Cable Gland

Approx. Rs 320 / MeterGet Latest Price

Product Details:

PVC Wiring Ducts Channels are protective, durable, and efficient channels used for managing and organizing electrical wiring and cables in both residential and industrial settings. They are made from high-quality Polyvinyl Chloride (PVC), which is a lightweight, corrosion-resistant, and durable plastic material. These ducts provide a safe and structured environment for electrical wiring, helping prevent damage and improving the overall appearance of installations.

Key Features of PVC Wiring Ducts Channels:

1. Material:

   • Made of PVC (Polyvinyl Chloride), which is highly durable, resistant to corrosion, moisture, and most chemicals. This ensures long-lasting protection for electrical cables.

2. Design:

   • Hollow Channel Structure: The ducts have a hollow interior to house and organize wires and cables, keeping them safe from external elements like dust, water, or mechanical damage.
   • Slotted or Non-Slotted: Some PVC ducts have slots or openings along their length, allowing for easy access to cables when needed.
   • Smooth Inner Surface: The inner surface is smooth, minimizing friction and reducing wear on the cables.

3. Sizes:

   • Available in a range of widths and depths to accommodate various wire sizes and volumes. Common sizes range from 10mm to 150mm or more in width, depending on the application.
   • Custom sizes may also be available for specific needs.

4. Types:

   • Solid Channels: Provide a fully enclosed structure for maximum protection of cables and wiring.
   • Slotted Channels: These have slots along their length to allow for easy wire insertion or removal. Slotted types are ideal when regular access to cables is required.
   • Lid or Cover Options: Some PVC wiring ducts come with removable lids or covers that snap into place, offering extra protection against dust and dirt while allowing easy access to the wiring.

5. Applications:

   • Residential and Commercial Wiring: Commonly used in offices, homes, and buildings for managing electrical wiring, ensuring safe and organized installations.
   • Industrial Electrical Systems: Used in factories, plants, and warehouses to protect and organize heavy electrical cables.
   • Control Panels: Wiring ducts are often used in electrical enclosures or control panels to ensure neat and efficient cable management.
   • Data Centers and IT Infrastructure: Organize and protect communication and network cables in sensitive environments.
   • Outdoor Applications: Can be used in outdoor or damp environments where cable protection is crucial.

6. Advantages:

   • Protection: Provides essential protection for cables from physical damage, moisture, dust, chemicals, and UV exposure.
   • Organization: Helps in maintaining a clean and tidy wiring layout, reducing the risk of tangling or confusion in the cable system.
   • Ease of Installation: Easy to cut and install, and can be fixed to walls, ceilings, or floors using screws, adhesive, or clips.
   • Flexibility: Available in various designs such as straight ducts, elbows, tees, and connectors, allowing for versatile installation in complex layouts.
   • Non-Conductive: PVC is an electrical insulator, which makes it safe for use in installations where electrical wiring may be exposed.
   • Cost-Effective: PVC ducts are generally an affordable solution compared to metal alternatives, offering good protection at a lower cost.

Approx. Rs 40 / PieceGet Latest Price

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Metal Cable Gland
Stainless Steel Cable Gland

Approx. Rs 9 / PieceGet Latest Price

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Plastic series are separeted from other cable glands due to the following characteristics;

• Polyamide raw material
• High heat and impact resistance
• Anti lock system provides superior antivibration protection
• TPV rubber seal
• Resistance to Ultraviolet rays
• Ensures a firm grip on the cable that each point equal to 360°
• Connection thread norms (EN 60423 / DIN 40430)
• Slippery surface for easy cable access
• IP68 protection class
• Continuous heat resistance -30 °C +80 °C
• Short term temperature range +150 °C
• Halogen free (not contain poisonous gas)
• According to EN 50262

Cable Gland for Panel, cables, solar, Industrial Automation

Approx. Rs 5 / PieceGet Latest Price

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PVC PG CABLE GLAND

Approx. Rs 25 / PieceGet Latest Price

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pg gland

Approx. Rs 380 / PieceGet Latest Price

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An Aluminum Copper Cable Lug is a type of cable lug specifically designed to provide a reliable and efficient electrical connection between aluminum or copper cables and electrical terminals or devices. These lugs are often used in applications where both aluminum and copper wires need to be joined together or connected to terminals, as they allow for a secure and conductive connection between different types of conductors.

Key Features and Functions:

1. Material Composition:

   • The lug body itself is typically made of copper or aluminum, chosen for their high conductivity and durability.
   • The design includes a bimetallic interface (often a copper-to-aluminum connection) to allow for a smooth transition between the two metals, ensuring both conductivity and corrosion resistance.
   • The copper component is usually tinned or nickel-coated to prevent oxidation and improve corrosion resistance, particularly when used outdoors or in moist environments.

2. Bimetallic Design:
   Aluminum and copper have different chemical properties and electrical conductivities, so a special bimetallic connector is used to create an effective transition between these metals. This design prevents galvanic corrosion (which can occur when dissimilar metals come into direct contact) by using an interface that helps to preserve the integrity of the connection over time.

3. Functionality:

   • Crimping or soldering is used to attach the cable to the lug. In most cases, the lug is crimped onto the cable using a specialized crimping tool, ensuring a tight and secure connection. The crimping process forms a mechanical bond that also facilitates good electrical contact.
   • The terminal hole in the lug is used to bolt the lug securely to a power distribution terminal, equipment, or busbar.

4. Applications:

   • These lugs are commonly used in electrical power distribution systems, especially when there's a need to connect copper and aluminum conductors, which often occurs in large electrical installations, such as substations, transformers, and power grids.
   • They are also used in applications such as renewable energy systems (e.g., solar power), electric vehicles, and marine or automotive wiring, where the use of both copper and aluminum wires is common.

5. Size and Compatibility:

   • Wire sizes and terminal hole sizes must be matched properly. Aluminum and copper wires come in various gauges, and the lugs are sized accordingly. It's crucial to choose the correct lug for the wire size to ensure proper connection and minimize electrical resistance.
   • The lugs are available in different configurations, such as ring lugs, fork lugs, and pin lugs, to suit various types of terminals and connectors.

6. Corrosion Resistance:
   Since aluminum and copper have different corrosion tendencies, the bimetallic lug design helps prevent issues that may arise from the dissimilar metals. Dielectric grease or anti-oxidant compounds are often applied to the connection points to enhance resistance to oxidation and corrosion.

7. Insulated vs. Non-Insulated:

   • Insulated lugs have a protective outer covering (often made of PVC or similar material) to prevent accidental contact and short circuits, particularly in installations where safety is a concern.
   • Non-insulated lugs are typically used in more controlled environments where the electrical connections are already shielded or protected.