Rail mount fuse holders are a device used to house fuses, which are designed to protect circuits from overcurrent or short circuits. When a fault is detected, the fuse will break, stopping the flow of current.
What are rail mount fuse holders used for?
Fuses are connected to rail mount fuse holders by slotting them in between two sets of metal contacts. The end caps on the fuses connect to the metal contacts on the fuse holder, allowing the current to flow through the device.
Rail mount fuse holders are specifically designed to be mounted to DIN rails, meaning that they feature a slot for the rail to attach to somewhere in the body of the fuse holder.
Types of rail mount fuse holders
Rail mount fuse holders can vary according to a number of different characteristics, including voltage and current rating, number of poles, lead time and terminal type. Their dimensions can also differ, as can the size and type of fuse that they are designed to fit.
Description:
European style surface mount 3 pole fuse load
switches/disconnectors for use with NH type industrial HRC fuses. 3-pin, ceramic NH fuse holderSilver-plated lyra contactsThe wide contact surface makes it easier to change the NH fuse links.
Description:
Range of DIN rail supports for fuses and
tubes.These fuse holders without indicator light are available in neutral, single pole, double pole, three pole and three pole + neutral versions.Assembly kits (including a pin and staples for assembling 2 fuse ...
Description:
Ultrasafe Modular fuse holders from Mersen are finger
save under IEC standards to IP20 grade protection. Suitable for use with 10x38mm fuses they are suitable for all circuits up to 690V including protection for motors, transformers and low voltage distribution. ...
Description:
IEC Cylindrical Fuse HoldersMersen offer a comprehensive range
of Modulostar fuse-holders. All of the fuse-holders offer finger-safe to IEC standards at IP20 protection , they also offer easy fuse changing. Suitable applications include protection for motors, transformers, low voltage distribution, ...
