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Perfect Wires and Cables

FR-LSH House Wire

Perfect FR-LSH cables are meant to be used in places with high possibilities of fire accidents namely industrial plants, places of public gathering and hotels. 

Therefore, the cables used in several electrical installations should be resistant to fire & goes through rigorous tests to ensure the highest standards of quality. 

Key Features

1. Safety Assurance:

Perfect FR-LSH house wire prioritizes safety. They are insulated with materials that are flame-retardant and low smoke emitting properties which causes less harm to individuals and appliances from halogenated gases.

2. High Conductivity:

Perfect house wires is manufactured by using 99.98% electrolytic grade copper to ensure superior conductivity. 

3. Insulation Quality:

The insulation of Perfect house wires is of superior quality FR-LSH PVC, protecting the wires from environmental factors and preventing short circuits. This insulation also provides longevity, ensuring the wires have a prolonged operational life.

4. Flexibility for Easy Installation:

Perfect house wires are designed to be flexible, making them easy to install in various home layouts. Whether you are wiring a new home or renovating an existing one, the flexibility of these wires simplifies the installation process.

5. Capacity for High Loads:

These wires are capable of handling high electrical loads with 105°C operating temperature, making them suitable for modern homes equipped with energy-intensive appliances and electronics. They ensure a stable power supply even during peak usage.

6. Compliance with Standards:

Perfect house wiring solutions adhere to industry standards and regulations. This compliance ensures that the wires meet the required safety and quality benchmarks, providing homeowners with peace of mind.

Technical Data

TECHNICAL CHART FOR PERFECT FR-LSH PVC INSULATED CABLES

Nominal Cross Sectional Area (Sq. mm)

No of Strands/Max. strand dia. (mm)

Nominal Insulation Thickness (mm )

Maximum Diameter Over insulation (mm)

Max. current carrying capacity (Amp.)

0.5

16/0.20

0.6

2.60

5

0.75

24/0.20

0.6

2.80

8

1.0

14/0.30

0.7

3.20

13

1.5

22/0.30

0.7

3.30

17

2.5

36/.30

0.8

4.00

24

4.0

56/0.30

0.8

4.60

30

6.0

84/0.30

0.8

5.20

38

10.0

140/0.30

1.0

6.70

52

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