What Are The Differences Between Copper Clad Grounding Rods And Copper Clad Steel Grounding Electrodes?

There is only one word difference between copper bonded and grounding electrode. Many people think that there is not much difference. Even many professionals do not take it seriously and often mix them up when using them. In fact, there is a big mistake. There is a big difference in the scope of use of copper bonded earth rod price and grounding electrode.

copper bonded earthing is often used in the construction of lightning protection and grounding of major ground buildings, and the grounding electrode is a group of conductive elements placed in the earth or sea water. It can provide a low-resistance path between a point in a DC circuit and the earth, and has the ability to pass current continuously for a certain period of time.

That is, a conductor or a combination of several conductors buried in the earth to connect to the earth is called a grounding electrode. The grounding electrode is an electrode that is fully in contact with the earth and connected to the earth. In lightning protection projects, the grounding electrode is made of multiple 2m and 1.5m long, copper bonded steel, nailed to the bottom of a trench 800mm deep, and then led out with copper-clad steel stranded wire or bare copper wire.

copper bonded steel ground rod is an individual, and the conductor formed by connecting multiple copper bonded steel rod is called a copper-clad steel grounding electrode. Simply put, a single copper clad ground rods is smaller, and the copper-clad steel grounding electrode is larger. The copper-clad steel grounding electrode is a general term for copper-clad steel grounding materials.

Application areas: copper coated earthing rod and grounding electrodes are similar. copper plated ground rod and copper-clad steel grounding electrodes are used in copper-clad steel grounding materials. They are suitable for general environments and special environments with humid, saline, acidic soils and chemical corrosive media. They are widely used in power plants, substations, transmission line towers, communication base stations, airports, railways, subway stations, various high-rise buildings, microwave relay stations, network rooms, petrochemical plants, oil storage depots and other places. Lightning protection grounding, anti-static grounding, protective grounding, working grounding, etc.