BF303

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BF 303 Fuseholders are designed for use in electrical applications requiring over current protection and gross current inrush control. They feature a robust, self-aligning mechanism for easy installation and removal in the power circuit. The mechanism facilitates a reliable fuse connection with minimal insertion force. The holder is offered with a wide variety of current ratings, sizes and styles to accommodate a variety of circuit requirements.

The working principle of the BF 303 Fuseholders relies on the utilization of a self-aligning mechanism. The mechanism facilitates reliable contact between the fuse element and the circuit, while reducing insertion force during installation. The mechanism functions by providing a spring action which allows the fuse elements to be moved into contact with the circuit with minimal amount of force. When the fuse element is removed, the spring action provides a low opposition in order to ensure that the fuse element is easily disconnected. The self-aligning mechanism also provides protection against physical contact of external objects, such as wire strands, which could potentially damage the fuse element.

The BF 303 Fuseholders are designed for use in power circuits ranging from low voltage to high voltage applications including switches, control systems, and busbars. Its wide range of sizes and current ratings provides versatility for the customer’s application. It is the ideal choice for applications where cost, size and reliability are important. The BF 303 fuseholders feature high current interruption ratings, excellent overload characteristics, and the self-aligning feature reduces installation time. The robust and durable construction ensures reliability and a long service life.

In summary, the BF 303 Fuseholders is an ideal choice for applications where cost, size and reliability are important. It features a robust self-aligning mechanism for easy installation and removal, and its reliable contact improves the performance of the power circuit by ensuring an effective current interruption. The wide range of sizes and current ratings provides versatility for the customer’s application and the robust and durable construction ensures a long service life even in high voltage power circuits.

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