5623-10

A fuseholder is a part of an electrical system that houses the fuse to protect the electrical circuit from overcurrent. 5623-10 fuseholders are specifically designed for high-density installations, with a current rating of 10 amperes and a voltage rating of 500V AC or 250V DC. They are typically used in applications where size and safety are both important considerations, such as for control boxes, cabinets, and panels.

The 5623-10 fuseholder features a removable, threaded cap that allows for the installation and replacement of the fuse without requiring any tools. This feature improves convenience and speeds up maintenance. The holder is also designed with a touch-safe feature that prevents an operator from having direct contact with live parts. It is constructed with high-temperature resistant materials, so it can handle temperatures up to 105C.

In addition to its high-density design, the 5623-10 fuseholder is also rated for wide temperature cyclic operating conditions, meaning it can handle frequent on/off cycles. It is also UL recognized, CSA certified, and RoHS compliant, making it suitable for usage in many industrial and commercial applications.

The fuseholder’s working principle is relatively simple. When an overload occurs, the conductor attached to the fuseholder will become heated, causing the fuse within it to cut off the current. This prevents burnout of the conductor and/or other components of the electrical system. As soon as the current is cut off, the system will return to its original state.

The 5623-10 fuseholder is well-suited for many different applications, including the protection of motor circuits, lighting systems, machine tools, and control equipment. It can also be used to protect any device that requires a current overload protection system.

The 5623-10 fuseholder is a reliable and efficient way of protecting electrical circuits. It is easy to install and maintain, and comes with a variety of safety features. It is also highly resistant to temperatures up to 105C, making it suitable for many high-temperature applications. Due to its high-density design and other features, it is an excellent choice for industrial and commercial applications that require safety, reliability, and compactness.