Year1
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- JTFL
Electrolytic ion grounding electrode
is a new grounding material independently developed and produced by Jitai Lightning Protection, with field application and technical support. The working principle of the electrolytic ion grounding electrode is to act on deliquescence, combining active ions with moisture in the soil and air, which can promote slow release and reduce resistance outside the conductor, and can also maintain long-term stability of the resistance value. . Utilizing the conductive properties inside the ground conductor, the entire system can be temporarily placed in a state of ion exchange, thus forming a high-quality new ground body that is long-lasting and has very stable resistance value. The first investment is less, but it requires regular maintenance. Repeated investments are larger. The grounding effect is very stable. The grounding resistance always stays at a low level and is unstable. It is affected by the environment and has a long service life of more than a few years. Conclusion Through the above comparison, It can be clearly concluded that the initial investment of the electrolytic ion grounding system is larger than that of the radical method. However, the advantages of electrolytic ion grounding electrodes in various aspects such as service life, grounding effect, applicable environment, installation process, etc. are incomparable with radical methods. The electrolytic ion grounding electrode is made of copper tube to ensure the highest conductivity and long service life. The internal filling material of the conductor contains special ionic compounds that can fully absorb moisture in the air. Through deliquescence, active ions are effectively released into the soil and interact with moisture in the soil and air to further promote the slow release of conductors outside and maintain long-term resistance stability.
Electrolytic ion ground electrode
Using the conductive properties of colloidal compounds, the entire system can be in a state of ion exchange for a long time, thus forming an ideal electrolytic ion ground electrode. After the slow-release filler in the conductor is buried, the ground resistance will gradually decrease and reach a stable value within half a year to one year. The buried slow-release process can last for several years. And under normal working conditions of electrical equipment, a good metal connection between the non-energized metal part and the grounding body is called grounding. The former is working grounding and the latter is protective grounding.
The neutral point on the low-voltage side of the distribution transformer is directly connected to the ground. This neutral point is called the zero point, and the line drawn from the neutral point is called the neutral line. The metal shell of the zinc-clad steel grounding electrode electrical equipment is directly connected to the neutral line, which is called zero connection. The down conductor of the lightning protection grounding system generally uses the method of combining lightning protection strips and lightning rods with reinforced lightning protection air terminals in the columns. In smart buildings 1 meter and above, ring beam steel bars and column bars are used to connect every three floors to form a voltage equalizing ring grounding resistance. It is required to be less than ohms. The reference potential of the DC grounding system is derived from the total equipotential copper bar. It uses copper core insulated wires and is directly led to the vicinity of the equipment through steel pipe protection for DC grounding. The working grounding system wire is the wire in the power system, shielded grounding And anti-static grounding, weak current main lines are led out from the main equipotential copper bar, and weak current auxiliary equipotential copper bars are set at appropriate positions on each floor. The shell of electronic equipment, the shielding of metal pipelines and anti-static grounding all cause weak current auxiliary equipotential copper bars. Bar, protective grounding system, a total equipotential copper bar is set up at an appropriate location in the power substation and distribution station, strong current trunk lines are led from the equipotential copper bar, and insulated copper core wires of the same cross-section as the phase conductors are used from the floor distribution box together with the phase conductors. Therefore, it is the neutral line in the system.
The four cutting-edge technologies applied in the electrolytic ion grounding electrode system include moisturizing formula, ion sustained release, deep grounding, and long-term resistance reduction to maximize resistance reduction, corrosion resistance, and service life. This problem makes the electrolytic ion grounding electrode have obvious advantages in various grounding performance and adaptability, and its application fields are very broad.
The system is equipped with two kinds of negative ion filling materials inside and outside. The external filling material has strong water absorption, strong adsorption and high cation exchange performance as the main material, and is equipped with long-lasting, resistance-reducing, strong anti-corrosion and expansion functions. A variety of chemical materials with high coefficients that are not affected by temperature changes and are resistant to high voltage shocks are used as auxiliary materials. The internal filling material contains special ion compounds, which can fully absorb moisture in the soil and effectively release active ions into the soil through deliquescence. , promotes the external slow release of the conductor to reduce the resistance, and maintains long-term stability of the resistance value. The electrolytic ion grounding electrode manufactured by Botou Xinyongtai Lightning Protection Equipment Co., Ltd. has a grounding life of up to 10 years.
Electrolytic ion grounding electrode/new electrolytic ion grounding electrode industry standard creates classic
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