Founded in 2013 in Dongguan, Guangdong, our company is a professional manufacturer ofelectronic protection devices. For years, we have been focusing on the protection device field, withan integrated team for development, production and sales, committed to providing customers withproducts of perfect performance and reliability.
Dur moin products include, fuses, fuse ho ders, fuse boxes, outomotive fuses, gutomotive fuse holders, Dcfuses, high-voltage fuses, new energy fuses ond other peripherol occessories, These products ore widelyused in multiple fields such os consumer electronics, outomotive electronics, power equipment,communicotion systems ond new energy. Aiming ot stoble performonce ond reliobility, our products hove notonly guickly won recognition in the domestic morket but olso been exported overseos, enjoying wide morketpopulority.
As 0 competitive compony in the protection device industry, we hove been committed to technologicol R&Dinvestment, quipped with 0 professionol R&D teom, we continuously promote product innovotion to ensureour wide product coveroge ond occelerote morket opplicotion speed of our products.
We olways toke quolity os our core goal and strive to be customer-oriented. Our products hove obtoined UL
cULus, Tuv, CE, COC ond other product certificotions, ond ore in complionce with ROHS ond REACH directives.
You are working on a telecommunications or server rack power system, which commonly uses 48V DC. The problem is you need components that are reliable and often need to be compact and easily accessible. The best solution is often a panel-mount or DIN rail DC fuse holder. GFEFUSE offers a variety of holders suitable for these applications. A panel-mount DC fuse holder from GFEFUSE allows for easy access on the front of a power distribution unit, while our DIN rail options are perfect for internal cabinet wiring, providing a certified and dependable solution for protecting your critical telecom equipment.
You have a high-amperage bolt-down fuse (like an ANL or MEGA fuse) and need to mount it. The problem is that these fuses cannot be used without a proper base to provide insulation and secure connection points. You need a heavy-duty DC fuse holder block. These blocks are made from robust, high-temperature materials and feature large studs for securely fastening the fuse. GFEFUSE manufactures high-quality holder blocks for these fuses, ensuring you can torque the connections properly for a low-resistance, safe installation capable of handling hundreds of amps.
You have a battery bank in a location that might be exposed to moisture, dust, or humidity, such as in a shed, on a boat, or in an outdoor cabinet. The problem is that environmental contamination can cause corrosion and create conductive paths on a standard, open-style holder, leading to failure. The solution is to use an enclosed or waterproof DC fuse holder. GFEFUSE offers heavy-duty, fully enclosed DC fuse holder blocks with secure covers that protect the fuse and terminals from the environment, ensuring long-term reliability and safety for your battery system.
You're trying to install a fuse in a control cabinet and the holder you have doesn't seem to mount correctly. The problem is that you are likely trying to use a standard inline or panel-mount holder in an application that calls for a specific mounting system. The proper solution is a DIN rail DC fuse holder. This type has a specific clip mechanism on the back designed to latch securely onto the standardized metal rail used in industrial control panels and solar combiner boxes. GFEFUSE offers a complete range of these DIN rail holders for a fast, clean, and professional installation.
For a certified, reliable, and safe DC fuse holder suitable for solar (PV) or other high-power applications, you must source from a specialized manufacturer like GFEFUSE. We provide a range of TUV and UL certified holders specifically designed and tested for high-voltage DC environments.
Signs of a failing DC fuse holder include discoloration, melting, or charring of the housing, which indicates overheating from a poor connection. Cracks in the body can compromise its insulating properties, and corrosion on the terminals can also lead to dangerous heat buildup.
The voltage rating is the most critical safety specification. A DC fuse holder must be rated at or above the system's maximum voltage. An underrated holder's insulation can break down, allowing a high-voltage arc to bypass the fuse entirely, leading to a catastrophic short circuit.
The most common types include the DIN rail DC fuse holder, which easily clips onto standard rails in control cabinets and solar combiner boxes; panel-mount holders for installation on a flat surface; and heavy-duty blocks designed for high-current, bolt-down DC fuses.
You cannot use a standard AC holder because it lacks the specific safety design features required for DC. A high-voltage DC fuse holder is built with higher-grade insulating materials and greater "creepage distance" (the space between terminals) to prevent a persistent DC arc from forming and causing a fire.
The primary function of a DC fuse holder is to safely integrate a DC fuse into a circuit while providing the necessary electrical insulation to prevent arc flash between terminals, especially under high-voltage conditions. It ensures a secure connection and protects the fuse from environmental factors.
Discover how the Square high speed fuse from GFEFUSE delivers 1500 V DC, 100 kA protection for BESS, EV chargers and wind converters. UL & IEC approved, low I²t design.
Discover GFEFUSE North Americansemiconductor fuse—1000 V DC, 50 kA, UL & IEC approved. Ideal for EV chargers, BESS, PV inverters. Low I²t, high cycling life.
Discover GFEFUSE Photovoltaic fuse—1500 V DC, 1–30 A, 50 kA, UL-248-19 & IEC 60269-1/6 approved. Ideal for string and combiner boxes. Low I²t, high cycling life.