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A 66 kV transformer bushing is designed to provide electrical insulation and a sealed passage for the electrical conductors that connect a power transformer's windings to the external electrical system when the transformer operates at or near 66,000 volts (66 kV). Here are some common uses and applications for a 66 kV transformer bushing

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A 3.6 kV, 3150 A transformer bushing is a specialized component used in electrical power systems for medium-voltage applications. This type of bushing is designed to provide electrical insulation and a connection point for conductors associated with a transformer or other electrical equipment operating at 3.6 kilovolts (kV) and a maximum current of 3150 amperes (A). Here are some key details and applications for a 3.6 kV, 3150 A transformer bushing:

Voltage Rating: 3.6 kV indicates that this bushing is intended for use in electrical systems with a voltage level of 3.6 kilovolts or lower.

Current Rating: 3150 A signifies the maximum current-carrying capacity of the bushing, which corresponds to the maximum load current that it can safely handle.

Applications:

1. Medium-Voltage Transformers: A 3.6 kV, 3150 A transformer bushing is typically used in medium-voltage distribution and power transformers. These transformers step down higher voltage levels to 3.6 kV or lower for distribution to industrial, commercial, or residential areas.

2. Distribution Substations: These bushings can be found in distribution substations where they provide electrical insulation and connection points for medium-voltage conductors associated with distribution transformers.

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A 12 kV, 2000 Amp anti-fog high-voltage (HV) transformer bushing is typically installed in electrical transformers and electrical equipment where high-voltage connections need to be insulated and supported. The exact location and fixing method depend on the specific design of the equipment and its intended application. Here are some common places where you might find a 12 kV, 2000 Amp anti-fog HV transformer bushing:

1. Power Transformers: These bushings are commonly used in power transformers to provide electrical insulation and mechanical support for the high-voltage connections within the transformer tank. They are typically mounted on the transformer tank itself.

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DIN transformer bushings are designed to meet the standards set by the Deutsches Institut für Normung (DIN), which is the German Institute for Standardization. These bushings are commonly used in electrical power systems and transformers in regions where DIN standards are followed. Here are some common uses of DIN transformer bushings:

1. Transformer Connections: DIN transformer bushings are used to connect the high-voltage and low-voltage windings of transformers to the external electrical circuit. They provide electrical insulation and a secure connection point for the transformer conductors.

2. Voltage Transformation: These bushings are found in transformers used for voltage transformation in electrical power systems. They are crucial for stepping up or stepping down voltage levels to facilitate efficient electricity transmission and distribution.

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Current transformer (CT) bushings and voltage transformer (VT) bushings are both important components used in electrical power systems, but they serve different functions and have some key differences:

Current Transformer Bushings (CT Bushings):

1. Function: CT bushings are primarily used to facilitate the measurement and monitoring of current in an electrical circuit. They step down the high primary current (typically in the hundreds or thousands of amperes) to a lower secondary current that can be safely measured using instruments like ammeters and protective relays.

2. Current Rating: CT bushings are rated for current in amperes (e.g., 1000 A or 2000 A) to match the current-carrying capacity of the primary conductor they are connected to.

3. Construction: CT bushings consist of a primary winding connected to the current-carrying conductor and a secondary winding connected to the measuring or protective instruments. The secondary winding is typically wound around a magnetic core.

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A 3.6 kV, 2000 Amp transformer bushing is a specialized component designed for use in low to medium-voltage electrical power transformers and switchgear applications. These bushings serve several important roles and find their main areas of application in the following areas:

1. Medium-Voltage Transformers: 3.6 kV transformer bushings are commonly used in medium-voltage power transformers. They provide electrical insulation and mechanical support for the high-voltage connections within the transformer tank. These bushings are crucial for maintaining the integrity of the transformer's electrical insulation and ensuring the safe and efficient distribution of electricity.

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A 36 kV, 250 amp anti-fog transformer bushing is a specialized component used in electrical power transformers to provide electrical insulation and a secure connection point for conductors. The "anti-fog" feature indicates that it is designed to resist the formation of fog or moisture on its surface, which is important for maintaining its insulating properties in humid or damp environments. Here are some common uses and applications for a 36 kV, 250 amp anti-fog transformer bushing:

1. Power Transformers: The primary use of a 36 kV, 250 amp anti-fog transformer bushing is in power transformers. It is employed as a bushing to insulate and support winding conductors and other internal components within the transformer. The anti-fog feature ensures that moisture or condensation does not compromise the bushing's electrical performance.

2. Substations: These bushings can be found in electrical substations where power transformers are installed. They are critical for ensuring the safe and reliable operation of the transformers, which play a central role in stepping up or stepping down voltage levels in the electrical grid.

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The fitting area for a 22 kV, 1000 A anti-fog transformer bushing refers to the location where the bushing is installed on the transformer or the associated equipment. Transformer bushings are critical components in electrical power distribution and play a key role in maintaining the safety and reliability of the system. The specific fitting area requirements may vary depending on the transformer design, application, and local regulations, but here are some general considerations:

1. Transformer Tank: The transformer tank is typically the primary location where the bushing is fitted. The bushing is installed on the tank wall, and this area should be structurally sound to support the weight of the bushing and provide a secure mounting surface.

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Transformer bushings play a crucial role in the safe and efficient operation of transformers. The main functions of a 22 kV, 250 A (amp) transformer bushing are as follows:

1. Insulation: Transformer bushings provide electrical insulation between the live conductors (high-voltage side) and the grounded components (typically the transformer tank and core) of the transformer. This insulation prevents electrical arcing and ensures the safe and reliable operation of the transformer.

2. Conduction: Bushings also serve as a conductor, allowing the flow of electrical current from the high-voltage winding of the transformer to external components such as circuit breakers or overhead lines. In this context, they maintain electrical continuity while providing the necessary insulation.

3. Support: Transformer bushings support the weight of the high-voltage winding, which can be quite heavy. They help distribute the mechanical stress evenly, ensuring the structural integrity of the transformer.

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A 22 kV 630 A (ampere) transformer bushing is designed for medium-voltage electrical transformers operating at 22,000 volts (22 kV) and a current rating of 630 amperes. Transformer bushings serve several important functions in electrical transformers, including providing electrical insulation, supporting conductor connections, and facilitating the safe and reliable operation of the transformer. Here are some common uses and applications for a 22 kV 630 A transformer bushing:

1. Medium-Voltage Distribution Transformers: Transformer bushings of this rating are often used in medium-voltage distribution transformers that supply electricity to residential, commercial, and industrial areas. These transformers step down the voltage from higher distribution voltages to a level suitable for local distribution.

2. Electrical Substations: Transformer bushings are integral components in electrical substations. They are used in both distribution and power substations to connect the transformer windings to the external electrical system. This ensures the efficient distribution of electrical power to various loads.

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Porcelain transformer bushings are important components in electrical transformers that provide electrical insulation and support for the conductors and connections within the transformer. These bushings come in different types and configurations to meet various voltage, current, and application requirements. The primary types of porcelain transformer bushings include:

1. Oil-Filled Bushings: These bushings are designed to be filled with transformer oil to enhance their electrical insulation properties. Oil-filled bushings are commonly used in oil-immersed transformers. They provide both electrical insulation and cooling for the transformer. These bushings can be categorized based on their design:

   • Condenser Bushings: Condenser-type bushings have a cylindrical design with metal foil layers interleaved with oil-impregnated paper. They are known for their compact design and good electrical performance.

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A 1.1 kV, 250 A LV (Low-Voltage) transformer bushing is a specific type of bushing used in electrical power distribution systems. Its main function is to provide electrical insulation and a connection point for low-voltage conductors, typically those associated with the secondary winding of a distribution transformer. Here's a breakdown of its primary functions:

1. Electrical Insulation: The core function of an LV transformer bushing is to provide electrical insulation between the low-voltage conductors (typically secondary windings of a transformer) and the external components, including the transformer tank or associated equipment. This insulation prevents electrical arcing or short circuits and ensures the safety and reliability of the electrical system.

2. Connection Point: LV transformer bushings serve as a secure connection point for the low-voltage conductors that come from the secondary winding of the transformer. They are designed with terminals or connectors that allow these conductors to be safely and securely attached, ensuring proper electrical continuity.

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33 kV (kilovolt) potential transformer (PT) porcelain bushings serve important functions in electrical substations and systems operating at medium-voltage levels like 33 kV. These bushings are designed to provide electrical insulation and support for the components they connect. Here are some common uses and functions of 33 kV PT porcelain bushings

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A 33 kV, 250 A transformer bushing, like other transformer bushings, serves several essential purposes in the safe and efficient operation of a transformer. Here are its primary uses:

1. Electrical Insulation: Transformer bushings provide electrical insulation between the high-voltage winding of the transformer and its grounded components, such as the transformer tank and core. This insulation prevents electrical arcing and ensures the safe and reliable operation of the transformer by preventing electrical breakdown.

2. Conduction: Bushings also act as conductors, allowing electrical current to flow from the high-voltage winding to external components like circuit breakers, switches, or overhead lines. They maintain electrical continuity while providing the necessary insulation.

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Transformer bushings are essential components in the electric power industry, commonly used in transformers and other high-voltage electrical equipment. They serve several critical functions, ensuring safe and efficient operation in electrical power systems. Here, I'll explain the key aspects of transformer bushings for the electric industry:

1. Electrical Insulation: The primary function of transformer bushings is to provide electrical insulation between the energized components inside the transformer (such as windings or conductors) and the external components (such as the transformer tank or associated equipment). This insulation prevents electrical arcing or short-circuits, ensuring the integrity and safety of the electrical system.

2. Conduction: While providing electrical insulation, transformer bushings also serve as conductors, allowing the electrical current to flow from the internal components to the external system. They maintain electrical continuity while preventing unintended contact with grounded or non-insulated elements.

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A 3.6 kV, 250 A transformer bushing is a specialized component used in electrical power systems for medium-voltage applications. Its working principle is based on providing electrical insulation and a secure connection point for conductors associated with a transformer or other electrical equipment operating at 3.6 kilovolts (kV) and a maximum current of 250 amperes (A).

Here is the working principle of a 3.6 kV, 250 A transformer bushing:

1. Electrical Insulation: The primary function of the transformer bushing is to provide electrical insulation between the conductors inside the transformer and the external electrical circuit. This insulation prevents electrical arcing, short circuits, and other electrical faults.

2. Connection Point: The bushing serves as a secure connection point for the conductors associated with the transformer. Typically, it is connected to the high-voltage winding of the transformer, allowing for the safe and reliable transfer of electrical power.

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A 3.6 kV, 630 Amp transformer bushing is a specialized component used in low to medium-voltage electrical power transformers and switchgear applications. Its working area or main application details typically include the following:

1. Medium-Voltage Transformers: Transformer bushings in this voltage and current rating range are commonly used in medium-voltage power transformers. They provide electrical insulation and mechanical support for the high-voltage connections within the transformer tank. This is the primary area of application for these bushings.

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A 12 kV, 1000 Amp anti-fog high-voltage (HV) transformer bushing is a specialized component designed for use in medium-voltage and high-voltage electrical systems where high electrical currents and voltages are present. The "anti-fog" feature typically refers to its ability to resist the formation of fog or moisture on its surface, which is important for maintaining electrical insulation properties. Here are some common applications for a 12 kV, 1000 Amp anti-fog HV transformer bushing:

1. Power Transformers: Anti-fog HV transformer bushings are used in power transformers to provide electrical insulation and support for the high-voltage connections within the transformer. They help ensure the safe and reliable transformation of electrical voltage levels.

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The main role of a 52 kV (kilovolt) transformer bushing is to provide electrical insulation and support for high-voltage connections in electrical power transformers. Transformer bushings play a critical role in ensuring the safe and reliable operation of transformers, especially in medium to high-voltage applications. Here are the key functions and roles of a 52 kV transformer bushing:

1. Electrical Insulation: The primary purpose of a 52 kV transformer bushing is to insulate and isolate conductive components within the transformer, such as high-voltage windings and connections, from each other and from the grounded parts of the transformer. It prevents the flow of electrical current where it is not intended, ensuring safe and efficient electrical power transfer.

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A 24 kV, 250 amp anti-fog transformer bushing is a specialized component used in electrical power transformers to provide electrical insulation and a secure connection point for conductors. The "anti-fog" feature indicates that it is designed to resist the formation of fog or moisture on its surface, which is important for maintaining its insulating properties in humid or damp environments. Here are the main applications and usage areas for a 24 kV, 250 amp anti-fog transformer bushing:

1. Power Transformers: The primary use of a 24 kV, 250 amp anti-fog transformer bushing is within power transformers. It is employed as a bushing to insulate and support winding conductors and other internal components within the transformer. The anti-fog feature ensures that moisture or condensation does not compromise the bushing's electrical performance.

2. Substations: These bushings can be found in electrical substations where power transformers are installed. Substations are key components of the electrical grid, and the reliable operation of transformers is crucial for power distribution and voltage transformation.

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A 3.6 kV, 1000 A transformer bushing is typically used in medium-voltage electrical systems, where the voltage level is 3.6 kilovolts (3.6 kV) and the current capacity is 1000 amperes (1000 A). The specific applications and locations where you might find a transformer bushing of this rating include:

1. Industrial Facilities: Transformer bushings of this rating are commonly used in industrial facilities to connect transformers to medium-voltage distribution systems. They help distribute power within the facility and may be used to step down voltage for various industrial equipment and machinery.

2. Commercial Buildings: Medium-voltage electrical systems are sometimes used in larger commercial buildings such as shopping malls, office complexes, and data centers. Transformer bushings are used to connect transformers to the building's electrical distribution system.

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Porcelain guy strain insulators are specialized insulating devices used in electrical power distribution and transmission systems. They serve a specific purpose related to supporting and insulating guy wires, which are tensioned cables or rods used to stabilize and support utility poles, towers, or other structures.

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A transformer bushing is a critical component of a transformer that provides electrical insulation and a sealed passage for the electrical conductors that connect the transformer windings to the external electrical system. The specifications you provided, 36 kV and 1000 Amps, suggest a relatively high voltage and current rating. Here's how a 36 kV, 1000 Amps transformer bushing might be used

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A 1.1 kV, 3150 A LV (Low-Voltage) transformer bushing is a high-current capacity bushing designed for use in low-voltage distribution transformers. It is primarily used in applications where higher current-carrying capacity is required to meet the electrical demands of the system. Here are some common applications for a 1.1 kV, 3150 A LV transformer bushing:

1. Distribution Transformers: These bushings are commonly used in low-voltage distribution transformers, which are responsible for stepping down higher voltage levels to lower voltages suitable for local distribution. Distribution transformers are widely used in residential, commercial, and industrial areas to supply electricity to consumers.

2. Industrial Facilities: Industrial facilities often have high electrical demand, and large distribution transformers with higher current ratings are used to meet this demand. A 1.1 kV, 3150 A LV transformer bushing can be found in distribution transformers within industrial complexes, manufacturing plants, and factories.

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Cable box transformer bushings are specialized components used in electrical power systems to provide electrical insulation, support, and connection points for underground power cables that connect to transformers. These bushings serve several important functions:

1. Electrical Insulation: The primary function of cable box transformer bushings is to provide electrical insulation between the energized conductors within the cable and the grounded components of the transformer or the surrounding environment. This insulation prevents electrical arcing, short circuits, and ensures the safety and reliability of the electrical system.

2. Connection Point: Cable box transformer bushings serve as connection points where the underground power cables are connected to the transformer. These bushings are typically mounted on the transformer's bushing terminals or cable box enclosures, allowing for a secure and insulated connection.

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A 1.1 kV, 630 A LV (Low-Voltage) transformer bushing is a component designed for use in low-voltage electrical power systems. It operates at a voltage level of 1.1 kilovolts (kV) and has a maximum current-carrying capacity of 630 amperes (A). The working location or application of this type of LV transformer bushing can vary depending on the specific electrical system and its requirements. Here are some common locations or applications where a 1.1 kV, 630 A LV transformer bushing may be used:

1. Residential Areas: LV transformer bushings are often employed in distribution transformers located in residential neighborhoods. They are used to connect the low-voltage secondary windings of these transformers to the electrical distribution network, ensuring the safe and reliable supply of electricity to homes.

2. Commercial Areas: LV transformer bushings can be found in distribution transformers serving commercial buildings, including offices, retail stores, and restaurants. They help distribute electrical power to these establishments.

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A 12 kV, 630 A anti-fog transformer bushing is a specialized component used in electrical power systems, particularly in areas with high humidity or condensation issues. Its function is to provide electrical insulation and a secure connection point for conductors associated with a transformer or other electrical equipment operating at 12 kilovolts (kV) and a maximum current of 630 amperes (A). Here are the primary functions of a 12 kV, 630 A anti-fog transformer bushing:

1. Electrical Insulation: The fundamental function of the anti-fog transformer bushing is to provide electrical insulation. It prevents electrical current from flowing between the conductors inside the transformer and the external electrical circuit or supporting structures. This insulation is crucial for the safe and reliable operation of the transformer.

2. Connection Point: The bushing serves as a secure connection point for the conductors associated with the transformer. Typically, it is connected to the high-voltage winding of the transformer, allowing for the safe and reliable transfer of electrical power.

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A 36 kV, 2000 amp anti-fog high-voltage (HV) transformer bushing is a specialized component used in electrical power transformers, particularly in high-voltage and extra-high-voltage applications. The "anti-fog" feature indicates that it is designed to resist the formation of fog or moisture on its surface, ensuring that it maintains its electrical insulation properties even in humid or damp environments. Here are some industries and applications where you might find the usage of such HV transformer bushings:

1. Electric Utilities: Electrical utilities are one of the primary users of HV transformers and associated bushings. These utilities are responsible for generating, transmitting, and distributing electrical power. HV transformer bushings are used to connect transformers to high-voltage transmission lines and provide electrical insulation.

2. Power Generation: Power generation facilities, including thermal power plants, hydroelectric plants, and nuclear power plants, often use HV transformers for voltage transformation and distribution. Anti-fog HV transformer bushings help maintain insulation in these environments.

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Electrical transformer bushings are essential components that provide electrical insulation and mechanical support for the conductors and connections within transformers. These bushings come in various types to meet different voltage and application requirements. The primary types of electrical transformer bushings include:

Dry-Type Bushings:

• Resin Cast Bushings: Resin cast bushings use epoxy resin as the insulating material. The resin is cast around the conductor and insulation components to create a solid and durable insulating structure. These bushings do not require oil and are often used in dry-type transformers.
• Porcelain Insulated Dry Bushings: These bushings have porcelain insulators but do not require oil for insulation. The porcelain insulator provides electrical insulation without the need for oil filling. Dry porcelain bushings are often used in both dry-type and oil-immersed transformers.

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A 24 kV, 1000 A transformer bushing is designed to be used in medium-voltage electrical power distribution and transmission systems. These bushings serve several important functions, ensuring safe and reliable operation in various applications. Here are some common uses and functions of a 24 kV, 1000 A transformer bushing:

1. Electrical Insulation: The primary function of a transformer bushing is to provide electrical insulation between the energized components inside the transformer (such as windings or conductors) and the external components (such as the transformer tank or associated equipment). This insulation prevents electrical arcing or short circuits, ensuring the integrity and safety of the electrical system.

2. Connection Point: Transformer bushings serve as connection points where high-voltage conductors from the transformer's windings are connected to external electrical equipment, such as circuit breakers, switches, or distribution lines. They provide a secure and insulated connection for these conductors.

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The working area of a 33 kV, 1000 A transformer bushing refers to the space around and near the bushing where personnel may need to access for various purposes, such as installation, maintenance, inspection, and repair. The specific working area requirements can vary depending on safety regulations, the design of the transformer, and the type of installation. Here are some considerations for the working area of a 33 kV, 1000 A transformer bushing:

1. Clearance Zone: The clearance zone around the transformer bushing is crucial to ensure the safety of personnel working on or near the equipment. This clearance zone should be free of obstructions and should meet safety codes and regulations. The required clearance distances depend on factors such as voltage, current, and whether the equipment is indoors or outdoors.

2. Access Space: There should be adequate access space for personnel to reach the bushing for installation, inspection, and maintenance tasks. This includes clear paths to the bushing and sufficient room for workers to maneuver safely. The exact space required will depend on the specific installation and safety requirements.

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Porcelain insulators rated for 36 kilovolts (36 kV) are designed for medium-voltage electrical applications. These insulators are commonly used in a variety of electrical power systems to provide electrical insulation and mechanical support for conductors, equipment, and components. Here are some common uses of 36 kV porcelain insulators:

1. Distribution Lines: Porcelain insulators rated for 36 kV are often used in medium-voltage distribution lines to support and insulate power conductors. They play a crucial role in the reliable distribution of electricity from substations to residential, commercial, and industrial areas.

2. Substations: These insulators are employed in electrical substations at the distribution and lower transmission voltage levels. They provide insulation for various substation equipment, including circuit breakers, disconnect switches, transformers, and busbars.

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Porcelain post insulators rated for 33 kilovolts (33 kV) are commonly used in medium-voltage electrical power systems for a variety of applications. These insulators provide electrical insulation and mechanical support for conductors, equipment, and components. Here are some common uses of 33 kV porcelain post insulators:

1. Distribution Lines: Porcelain post insulators are used in medium-voltage distribution lines to support and insulate power conductors. They help maintain the electrical clearances and prevent electrical arcing or flashovers.

2. Substations: These insulators are employed in electrical substations at the distribution and lower transmission voltage levels. They provide insulation for various substation equipment, including circuit breakers, disconnect switches, transformers, and busbars.

3. Switchgear: Porcelain post insulators are integral components of medium-voltage switchgear, where they insulate and support circuit breakers, disconnect switches, and other components within the switchgear.

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Current transformer porcelain insulators are used in various industries where accurate current measurement and electrical insulation are required. These insulators are specifically designed to provide electrical isolation and support for current transformers, which are essential for measuring and monitoring electrical currents. Here are some of the industries that use current transformer porcelain insulators:

1. Electrical Utilities: Electrical utilities, including power generation, transmission, and distribution companies, use current transformer porcelain insulators extensively. These insulators are used in substations and switchyards to support and insulate current transformers that measure the flow of electricity.

2. Renewable Energy: Wind farms and solar power plants use current transformer porcelain insulators to monitor the electrical output of their generators and transformers. These insulators play a crucial role in measuring and managing electrical currents in renewable energy systems.

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Porcelain insulators, also known as ceramic insulators, are electrical insulating devices made from porcelain or ceramic materials. They are used in various electrical and power transmission applications to provide electrical insulation and mechanical support for conductors, equipment, and components in electrical systems. Porcelain insulators have been widely used in the electrical industry for many decades due to their excellent insulating properties and resistance to environmental factors. Here are some key characteristics and uses of porcelain insulators:

Characteristics of Porcelain Insulators:

1. High Dielectric Strength: Porcelain has high electrical resistivity and dielectric strength, making it an effective insulator that can withstand high voltages without conducting electricity.

2. Mechanical Strength: Porcelain insulators are mechanically strong and capable of supporting the weight of conductors and other components. They provide essential mechanical stability to electrical systems.

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Porcelain insulators are utilized in power transformers to provide electrical insulation and mechanical support. They are placed between different windings, terminals, and bushings, helping to maintain electrical isolation and prevent short circuits or insulation breakdown. Porcelain insulators used in transformers are designed to withstand high voltages and provide long-lasting performance.

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A 1.1 kV, 2000 A LV (Low-Voltage) transformer bushing is a specialized component used in electrical power systems, primarily in low-voltage distribution transformers. These bushings serve several important functions, ensuring the safe and reliable operation of transformers and electrical systems. Here are some common uses and functions of a 1.1 kV, 2000 A LV transformer bushing:

1. Electrical Insulation: The primary function of an LV transformer bushing is to provide electrical insulation between the low-voltage conductors within the transformer (typically secondary windings) and the external components, including the transformer tank or associated equipment. This insulation prevents electrical arcing or short circuits and ensures the safety and reliability of the electrical system.

2. Connection Point: LV transformer bushings serve as a secure connection point for the low-voltage conductors that come from the secondary winding of the transformer. They are designed with terminals or connectors that allow these conductors to be safely and securely attached, ensuring proper electrical continuity.

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• Production Capacity: 10000 Pieces

Transformer bushing metal parts play a critical role in the construction and operation of electrical transformers. These metal components provide mechanical support, electrical conductivity, and insulation within the transformer. Here are the main uses and functions of transformer bushing metal parts:

1. Conductor Connection: One of the primary functions of transformer bushing metal parts is to provide a connection point for electrical conductors. They serve as a transition point between the transformer's internal windings and the external power lines or other electrical equipment.

2. Electrical Insulation: While transformer bushing metal parts provide electrical conductivity for the flow of current, they are designed with insulating materials and configurations to ensure that the electrical current remains contained within the desired path. This prevents electrical arcing or short circuits.

Our Disc insulators are used in high voltage transmission and distribution lines which are designed for fulfilling the required electro mechanical strength there.  And also Disc insulators are used to  providing insulation as well as support to the line conductors in suspension and tension systems, as required in many Industry lines.

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• Production Capacity: 200000 pieces

The "anti-fog" aspect of the insulator's description suggests that it may have a design or coating to minimize the accumulation of moisture, fog, or contaminants on its surface. Reducing moisture and contaminants is essential for maintaining the insulator's electrical insulation properties, especially in humid or polluted environments where surface leakage or flashovers could occur.

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• Production Capacity: 200000 Pieces