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Life Shield HFFR Cables (Black)

Halogen Free Flame Retardant 90 m
(4.0 sq. mm)

Application

Energy Cables for Internal electrification and power Supply to all electrical operated equipments (eg. Fans/Lights/ Aplliances etc).

Type

Special Polymer insulated Flexible Cables upto 1.1 kV grade as per IS:694

Size

1.0 sq. mm to 6 sq. mm in Single core and for above sizes in S/C and Multi Core Sizes on request.

Imported by: Havells India Ltd

Country of Origin: India

MRP Rs.: ₹ 7605.00 (incl. of all taxes)


(Net Quantity : 1 N) Buy Now
Non-Toxic

Non-Toxic

An oxygen mask in case of fire – Research shows that maximum causalities in Fire happen due to chocking caused by formation of hazardous gases. PVC Flame Retardant Low Smoke and Halogen cables release lesser toxic gases compared to ordinary PVC cables. Smoke generation in case of FRLSH cables is <60% and release of halogen content is <20%. Our HFFR (Halogen-free Flame Retardant) cables are practically halogen-free and are 10 times superior to FR-LSH cables as in case of fire release of Hazardous gases is <0.5%. This ensures that people trapped in fire can breathe easy facilitating better chances of their rescue.

Environment-Friendly

Environment-Friendly

Every day thousands of tonnes of Hazardous Halogen gases are released in the environment resulting in depletion of the earth’s ozone layer which protects us from cancer causing UV radiations of the Sun - a phenomenon popularly known as Greenhouse Effect. Havells HFFR insulated industrial cables are practically halogen-free and are, therefore, environment friendly, protecting not only you and your family, but also the future generations against the Green House Effect.

Havells HFFR’s insulation was developed in keeping in view to have better safety in case fire and with improved conductivity in flexible cable range, being the basic raw- material used to develop this insulation is a special Polymer which requires a temperature up to 280 °C. To melt/ burn, which is much higher than a PVC which melts/ burns at 85 °C. The better burning temperature defines the higher heat bearing capacity and subsequently it proves the cable will have better conductivity (When current flow from a conductor it generates heat and if insulation has better heat bearing capacity it will improves the conductivity also).

Technical Specification

Features
Nominal Cross Sectional Area of Conductor 4.0 sq. mm
Number / Nominal Diameter of Conductor Strands* 56 N / 0.3 mm
Nominal Thickness of Insulation 0.8 mm
Approx. Overall Diameter 4.1 mm
Conduit / Trunking 32 A
Unenclosed Clipped Directly to a Surface or on Cable Trays 38 A
Maximum Conductor Resistance per Kilometre at 20 ºC 4.95 Ω

Demo Videos

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