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Product Specifications: Copper Bonded Rod
| Minimum Order Quantity | 5 Piece |
| Usage/Application | Earthing |
| Finish | Copper Bonded |
| Brand | Renown Earth |
| Material | Copper Coated |
| Diameter | As per requirement |
| Shape | As per requirement |
Copper bonded rod helps in passing fault current in the ground. It is a part of earthing equipment. Copper bonded rod is coated with copper through the process called electroplating. This increases the electrical conductivity of the copper bonded rod. Each copper bonded rod has male threads at the top and bottom ends, and the steel inner core is faced at one end, removing the need for a separate driving spike.
Copper bonded rods are made up of molecularly bonding which is a 99.9% pure electrolytic copper onto a low carbon, high tensile steel core with a thickness of more than 0.254 mm (254 microns). The steel rods are particularly resistant to oxidation and give the electrical grounding system a lot of strength and lifespan or in a simple way to understand Copper-bonded earth rods are the industry standard and provide the most cost-effective way for the installer to achieve a low-resistance path to earth (ground) Each copper bonded rod has male threads on both the top and bottom and the steel inner core is pointed at one end, eliminating the need for a separate driving spike.
Earth electrodes are a type of grounding device that can be installed in a building. They’re pushed into the ground below ground level, and they’re built of corrosive-resistant conductors. Earthing systems are critical because they operate as a form of insulation, shielding people from electrical dangers.
Copper-bonded ground rods have a high carbon steel core and can be used for deep diving. To protect the steel core from corrosion, a layer of mild steel is electroplated on top of a layer of copper. This coating is not vulnerable to bending or cracking.
Generally, the Length of Rod is 3 meters & the Diameter is 17.22 mm. And the material used is Copper but it is a customizable product that can be made as per the need of the client.
Connect the negative wire to the Socket’s Earthing (Top single Hole). The bulb must continue to shine brightly as before. If the bulb does not glow at all, there is no Earthing / Grounding. If the bulb glows dimly, it indicates that the earthing is insufficient.
Quality earth rods are often made up of stainless steel, solid copper, or copper bonded steel. Copper bonded steel cored rod is most popular, due to its combination of corrosion, strength, resistance, and makes it available at a low cost compared to others.
Solid copper rods are used in areas with high corrosion or where the application needs an exceptionally long life.
A galvanised ground rod is appropriate and the most cost-effective solution if the facility being grounded has a life expectancy of fewer than 15 years. Copper-bonded ground rods are the best choice for installations with longer service life.
Copper gets corroded when it is used in areas with clean air, non-oxidizing acids, and water, copper corrodes at insignificant rates. However, it occurs more quickly in the presence of road salt, ammonia, sulphur dioxide, oxidising acids, and so on.
Copper corrosion is the corrosion of copper or copper alloy materials. Copper reacts with oxygen when exposed to the atmosphere, usually causing normally bright copper surfaces to tarnish. After a few years, this tarnish eventually turns dark brown or black, and then green.
Copper prices have increased significantly in 2021. The base metal remains in high demand, due in large part to its use in green energy projects and electric vehicles. And power grids that use wind, solar, and hydroelectric power require a lot more copper than the industry is currently producing.
Grounding works on a simple principle: it redirects an electric current that might escape from a device to a metallic conductor (cable) that terminates in a stake (rod) buried in the ground.
Earthing is a technique used to protect yourself from electric shock. It accomplishes this by allowing a fault current or leakage current to flow to the earth via a path (a protective conductor). It also causes the protective device (either a circuit breaker or a fuse) to cut off the electric current to the faulty circuit.
