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Multi Core Copper Cables

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MOQ : 100 Pieces

Multi Core Copper Cables Specification

Conductor Type
Stranded or Solid

Connector Type
Open Ends / Custom Connectors

Cable Length
Up to 100 meters

No Of Core
2 to 5 Core

Temperature
-10C to +70C

Product Type
Multi Core Copper Cable

Material
Copper

Function
Power & Signal Transmission

Usage
Industrial, Commercial, Residential

Voltage Surge
Up to 1.2kV

Frequency (MHz)
50/60 Hz

Rated Voltage
1100 V

Rated Current
Varies as per cable size

Cable Capacity
As per IS Standard

Insulation Material
PVC/XLPE

Conductor Material
High Purity Annealed Copper

Length
Available in customized lengths

Size
0.5 sqmm to 35 sqmm

Color
Black, Red, Blue, Yellow, Green

Diameter
Depends on size & core count

Application
Electrical Power Distribution, Control Systems

Multi Core Copper Cables Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
2 Days

About Multi Core Copper Cables

Multi Core Copper Cables are chemical and fluid resistant cables made using copper. Suitable for use across various environments, these flexible cables because of their excellent heat resisting capability are best suited for utilization in machines that require operation at extreme temperature (both hot & cold). Their main use is seen in control panels and various portable devices. Domestic electrical appliances like microwave ovens and air conditioners use Multi Core Copper Cables in their construction. One of the main advantages of these cables is that these can be used in constricted areas without being damaged.Our multi core copper cables are the perfect solution for reliable digital connections with extended usability. Their strong, anti-corrosive copper construction enables them to withstand high temperatures and guarantee uninterrupted performance. Thermal resistance is a non-issue, providing your device with a long life and dependable connection for a variety of applications.

Superior Safety and Electrical Performance

Designed with FR/FRLS properties, these multi core copper cables deliver enhanced flame retardance and meet stringent IS standards, providing crucial protection against fire hazards. The cables low-resistance, high-quality copper conductors promote efficient power distribution, while superior moisture resistance makes them suitable for challenging environments.

Customizable for Diverse Applications

These cables come in various sheath and insulation options such as PVC, HR PVC, and XLPE, along with choices in armouring and color coding. Available in different sizes and lengths, the cables are tailored to fit the distinct requirements of electrical power distribution and control systems in industrial, commercial, and residential sectors.

Reliable Manufacturing and Compliance

Manufactured using extruded and annealed processes, these cables ensure durability and high performance. All variants are RoHS compliant, and meet rigorous Indian standards, supporting sustainability and quality assurance for distributors, exporters, suppliers, and end-users.

FAQs of Multi Core Copper Cables:

Q: How are Multi Core Copper Cables with Fire Retardant constructed for increased safety?

A: These cables utilize high purity annealed copper conductors and are insulated with flame retardant PVC or XLPE materials. The fire-retardant properties (FR/FRLS) reduce flame propagation, while options for armoured and unarmoured construction offer mechanical protection and flexibility based on your installation environment.

Q: What are the benefits of using these cables in industrial, commercial, or residential projects?

A: The main benefits include excellent moisture and flame resistance, low electrical resistance for minimal power loss, and compliance with IS and RoHS standards. They support safe and reliable power transmission, reduce the risk of fire spread, and offer durability in demanding conditions.

Q: Where can Multi Core Copper Cables be used and what applications do they suit best?

A: These cables are ideal for electrical power distribution and control systems within industrial plants, commercial buildings, and residential complexes. Their robust construction and fire retardant qualities make them suitable for indoor and outdoor installations where safety and longevity are priorities.

Q: What is the manufacturing process behind these fire retardant cables?

A: The cables are produced using an extruded and annealed process, which ensures the conductors flexibility and strength. The fire-retardant insulation and sheath materials are applied in layers, and all steps follow strict IS standards for consistent quality.

Q: When should armoured versus unarmoured cable options be selected?

A: Armoured cables are recommended for installations subject to physical stress or risk of mechanical damage, such as underground or outdoor settings. Unarmoured cables are suitable for protected areas or less demanding conditions, offering flexibility and ease of installation.

Q: How does the cables low resistance feature impact electrical performance?

A: Low resistance in the copper conductors minimizes power loss and enhances efficiency throughout the transmission line. This characteristic supports reliable operation of power and signal systems, leading to reduced energy costs and improved system stability.

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