Standard 1 Sq.mm 1 Core FR-LSH Cable

The Standard 1 Core FR-LSH Cable is a specialized electrical cable designed with specific properties to enhance safety and performance in various applications. The "FR-LSH" designation stands for Flame Retardant-Low Smoke and Halogen, indicating key features of the cable's construction.1. **Flame Retardant (FR):** This cable is designed to inhibit the spread of fire in case of a short circuit or overload. The flame retardant properties help prevent the cable from igniting easily and reduce the rate of flame propagation, contributing to overall fire safety in buildings and industrial environments.2. **Low Smoke (LS):** In the event of a fire, the cable emits minimal smoke compared to non-LS cables. This is important for several reasons: reduced smoke density can improve visibility during evacuations, lower smoke toxicity can be less harmful to occupants' health, and decreased smoke production can limit damage to equipment and structures.3. **Halogen-Free (H):** The cable's insulation and sheathing materials do not contain halogen compounds. In situations where cables are exposed to fire or high temperatures, halogen-free materials produce less corrosive and toxic gases, promoting a safer environment for both people and sensitive electronic equipment.The "1 Core" designation indicates that the cable has a single core, typically made of high-quality copper or aluminum, providing a straightforward solution for transmitting electrical power or signals.The FR-LSH cable is suitable for a wide range of applications where fire safety and low smoke emissions are critical considerations. These may include residential and commercial buildings, data centers, transportation systems, and industrial facilities. The cable's construction and materials ensure reliable performance, minimal energy loss, and compliance with relevant safety standards and regulations.Overall, the Standard 1 Core FR-LSH Cable offers a combination of flame retardancy, low smoke emissions, and halogen-free properties, making it a preferred choice for applications where safety, environmental impact, and performance are top priorities.