BK/S-8002-3

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Fuseholders are an important part of any type of electrical circuit. The BK/S-8002-3 fuseholder is a high performance, current limiting device designed for protection of electrical circuits. It is designed to allow a safe current flow through the fuse and circuit, while power is maintained at a safe level if the fuse should fail or break down.

The BK/S-8002-3 fuseholder is a three-pole, box-style device that uses a single-pole system for its electrical operation. It has two contact arms that can be opened or closed, depending on the current flow in the circuit. The contact arms are joined by a bridge that connects the two contacts. The bridge is connected to the circuit board, which is connected to the power supply.

The BK/S-8002-3 fuseholder works on the principle of high impedance to limit current. It works by having a series of parallel resistance elements, which are designed to limit the current flowing through the circuit without affecting the power supply. When the current reaches a certain level, the fuseholder will reach its peak potential and the fuse will be activated.

The BK/S-8002-3 fuseholder can be used in a wide variety of applications including automotive, computer, industrial, and other high current applications. It can be used for protection of sensitive electrical components from damage due to over-current, as well as providing circuit protection during power failures. In addition, they can also be used to reduce fire hazards in circuits, especially in hazardous environments.

The BK/S-8002-3 fuseholder is designed for high current applications. It has a high safety factor, thermal stability, and is extremely reliable. It is also resistant to vibration, shock, and temperature changes. In addition, it is UL, VDE, and CSA recognized, which means it meets all the safety standards for use in industrial environments.

The BK/S-8002-3 fuseholder is a great choice for a wide range of electrical applications. Its high performance and reliability make it ideal for use in hazardous environments, and its broad range of applications make it useful in a variety of electronic and electrical systems. With its high impedance current limiting and safety rating, it is a great choice for the protection of sensitive electrical components and for providing circuit protection.

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