NH00 Fuse Links RT16-00 Hrc Ceramic Knife Blade

NH00 Fuse Links RT16-00

Item NO.	Rated Current In	Rated Voltage Un	Breaking Capacity (with Fuse)
RT16-00 (NT00/NHOO)	In:2A,4A,6A,8A,10A,12A,16A,20A,25A,32A,40A,50A,63A,80A,100A,125A,160A(500VAC/250VDC); In:2A,4A,6A,8A,10A,12A,16A,20A,25A,32A,40A,50A,63A,80A,100A(690VAC)	500VAC 690VAC 250VDC	120KA(500VAC) 50KA(690VAC) 100KA(250VDC)

 

Product drawings

Fuse Link parameters

Product Item	RT16(NT/NH）Fuse Link
Rated Current	2A-630A
Rated voltage	500VAC/690VAC/250VDC
Breaking Capacity（kA）	120kA（500V），50kA（690V）
Standard	IEC 60269，CE
Applications	Power control system, industry electrical equipment

The components of the fuse link

The fuse is mainly composed of cover plate, plug, knife contact, fuse element, filler and ceramic body.

Cover plate:GRLadopts high strength aluminum alloy. The surface embossing makes the product more beautiful and the design of stiffener makes the product more firm and reliable.

Plug:GRLadopts high strength nylon material, which is more resistant to high temperature

Knifecontact:The integrated design rather than riveting structure of copper has stronger performance and lower temperature rise.

Fuse element:GRLadopts high performance copper strip, and the fuse element layout design is more reasonable and breaking capacity is stronger.

Filler:GRLadopts silica sands in high purity.

Fuse body:GRLadopts high frequency porcelain. Fuse Links

NN20KWUI 001 RT16-1 test report 1116_report

NN20MVEK 001 RT16-2 test report 1116_report

RT16-00（NT00、NH00）TUV

RT16-3（NT、NH3）TUV

A fuse is a protective device that is designed to protect electrical circuits from excessive current flow. When the current in a circuit exceeds a certain level, the fuse element will melt, breaking the circuit and preventing damage to the electrical equipment. Fuse Links

The history of the fuse can be traced back to the early 1800s when Michael Faraday was experimenting with electricity. Faraday discovered that by coiling a wire around an iron core and passing a current through the wire, he could create a magnetic field that would induce a voltage in a second coil of wire.

This led to the development of the transformer, which was used to step up or step down the voltage of an electrical circuit. Fuse Links

In 1836, the first fuse was invented by Thomas Edison’s mentor, Edward A. Cowper. Cowper’s fuse consisted of a wire or strip of metal that would melt when the current exceeded a certain level. The first fuses were made of copper, but later fuses were made of lead or tin.

In 1884, the first modern fuse was patented by Thomas Edison. Edison’s fuse consisted of a metal wire that was coated with a heat-resistant material and enclosed in a glass tube. When the current exceeded a certain level, the wire would melt, breaking the circuit and preventing damage to the electrical equipment.

Over the years, fuses have evolved to meet the needs of different types of electrical equipment. For example, high-voltage fuses are designed to protect power lines and transformers, while automotive fuses are designed to protect the electrical systems of cars and trucks. Fuse Links

Today, fuses are an essential part of electrical systems in homes, businesses, and industries around the world. They are used to protect everything from small electronic devices to large power plants, ensuring the safe and reliable operation of electrical equipment.

Click to view grl group company information>>

Click to view grl fuse link product>>

Click to view fuse base product>>

Click to view fuse holder product>>