KLDR003.HXP

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KLDR003.HXP is a type of specialty fuse with a wide application field. It is suitable for protecting electrical equipment, such as motor controllers, pumps, and other systems from harmful over-current occurrences. The fuse has a built-in thermal trip and short-circuit trip characteristics. It can be used in both domestic and industrial settings.

The KLDR003.HXP fuse is available in three models: standard 30 amp, 40 amp and 50 amp. The fuse operates at a high temperature to provide enhanced protection against electrical faults and surge protection. The fuse also provides a high level of short-circuit protection, up to 5 times the rated current. The fuse is rated at 1500VAC making it suitable for many different applications.

The working principle of KLDR003.HXP is based on the current-limiting fuse technology. This type of fuse works by limiting the current when an over-current occurs. It does this by using a unique bimetallic element, which heats up when the current flows through it. The element then allows the current to increase, thereby limiting the over-current conditions. The fuse also functions by providing a thermal-trip element which will trip and break the circuit in an event of an extreme over-current.

The KLDR003.HXP provides a high level of protection against short-circuit fault occurrences. It is also resistant to vibrations and shock and has a high tolerance for wide temperature variations. In addition, the fuse is resistant to voltage and current surges, making it suitable for applications where frequent switching is required. The fuse can also protect the system in low-voltage conditions, making it an ideal choice for many applications.

The KLDR003.HXP specializes in protecting electrical equipment and systems from over-current occurrences. It is equipped with a built-in thermal trip and short-circuit trip characteristics, making it an ideal choice for many different applications. Its high temperature rating and resistance to voltage and current surges make it suitable for applications where frequent switching is required. It is also vibration and shock resistant and has a high tolerance for wide temperature variations, making it suitable for many different industrial settings.

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