HTB-52I-R

HTB-52I-R Fuseholders

The HTB-52I-R is a type of fuseholder designed specifically for time delay fuses. It maximum current ratings are determined by the type of fuse installed, as well as the maximum power load that can be supported. They include many features, such as a secure easy mechanical installation, a multi-point contact system, and a strong aesthetic design. This type of fuseholder is popular among manufacturers for its high quality performance.

Application Field

The HTB-52I-R is often used in the circuits of home appliances, such as washing machines, refrigerators, and ovens. It is also used in the electrical system of automobiles, for protecting the electrical system from short circuits. In industrial applications, it is often used in the electrical systems of factories, industrial machines, conveyors, and electrical systems of construction sites. This type of fuseholder is commonly used in a wide range of applications where safety is a must.

Working Principle

The HTB-52I-R fuseholder works in the same way as any other fuseholder, with the exception that it is designed specifically for time-delay fuses. It works by providing a pathway for the current from the equipment to the fuse. When the fuse melts, the current is broken, which trips the circuit breaker and prevents further damage to the equipment.

The HTB-52I-R is designed with a multi-point contact system, where the conductors within the fuseholder are arranged in a radial order. This ensures that the contact points between the conductors do not degrade due to vibration or movement of the fuseholder. The contact system also ensures that the current is evenly distributed across all contact points.

Conclusion

The HTB-52I-R fuseholder is a reliable and efficient device for use in a variety of applications. It provides a secure design for the protection of the equipment and the electrical system, as well as a multi-point contact system for a more efficient transfer of current. Its features make it a popular choice among manufacturers for its performance in a wide variety of environments.