BK/HTB-92-R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fuseholders are used to hold fuses so that a circuit can be safely and quickly disconnected when there is an over current, short-circuit, or other overload. The BK/HTB-92-R fuseholder, manufactured by ASI, is a highly reliable and durable fuseholder that meets all electrical standards.

This type of fuseholder is designed to accommodate two sizes of 5x20 mm and 5x25 mm fuses (IEC class G or better) for most AC or DC applications. It offers excellent power transference capability and noise suppression, making it suitable for use in power supplies, instruments, lights, heaters, transformers and more. The holder also includes a connection tab for a temperature switch.

The BK/HTB-92-R is available in two models: the standard version and the wire version. The standard model is designed to mount on a standard 35mm din rail and is ideal for panel mounting. The wire version is an open frame-type terminal that allows for more efficient wiring and easy installation.

The working principle of the BK/HTB-92-R fuseholder is fairly straightforward. When a fuse is inserted it causes a current through the holder, which in turn activates the contacts and closes the circuit. If the current becomes too great and a fault is detected, the fuseholder will open, disconnecting the load and preventing further damage. The temperature switch connection allows the BK/HTB-92-R to also detect an over-temperature condition and protect the load as well.

In summary, the BK/HTB-92-R fuseholder is a high-performance fuseholder that meets all electrical standards and is suitable for both AC and DC applications. It is available in two models: standard and wire versions, and includes a temperature switch connection. It offers good power transference capabilities and noise suppression, making it an ideal choice for many applications. This fuseholder is also designed to safely and quickly disconnect the load when an over current, short-circuit or other overload is detected.

The specific data is subject to PDF, and the above content is for reference