Twin Track Engineering Spares Of India

A 36 kV, 630 A anti-fog transformer bushing primarily serves as a critical component in electrical power transformers, ensuring safe and reliable operation by fulfilling several key functions:

1. Electrical Insulation: The primary function of a transformer bushing is to provide electrical insulation between the high-voltage (HV) conductor or winding inside the transformer and the lower-voltage side, which is typically grounded. This insulation prevents electrical arcing and maintains the integrity of the transformer's insulation system.

2. Conduction: Transformer bushings also serve as conductors, allowing electrical current to flow from the HV winding to external components such as circuit breakers or power lines while maintaining electrical continuity. The ampere (A) rating, in this case, is 630 A, indicating the maximum current-carrying capacity of the bushing.

Additional Information:

• Production Capacity: 10000 Pieces

Electrical porcelain insulators, often simply referred to as porcelain insulators, are critical components used in electrical power systems for various purposes. They are typically made of porcelain or ceramic materials and are known for their excellent electrical insulating properties and durability.

Additional Information:

• Production Capacity: 100000 Pieces

One of the primary functions of disc insulators is to provide mechanical support for electrical conductors, such as power lines, cables, and busbars. They are used to suspend these conductors in the air or to isolate them from support structures, such as transmission towers or utility poles.

Additional Information:

• Production Capacity: 100000 piece

Porcelain wire insulators, also known as porcelain clevis insulators or porcelain line post insulators, are widely used in electrical power transmission and distribution systems. These insulators serve several important functions and find various uses in the electrical industry due to their excellent electrical insulation properties, mechanical strength, and durability. Here are some common uses of porcelain wire insulators:

1. Overhead Transmission and Distribution Lines: Porcelain wire insulators are commonly used to support and insulate power conductors in overhead high-voltage transmission and distribution lines. They are essential for maintaining the required electrical clearances and preventing electrical arcing between conductors and supporting structures.

2. Substations: These insulators are used in electrical substations to provide electrical insulation and support for busbars, circuit breakers, switches, and other high-voltage equipment. They play a crucial role in maintaining electrical clearances and preventing electrical faults.

Additional Information:

• Production Capacity: 8000

Electrical porcelain insulators are widely used in electrical power transmission and distribution systems to support and insulate conductors, such as overhead power lines and substations. These insulators are made from porcelain or ceramic materials that provide excellent electrical insulation properties and mechanical strength.

Additional Information:

• Production Capacity: 1000000 PIECES

Porcelain power line insulators, also known as porcelain suspension insulators or porcelain transmission insulators, are crucial components in electrical transmission and distribution systems. They are used to support and insulate overhead power lines, ensuring the efficient and safe transfer of electrical energy from power generation sources to end-users. Here are the primary applications and functions of porcelain power line insulators:

1. Overhead Power Lines: Porcelain power line insulators are commonly used in overhead power transmission and distribution lines. They support the conductors (wires or cables) that carry electrical power from generating stations to substations and from substations to distribution networks. These insulators provide the necessary electrical insulation and mechanical support to keep the conductors suspended in the air.

2. High-Voltage Transmission Lines: High-voltage transmission lines, which carry electricity over long distances, often use porcelain insulators due to their excellent electrical insulating properties and ability to withstand high electrical voltages. These lines are critical for transmitting bulk power from power plants to various regions.

Additional Information:

• Production Capacity: 10000 Pieces

 

Antique porcelain insulators, often referred to as vintage porcelain insulators, were once common components in early electrical and telecommunication systems. While they may no longer be used in modern electrical infrastructure, they hold historical and collector's value. Here are some of the common uses and historical contexts in which antique porcelain insulators were employed:

1. Telegraph and Telephone Lines: Antique porcelain insulators were extensively used in the telegraph and telephone systems during the late 19th and early 20th centuries. They were attached to wooden or metal poles to support and insulate telegraph and telephone wires. These insulators helped prevent electrical interference and allowed for long-distance communication.

2. Railway Signaling: In railway signaling systems, porcelain insulators were used to support and insulate electrical wires that controlled railway signals, switches, and communication systems. The insulators were essential for maintaining reliable railway operations and safety.

Additional Information:

• Production Capacity: 6000

The working principle of a porcelain electrical insulator is based on its ability to provide electrical insulation and prevent the flow of electrical current between conductive components in an electrical system. Porcelain insulators are made from ceramic materials that have high electrical resistivity and dielectric strength. Here's how the working principle of a porcelain electrical insulator functions:

1. Electrical Insulation: The primary purpose of a porcelain insulator is to insulate and separate conductive components, such as electrical conductors or equipment, from each other or from grounded structures. This prevents the unwanted flow of electrical current between these components, ensuring that electricity flows along the intended path.

2. Dielectric Properties: Porcelain is an excellent electrical insulator because it has a high dielectric constant, which means it can store electrical energy within its structure without allowing current to pass through. When subjected to an electric field, the porcelain insulator's dielectric properties prevent the electric charges from moving freely, effectively blocking the flow of electricity.

Additional Information:

• Production Capacity: 12000

Cycloaliphatic epoxy insulators are employed in electrical systems to provide insulation and protection. They are used as insulation materials for electrical conductors, busbars, connectors, and other components. Cycloaliphatic insulators offer high dielectric strength and excellent electrical insulation properties, helping to prevent electrical leakage and ensure reliable performance.

Additional Information:

• Production Capacity: 8000

Disc insulators are important components used in electrical power transmission and distribution systems. These insulators have a disc or saucer-like shape and serve several critical functions in these systems.

Additional Information:

• Production Capacity: 200000 Pieces

Low-Tension (LT) pin insulators are commonly used in electrical power distribution systems to provide electrical insulation and mechanical support for low-voltage conductors, such as those found in residential and commercial areas. The working principle of LT pin insulators is based on their ability to prevent electrical current from flowing between the conductor and the supporting structure (often a utility pole or building). Here's how they work:

1. Electrical Insulation: The primary function of an LT pin insulator is to provide electrical insulation between the low-voltage conductor and the supporting structure. The insulator material used (often porcelain or composite materials) has high electrical resistivity, preventing the flow of electric current through it.

2. Attachment and Support: LT pin insulators are typically mounted on the supporting structure, such as a wooden or concrete utility pole. The conductor, which is usually made of copper or aluminum, is attached to the insulator via a pin or bolt. The insulator's design allows for secure attachment and mechanical support of the conductor.

Additional Information:

• Production Capacity: 100000 Pieces

Porcelain ANSI Pin Insulators, also known as ANSI Standard Pin Type Insulators, are a type of electrical insulator used in overhead power distribution systems. These insulators are designed to provide electrical insulation and mechanical support for electrical conductors, such as overhead power lines, on utility poles. They are commonly used in medium-voltage and high-voltage transmission and distribution systems. Here are the key features and characteristics of Porcelain ANSI Pin Insulators:

1. Pin Type Design: ANSI Pin Insulators are characterized by their distinctive "pin" or "spindle" design. They consist of a porcelain or ceramic insulating body with a hole through which a metal pin or spindle is inserted. The metal pin is mounted on the crossarm of a utility pole or other supporting structure.

Additional Information:

• Production Capacity: 100000 Pieces

15 kV porcelain insulators serve as vital components in electrical power distribution systems, especially in medium-voltage applications. Their primary function is to provide electrical insulation and mechanical support for conductive components in these systems. Here's a detailed explanation of their functions and roles:

1. Electrical Insulation: The fundamental function of 15 kV porcelain insulators is to insulate and isolate conductive elements from each other, preventing the flow of electrical current where it's not intended. They ensure that electricity flows safely through the designated paths, reducing the risk of electrical faults, short circuits, and electrical shock hazards.

Additional Information:

• Production Capacity: 10000 Pieces

Ceramic transformers bushings are essential components used in electrical transformers to provide electrical insulation, mechanical support, and protection for high-voltage connections. These bushings are typically made from porcelain or other ceramic materials, and they serve various applications in the electrical and power distribution industry. Here are some common applications of ceramic transformers bushings:

1. Transformer High-Voltage Connections: The primary application of ceramic transformer bushings is to provide electrical insulation and support for the high-voltage connections between the transformer's windings and the external electrical system. They ensure that electricity flows safely between the transformer and external equipment, such as overhead lines or underground cables.

Additional Information:

• Production Capacity: 10000 Pieces

A gang-operated air break switch, also known as a group-operated air break switch or simply a gang switch, is an electrical switch used in high-voltage power systems to isolate and control sections of the electrical grid. Gang-operated air break switches are typically installed on high-voltage transmission lines and substations and serve several important functions in the power distribution network

Additional Information:

• Production Capacity: 100000

Alumina ceramic insulators, often referred to simply as ceramic insulators, are widely used in various electrical and electronic applications due to their excellent insulating properties, high-temperature resistance, and durability. Some common uses of alumina ceramic insulators include:

1. High-Voltage Electrical Equipment: Alumina ceramic insulators are used in high-voltage electrical equipment, such as power transmission and distribution systems, substations, and electrical switches. They provide electrical insulation and prevent electrical arcing in these systems, ensuring safe and reliable electricity distribution.

2. Electrical Insulators: Ceramic insulators are used as electrical insulators in various electrical components and devices, including circuit breakers, transformers, bushings, insulator posts, and busbars. They help maintain electrical separation between conductive parts, preventing short circuits and electrical faults.

Additional Information:

• Production Capacity: 15000

Porcelain spool insulators, also known as porcelain spool-type insulators or simply spool insulators, are commonly used in electrical and telecommunication applications to provide electrical insulation and mechanical support. These insulators have a distinctive design, often resembling a spool or a drum, and are made from porcelain or ceramic materials. Here are some common uses and applications of porcelain spool insulators

Additional Information:

• Production Capacity: 100000 Pieces

The primary function of porcelain standoff insulators is to provide electrical insulation and mechanical support in electrical power systems. These insulators are designed to create a physical separation and electrical barrier between conductive components, such as electrical conductors, busbars, or equipment, and the structures or surfaces they come into contact with. Here are the main functions of porcelain standoff insulators:

1. Electrical Insulation: Porcelain standoff insulators are used to prevent the flow of electrical current between conductive components and grounded structures or surfaces. They have high electrical resistivity and dielectric strength, allowing them to maintain electrical isolation even in high-voltage applications.

2. Support and Positioning: Standoff insulators serve as support structures that hold conductive components in a specific position. They help maintain proper clearances and spacing between energized parts, reducing the risk of electrical arcing, flashovers, and short circuits.

Additional Information:

• Production Capacity: 100000 Pieces

High voltage porcelain insulators are used in a wide range of electrical and power transmission applications where their excellent electrical insulation properties and mechanical strength are required. These insulators are typically made from porcelain, a ceramic material known for its high dielectric strength and resistance to electrical breakdown. Here are some common applications for high voltage porcelain insulators:

1. Overhead Transmission Lines: High voltage porcelain insulators are used to support and insulate power lines in overhead transmission and distribution systems. They help maintain the electrical clearances needed to prevent electrical arcing or flashovers.

2. Electrical Substations: Porcelain insulators are employed in electrical substations at various voltage levels. They insulate and support equipment such as circuit breakers, transformers, disconnect switches, and busbars.

3. Transformer Bushings: Porcelain insulators are commonly used as bushings in power transformers. They provide electrical insulation and support for winding conductors and other internal components, preventing electrical breakdown and short circuits within the transformer.

4. Circuit Breakers and Switchgear: Porcelain insulators are integral components of medium and high voltage circuit breakers and switchgear. They insulate and support various switching and interrupting devices.

Additional Information:

• Production Capacity: 10000 Piece

Shackle insulators, also known as suspension insulators or strain insulators, are used in electrical power distribution and transmission systems for several important reasons:

1. Electrical Insulation: The primary purpose of shackle insulators is to provide electrical insulation. They prevent the flow of electrical current between conductive components, ensuring that electricity follows the intended path and reducing the risk of electrical faults, short circuits, and electrical hazards.

2. Mechanical Support: Shackle insulators serve as mechanical supports for conductors, particularly in applications where the conductor needs to be suspended or anchored. They secure the conductor in place and help manage mechanical stresses, including the weight of the conductor and environmental forces such as wind and ice.

Additional Information:

• Production Capacity: 100000 Pieces

 

Porcelain pin insulators, also known as pin-type insulators, are commonly used in electrical distribution systems to support overhead power lines and provide electrical insulation between the conductor (wire or cable) and the supporting structure, typically a wooden or concrete utility pole. The working principle of porcelain pin insulators revolves around their ability to prevent electrical current from flowing between the conductor and the grounded pole while providing mechanical support. Here's how they work:

1. Electrical Insulation: The primary function of a porcelain pin insulator is to insulate the energized conductor from the grounded structure (utility pole). Porcelain is an excellent electrical insulator, and its high resistivity prevents the flow of electric current through the insulator, effectively isolating the conductor from the pole.

2. Creepage Distance: Porcelain pin insulators are designed with a specific creepage distance, which is the surface path along the insulator's outer surface. This distance is engineered to be long enough to prevent electrical arcing or tracking between the conductor and the pole, even in adverse weather conditions or polluted environments. The insulator's shape and surface profile are optimized to maximize the creepage distance.

Additional Information:

• Production Capacity: 10000 Pieces

 

Porcelain ring insulators, also known as porcelain standoff insulators, are commonly used in electrical power distribution and transmission systems to provide electrical insulation and mechanical support for overhead conductors. These insulators are typically used to maintain the required electrical clearance between the conductor and the supporting structure, such as utility poles or towers. The working procedure of porcelain ring insulators involves several key principles:

1. Electrical Insulation: The primary function of porcelain ring insulators is to electrically isolate the conductor from the grounded supporting structure. Porcelain is an excellent electrical insulator with high resistivity, which prevents the flow of electric current between the conductor and the supporting structure.

2. Creepage Distance: Porcelain ring insulators are designed with a specific creepage distance, which is the surface path along the insulator's outer surface. This distance is engineered to be long enough to prevent electrical arcing or tracking between the conductor and the supporting structure, even in adverse weather conditions or polluted environments.

Additional Information:

• Production Capacity: 10000 Pieces

Guy strain insulators, often made of porcelain, are specialized electrical insulators used primarily in the construction and maintenance of overhead electrical distribution and transmission lines. These insulators serve specific purposes and provide key benefits in these applications:

1. Guy Wire Insulation: One of the primary uses of guy strain insulators is to insulate the guy wires that provide support and stability to utility poles, transmission towers, and other structures. Guy wires are tensioned cables used to counterbalance the lateral forces exerted on the structure by the electrical conductors. Guy strain insulators prevent electrical current from flowing along the guy wires, ensuring that they remain electrically isolated from the ground and other components of the electrical system.

Additional Information:

• Production Capacity: 100000 Pieces

Long rod porcelain insulators, also known as suspension insulators or high-voltage porcelain insulators, are widely used in electrical power transmission and distribution systems. These insulators serve several critical functions and find various uses in the electrical industry due to their excellent electrical insulation properties and mechanical strength. Here are some common uses of long rod porcelain insulators:

Overhead Transmission Lines: Long rod porcelain insulators are commonly used in overhead high-voltage transmission lines to support and insulate conductors at high voltage levels. They help maintain the required electrical clearances and prevent electrical arcing between the conductors and supporting structures.

Substations: Porcelain insulators are used in electrical substations to provide insulation for busbars, circuit breakers, switches, and other high-voltage equipment. They play a crucial role in maintaining electrical clearances and preventing electrical faults.

Additional Information:

• Production Capacity: 10000 Pieces

Porcelain long rod insulators are commonly used in various electrical power systems, particularly in high-voltage and extra-high-voltage applications. These insulators are designed to provide electrical insulation and mechanical support for overhead transmission and distribution lines. Here are some common uses and applications of porcelain long rod insulators:

1. Overhead Transmission Lines: Porcelain long rod insulators are a critical component of overhead transmission lines, especially in high-voltage and extra-high-voltage systems. They support and insulate the conductors, helping to maintain the necessary electrical clearances and preventing electrical arcing or flashovers.

2. Substations: Long rod insulators are used in electrical substations to support and insulate various equipment, including circuit breakers, disconnect switches, surge arresters, and busbars. They help maintain the electrical insulation of these components.

Additional Information:

• Production Capacity: 10000 Pieces

High-voltage porcelain insulators find critical applications in electrical power systems where the voltage levels are significantly higher than typical residential or commercial voltages. These insulators are specially designed to withstand the high electrical stresses and provide reliable insulation in these demanding environments

Station post insulators provide mechanical support for conductors, such as bus bars or overhead lines, within a substation. These conductors carry high-voltage electricity, and the insulators ensure they are held securely in place.

Additional Information:

• Production Capacity: 10000 Pieces