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Ion grounding is applicable to all kinds of places with high grounding requirements and difficult grounding projects, compared with traditional grounding methods, it can make lightning impact current and fault current diffuse in the soil quickly, therefore, the grounding effect is significant in poor soil conditions. HOTATI electrolytic ion grounding application of the formula, ion slow release, submerged deep grounding, resistance reduction four cutting-edge science and technology to a large extent to solve the problem of resistance reduction, resistance and service life. The product has obvious advantages in each grounding performance and adaptability, and has wide application.
Application Of ALG Slow release ion grounding device
The limit of broken soil ion grounding contains backfill material with good expansion, water absorption and ion permeability, through the capillary principle to achieve water retention. No matter how the weather or the surrounding environment changes, it can keep the moisture of the surrounding soil to achieve a good conductive state, and can gradually expand the conductive range of the surrounding soil as time goes on. Applicable to different geological conditions, in black soil, loess, saline soil, garbage soil, backfill soil, weathered sandy soil, fine sandy soil, clay soil, mountainous land through the construction process can achieve good grounding resistance reduction effect.
Automatic adjustment function is strong, continue to increase the ionic conductivity of the soil around the electricity, improve the surrounding soil resistivity. With corrosion-resistant alloy, corrosion resistance and high pressure chemical material impact accessories backfill electric unit. Extends its service life. 30 years. Backfilling of water absorption, ion grounding strong adsorption and physical and chemical substances for the main material ion exchange capacity. Complete electrical unit and close around the soil and will reduce the resistivity of the surrounding soil, thus effectively improving the ability to release lightning conductivity. Backfill around the soil in the soil can be in full contact with the ground for, reduce contact resistance. And fluidity and permeability, and the soil increases the contact area, thus increasing the discharge area.
Ion grounding pole tube filled with high carbon ionic compound crystals, the appearance of copper-plated steel composite materials, pure copper, stainless steel three materials. With good conductivity and long service life. The inner filling material of the conductor contains special electrolytic ionic compound, which can fully absorb the moisture in the air. Through deliquescence, the active electrolytic ions are effectively released into the soil and combined with the moisture in the soil and air, plus the conductor external slow-release resistance reduction, and keep the resistance value stable for a long time. The compound inside the conductor gradually transforms into a colloidal transparent state over time. We use the conductive properties of the colloidal compound to enable the whole system to be in a state of ion exchange for a long time, thus constituting the ideal electrolytic ion grounding.
Electrolytic ion grounding consists of advanced ceramic alloy compound, and the electrical exterior is purple copper alloy for high conductivity and long service life, with two major types of fillers inside and outside. It has been experimentally proven that the direct cause of high soil resistivity is because of the lack of free ion auxiliary conductive effect. Grounding conductor external back filler is to have strong water absorption, strong adsorption and cation exchange properties.
We are a professional Electrolytic Ion Grounding supplier and have been committed to providing our customers with high quality products, if you are interested in this, please contact Sichuan Sunlight Intelligent Co.
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∙ 13y agowho invented grounding as a punishment
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What is the difference between ac and dc grounding?
The difference AC and DC grounding is that AC is alternate current and DC is direct current. Grounding for both AC and DC is the same.
What are electrolyte plates in a grounding system?
Electrolyte plates in a grounding system are electrically grounded metal plates on which a person stands to discharge static electricity picked up by his body. This is called grounding.
What is the effect of moisture in the substation grounding?
Soil moisture typically enhances the effect of substation grounding by making the soil more electrically conductive. Soil moisture dissolves minerals, creating an electrolyte, or conductive medium. Substation grounding systems often employ the use of a grounding well, which is a casing that is driven into the aquifer, for this reason.
Why do grounding plates work better in the desert areas?
Grounding plates work better in the desert areas because of the vast land.
Why and how is reactance grounding done?
Reactance grounding is done to lower ground fault current amounts, often to protect generators. It's done by tying the neutral of a generator to a grounding reactor (the other side of the reactor is tied to ground).
Is this how you spell grounding?
The correct spelling is grounding.
When was Grounding - film - created?
Grounding - film - was created in 2006.
What is a grounding line?
a grounding line is a line at the edge of the ice shelf
What is the duration of Grounding film?
The duration of Grounding - film - is 2 hours.
How is grounding useful?
Grounding provides a path for charges to travel to or from the ground.
When was A Grounding in Numbers created?
A Grounding in Numbers was created on 2010-04-03.
When did USS Hartford grounding happen?
USS Hartford grounding happened in 2003.
Can you use a light bulb without grounding?
what is the relationship of light bulb and grounding
Classification, basic concepts and installation of grounding devices?
Grounding device is also called grounding integration device: a device that forms an electrical connection between electrical equipment or other objects and the ground. (Building Electrical Construction Technology). The grounding device consists of a grounding electrode (plate), a grounding busbar (indoor and outdoor), a grounding down-conductor (grounding jumper), and a frame grounding. It is used to realize the purpose of connecting the electrical system to the earth. The metal object that is in direct contact with the ground for electrical connection is the ground electrode. It can be an artificial ground electrode or a natural ground electrode. This grounding electrode can be assigned some electrical function, such as being used as system grounding, protective grounding or signal grounding. The grounding busbar is the reference potential point of the electrical installation of the building, through which the part that needs to be grounded in the electrical installation is connected to the grounding electrode. It also serves another function, that is, by interconnecting the equipotential bonding lines in the electrical installation, the overall equipotential bonding between the large conductive parts of a building is realized. The connection line between the grounding electrode and the grounding busbar is called the grounding electrode lead. Safety isolating transformer safety isolating transformer. Transformers that supply tools, other equipment and distribution circuits with safe extra-low voltage. Its input winding and output winding are electrically isolated by at least the equivalent of double insulation or reinforced insulation. Next, an excellent grounding device manufacturer, Sichuan Sunlight intelligent electric equipment Co., Ltd, will introduce the classification of grounding devices, basic concept of grounding device resistance and installation of grounding device. Classification of grounding devices The grounding device is composed of a grounding body (round steel, angle steel, flat steel, steel pipe, etc.) buried in the soil and a grounding wire for connection. According to the purpose of grounding, the grounding of electrical equipment can be divided into: working grounding, lightning protection grounding, protective grounding, and instrument control grounding. Working grounding: It is the grounding required to ensure the normal operation of the power system. For example, the neutral point of the transformer in the neutral point direct grounding system is grounded, and its function is to stabilize the potential of the power grid to the ground, thereby reducing the insulation to the ground. Lightning protection grounding: It is the grounding set for the needs of lightning protection. For example, the grounding of lightning rods (wires) (now called lightning rods, wires, strips) and arresters is to make the lightning current smoothly lead to the ground, so as to reduce the lightning overvoltage, so it is also called overvoltage protection grounding. Protection grounding device: also known as a safety grounding device, it is a grounding device set up for personal safety, that is, the electrical equipment shell (including the cable sheath) must be grounded to prevent the shell from being charged and endangering personal safety. Instrument control grounding device: the thermal control system, data acquisition system, computer monitoring system, transistor or microcomputer type relay protection system, and telecontrol communication system of the power plant, etc., are set up to stabilize the potential and prevent interference. Also known as an electronic system grounding device. The above is the classification of grounding devices. basic concept of grounding device resistance The resistance of the grounding device refers to the resistance encountered when the current passes through the grounding body into the earth and spreads around. The earth has a certain resistivity, and if there is current flowing through it, the earth has different potentials everywhere. After the current is injected into the ground through the grounding body, it spreads around in the form of a current field. 15~20m away), the resistance per unit diffusion distance and the current density in the ground are close to zero, and the potential here is zero. The curve U=f(r) in the figure represents the potential distribution on the ground surface (r represents the distance from the lightning current injection point). The above is the basic concept of grounding device resistance. Installation of grounding device
How would you use the word grounding in a sentence?
Like this: "I am grounding my child for 1 week."
What does ground mean?
Depends on the context. Grounding could mean to add a ground wire to a piece of electrical equipment. Grounding could also mean basic or foundation, as in "your educational grounding", "your ethical grounding"
What is the process of bringing a negatively charged conductor in contact with the earth resulting in the conductor discharge until it is completely neutral called?
short
