Product Description
Aluminum PG Clamp is also known as Aluminum Parallel Groove Clamp that are used in electrical systems to hold the connection wires and conductors in parallel. It is especially designed to connect two bare conductors. It is made from top grade engineering metals which make them conductive and allows to tightly hold high tension electrical wires. Aluminum Parallel Groove Clamp uses fasteners for the tightening of the the two the joint. It is provided with a holes in between them through which conductors are passed. The material used for the manufacturing imparts high strength to the structure of the clamp and make them able to hold the wires steadily.
Aluminum PG Clamp Specifications:
1. Shape: Rectangle
2. Material: Aluminum
3. Colour: Silver
4. Finish Type: Polished
5. Conductor Type: ACSR Panther Conductor, ACSR Weasel Conductor, ACSR Dog Conductor, ACSR Rabbit Conductor
Aluminum Parallel Groove Clamp Features:
1. High corrosion resistance
2. It is highly durable in nature
3. Stainless steel based bolts
4. Holding support of transmission conductors
5. The hot-forged finish in aluminium alloy construction
6. Nuts in hot-dip galvanized finished and washer supporter for corrosion protected
Parallel Groove Clamp Applications:
1. Power Distribution Systems: PG Clamps are widely used in power distribution systems to connect overhead transmission and distribution lines. They are particularly useful in areas where there is a need to join two parallel conductors without cutting them.
2. Telecommunication: PG Clamps are used in telecommunication systems to connect overhead lines and ground wires. They are commonly used in high voltage transmission lines and in areas where there is a need for high conductivity and reliability.
3. Railway Electrification: PG Clamps are used in railway electrification systems to connect overhead lines and rails. They are particularly useful in areas where there is a need for high conductivity and reliability.
4. Industrial Applications: PG Clamps are used in various industrial applications to connect power cables and grounding wires. They are particularly useful in areas where there is a need for high conductivity and reliability, such as in power plants, steel mills, and chemical plants.
Frequently Asked Questions:
Q. What are the types of PG Clamps?
Ans: There are different types of PG Clamps, including bolted type, compression type, and wedge type. Bolted type PG Clamps require nuts and bolts to be tightened, while compression type PG Clamps use a hydraulic tool to apply pressure. Wedge type PG Clamps use a wedge to clamp the conductors.
Q. What are the materials used in PG Clamps?
Ans: PG Clamps are usually made of high-strength aluminum alloy or copper alloy, which is resistant to corrosion and provides good electrical conductivity.
Q. What is the advantage of using PG Clamps?
Ans: PG Clamps offer several advantages, including easy installation, reliability, and flexibility. They are also cost-effective and can be used in various applications.
Q. What are the applications of PG Clamps
Ans: PG Clamps are commonly used in power distribution systems, telecommunication systems, railway electrification systems, and various industrial applications.
Q. How to choose the right PG Clamp?
Ans: The choice of PG Clamp depends on the application, conductor size, and type of conductors. It is recommended to consult with an expert or the manufacturer to select the appropriate PG Clamp for the specific application.
High Performance and DurabilityAluminum PG Clamps provide robust support and long-term conduction for industrial electrical systems. Crafted from EC grade aluminum and complemented by galvanized steel bolts, these clamps ensure superior tensile strength while resisting corrosion, even in demanding environments. Their consistent contact pressure and high-current tolerance ensure safety and performance.
Effortless Assembly and CompatibilityFeaturing a parallel groove structure and sleek, smooth finish, installation is straightforward and efficient. Specifically designed for 95 sqmm conductors and compatible with 110 kV voltage applications, the PG clamp is ideal for quick upgrades or maintenance tasks, minimizing downtime in industrial operations.
Trusted Standards and Versatile SupplyManufactured to REC standards, these clamps ensure quality and reliability. Available through distributors, exporters, manufacturers, suppliers, and wholesalers throughout India, they cater to various industrial requirements and project scales. Supplied in sturdy box packaging, they are ready for large-scale operations or targeted installations.
FAQ's of Aluminum PG Clamp:
Q: How is the Aluminum PG Clamp installed for industrial applications?
A: The Aluminum PG Clamp is engineered for simple and quick installation. Align the conductors in the grooved block structure, secure them using the two galvanized steel bolts, and tighten to achieve consistent contact pressure. This process allows for efficient assembly, saving both time and labor costs.
Q: What are the advantages of using an EC grade aluminum PG clamp?
A: Using EC grade aluminum ensures excellent electrical conductivity and durability. It offers high tensile strength and resistance to corrosion, making the clamp reliable for prolonged industrial use, even under high current and voltage conditions.
Q: When should I opt for a 95 sqmm, 110 kV PG clamp?
A: Select this PG clamp when you need to join or tap conductors up to 95 sqmm in electrical systems operating at or below 110 kV. This is especially beneficial for industrial projects demanding secure, high-current connections with consistent contact pressure.
Q: Where can I source aluminum PG clamps in India?
A: Aluminum PG clamps are readily available through manufacturers, suppliers, distributors, and exporters across India. They are commonly supplied in secure box packaging, ensuring safe transportation and storage for both small and bulk orders.
Q: What process ensures reliable and durable connections with this PG clamp?
A: Reliability is achieved by placing the conductors parallel in the grooved block, tightening the galvanized steel bolts, and ensuring the clamp's smooth surface makes complete contact. This results in a durable, high-conductivity connection conforming to REC standards.
Q: How does the clamp's design benefit industrial electrical applications?
A: Its parallel groove structure allows for high current capacity and simple integration into existing systems. The clamp's high tensile strength and corrosion resistance also enhance safety, stability, and longevity in harsh industrial conditions.