10*38 AC Fuse Holder

CNKA 10*38 ac fuse holder Introduction

CNKA is a leading supplier in China, providing wholesale price lists for 10x38 AC fuse holders, which are basic electrical components made of metal conductors connected in series within circuits. When overload or short circuit occurs, the 10x38 AC fuse holder will melt due to its own heating, effectively disconnecting the circuit and protecting the circuit and connected equipment. The 10x38 AC fuse holder has a simple structure and is easy to use, widely used in power systems, various electrical equipment, and household appliances.

CNKA 10*38 ac fuse holder Parameter (Specification)

CNKA 10*38 ac fuse holder Structural characteristics

The operation of a fuse is based on the melting of the fuse element, exhibiting a unique characteristic called ampere second characteristic. This refers to the relationship between the operating current and the time required for the fuse to operate, commonly known as the anti delay characteristic. Essentially, when the current in the circuit exceeds the rated current of the fuse, the fuse will melt in a short period of time. On the contrary, if the current is only slightly higher than the rated level, the melting time will be extended. In summary, the larger the overload current, the shorter the melting time; The smaller the overload current, the longer the melting time.

CNKA 10*38 ac fuse holder Details

CNKA 10*38 ac fuse holder Dimensions and wiring

CNKA 10*38 ac fuse holder Common types

Plug in fuses are typically used at the end of lines with voltages up to 380V as short-circuit protection for distribution branches or electrical equipment. The design of this fuse is easy to insert and remove, simplifying the replacement of fuses.

There is a fuse indicator on the top cover of the spiral fuse. When the melt melts, the indicator pops up for easy observation through the glass window on the porcelain cap. These fuses are capable of handling high breaking currents and are suitable for circuits with voltages up to 500V and currents up to 200A. They are commonly used in machine tool electrical control equipment to achieve effective short-circuit protection.