0CBO060.V

The 0CBO060.V is a dual-element, time-delay class RK5 fuse, designed to be used in industrial, commercial, and residential power distribution systems. It is used to protect motors, transformers, additional lengths of transmission lines, rectifiers, and special-purpose machines, as well as various electronic circuits.

The 0CBO060.V features dual-element construction that combines a low-current (high-temperature) fuse to guard against short-term overloads (overloads that last for several seconds), and a high current (low temperature) element that provides protection from very severe overloads. The presence of both elements ensures that the fuse will remain stable under normal operating conditions, allowing it to withstand higher than normal voltage and current levels.

The 0CBO060.V is designed to operate in a range of thermal conditions. It has a maximum voltage rating of 600 VAC, and a maximum current rating of 60 A. The fuse has an operating temperature range of -40 to +135C and a minimum melting point of 200C. This ensures reliable protection in harsh environments and under extreme temperatures.

The fuse also features a double-break construction, which allows it to be used in circuits where compliance with IEEE and UL safety standards is required. It is also designed to meet the requirements of UL, CSA, and other applicable safety authorities.

In terms of its operation, the 0CBO060.V works by providing time-delay protection. When a fault occurs, this type of fuse will allow a certain amount of time before it trips. This allows the fault to be resolved, without the need to disconnect the equipment. In the event of a short circuit, the 0CBO060.V switch will open, de-energizing the circuit and providing protection to downstream components.

Overall, the 0CBO060.V is a vital component for power distribution systems in a range of industrial, commercial, and residential settings. It provides reliable protection from short-term and very severe overloads and can be used safely in compliance with IEEE and UL safety standards.