The Pitacs CAT5e LSZH Data Cable is a high-performance network cable designed for structured cabling installations, data transmission and telecommunications applications where enhanced fire safety characteristics are required. Suitable for residential, commercial, public and industrial buildings, this cable provides reliable connectivity for Ethernet networks, broadband services, IP cameras, VoIP systems and other network infrastructure installations.
Manufactured with four twisted pairs of copper conductors and an unshielded twisted pair (UTP) construction, the Pitacs CAT5e LSZH Data Cable is engineered to deliver dependable network performance whilst helping to minimise signal interference. The Low Smoke Zero Halogen (LSZH) outer sheath reduces the emission of smoke and corrosive gases in the event of a fire, making it particularly suitable for installations in public buildings, offices, schools, hospitals and other occupied environments.
Designed for modern networking applications, this CAT5e cable offers reliable data transmission and straightforward installation, making it an excellent choice for structured cabling systems where both performance and safety are important considerations.
The Pitacs CAT5e LSZH Data Cable is designed to provide dependable data transmission in environments where fire safety requirements are a priority. The twisted pair construction helps reduce crosstalk and signal interference, ensuring consistent network performance across local area networks and communication systems.
The LSZH sheath makes the cable particularly suitable for use in public buildings and enclosed spaces where reducing smoke and hazardous emissions can be beneficial in the event of a fire.
The Pitacs CAT5e LSZH Data Cable provides a reliable and safety-conscious solution for modern network installations. Featuring four twisted pairs of copper conductors, UTP construction and a Low Smoke Zero Halogen sheath, it is ideal for Ethernet networks, broadband services, IP cameras and structured cabling systems where dependable data transmission and enhanced fire safety characteristics are required.
