CCMR009.TXP

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Specialty fuses are electrical devices which are designed to protect circuits and equipment from damage when a fault current exceeds the rating of the fuse. The CCMR009.TXP is a type of specialty fuse from Littelfuse. This fuse is intended for motors, transformers, and similar current-limiting applications.

The CCMR009.TXP is a current-limiting fuse which provides fast, predictable overload protection. This fuse is designed to limit the maximum current at the time of opening, even under extreme over-current conditions. The fuse is designed to meet UL, CE, and IEC safety rating standards. It features a non-metallic, corrosion-resistant housing and a non-inductive construction which allows for greater heat dissipation and lower energy losses.

There are several applications for the CCMR009.TXP. It can be used for general motor protection, motor starting protection, and current limiting in small motor control centers. It can also be used as a primary protection device for transformers and other high current devices. Additionally, the fuse can be used for overload protection in high inrush applications, such as compressors or other large motor starts.

The working principle of the CCMR009.TXP is simple. The fuse contains a conductive element which carries the current. When a fault current exceeds the fuse rating, the element gets heated and melts, thus opening the circuit. This limits the current and prevents the circuit from being damaged. The current-limiting characteristics of the fuse reduce the risk of secondary damage to the circuit.

The CCMR009.TXP is a versatile, reliable, and safe specialty fuse for many applications. It provides fast, predictable overload protection by limiting current and preventing circuit damage. The fuse offers a non-metallic, corrosion-resistant housing and a non-inductive construction which allows for greater heat dissipation and lower energy losses. Its current-limiting characteristics reduce the risk of secondary damage to the circuit, making it a great choice for a variety of commercial and industrial applications.

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