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Surge protective devices are designed to protect against transient surge conditions

Top 5 Reasons why you should install Renown Surge Protection Device in Home

When a threshold voltage exceeds 120V, a surge protector either shorts to the ground or blocks the electricity. Without a surge protector, anything above 120V can cause irreversible damage, the shortened lifespan of internal equipment, burnt wires, and data loss.A voltage spike is a sudden increase in voltage intensity caused by a surge that lasts for a longer duration. A power strip, often known as a surge protector, has a male electrical socket and may or may not contain a designed surge protector. The majority of power strips are properly labeled.Surge protectors get commonly misunderstood as always guarding against lightning, which can cause sudden and elevated electrical pressure. Surge protectors typically have a little operating delay. However, a surge protector fuse can explode during a lightning surge, cutting off all electricity.Surge protectors get commonly found in process control systems, communications structures, power distribution panels, and other large industrialized systems. Smaller versions are seen in electrical service doors in commercial buildings and households.Surge arrester is a low-cost solution for preventing downtime, improving the system and data dependability, and eliminating equipment damage caused by transients and surges on both signal and power lines. It is appropriate for any facility or load. Setting up electric safety measures for over-voltages is critical in homes and organizations. It gets accounted for that lightning happens at regular intervals that prompt floods into structures, so introducing a lightning protection system and Surge Protection Device flood security gadgets ought to be at the top of most needs while electric installation planning. The voltage sensor, controller, and latches/unlatch circuit are the three essential components of the surge protection device. The voltage sensor measures the line voltage, and the controller checks the voltage level to determine how well the acceptable voltage level gets maintained.If there are any discrepancies, the latch/unlatch circuit can resolve them. Another form of surge protector features built-in electronic gadgets for their protection.It is the mainly prescribed method for safeguarding the construction, individuals, and electrically worked gadgets from electric risks. Dangers on Power Surges: The power surge is a quickly expanded rush of voltage happening in each electric and electronic framework and remaining for only a couple of nanoseconds. They are a main pressing issue and exceptionally bothersome peculiarity created due to direct lightning or exchanging action.It interferes with the typical progression of current ends the working of any related appliances delicate to these flitting voltage deviations. These flashing changes don’t happen at a foreordained timing, and they are challenging to be distinguished by a voltmeter. The outcome of Power Surges on Electronics: They are aggravations in each electric appliance – although small in size still create awful harm to hardware. Electronic devices possess a significant impact on our lives making them agreeable and advantageous. Having a more extensive scope of utilizations in each industry including delicate areas like the Healthcare and clinical field was preceded, and legitimate working is required. The little fragile parts/circuit sheets could get effortlessly harmed by voltage change. Consequently, a legitimate lightning security framework is suggested at each level of the electric organization to refrain from electric and fire peril. What are the Most Important Reasons to Use the Properly Rated Surge Protection Device? 1- Better flood insurance gadgets are quickly supplanting old SPDs and breaker circuits because of the restricted life expectancy of breakers. More floods can continuously lessen the adequacy of these gadgets. In this way, on the off chance that your security gadget has been in need for since long, it could require a substitution. For certain defenders, it is hard to anticipate if they are as filling their needs or not.2- More Joules influences the life and insurance of Surge Protection gadgets. We want to know the number of joules. SPD concludes how long they can work and what measure of floods they can assimilate. If the recurrence of the Surge event is high, the joules and usefulness decrease relatively. Say, on the off chance that the Surge defender is 1000 joules, its suggested use is a half year in particular. Thus, consistently get the SPD and Chemical Earthing with additional joules rating. 3- Consideration of Renown makes flood defender offers substitution guarantees. Legitimate Surge Protectors are known for their quality and ability to keep going long. At Renown, we provide Surge protection devices conforming to IEC 61643 and UL 1449 altered according to industry prerequisites. They are worth the effort fashioners have insight and aptitude for taking care of clients at each level. We are the Indian OEMs for Surge Protection Devices planned according to significant guidelines. 4- Potential information misfortune counteraction the information misfortune can be because by different reasons, among which floods are a typical reason. Floods are disastrous occasions that could harm PC and related gadgets and their information. Reinforcement isn’t a thing of our day-to-day business, but it implies that your passwords, reports, and each such thing are in danger because of floods on the off chance that no legitimate security arrangement installation. Introducing SPD of fitting rating can come to lessen during flood occasions.5- Enormous monetary and efficiency misfortune can occur as the floods put the existence of costly and significant gadgets in danger. Notwithstanding, being associated with a top-notch SPD unit guarantees that your structure and appliances get safeguarded against electric risk.You might also want to think about extra features, such as a surge protector that switches off automatically when your devices turn off or overload, or one that comes with a remote control that you can use to turn it on and off along with the equipment on it.The approach is particularly for surge protectors connected to devices that like to sleep, such as game consoles, televisions, and the remote control options are great for SPD that are tough to access. Take advantage of the excellent deal on surge protection device price. Renown Earth has always placed a premium on producing high-quality Surge Protection devices. We never cut corners on product quality.

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Lightning arrester is located close to the equipment that is to be protected

What are the 5 Reasons Your Home Needs Lightning Arrester?

Chemical Earthing is the method of transmitting the instantaneous discharge and is accomplished by attaching the non-current carrying section of the equipment or the supply system’s neutral to the ground. Ways to Protect Your Home From Lightning Strike: Lightning Rods: Lightning generates a tremendous quantity of heat and power. Residential and commercial structures employ lightning rods, also known as air terminals, to securely redirect such currents. Here’s how it works: A chemical metal rod is installed at the top of your house. That rod is linked to a copper cable that travels down to the earth and connects to another metal rod buried underneath. The electricity can safely dissipate into the Earth. Lightning rods are not a fault-free alternative. It simply cannot redirect all the energy at certain voltages, and some may go down into your exposed home. In addition, lightning rods should be placed by an expert, since they may cause significant harm if fitted poorly. Surge Protection Device: A power surge can appear in a variety of methods, including short circuits and power outrages, but lightning is the most damaging. A surge is an abrupt rise in voltage in your power system. It is possible if there is close lightning, even when it doesn’t strike your home directly. These surges have the potential to move along electricity, phone, or cable cables near your home. Large surges have the potential to cause instant harm to your appliances. Smaller surges may harm your appliances over time, causing them to fail.SPDs are dependable electrical grounding systems that are essential for safeguarding your house against electrical surges. Using metal oxide, these devices find, block, and redirect power away from your property. It’s a common misperception that broad power strips would safeguard your home’s equipment from a large surge.The optimum choice is to install a whole-house surge protecting device. Although, it is OK to augment the whole-house SPD with some other point-of-use SPD closer to the equipment or system. Disaster Management: Follow the weather forecast and unplug your electric devices. Make a lightning strategy to prepare your family to safeguard or unplug any major electronics and appliances. A lightning arrester, also called a thunder isolator, is the equipment used on electric communications networks and power transmission to protect the insulation and conductors of the system from the harmful effects of lightning. A lightning arrester usually has both high-voltage or ground terminals. Earthing is a link between electrical equipment and the ground via a low resistance channel that allows electrical energy to be discharged back to the earth. It is one of the most important safety requirements in an electrical system.A lightning arrestor is one of the most important components that is placed at the top of the building, towers, and other infrastructures. It collects all the electric charges from the light and passes them through the conducting wire. 5 Reasons Your Home Needs Lightning Arrester is: 1- Voltage Regulation: A network with various feeds or sources must have a common point that serves as a standardized reference point. The Earthing serves as a point of equilibrium. 2- Power Surge Protection: Earthing help defend against unexpected excessive surges and lightning strikes. Any lightning strikes on visible metal or gained through another channel connected to the earth line are discharged straight to the earth. 3- For Equipment healthy life: Light arrestor is critical for the proper operation of the system’s associated equipment in the long run as it transfers the upsurge in current through the wire. 4- Remove Stray Voltages: It inhibits stray voltage inside the line. There is zero potential difference to consider while designing the conductor. 5- Minimize the chances of Electric Shock: It reduces the electric-shock chances to a greater extent. Any leakage or defective current in the circuit caused the concentration of electric charge over electrical components’ surfaces. Earthing creates a low-resistance conductive conduit directly to the ground, carrying any leakage or faulty current. As a result, metal items, such as the device’s chassis that are linked to the earth line, are almost always safe to touch. As a result, it is preferable to ground every non-insulated body of an electrical item that may come into contact with humans. It is also advised that equipment that comes into touch with liquids or water be earthed. Installing an Lightning Arrester has become a prerequisite for surviving lightning without being injured. Earthing is the process of sending a charge directly to the ground using minimal resistance wire to get a rapid release of electrical energy. To provide the lowest resistance path for fault current leakage, a low impedance earthing cable is used. Installing a Grounding system is required to safeguard equipment and people from the defective current. Most decent earthing system kits may last up to a decade with little maintenance.

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Copper Bonded rod for grounding solutions. best Solid Copper Rod for earthing purpose

Why choose Renown Earth’s Copper Bonded Electrode?

A ground rod offers a simple conduit for electricity to travel to earth, protecting any structure or complex where it is situated from problems such as power surges, lightning strikes, short circuits, and so on. Copper Bonded electrode is created using an electrolytic cell, and a process known as electroplating. In this procedure, mild steel is electrolytically coated with copper. A copper-bonded electrode aids in passaging fault current to the ground. A copper-bonded electrode protects people against electrical damage and shock caused by lightning. Copper Bonded Electrode is an incredibly remarkable product that is based on worldwide technology and has great oxidation resistance; it also has a longer usable product life than standard GI Electrodes. Its consistently coated thickness assures consistent performance, making it an economical choice for customers.The pure copper electrode is made of pure copper that has been extracted from its ores. It has high conductivity and is widely regarded as one of the best electrodes on the market. Pure copper electrodes are preferable to GI earthing electrodes because of their superior conductivity.Copper Bonded Ground Rods may protect against shock, fire, and harm to human life and resources, as well as other electrical and electronic equipment.Safety Issues: Our organization pays special attention to technologies that ensure the security and safety of people and property. The ground rods in the grounding system can create a physical link to the earth, and the instrument can dissipate electricity into it. Copper Bonded Electrode are classified into two types: Natural Man-made, to stabilize performance and increase rod quality. Metallic plates, Wire meshes, and buried copper conductors are used to strengthen its resistance to damage and complete conductivity of electrons into the earth’s surface. Copper Ground Rods are the most common grounding electrode. To satisfy the demands of the electrical sector, we provide a comprehensive line of Copper Earthing rods/ Grounding rods and accessories.These grounding rods should be preferred because of their assured security and 100 percent transmission of electric charges into the earth with no sign of harm or disaster. Copper rods are also more effective than galvanized ground rods.The rods have a minimum tensile strength and a better straightness tolerance, and they are made of 1018 cold-drawn steel for complete protection against any calamity. In addition, the bars are available in a variety of sizes, with a contemporary approach to protecting the complex or buildings. The inclusion of a copper coat in Copper Earthing Rods improves charge flow. Expertise: Renown Earth is one of India’s leading manufacturers in engineered solutions for lightning protection and earthing systems. We have a wealth of exposure and knowledge both in our home nation and abroad. Renown Earth is well-known for being one of the greatest chemical earthing manufacturers, eager to assist customers We have always placed high standards on the quality of our products, as well as on innovation and customer service. It has been critical to our continued development and growth toward success. Download our catalog to learn more about our world-class Earthing/Grounding Solutions. Above all, you can contact us by email or by phone. You’ve arrived at the correct location. Our staff will make every attempt to bring excellence to your door.

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Earthing: Why is it necessary?

Why Earthing is necessary? Earthing is the process of the excessive amount of fault current flow of the electrical energy directly into the ground with the help of the low resistance wire. The electrical earthing is done by connecting the non-current carrying part of the equipment or neutral of the supply system to the ground. It helps in the diversion of the excessive amount of fault current directly into the ground and ensures safety. Let us discuss the necessity of earthing. The necessity of earthing: The reasons The prime reasons why earthing is necessary are as follows: Secures the safety of human beings from the excessive amount of electric shock. It guarantees the safety of electrical appliances and devices from the excessive amount of electric current. Assures safety from the fire that may be occurred from the current leakage. It provides the way to default current even after the failure of the insulation. It protects the appliances from high voltage surges and lightning discharge. It provides an alternative path for leakage of current. Earthing keeps the voltage constant in the healthy phase. It protects the Electric system and buildings from lightning. Earthing avoids the risk of fire in the electrical installation system. The necessity of earthing allows it to be used in different platforms as given below:  Dg Set Transformer Lightening system Solar system Datacenter Railways Highways Refinery Power plant Cement plant Steel plant For every electrical installation Types of Earthing: These are some main types of the earthing system given below: 1- Plate Earthing: Plate earthing requires a plate electrode made of copper or galvanized iron buried in pits vertically more than 10 feet inside the ground. The pit gets filled with salt and charcoal. The dimensions of the ideal copper plate earthing are 60cm x 60cm x 3.18mm. The dimension for ideal galvanized iron is 60cm x 60cm x 6.35 mm. 2- Pipe Earthing: A pipe earthing system is a pipe made of galvanized steel or iron is buried vertically into the ground. The pipe earthing size depends on the magnitude of current and type of soil which includes moisture soil, sandy soil and rocky soil. Pipe earthing helps in the dissipation of faulty currents in the electrical system. 3- Rod Earthing: These rods are specially designed rods made of metal and alloys to conduct fault current. Similar to the Pipe earthing. A copper rod replaces the pipe electrode for burying a rod made of copper or galvanized iron. 4- Wire Earthing: In wire earthing, strip electrodes are buried inside these several dug trenches. These strip electrodes are a combination of copper or galvanized iron. The ground wire provides a path back to the source of the electrical current in the fault current. 5- Waterman method: The process of earthing in which waterman or galvanized Gi pipes are used is known as the Waterman method. The rod is buried inside the ground to reduce resistance in this process. There are mainly two types of electrical earthing: 1-Neutral Earthing: The neutral of the system is inserted into the earth with the help of the Gi wire. This process is also known as Earthing. These neutral earthing are used in the generator transformer etc. 2-Equipment Earthing: The equipment earthing connects to the earth with the help of the conducting wire. If any fault occurs in the apparatus, the short-circuit current flows to the Earth through a wire. It protects the system from damage. Conclusion: Why earthing is necessary? From the above information, I hope all of you are well acquainted with earthing and the type of Earthing, and the advantage of earthing. Finally, it is safe to say Earthing is very important for the safety of human beings. And, it saves luxurious and costly electrical appliances from excessive amounts of fault current. Our services: Renown Power System manufactures with the best electrical safety system. Chemical earthing is one of our best products with the highest selling rate and this is the product. We have manufactured with the latest technology. For further information or any order of our product.

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Earthing voltage tester is measurement for Earth Resistance, Soil Resistivity, Earth Voltage and AC Voltage

Earth Resistance Tester

Definition: The resistance tester is used to measure the resistance of the earth is called Earth Resistance Tester. All the equipment of the system is grounded through the earth electrode. Unhindered earthing protects electrical equipment and personnel from the fault current. The permanence of the earth is quite feeble. Hence the fault current passes to the earth. It protects the system from damage. Earth Tester for earth resistance measurement: Introduction Before earthing a piece of equipment or an expanse, it is essential to circumscribe the resistance of the earth on the concentrated area from where the earth cavity is excavated. While measuring the impedance of the earth, it is made sure that low impedance persists for the singular locality. It allows the fault current to pass to the Earth with ease. Earth Resistance Tester is used for testing the resistance of the Earth. Construction The Earth Resistance Tester uses a hand-driven generator. The rectifier and the rotational current reverser are the two principal components of the Earth Tester. The rectifier converts AC (Alternating Current) into DC.The Earth Tester works only on DC (Direct Current). The rectifier and current reverser have clambered on the shaft of the DC generator.The tester has two commutators installed simultaneously with the current reverser and rectifier. Each commutator consists of four fixed brushes. Definition: A commutator is a device used for switching the direction flow of the current. It is connected in a series combination with the armature of the generator. The brushes are used for transferring the power from stationary components to the moving portion of the device. The brushes and commutator are always connected to facilitate the continuous flow of current. The Earth Resistance Tester consists of the following components: Two pressure coils Two current coils A permanent magnet A DC generator Current reverser Rectifier Potential coil Analog resistance Indicator Working of Earth Resistance Tester The pressure and current coils have two-two terminals each. These pairs are placed across a permanent magnet. One synchronized pair of current and pressure coils are short-circuited, and connected to the ancillary electrodes. The other pressure coil is connected to the rectifier at one end and an earthing electrode at another end. The current coil is too connected in a similar manner. The potential coil is undeviatingly united to the DC generator. The potential coil is placed amidst the permanent magnet. This coil is connected to the pointer and the pointer is calibrated to the scale. This resistance pointer indicates the measurement of the earth’s resistance. Note: The deflection of the pointer depends on the quotient of the voltage of the pressure coil to the current of the current coil. The short-circuit passes the current to the soil. And hence the resistance is measured using Ohm’s Law which states,  V=IR; Where V=voltage, I=current, and R=resistance. How to use it? The used method is a four-point method. The required pieces of equipment for the precise measurement are: Earth Tester (4 terminal). 4 electrodes. 4 insulated wires. A hammer.  Measuring tape How to connect?: Procedure Let us discuss the points to deliberate. Firstly,  Take the grounding electrode and isolate it from the rest of the system for measurement. Secondly, Mark the current terminals of Earth Resistance Tester as C1 and C1 and potential centers as P1 and P2. Thirdly, Colorise the leads as per the standards as: C1=Black C2=Red P1=Green  P2=Yellow Fourthly, Drive four small-sized electrodes into the soil at the same depth and equal distances from each other. Note: The measure of electrode depth in the earth should be at least 20 times smaller than earthing electrodes. Fifthly, The earth electrode is connected to the C1 terminal of the Earth Resistance Tester. Sixthly, The electrode is connected to the rest of Earth Resistance Testers terminal and potential terminals as per the rules of the Four Point Method. Press start on the Earth Resistance Tester to test the resistance. Record at least six values of resistance and take the average as the exact value of the resistance measured. Clamp-on earth resistance tester It is a tool or tester used to save time effectively. It works on the principle of Ohms law. Here the user does not have to have to disconnect the ground system to process measurement. The clamp has the following parts connected with it: A transmitter coil, which implements the voltage, and Receiver coil, which measures the current Hither resistance is calculated using Ohms Law. Difference between Earth Resistance Tester and Megger The table shows the difference between the two. Edit Serial No. Earth Resistance Tester Megger 01. It measures low resistance. It measures high resistance. 02. Can not be used to test the quality of insulation. Can be used to test the quality of insulation. 03. Can not function above its specified voltage. Can be used to test the quality of insulation. 04. It is used to measure the resistance of earthing pit. It is used for measuring the insulation resistance of the motor winding cable, etc. 05. Its measurements are in Ohms. Its measurements are in Mega Ohms. Conclusion Accomplishing satisfaction is a tedious task while securing a place or an area. But Earth Resistance Tester allows the engineers to skip a hard time by telling them accurately what voltage or current to focus upon. Thus, saving a lot of time.

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Lightning arrester is located close to the equipment that is to be protected

Types of Lightning Arrester

Introduction: What is Lightning Arrester? A Lightning Arrester is a device used to protect a variety of electrical equipment and systems from the effects of lightning. This device uses a technology called Corona discharge. Corona Discharge Technology uses the mechanism of discharge of high voltage in a short period by ionization of nearby air ions. A typical lightning arrester consists of a high-voltage terminal at the top, followed by a low-voltage terminal at the ground. We at Renown Power produce a Home Lightning Protection System. As per standard definition, a system of lightning protection for homes uses a combination of highly conductive copper and aluminum alloys. This renders a low impedance path to the ground that saves the electrical system from fault current damage. Types of a Lightning Arrester Let us discuss some types of lightning arresters. The choice of lightning arrester depends upon the following factors: Voltage Current Reliability Space available for installation, etc Heeding these above factors, there are twelve types of lightning arresters. Rod Gap Arrester Sphere Gap Arrester Horn Gap Arrester Multiple-Gap Arrester Impulse Protective Gap Arrester Electrolytic Arrester Expulsion Type Lightning Arrester Valve Type Lightning Arresters Thyrite Lightning Arrester Auto valve Arrester Oxide Film Arrester Metal Oxide Lightning Arrester Let us focus on some primary and important types of Arresters. Rod Gap Arrester It is one of the simplest types of Lightning Arresters. In the before-mentioned type, there is a gap between the end of the two rods. These two rods get connected to the earth and the line directly. The gap gets filled with air. When there is a higher voltage on the line, the air ionizes, producing a spark. In this fashion, the fault current passes to the earth. The process is explicated above in the snippet. Hence, the equipment is saved from potential damage. Sphere Gap Arrester In such types of lightning arresters, an air gap is provided between two spheres. Here, one of the spheres is grounded, and another is connected to the line. The diagram below represents the process in detail. There is a choking coil between the transformer and the ground, which heats up when the voltage rises. The air between the spheres heats up and tries to escape. But the corona discharge mechanism ionizes the air and the fault current passes through it. Thus, it saves potential damage to the device. Horn Gap Arrester This contains two horn-shaded pieces of metal. These two are separated by a small air gap and connected in a shunt between each conductor and earth. The distance between the two electrodes is optimum. This distance is filled with air that ionizes on fault current passage. Hence, the fault current is passed to the earth, and the inherent damage is stopped. Multiple Gap Arrester The schematic diagram above shows the details in brief. It consists of a small series of insulated through an air gap. The number of gaps depends upon the voltage. The gaps protect the device through the corona discharge. In it, air ionizes, and fault current passes through the ground. A resistor is added to stop the fault current even further. Electrolytic Arrester It has a high discharge capacity. It operates on the basic principles of an electrolytic cell. Expressly, here aluminum hydroxide deposits on the aluminum plates. The plate acts as a high resistor to a low voltage value and vice versa for a critical value. A voltage of more than 400 volts punctures the impedance. Hence the fault current passes to the ground. Thyrite Lightning Arrester These types of lightning arresters are commonly used for extremely high voltage conditions. It consists of a ceramic material called Thyrite, which has a variable resistance. The resistance is inversely proportional to the voltage applied at the ends of it. It contains a disc that is made conductive on both sides by spraying some conducting material. The disc is contained inside a translucent porcelain container. It is used as a joint in the container. When the lightning takes place, the voltage gap is filled through the breakdown of gaps. This saves the device from implied damage. Metal Oxide Lightning Arrester It is also called Zinc Oxide diverter. The schematic diagram below shows the process. These types of diverters are known as gapless surge diverters. The base material here is zinc, and the oxide manufactured is zinc oxide. It is a semiconducting material. This material is anesthetized by adding fine powders of insulating oxides. This powder is treated and then stuffed into a disc-shaped structure. The disc is then enclosed in an earthenware housing filled with sulfur hexafluoride. Thus, the arrester consists of a potential obstacle at the edges of zinc oxide. This potential barrier constrains the river and pathways of the current. Under normal conditions, it stops the flow of current. But when there is a potential breakage, the barrier collapses and the fault current passes to the ground. Thus, this stops the surge from damaging any device. Lightning Arrester for building A lightning arrester rod is a metallic arrangement used to protect a building from lightning and its surges. The lightning arrester for buildings is made from conducting metals like copper and iron. And alloys like brass, mild steel, etc. Therefore it has high earth coverage of around 60 meters. Lightning Arrester installation A lightning arrester installation must use the guidelines: The top of the terminal should be established at least 2 meters over the area that it shields. Each lightning rod should be blended with at least two down conductors. The bend radii must be less than 20 cm. Down-conductors shall be placed rather at the external part of the fabrication. The in-house resistance should be as low as possible (say less than 10 Ohms). All earthing equipment for a specific structure should be interconnected. Minerals should be added to lower soil resistivity (say Backfill compound). Comparison: Lightning Arrester VS Surge Arrester The major functions of the Surge Arrester are: It protects the installation from inside. The surge protector protects the system from lightning, switching, electrical faults, and

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Pure copper electrode is a superior electrode due to its high conductivity

What are the advantages of earthing?

Why Electrical Earthing is Required? Have you ever come into contact with an electric shock while using any appliances during operating conditions? Almost everyone’s answer is yes, sometimes these shocks are mild, but sometimes can do damage to electrical & electronic devices and can be dangerous for life. To prevent any damage to human life and appliances, everyone should do proper earthing in their premises. With the help of earthing, one should protect their dear one’s life and appliances from electric shock by giving a pathway of fault current passing or flow to the earth. What is Earthing? Earthing is a process or method which transmits the instant electrical discharge directly to the ground through electrical cables and low resistance wires. We can define it more simply – The sharing electrical charge to the earth directly is called earthing. Earthing helps protect the devices and power system from malfunctioning and electrical damage. The major purpose of earthing is to reduce the load whenever the electric system overloads. Advantages of earthing The major advantages of electrical earthing are: Ensures the safety of electrical appliances and devices from the excessive amount of electric current. Helps in the flow of electric current directly inside the ground. Keeps the electric appliance safe from the damage It protects building breakdown from the lightning It shields from fire occurred because of an electric short circuit and saves goods from fire. Earthing helps in protecting overvoltage, stabilization of voltage. Earthing prevents injury damage and death caused by electric current. It helps to avoid the risk of fire in electrical installation systems. It ensures the safety of electrical appliances and devices from the excessive amount of electric current. The earthing provides the way to default current even after the failure of the insulation. The earthing protects the appliances from high voltage surges and lightning discharge. Earthing keeps the voltage constant in the healthy phase. It ensures the safety of the fire, which may occur from the current leakage. Earthing is used in many industries and sectors, such as:   Steel plant Earthing For Home Solar system Highways Lightening system. Oil Refinery Datacenters Power plants Railways Cement plants Transformers Dg Sets, etc. From Where Can You Buy It? Renown Electrical System is one of the well-known names in the industry. Renown Electrical System has a specialization in manufacturing electrical safety systems with ISO, CPRI, ROHS, NABL Accredited Certificate with these certificates. People’s trust and love have taken us to where today we are a well-known name in the industry. Among all the products, we are superior in manufacturing chemical earthing electrodes. This is the best product that we have manufactured with the latest technology which has very effective performance and very long life durability. If you have any inquiries or need for our product. Types of Earthing: Maintenance-free earthing: This type of earthing arrangement requires no maintenance, so-called “Effective Earthing” or “Maintenance-free earthing. Effective earthing electrode eliminates problems of conventional earthing:1. By providing uniform non-corrosive, low soil resistivity material around the electrode.2. By providing highly corrosion-resistant Earthing electrodes.3. By eliminating the corrosion-causing elements in the salt. Conventional Earthing These are some main types of Earthing systems are found: 1- Plate Earthing: In this Earthing, the plate electrode is required, which comprises copper or galvanized iron placed vertically 10 feet or more inside the ground after that pit is then filled with charcoal and salt. The dimensions for the copper plate earthing should be 60cm x 60cm x 3.18mm and the dimension for the galvanized iron should be 60cm x 60cm x 6.35mm. For better results, one should maintain the earth’s moisture condition around Plate Earthing. 2- Pipe Earthing: A pipe earthing system comprises galvanized steel or iron placed vertically in the ground. The dimension of the pipe earthing depends upon the magnitude of the current, soil types such as moisture soil, sandy soil, rocky soil. It helps in the dissipation of fault current in the electrical system. The dimensions of pipe earthing are approximately 1.5 inches in diameter and feet long. For rocky and dry soil, the diameter should be greater than ordinary soil. The pipe length to be placed on the earth is decided by the soil moisture. 3- Rod Earthing: Rod earthing is very similar to Pipe Earthing. In this copper, the rod replaces the pipe electrode. A copper rod along with galvanized steel pipe is placed upright in the ground, physically or externally forced by using a hammer. The embedded electrode length and the earth decrease the resistance of the earth to a preferable value. 4- Wire Earthing: Strip electrodes are placed inside the ground and comprise copper or galvanized iron. The ground wire provides a path back to the source of the electrical current in the fault current. There are mainly two types of electrical Earthing: 1. Neutral Earthing: The neutral of the system is directly connected to the earth with the help of GI wire. These neutral earthing are used in the generator transformer, etc. 2. Equipment Earthing: In Equipment Earthing the earth is given to electrical devices. The device that doesn’t carry current like a metallic frame is allied to the earth using the conducting wire. If any error occurs within the device, then the short-circuit current will be supplied to the earth by using wire to guard the system against injury. 5 Important Benefits Of Electrical Earthing- 1.) Protection against Electrical Overload: Some of the primary reasons for earthing electrical current is that it protects you and your dear ones and it is one of the most important reasons. It also protects your home, appliances and everyone from the electric surges. If lightning struck or a power rise at your location regardless of the reason, this could cause extremely high electrical voltages within your system and it can lead to loss of life and property. If you will do proper earthing to your place, then at the time of the electric surge, all the fault current or excess electricity will transmit to the earth

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As a creative,experienced and top seller of Earthing products in the industry, Renown Earth is a company that is comprehensive regarding manufacturing. We apprehend and analyze clients’ requirements and optimize manufacturing based on our research and development. We take every opportunity as a challenge and fulfill it as our aspiration.

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