BK-S505H-V-3.15-R

Fuses

The BK-S505H-V-3.15-R fuse, manufactured by CGE, is a semiconductor protector. It is designed to protect rectifiers, rectification systems and other electrical equipment from short circuit and overload currents. The BK-S505H-V-3.15-R fuse has a maximum operating temperature of 125°C, and is rated for a maximum current of 3.15A.

The BK-S505H-V-3.15-R fuse features a solid-state electronics design. Its hermetically sealed casing and circuit board make it water-resistant and allow it to be used in a variety of harsh environments. The BK-S505H-V-3.15-R is UL, cUL, ENEC, SEMKO, CE and RoHS certified.

The BK-S505H-V-3.15-R fuse has a number of applications including protection for rectifiers, rectification systems and electrical equipment. It is also designed to prevent damage to electrical components due to short circuit, and to prevent energy caused by over-voltage surge. The BK-S505H-V-3.15-R also offers protection from inrush currents.

The BK-S505H-V-3.15-R fuse works by triggering a high-current arc when an over-voltage surge or short circuit occurs. This arc is confined within an airtight case, and damages the connecting wires and equipment, thereby protecting the connected devices. Additionally, the BK-S505H-V-3.15-R has a voltage-time characteristic which enables it to trip within certain current and voltage ranges.

The BK-S505H-V-3.15-R has a number of advantages over other types of fuses. It is relatively small compared to other fuses, meaning it can be installed in tight spaces, making it a convenient choice for many applications. Additionally, it provides immediate protection against overload currents and short circuits without the need for a cool-down period. The BK-S505H-V-3.15-R is also highly reliable due to its solid-state design and hermetically sealed membrane.

Overall, the BK-S505H-V-3.15-R offers superior protection for a variety of electrical applications. It is UL, cUL, ENEC, SEMKO, CE and RoHS certified, and is designed to instantly trip upon detection of an overload, short-circuit or over-voltage surge. Its small size and water-resistant casing make it an ideal choice for installations in harsh environments, and its reliable solid-state design makes it highly dependable.