First, the use of electrolytic ion grounding rod, ion grounding electrode, grounding system:
(1) Electrolytic ion grounding rod electrode tube: using high-quality copper material, the inner wall of the pole tube is treated with the latest ceramic coating technology with super acid and alkali resistance, and the outer wall of the pole tube is sprayed with a layer of polymer anticorrosive conductive material with excellent corrosion protection. Performance and extremely low resistivity. The upper and lower ends of the pole tube are designed with moisture absorption holes and ion release holes, respectively.
(2) Ionic ion grounding rod internal ion generating device: filled inside the pole tube, has a strong ion release performance, and has a long-acting slow-release function of water absorption, ionization, and conductivity.
(3) External dedicated filler for electrolytic ion grounding rods: It is an ion release agent with anti-corrosion and environmental protection, moisture absorption, coagulation, infiltration and soil improvement components; interaction with the electrolytic ions released in the pole tube can continuously improve the surrounding soil. Conductive performance, to achieve grounding resistance reduction effect II, electrolytic ion grounding rod common specifications:
Φ50(54)*2mm*1000mm Φ50(54)mm*2mm*1200mm Φ50(54)mm*2mm*1500mm Φ50(54)mm*2mm*2000mm Φ50(54)mm*2mm*2500mm Φ50(54)mm* 2mm*3000mm Φ60mm*2mm*1000mm-3000mmΦ Φ can also be customized according to user's specifications.
Two kinds of negative ion filling materials are equipped inside and outside the electrolytic ion grounding electrode system. The external filling material has strong water absorption, and the strong adsorption force and high cation exchange performance are the main materials, combined with long-lasting, resistance-reducing, anti-corrosion function, and expansion. A wide range of chemical materials with high coefficients that are not affected by temperature changes and withstand high voltage shocks are used as auxiliary materials. The internal filling materials contain specially-made electro-ionic compounds that can fully absorb the moisture in the soil and effectively release the active ions to the soil through deliquescence. In addition, it promotes slow release and resistance reduction outside the conductor and maintains long-term stability of the resistance. Grounding life of up to 30 years. Third, electrolytic ion grounding rod technology advantages:
1. The device has a strong automatic adjustment function, continuously supplying conductive ions to the soil around the electrodes, and improving the surrounding soil resistivity.
2. The electrode unit is made of corrosion-resistant alloy material, and the external backfill adopts the physically stable materials with long-term anti-corrosion and high-pressure impact resistance as auxiliary materials; its service life is greatly extended.
3. The backfill material is mainly composed of physical and chemical substances with strong water absorption, strong adsorption force and strong ion exchange capacity. Complete the efficient and close integration of the electrode unit with the surrounding soil, and will reduce the surrounding soil resistivity, effectively enhancing the lightning conduction release capacity.
4. The high-energy backfill can fully contact the grounding electrode and the surrounding soil, greatly reducing the contact resistance. And good fluidity and permeability, increase the contact area with the soil, thereby increasing the leakage area.
5. Because the electrode unit uses a low magnetic permeability material, the anti-direct lightning sensor pulse attacks strongly, and the secondary effect of lightning protection is provided.
6. Due to its excellent grounding effect and strong adjustment function, it is mainly used in high soil-ratio areas and cities where buildings are highly concentrated.
7, due to its excellent grounding effect, small footprint, a small amount of construction work, saving materials.
Fourth, the use of electrolytic ion grounding rods:
1. Drilling: Excavate a circular pit with a diameter of 50cmx50cmx50cm on the selected construction site, drill a hole with a diameter of 12cm × 300cm on the ground in the pit; 2. Prepare the filler: LD-reducing agent or ion buffer can be used. Release the agent and mix it into slime; 3. Remove the electrolytic ion grounding rod from the package and check the integrity of the product. 4. Fill the prepared slime-filled material into the bottom of the hole; 5. Insert the electrolytic ion grounding rod into the hole; the top of the grounding electrode is flush with the bottom of the round hole; 6. Connect the lead-out wire; the lead-out wire is not less than 35mm2 stranded copper wire or galvanized flat steel not less than 40mm × 4mm, the lead wire and the ground rod body are crimped, and the contact point is treated with anticorrosion; 7. Fill the rest of the filler material around the ground rod to the top of the ground rod 10cm. Measure the grounding resistance, and after the requirements are met, fill the ground rod with soil. Note: When a set of grounding rods does not meet the resistance requirements, two or more sets can be used in parallel. The spacing between the rods and the rods should not be less than 5m. The outlet wire should be a 35mm2 stranded copper wire. The lead wire and the ground rods should be pressed. Then, node anti-corrosion treatment.
(1) Electrolytic ion grounding rod electrode tube: using high-quality copper material, the inner wall of the pole tube is treated with the latest ceramic coating technology with super acid and alkali resistance, and the outer wall of the pole tube is sprayed with a layer of polymer anticorrosive conductive material with excellent corrosion protection. Performance and extremely low resistivity. The upper and lower ends of the pole tube are designed with moisture absorption holes and ion release holes, respectively.
(2) Ionic ion grounding rod internal ion generating device: filled inside the pole tube, has a strong ion release performance, and has a long-acting slow-release function of water absorption, ionization, and conductivity.
(3) External dedicated filler for electrolytic ion grounding rods: It is an ion release agent with anti-corrosion and environmental protection, moisture absorption, coagulation, infiltration and soil improvement components; interaction with the electrolytic ions released in the pole tube can continuously improve the surrounding soil. Conductive performance, to achieve grounding resistance reduction effect II, electrolytic ion grounding rod common specifications:
Φ50(54)*2mm*1000mm Φ50(54)mm*2mm*1200mm Φ50(54)mm*2mm*1500mm Φ50(54)mm*2mm*2000mm Φ50(54)mm*2mm*2500mm Φ50(54)mm* 2mm*3000mm Φ60mm*2mm*1000mm-3000mmΦ Φ can also be customized according to user's specifications.
Two kinds of negative ion filling materials are equipped inside and outside the electrolytic ion grounding electrode system. The external filling material has strong water absorption, and the strong adsorption force and high cation exchange performance are the main materials, combined with long-lasting, resistance-reducing, anti-corrosion function, and expansion. A wide range of chemical materials with high coefficients that are not affected by temperature changes and withstand high voltage shocks are used as auxiliary materials. The internal filling materials contain specially-made electro-ionic compounds that can fully absorb the moisture in the soil and effectively release the active ions to the soil through deliquescence. In addition, it promotes slow release and resistance reduction outside the conductor and maintains long-term stability of the resistance. Grounding life of up to 30 years. Third, electrolytic ion grounding rod technology advantages:
1. The device has a strong automatic adjustment function, continuously supplying conductive ions to the soil around the electrodes, and improving the surrounding soil resistivity.
2. The electrode unit is made of corrosion-resistant alloy material, and the external backfill adopts the physically stable materials with long-term anti-corrosion and high-pressure impact resistance as auxiliary materials; its service life is greatly extended.
3. The backfill material is mainly composed of physical and chemical substances with strong water absorption, strong adsorption force and strong ion exchange capacity. Complete the efficient and close integration of the electrode unit with the surrounding soil, and will reduce the surrounding soil resistivity, effectively enhancing the lightning conduction release capacity.
4. The high-energy backfill can fully contact the grounding electrode and the surrounding soil, greatly reducing the contact resistance. And good fluidity and permeability, increase the contact area with the soil, thereby increasing the leakage area.
5. Because the electrode unit uses a low magnetic permeability material, the anti-direct lightning sensor pulse attacks strongly, and the secondary effect of lightning protection is provided.
6. Due to its excellent grounding effect and strong adjustment function, it is mainly used in high soil-ratio areas and cities where buildings are highly concentrated.
7, due to its excellent grounding effect, small footprint, a small amount of construction work, saving materials.
Fourth, the use of electrolytic ion grounding rods:
1. Drilling: Excavate a circular pit with a diameter of 50cmx50cmx50cm on the selected construction site, drill a hole with a diameter of 12cm × 300cm on the ground in the pit; 2. Prepare the filler: LD-reducing agent or ion buffer can be used. Release the agent and mix it into slime; 3. Remove the electrolytic ion grounding rod from the package and check the integrity of the product. 4. Fill the prepared slime-filled material into the bottom of the hole; 5. Insert the electrolytic ion grounding rod into the hole; the top of the grounding electrode is flush with the bottom of the round hole; 6. Connect the lead-out wire; the lead-out wire is not less than 35mm2 stranded copper wire or galvanized flat steel not less than 40mm × 4mm, the lead wire and the ground rod body are crimped, and the contact point is treated with anticorrosion; 7. Fill the rest of the filler material around the ground rod to the top of the ground rod 10cm. Measure the grounding resistance, and after the requirements are met, fill the ground rod with soil. Note: When a set of grounding rods does not meet the resistance requirements, two or more sets can be used in parallel. The spacing between the rods and the rods should not be less than 5m. The outlet wire should be a 35mm2 stranded copper wire. The lead wire and the ground rods should be pressed. Then, node anti-corrosion treatment.
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