BK/HTB-26I-R

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Fuseholders are devices used to secure, transfer, and disconnect power from electric circuits safely. The BK/HTB-26I-R is a type of fuseholder that functions as a current limiter for electrical circuits. It is designed to protect the circuits against excessive currents from short circuits and overloading.

Applications of BK/HTB-26I-R

The BK/HTB-26I-R is a versatile fuse that can be used in all sorts of applications, such as :

• Residential and commercial buildings
• Industrial infrastructure
  • Motors
  • Circuit breakers
  • Transformers
• Automotive applications
• Power Generation
  • Power grids
  • Solar power
  • Wind power

The BK/HTB-26I-R can also be used in computing and telecommunications, as well as medical electronic systems. It is suitable for both indoor and outdoor use, and is one of the most reliable types of fuseholders available in the market.

Working Principle of BK/HTB-26I-R

The BK/HTB-26I-R features a two-pole design that functions as a current limiter. It is rated to handle a maximum of 10 to 32V, and has a maximum current rating of 25A. Each fuseholder is fitted with two contact strips for connecting the circuits to the two contacts of the fuse. The fuseholder is made of a high-temperature resistant thermoplastic material that can withstand high temperature fluctuations.

The BK/HTB-26I-R features an adjustable range of current operations, which allows it to handle different types of current and load. For example, it can be adjusted to limit the current up to 28A to prevent excessive current from reaching the circuit elements. If the current exceeds this limit, it will be blocked, protecting the circuit components from further damage.

The current limiter works in two ways.First, it will limit the amount of current that is allowed to flow through the fuseholder.Second, it will trip the fuse if the current reaches a certain critical point. This ensures that no excess current is supplied to the circuit. This is done by two thermally sensitive elements placed inside the holder, which will trip the fuse when the temperature reaches a critical point. This prevents overheating of the internal parts, thus preventing any damage from occurring.

Conclusion

The BK/HTB-26I-R is a useful device for protecting electrical circuits from current overloads due to short-circuits and overloading. It is suitable for various applications, such as residential, commercial, and industrial buildings, as well as automotive and power generation. It is made of high-temperature resistant thermoplastic material, and features an adjustable range of current operations. Its two-pole design can limit the current and trip the fuse if the current exceeds a certain critical point. This ensures that no excess current reaches the internal components of the circuit, and prevents damage to the components.

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