3 Core Flat Cable

3 Core Flat Cable Specification

Temperature
-15C to +70C

Connector Type
Bare Ended

Conductor Type
Stranded

Cable Length
90 meters (also available in custom lengths)

No Of Core
3 Core

Product Type
3 Core Flat Cable

Material
PVC and Copper

Function
Electrical Power Transmission

Usage
Submersible Pumps, Domestic and Industrial Wiring

Voltage Surge
Up to 1100V

Frequency (MHz)
50 Hz

Rated Voltage
1100V

Rated Current
22A

Cable Capacity
Standard for 3 Core Flat Cable

Insulation Material
PVC

Conductor Material
Copper

Length
90 meters (standard roll)

Size
1.5 sq. mm - 16 sq. mm

Color
Black (Sheath), Multicolor Inner Cores

Diameter
As per size (typically 7 mm - 14 mm)

Application
Submersible Motors, Power Supply

Manufacturing Standard
IS 694:2010

Flexibility
High, Suitable for Installation in Difficult Locations

Mechanical Strength
Excellent

Dielectric Strength
3.5 kV for 5 minutes

Voltage Grade
Up to 1100V

Moisture Resistance
High

Thickness of Insulation
0.6 mm - 1.0 mm (Depending on Size)

Packing Type
Coil / Roll

Oxygen Index
> 29%

Sheath Type
PVC - Double Layered for Enhanced Protection

Flame Retardancy
FR Grade

3 Core Flat Cable Trade Information

Minimum Order Quantity
1 Number

Delivery Time
1 Days

About 3 Core Flat Cable

Image is described all things of LTHT cable. LT/HT (Low Tension / High Tension) power and control cables are electrical conduits designed to transmit power or control signals. They safely carry electricity or relay operational instructions between control panels, motors, and electrical equipment across residential, commercial, and industrial sites

Double-Layered PVC Sheath for Superior Protection

The cable utilizes a double-layered PVC sheath, offering advanced insulation and robust resistance against mechanical stresses, harsh environmental factors, and flame exposure. Its high oxygen index significantly curbs the spread of fire, while excellent moisture resistance ensures long-term durability, even in demanding submersible pump installations.

Certified for High Voltage and Current Applications

Designed and tested as per IS 694:2010 standards, this cable safely operates up to 1100V and carries a rated current of 22A. Its dielectric strength and uniform insulation thickness provide reliable safety for both domestic and industrial settings, accommodating voltage surges and promoting consistent power supply.

Enhanced Flexibility for Difficult Installations

Engineered with flexibility in mind, this 3 Core Flat Cable is ideal for installations in tight or intricate locations. Its stranded copper cores and flat design simplify routing in confined spaces, while the bare-ended connectors make it adaptable to a wide range of application requirements.

FAQ's of 3 Core Flat Cable:

Q: How does the double-layered PVC sheath enhance cable protection?

A: The double-layered PVC sheath provides added mechanical strength and resistance against flame, moisture, and physical damage. This results in a longer service life, safer operation, and suitability for use in challenging environments such as submersible pump installations.

Q: What are the main applications of this 3 Core Flat Cable?

A: The cable is commonly used for submersible motors and pumps, domestic and industrial power wiring, and other applications demanding high protection and reliable current transmission. Its versatility makes it ideal for use in both wet and dry locations.

Q: When should I opt for this cable over standard single-sheath models?

A: Choose this double-layered cable when you need enhanced flame retardancy, higher moisture resistance, or installation in locations prone to mechanical wear and tear. It offers superior durability and safety compared to single-sheath alternatives.

Q: Where can this cable be installed?

A: It is suitable for installation in difficult-to-access areas, including underground, damp, or submerged environments. Its high flexibility and robust sheath make cable laying easier even in confined or complex spaces.

Q: What is the manufacturing standard followed for this cable?

A: This cable is manufactured in compliance with IS 694:2010, ensuring reliable quality, safety, and performance for a wide range of electrical power distribution applications.

Q: How does this cable benefit moisture-prone installations?

A: Its high moisture resistance prevents insulation degradation and electrical faults, offering secure operation and minimal maintenance in water-exposed or humid locations, such as wells and industrial sites.

Tell us about your requirement