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Epr Rubber Cable

Name: Epr Rubber Cable
Brand: K.M Cables & Conductors
Price: 30 INR
Availability: InStock

Price 30 INR/ Meter

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Epr Rubber Cable Specification

Core Number
2, 3, 4 or 5

Core Material
Copper

Rated Temperature
-25C to 90C

Conductor Type
Stranded

Diameter
As per customer specification

Number of Conductor
2 core, 3 core, 4 core, 5 core (as per requirement)

Weight
Variable as per size and length

Install Type
Indoor and outdoor installation

Locking Type
Non-locking

Armored Material
Steel wire armoured (optional)

Features
High flexibility, heat resistant, oil resistant, weather resistant, flame retardant, durable insulation, outstanding mechanical strength

Usage & Applications
Suitable for power transmission in harsh and flexible working environments

Insulation
EPR Ethylene Propylene Rubber

Impedance
Standard (as per IEC/IS standards)

Operating Temperature
-25C to 90C

Dielectiric Strength
2.5 kV for 15 min

Cable Type
Flexible rubber cable

Conductor Shape
Round

Tensile Strength
>15 N/mm

Product Type
Flexible EPR Rubber Cable

Length
100 meters (custom lengths available)

Voltage
up to 1100 V

Insulation Material
EPR (Ethylene Propylene Rubber)

Application
Industrial, mining, power transmission, heavy machinery, welding, submersible pumps

Conductor Material
High conductivity copper

Jacket Material
Flexible rubber

Storage Temperature
-30C to 70C

Connector Color
Black

Shield Material
Copper braiding (optional)

Jacket Color
Black

Dimension (L*W*H)
Varies as per cable size

Color
Black

Material
Ethylene Propylene Rubber, Copper

Size
1.5 sq.mm to 240 sq.mm

Inner Sheath Material
Rubber compound

UV Resistance
Superior, suitable for direct sunlight

Water Resistance
Highly resistant, suitable for outdoor use

Packaging
Coil/Drum Packing

Halogen Free
Yes, on request

Ozone Resistance
Excellent

Minimum Bending Radius
6 x overall diameter

Ambient Temperature Range
-30°C to +90°C (Fixed), up to 80°C (Flexing)

Fire Resistance
Yes, flame retardant as per IEC standards

RoHS Compliance
Yes

Voltage Grade
450/750 V, 0.6/1kV

Moisture Resistance
High

Surface Finish
Smooth and abrasion resistant

Cable Standard
Conforms to IS/IEC standards

Epr Rubber Cable Trade Information

Minimum Order Quantity
100 Meter

Supply Ability
1000 Per Day

Delivery Time
1 Days

About Epr Rubber Cable

With our strong commitment to deliver qualitative products to our customers, we are able to provide a reliable range of EPR Rubber Cable. These cables are manufactured in accordance with the international quality standards and the current market trends. Highest grade materials like annealed tinned copper and heat resisting elastomer is used in the manufacturing process to to make sure that the cables offered by us are of superior quality. Our EPR Rubber Cable is widely demanded by our clients as it is compatible with most extreme conditions.

Reliable Performance in Extreme Conditions

Engineered for both indoor and outdoor environments, EPR Rubber Cable endures severe weather, UV exposure, moisture, and abrasion. Its robust rubber sheath and EPR insulation deliver unwavering electrical and mechanical performance, making it ideal for industrial, mining, or outdoor applications requiring maximum reliability.

Flexible Solutions for Versatile Applications

This cables flexible design and wide size range (1.5 sq.mm to 240 sq.mm) ensure easy installation, even in tight or complex spaces. With multiple core options (2 to 5), stranded copper conductors, and optional armouring and shielding, it adapts to diverse power transmission, heavy machinery, and submersible pump needs.

Enhanced Safety and Compliance

EPR Rubber Cable is flame retardant per IEC standards, RoHS compliant, and optionally halogen-free. Its high dielectric strength (2.5 kV for 15 min) and abrasion-resistant smooth finish guard against hazards while ensuring compliance with IS/IEC norms, making it a secure and dependable choice for critical electrical systems.

FAQs of Epr Rubber Cable:

Q: How does EPR Rubber Cable provide fire resistance and safety in hazardous environments?

A: EPR Rubber Cable is designed as flame retardant according to IEC standards, reducing fire risks significantly. Its high dielectric strength and robust insulation further enhance safety by minimizing the risk of electrical breakdowns and protecting critical systems in hazardous environments.

Q: What are the main benefits of using EPR Rubber Cable for outdoor installations?

A: This cable offers exceptional resistance against UV rays, ozone, water, and abrasion. Its flexible yet durable rubber jacket ensures long-lasting performance under direct sunlight, heavy rain, or harsh weather conditions, making it ideal for outdoor power transmission and installations.

Q: Where can EPR Rubber Cable be installed and what types of applications is it suitable for?

A: EPR Rubber Cable is suitable for both indoor and outdoor installations, including industrial, mining, heavy machinery, power transmission, welding, and submersible pumps. Its robust construction allows use in environments with mechanical stress, chemical exposure, or continuous flexing.

Q: What is the process for selecting the appropriate size and configuration for an EPR Rubber Cable?

A: Selection depends on application requirements such as current rating, voltage, installation type, and environmental factors. Available in sizes from 1.5 sq.mm to 240 sq.mm with options for 2, 3, 4, or 5 cores, and features like armouring or shielding can be added as needed. Custom lengths and diameters are also available.

Q: How does the cables construction enhance its durability and conductivity?

A: EPR Rubber Cable features high-conductivity stranded copper conductors encased in durable EPR insulation and a tough rubber jacket. Optional copper braiding and steel wire armour further enhance mechanical strength, flexibility, and current-carrying capacity, ensuring reliable and efficient power transmission.

Q: When should a halogen-free version of EPR Rubber Cable be chosen?

A: A halogen-free option is recommended for environments where low smoke and non-toxic emissions are vital, such as public spaces, underground locations, or confined industrial sites. This minimizes health risks during fire incidents while maintaining all other cable benefits.

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