FHN Series, Fuseholders

Results:
1
Manufacturer
Series
Fuseholder Type
Termination Style
Current Rating (Amps)
Approval Agency
Fuse Type
Contact Finish
Orientation
Mounting Type
Fuse Size
For Use With/Related Products
Voltage
Contact Material
Number of Circuits
Results remaining1
Applied Filters:
FHN
Select
ImageProduct DetailPriceAvailabilityECAD ModelFor Use With/Related ProductsMounting TypeContact FinishTermination StyleContact MaterialApproval AgencyNumber of CircuitsVoltageCurrent Rating (Amps)OrientationFuse TypeFuse SizeFuseholder TypeSeries
FHN19G
Contact us
Quantity
Contact us
PCB Symbol, Footprint & 3D Model
-
Panel Mount
-
Solder Lug
-
-
1
250V
15 A
Vertical
Cartridge
-
Holder
FHN

About  Fuseholders

Fuseholders, are devices designed to securely house and connect various types of fuses. They come in a range of styles to accommodate different fuse types, including blade, bolt down, cartridge, link, radial, rectangular, threaded, and more. Fuseholders offer various termination options such as bolt down, box lug, crimp, PC pin, quick connect, screw, solder, wire lead, through hole, and others. Fuseholders are available in configurations that hold a single fuse or multiple fuses, with options ranging from single-fuse holders to those capable of holding up to 60 fuses. They are compatible with different fuse sizes, including popular sizes like mini ATO, ATC, radial, 5 mm, 5 mm x 20 mm, and also custom or non-standard sizes. The primary purpose of fuseholders is to provide a safe and reliable housing for fuses, ensuring proper electrical connections and protecting against over-current faults. They facilitate easy installation and replacement of fuses, making maintenance and troubleshooting of electrical systems more convenient. By using appropriate fuseholders, users can effectively protect their circuits by securely holding the chosen fuses in place and enabling their proper operation. These devices play a critical role in circuit protection, safeguarding equipment and preventing damage caused by excessive current flow.