Walter MFS-MFP Glass Tube Fuse Introduction

Walter MFS/MFP glass tube fuse is an electronic component used for circuit protection, mainly used to quickly melt when overcurrent occurs in the circuit, to protect other components of the circuit from damage. Huade Electronics Co., Ltd. has been committed to the production and manufacturing of fuses since its establishment in 1968. It has multiple international safety certifications, such as UL, CSA, T-MARK (PSE), SEMKO, VDE, CCC, and has passed ISO9001 quality system certification

Walter MFS/MFP glass tube fuses come in a variety of specifications, including but not limited to 3.6x10mm, 5.2x20mm, 6.35x31.75mm, and other sizes. The rated current ranges from 500mA to 63A, and the rated voltage covers 250V to 630V. These fuses can be used in DC or AC circuits and have two types of melting characteristics: fast break and slow break, to meet different application requirements

Walter MFS/MFP glass tube fuses are widely used in various electronic devices such as rectifiers, chargers, telephone equipment, power supplies, household appliances, telecommunications products, machines, instruments, game consoles, etc

The installation methods of Walter MFS/MFP glass tube fuses include direct welding and pluggable, and can be customized with different lead lengths of 90 degrees and 180 degrees according to actual needs to meet different circuit design requirements

When selecting Walter MFS/MFP glass tube fuses, it is necessary to consider factors such as the normal current, melting current, open circuit voltage, short-circuit current, and impulse current of the circuit, and choose the appropriate fuse specifications based on the ambient temperature and usage conditions

In summary, Walter MFS/MFP glass tube fuses have become an indispensable component in the electronics industry due to their high quality and wide applicability. In the selection and use process, the specific requirements of the circuit should be fully considered to ensure that the fuse can play its protective role at critical moments