CCMR012.HXP

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Introduction: CCMR012.HXP is an electrical specialty fuse designed for special applications and equipment in harsh industrial environments. This type of fuse provides protection against both over-currents and overloads, making it ideal for use in electrical systems that may occasionally be subject to large transient currents. The fuse is composed of a glass tube filled with an igniting powder, inserted into a larger tube of metal that encloses the powder. The two ends of the metal tube are then crimped and soldered together to form the fuse.

Working Principle: When an over-current or overload occurs in the electrical system, the heat produced by the current can cause the metal tube to expand. This expansion triggers the igniting powder inside the glass tube to ignite, making the fuse "blow" and disabling the electrical circuit that it is protecting. The amount of current that the fuse can handle before it trips is determined by the size and amount of the igniting powder contained within the glass tube.

Design Considerations: One consideration when selecting a CCMR012.HXP fuse is its time delay and current interrupting capabilities. This type of fuse is typically designed for applications that may require a longer time delay before it trips. In addition, the fuse must also be capable of interrupting a large current without fracturing or causing physical damage to the internal components of the system.

Application Field: CCMR012.HXP fuses can be used in a variety of industrial applications, such as pumps, motors, compressors, small tool circuits, and other types of large equipment. These fuses are often specified when operators need to ensure maximum protection for the equipment and personnel that could potentially be effected by an over-current or overload situation. Additionally, these fuses are also commonly used in high voltage applications, such as high voltage electrical systems.

Conclusion: The CCMR012.HXP is a specialty fuse designed to provide protection against over-currents and overloads in industrial and high voltage electrical systems. It is composed of a glass tube filled with an igniting powder, which is then inserted into a larger metal tube. The size and quantity of the powder determine the amount of current that the fuse can handle before it trips. The fuse is typically chosen for applications that require a longer time delay before tripping, and for systems that require high current interrupting capability.

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