BF353S

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BF353S fuseholders are designed for use in residential, commercial, industrial and agricultural applications. They are designed to hold a variety of fuse sizes and are rated to hold currents up to 15A. The fuseholders are UL, CSA and CE approved and tested for occupational health and safety. The BF353S fuseholders are UL Class H fuseholders.

The working principle of a BF353S fuseholder is relatively simple. The fuseholder consists of two parts – a body that contains the terminals and a ring that holds the fuse. The ring is securely attached to the body and the terminals are connected by a screw to the ring. When a fuse is placed in the fuseholder, the terminals make contact with the fuse, the fuse current flows through the body and out through the terminals. If the current that passes through the fuse is too high, the fuse will blow and the current will be interrupted. This will prevent any damage to the circuitry.

BF353S fuseholders are used in many different industries, such as automotive, aviation, consumer electronics and industrial automation. They are also commonly used in domestic wiring as part of a circuit protection system. In automotive applications, the fuseholders are used to protect circuits from short circuits due to unexpected high current flows. In consumer electronics, they are used to protect components from fire and smoke damage due to hot spots or unreliability.

The benefits of using BF353S fuseholders include better heat dissipation, insulation from shocks and sparks, and improved safety. The body of the fuseholder is made of high quality PBT or polybutylene terephthalate. This material has excellent insulation properties and is resistant to shock, spark and high temperature, making it an ideal choice for increased circuit protection. This materials also significantly reduces the risk of failure due to overheating.

BF353S fuseholders have a wide variety of applications and are widely used in the automotive, consumer electronics and industrial automation industries. In these industries, they are an essential part of the circuit protection system. They are designed with a high quality body and terminals to ensure optimal safety and performance.

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