the downstream components. The holder is also designed to reset, so that it can be used again and prevent further damage.

The 01020074H fuseholder is a reliable and cost-effective solution for high voltage applications. It is compact, yet strong enough to handle extreme temperatures and current flows. Its integral contact element ensures a low resistance connection and prevents arcing. Its wide compatibility with fuse elements from a variety of manufacturers makes it an ideal choice for retrofit or replacement applications.