
When burning, the jacket of polyvinyl chloride (PVC) cable releases poisonous fumes, hydrochloric acid, and a lot of black smoke. The flame-resistant jacket of Low Smoke Zero Halogen (LS0H) cable prevents harmful gasses from escaping even in the event of a fire.
Power cables of 450/750V and lower, low-voltage cables of 0.6/1kv, medium-voltage cables of 3-35kv, high-voltage cables of 350-110kv, and ultra-high voltage cables of 110-750kv are the various voltage levels into which the power cables are classified.
Various kinds of PVC pipesPVC-Unplasticized (PVC-U)Phthalate-modified PVC (C-PVC)PVC that is orientated molecularly (PVC-O)PVC with High Impact (PVC-Hi)
Low Smoke Low Halogen (FRLS) wires that are flame retardant are intended for usage in regions with a high fire risk. As implied by their name, FRLSH Wires pass visually based flammability testing with minimal visible smoke production.
Compared to PVC, XLPE can handle higher temperatures and short circuit currents. Compared to PVC, it may carry 5–10% greater current. Means fire retardant and low smoke, or FRLS. It was utilized to provide benefits.
Flame Retardant Low Smoke & Halogen is referred to as FRLSH. FRLSH wires are frequently utilized in settings including high-rise residential complexes, hospitals, schools, and commercial structures where fire safety is a top concern.
Flame Retardant Zero Halogen (FRZH) Industrial Cables are available from Polycab Wires.
LSZH cables are often utilized in big public venues where there is a risk of fire since its main function is to reduce risk from the after-effects of an electrical fire, such as gas and smoke inhalation.
No, a cable cannot be halogen-free if it has an outside jacket made of PVC. PVC is an acronym for polyvinyl chloride. One kind of halogen is the chloride, or chlorine.
An improved kind of polyethylene called cross-linked polyethylene (XLPE) can tolerate temperatures as high as 90°C, whereas PE can only endure 75°C.
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