GSGB45

Application Field

GSGB45 series current limiting fuse offers unbeatable performance when used in applications such as power supplies, transformers, breakers, surge protectors, contactors, motors, starters, rectifiers, on/off switches, rectifiers and any other circuit protection component. It can also be used to protect loads associated with motors and high current capacity loads. Due to its high current limiting capability, GSGB45 is the perfect choice for aggressive protection against on-line and off-line short circuits. GSGB45 series current limiting fuses can be used in both commercial and industrial settings. Its superior performance and dependable protection make it an excellent choice for use in all types of electrical environments. No other fuse offers the protection and performance GSGB45 does.

Working Principle

The GSGB45 current limiting fuse utilizes a patented design that allows it to limit overcurrent better than any other fuse. The fuse operates by allowing current to flow through its finely-tuned winding, which reacts to an overcurrent by allowing part of the current to bypass the winding. This current-limiting action reduces the current passing through the winding to a safe level. GSGB45 current limiting fuses are designed to have a low let-through, meaning they can limit high currents from passing through the fuse and protect downstream components. When current reaches a predetermined level (current-limiting level), the current will not pass through the winding, instead it will bypass the winding, reducing the amount of current flowing through the fuse, thus limiting the amount of damage.When the overload or short circuit current decreases, the fuse will reset and start working normally, allowing current to flow again. In other words, GSGB45’s current limiting fuse provides superior protection against over-voltage, circuit overloading and short circuit protection. In conclusion, the GSGB45 current limiting fuse is an excellent option for various circuit protection applications. Its innovative design makes it suitable for commercial as well as industrial settings. It is ideal for protecting sensitive loads such as motors and high current capacity loads, as well as providing overload and short circuit protection.