L50S350.V

The L50S350.V is a voltage-limiting power fuse which is used for applications involving the protection of motor control circuits. It is the perfect choice for motors and systems that have startup peak inrush current higher than those which are considered normal. With an extremely fast operating speed, the L50S350.V has become a dependable choice.

The L50S350.V fuse is a thermal and magnetic-type fuse with Class V characteristics. It is composed of a thick wire and a magnetic core whose primary purpose is to provide fast circuit protection against overload with low steady state let-through current. The higher current-limiting capabilities make it ideal for protecting circuits with high initial inrush currents, and it is often used in connection with motors, transformers,and capacitor banks, among other circuits. In addition to its fast-acting characteristics, it also has a low voltage drop at nominal current.

To operate, the L50S350.V uses an absorber-type of voltage-limiting technology. This technology, which is also referred to as an energy-limiting fuse, is designed to protect the device or circuit it is connected to from momentary current surges. It uses a fast-acting thermally activated element and a current limiting magnet which, when used in combination, can quickly limit the excess energy produced during the initial burst of current. This helps to improve the life of the fuse, reduce heat build-up, and protect the device itself from current surges.

The L50S350.V is available in three different amp ranges from 35A, 50A, to 75A. Depending on the size and application, the fuse may also come with a matte-black ceramic sleeve, a mating nut, and a silver-plated ferrule. It can operate at temperatures ranging from -25° C to +100° C, and with voltages up to 400VAC.

The L50S350.V has become a popular choice as a power protection device for many motor control circuits. With its fast-acting technology and current-limiting capabilities, it is an effective way of safeguarding circuitry from brief surges in current. In addition, its low voltage drop and operating temperature range make it versatile and perfect for a wide variety of applications.