PvPGng(S)-HF

The PvPGng(S)-HF cable is a type of electrical cable designed for use in conditions where both technical characteristics and safety requirements are important. The PvPGng(S)-HF cable is a universal solution that combines flexibility, reliability, and safety, making it suitable for use in various complex and demanding installations. 1. Construction of the PvPGng(S)-HF Cable P — Copper wires: The main conductors of the cable are made of copper, ensuring excellent conductivity and reliable transmission of electrical energy. v — PVC insulation: The conductors are insulated with polyvinyl chloride (PVC), protecting them from mechanical damage, moisture, and chemical exposure. P — PVC sheath: An additional PVC sheath provides protection against external mechanical damage and environmental influences. G — Lightning protection wire (in some modifications): Used to protect against high-voltage discharges, such as lightning, increasing safety. ng(S) — Flame retardant, low smoke emission: ng: The cable does not support combustion, preventing the spread of fire. (S): Indicates a low level of smoke emission (Smoke), improving visibility and safety in case of fire. HF — High Flexibility: The cable has high flexibility, allowing it to be used in confined spaces and areas requiring frequent movement or bending. 2. Applications The PvPGng(S)-HF cable is used in various fields where safety and flexibility are important: Power and electricity distribution: Connecting and distributing electricity in residential, commercial, and industrial buildings requiring high flexibility and reliability. Industrial installations: Connecting equipment and systems requiring high flexibility and protection from external influences. Construction: Wiring in various types of buildings, including complex configurations and confined spaces. Automation and control systems: Used in automation systems where high flexibility for movement and frequent position changes is required. Transport and mobile installations: Used in vehicles and other mobile installations requiring resistance to vibrations and mechanical impacts.