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Copper Insulated Cable Terminal Ends

Copper Insulated Cable Terminal Ends

Product Details:

  • Thickness 0.5 - 1.0 mm (varies with terminal size)
  • Cable Diameter 0.5 - 10 sq.mm
  • Sealed NO
  • Surface Treatment Electro Tinned
  • Product Type Copper Insulated Cable Terminal Ends
  • Material High Conductivity Copper with PVC Insulation
  • Application Power Distribution, Control Circuits
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Copper Insulated Cable Terminal Ends Product Specifications

  • 0.5 - 1.0 mm (varies with terminal size)
  • Approx 2 - 20 gms (varies with size)
  • >1000 M at 500V DC
  • Red, Blue, Yellow (Code for size)
  • Ring / Pin / Fork type
  • Up to 600V
  • High Conductivity Copper with PVC Insulation
  • Power Distribution, Control Circuits
  • Straight
  • 0.005
  • 0.5 - 10 sq.mm
  • NO
  • Electro Tinned
  • Crimp Type
  • Varies with model (typically 2.5mm - 8.4mm)
  • Copper Insulated Cable Terminal Ends
  • -40°C to +105°C
  • >99.9%
  • Yes
  • PVC
  • Polybag / Box
  • 6 - 9 mm
  • IS/IEC 60947-1

Copper Insulated Cable Terminal Ends Trade Information

  • Middle East, Africa
  • Central India

Product Description

Insulated wire or cable consists of non-conductive material or some other kind of material that is resistant to an electric current. Dielectric is what it is often referred to in radio frequency cables. Cable and wire insulation prevents the insulated wire's current from coming into contact with other conductors.

Terminal Lug A device attached to a conductor to permit connection to a terminal. It has provisions for attachment of wires or similar electrical conductors in order to establish an electrical connection and could require the use of tools for attachment of wire insulated copper consists of unalloyed wire thinner than 16 gauge which includes heavy, double or plastic insulation. The grade generally covers many common types of telecommunications wiring as well as electronics such as outlet and extension cords.

We are the manufacturer of Copper Insulated Cable Terminal Ends.



Superior Conductivity & Safety

Featuring more than 99.9% pure copper with PVC insulation, these cable terminal ends minimize energy loss and enhance safety in every installation. The electro-tinned surface treatment lowers contact resistance, ensuring stable connections and long-term reliability across a wide temperature range.


Wide Application Scope

Perfect for power distribution and control circuits, these terminals accommodate cable diameters from 0.5 to 10 sq.mm. Their flame-retardant design and compliance with IS/IEC 60947-1 standards make them a trusted choice for various industries, including manufacturing, automation, and infrastructure projects.

FAQs of Copper Insulated Cable Terminal Ends:


Q: How is the copper insulated cable terminal end installed?

A: To install, strip the wire (69 mm), insert it into the terminal, and use a crimping tool to secure the connection. No soldering is required; the crimp type fitting ensures a robust join suitable for power and control circuit applications.

Q: What are the benefits of high copper purity in these terminal ends?

A: High copper purity (>99.9%) guarantees excellent electrical conductivity, lower contact resistance, and improved durability, which significantly reduces energy losses in demanding environments.

Q: When should I select red, blue, or yellow terminal ends?

A: Select terminal color based on cable size. Red, blue, and yellow correspond to standard sizes, ensuring compatibility and safety as per industry coding practices. Refer to product guides for exact matching with wire diameter.

Q: Where can these terminals be used?

A: They are suitable for power distribution and control circuits in industrial, commercial, and infrastructure projects. Their straight style and ring/pin/fork sockets offer versatility across a wide range of equipment and panel constructions.

Q: What is the significance of flame retardant insulation material?

A: Flame retardant PVC insulation enhances user safety by reducing fire risks, making these terminals suitable for installations where elevated safety standards are required.

Q: How does the insulation resistance contribute to performance?

A: With insulation resistance greater than 1000 M at 500V DC, these terminal ends prevent leakage currents, improving reliability and longevity in critical electrical systems.

Q: What packing options are available for copper insulated cable terminal ends?

A: Terminals are packed in either polybags or boxes, allowing easy transport, organized handling, and suitable for bulk procurement by exporters, manufacturers, suppliers, traders, and wholesalers.

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