Pure copper ion grounding rod
Title: 50mm Diameter Pure Copper Electrolytic Ion Grounding Rod
Keywords: Long-lasting electrolytic ion grounding electrode, State Grid lightning protection grounding, power plant lightning protection grounding, substation lightning protection grounding, transmission line tower lightning protection grounding, high-speed rail and subway lightning protection grounding, subway station lightning protection grounding, transportation lightning protection grounding, highway lightning protection grounding, ECT lightning protection grounding, large chemical plant anti-corrosion grounding, wind power generation lightning protection grounding, photovoltaic power generation lightning protection grounding, communication tower lightning protection grounding, communication base station anti-static grounding, petrochemical anti-static grounding, oil depot anti-static grounding, computer room anti-static grounding, military base lightning protection grounding, bank lightning protection grounding, microwave relay station anti-static grounding, network computer room anti-static grounding, various high-rise building lightning protection grounding.
Distance: ≥5m
Installation Method: Vertical Installation
Temperature Range: -40℃~80℃
Product Certification: ISO9001:2000
Protection Rating: IP64
Explosion-proof Function: None
Application: Lightning Protection Grounding
Usage Environment: Any Environment
Electrolytic ion grounding rods are a new type of grounding solution that improves the contact environment between the electrode and the surrounding soil by utilizing the ion release effect of the filling materials inside and outside the electrode, thereby reducing resistance.
Electrolytic ion grounding rods can create a continuous low-resistance grounding environment in areas with high soil resistivity. Even in areas where resistivity fluctuates due to seasonal factors, electrolytic ion grounding rods can ensure stable and reliable low-resistance grounding.
Working Principle:
Through the ion release effect of the internal and external filling materials of the electrodes, the contact environment between the electrodes and the surrounding soil is improved, achieving the purpose of reducing resistance. The resistance in a certain area is reduced by laying a large amount of metal material, achieving low grounding resistance through ordinary grounding methods.
Grounding Stability: The external filling material has good corrosion resistance, water absorption, and moisture retention, and is unaffected by climate changes. The grounding resistance enters a stable state one week after construction is completed, unaffected by soil dryness or wetness, and will not increase over time.
1. Dry contact: Grounding resistance fluctuates significantly in dry and wet conditions.
2. Additionally, due to corrosion, grounding resistance increases rapidly over time.
Lifespan: With corrosion resistance and automatic ion replenishment, the effective lifespan is over 30 years.
Poor corrosion resistance: Soil modification is required every 3 to 5 years to reduce soil resistivity.
Engineering Technology: Professional technology, significant resistance reduction effect, simple construction, small project scope, and low overall cost.
Low technical level, large project scope, no process guarantee.
Significant Resistance Reduction:
It provides a continuous low-resistance grounding solution in high-resistance soil environments. The backfilled resistance-reducing agent continuously absorbs moisture from the soil and continuously reduces the resistance of the surrounding soil, maintaining a long-lasting low-resistance effect.
Stable Resistance Reduction:
The grounding resistance of the electrolytic ion grounding system enters a stable state one week after construction, and is minimally affected by temperature and humidity. The resistance reduction effect can last up to 30 years.
Low Maintenance Costs:
The resistance-reducing agent filled inside and outside the electrolytic ion grounding rod continuously releases ions, requiring no special maintenance after installation. Superior Corrosion Resistance and Conductivity:
Due to the skin effect of current in conductors and the unique corrosion-resistant properties of copper, the conductivity and corrosion resistance are superior to other grounding products.
Smoother Appearance:
Experienced craftsmen use skilled machine tools to create a perfectly burr-free rod body, followed by advanced copper plating technology, resulting in a flawless copper-plated surface.
Easy Installation:
Installation is simple and can be done manually or mechanically, making installation more economical.
Long Service Life:
The maximum thickness of the copper layer on one side can reach 0.5mm; the theoretical service life of the grounding rod is over 30 years (the service life of the electrolytic grounding system will vary depending on the actual soil environment).
High-Quality Accessories:
Product accessories are made from high-quality materials.
Technical Features:
1. The device has a strong automatic adjustment function, continuously replenishing conductive ions to the soil around the electrodes, improving the soil resistivity.
2. The electrode unit uses corrosion-resistant alloy materials, and the high-energy backfill uses chemical materials with anti-corrosion properties and high-pressure impact resistance as auxiliary materials. This greatly extends its service life, guaranteeing 30 years of use.
3. The backfill uses physical and chemical substances with strong water absorption, strong adsorption, and strong ion exchange capacity as the main materials. This achieves efficient and tight bonding between the electrode unit and the surrounding soil, reducing the soil resistivity and effectively enhancing the lightning conduction and release capability.
4. The high-energy backfill can fully contact the grounding electrode and the surrounding soil, greatly reducing contact resistance. It also has good flowability and permeability, increasing the contact area with the soil, thereby increasing the discharge area.
5. Because the electrode unit uses low magnetic permeability materials, it has strong resistance to direct lightning induced pulse attacks and prevents secondary lightning effects. 6. Due to its excellent grounding effect and strong regulating function, it is mainly used in areas with high soil density and in cities with high building density.
7. Due to its excellent grounding effect, it occupies less land, requires less construction work, and saves materials.
8. All materials used in the corrosion-resistant ion grounding electrode are non-toxic and pollution-free, making it a green and environmentally friendly product.
Manufacturing Process:
1. Ion Electrode Tube: Made of high-quality copper tubing, the inner wall of the tube is treated with the latest ceramic coating technology,
providing superior resistance to strong acids and alkalis. The outer wall of the tube is coated with a layer of high-polymer anti-corrosion and conductive material,
providing excellent corrosion resistance and extremely low resistivity. Moisture absorption holes and ion release holes are designed at the top and bottom of the tube, respectively.
2. Ion Generating Device Inside the Ion Electrode: Filled inside the tube, it has strong ion release performance,
and possesses water absorption and moisturizing, ionization and conductivity, and long-lasting slow-release functions.
3. Special Filler for the Ion Electrode: A non-metallic conductive material, corrosion-resistant and environmentally friendly, containing water-absorbing, moisturizing, coagulating, penetrating, and soil-amending components. It interacts with the electrolyzed ions released from the tube,
continuously improving the conductivity of the surrounding soil, achieving grounding and resistance reduction effects.
Installation method:
1. Drilling
Drill 60mm*1200mm vertical ground holes at the selected construction site.
2. Implant the ground electrode
Remove the sealing tape at both ends of the ground electrode, fill the bottom of the hole with filler prepared in a ratio of 1:4, and seal the ground electrode.
The pole is implanted in the hole, the top of the ground pole is parallel to the ground plane, the ground lead wire is inserted, and the remaining filler is filled in the ground
The area around the pole ends 100mm from the top of the ground pole. Cover the protective cap, measure the ground resistance, and fill it with soil to prevent
Around the protective cap, the roof is 100mm above the ground.
Electrolytic ion grounding rod is suitable for general natural conditions as well as moisture, saline-alkali, acidic soil and generated
The special environment of chemically corrosive media is widely used in power plants, substations, transmission line towers, and communication bases.
Stations, airports, railways, subway stations, various high-rise buildings, microwave relay stations, network computer rooms, petrochemical industries
Lightning protection grounding, anti-static grounding, protective grounding, working grounding, etc. in factories, oil storage depots and other places.