About Us
Our Product
Our Product
Our Products includes the following:
1. Photovoltaic DC fuse
2. Cylindrical Fuse
3. Squar Bolt BS88 Fuse
4. NH Fuse Links and Base
5. Screw Type Fuse
6. Surge Protection
We supply party products all over the globe to a wide range of companies worldwide, ranging from large multinational organizations to small individual companies.
Photovoltaic DC fuse
Cylindrical Fuse
Squar Bolt BS88 Fuse
NH Fuse Links and Base
Screw Type Fuse
Surge Protection
Product Application
Photovoltaic DC fuse
This series of fuse supports are suitable for AC 50Hz, rated insulation voltage up to 690V, and agreed heating current up to 125A Mainly used in electrical circuits as a support for fuse links in various usage categories (gG, aM, aR, etc.) ranging in size from 22 × 58. This series of fuse supports have the ability to withstand the agreed heating current and expected short run surge current up to 100KA for dynamic stability. Multiphase combination has the function of a fuse type isolator. The RT18N fuse support component has one up and one down input and output line, and also has the function of isolating the power supply; RT18L is equipped with a safety locking device, which can hold the melted parts in the disconnected state to ensure that no misoperation occurs; It can also be equipped with a fuse indicator light, which only indicates that the fuse link has melted when the light is on.
This series of fuse supports comply with national standards GB13539.1, GB13539.2, GB13539.6, GB14048.3, and the International Electrotechnical Commission standard IEC60269-1.
Cylindrical Fuse
This series of fuse links is suitable for AC 50HZ, rated voltage up to 1000V, and rated current up to 1250A. It is mainly used in electrical circuits as short-circuit protection (aR) for semiconductor equipment and its complete sets of devices. The rated breaking capacity of this series of fuse links is up to 50KA.
This series of fuse links complies with national standards GB13539.1, GB/T13539.4, and the International Electrotechnical Commission standard IEC269-1.ICE60269.
Squar Bolt BS88 Fuse
This series of fuse links is suitable for AC 50HZ, rated voltage up to 1000V, and rated current up to 1250A. It is mainly used in electrical devices for line overload and moderate protection (gG/gl); It can also be derived as moderate protection (aR) for conductor devices and their complete sets of equipment, as well as motor short-circuit protection (aM).
The rated breaking capacity of this series of fuse links is up to 120KA.
This series of fuse links complies with the national standard GB13539 and the International Electrotechnical Commission standard IEC60269.
NH Fuse Links and Base
This series of fuse links is suitable for AC 50HZ, rated voltage up to 1140V, and rated current up to 300A. It is mainly used in electrical devices for line overload and short-circuit operation (gG/gl), and can also be derived as short-circuit protection (aR) for semiconductor devices and their complete sets of devices, as well as motor short-circuit protection (aM).
The rated breaking capacity of this series of fuse links is up to 50KA.
This series of fuse links complies with the national standard GB13539 and the International Electrotechnical Commission standard IEC60269.
Screw Type Fuse
This series of fuses is suitable for AC 50Hz and rated voltage up to 600V. It is mainly used as overload and short circuit protection (gG) for electrical circuits, and can also be derived as short circuit protection (aR) for semiconductor equipment and its complete sets of devices, as well as short circuit protection (aM) for electric motors.
The rated breaking capacity of this series of fuse links is up to 100KA.
This series of fuses complies with the national standard GB13539 and the International Electrotechnical Commission standard IEC60269.
Surge Protection
Surge protector, also known as lightning arrester, is a critical electronic device that provides safety protection for various electronic devices, instruments, and communication lines. Standard surge protectors can transmit current from power sockets to multiple electrical and electronic devices plugged into the power board. Once a surge or spike occurs, causing the voltage to exceed an acceptable range, the surge protector can quickly conduct and achieve shunt in a very short time, thereby avoiding damage to other devices in the circuit caused by the surge.
