0672007.MXEP

The 0672007.MXEP is a type of fuse, which is an electrical protection device. It is designed to protect insulated power networks against the effects of short-circuits and overloads. The fuse is characterized by a very small size, yet it offers efficient and safe protection for light circuits and equipment.

The 0672007.MXEP fuse has a maximum voltage rating of 125V and a calibrated current rating of 5A. It is designed to handle a maximum current of 5A, while its breaking capacity is rated at 30 A. The fuse will open the circuit when the current reaches 6A, preventing further damage to the equipment or network.

The 0672007.MXEP fuse is made of zinc alloy and has an exposed mid-section to help dissipate heat quickly. The fuse has a very low thermal resistance, which allows it to handle higher loads without burning out. It is also designed to prevent sparks by utilizing an internal semiconductor protector.

The 0672007.MXEP fuse has a transparent protective cap with two metal strips that help to ensure an uninterrupted current flow. The fuse is also equipped with a single-piece, stainless steel-enclosed assembly, which helps it to better withstand corrosion.

The 0672007.MXEP fuse is designed to be installed inside electrical appliances, such as radios, computers, and other electronic devices. It can also be used as a component in electrical wiring systems in homes and businesses. The fuse is an important device that helps to provide safety and reliability of electrical systems.

The 0672007.MXEP fuse works by monitoring the amount of current running through the circuit. When the current exceeds the calibrated level, the fuse will activate, interrupting the flow of current through the circuit and preventing further damage to the equipment. This helps to protect the circuit from overloads, short circuits, and other hazardous conditions.

The 0672007.MXEP fuse is a reliable and efficient device that provides great protection to electrical circuits. It is an important component for any electrical system, as it helps to ensure the safety of the equipment and protect people from electrical shocks.