Cavicel – Fibre Optics Cables

TECHNICAL Specification

Cavicel fibre optic cables are designed according to international standards such as IEC 60793 IEC 60794 and ITU T recommendations for optical performance and reliability
Available in single mode and multi mode fibre types to support long distance and high bandwidth applications
Optical fibres typically have low attenuation values around 0 point 35 dB per km at 1310 nm and 0 point 22 dB per km at 1550 nm for single mode
Bandwidth for multi mode fibres depends on type such as OM2 OM3 and OM4 supporting high data transmission rates
Cable construction includes central tube or multi loose tube design with gel or dry water blocking elements for moisture protection
Outer sheath is made from LSZH or PE materials providing mechanical protection and environmental resistance
Operating temperature range typically from minus 20 up to 70 degrees Celsius depending on cable design
High tensile strength and crush resistance to withstand installation and operational stresses
Available with different fibre counts ranging from few fibres up to high fibre count cables for large networks
Designed for low smoke zero halogen performance where required ensuring safety in indoor installations

Overview & Usage

Cavicel fibre optic cables are used for high speed data transmission in communication and networking systems
They are widely installed in telecommunications networks to connect exchanges data centers and backbone infrastructure
Used in buildings such as offices hospitals and commercial complexes for structured cabling and internet connectivity
Suitable for long distance communication due to low signal loss and high bandwidth capability
Applied in industrial environments for control systems monitoring and automation networks
Used in data centers to connect servers storage systems and networking equipment with high reliability
Support transmission of voice data and video signals in a single cable system
Available for both indoor and outdoor installations depending on cable design and sheath material
Provide immunity to electromagnetic interference making them ideal for environments with electrical noise
Overall they are essential for modern communication systems ensuring fast reliable and efficient data connectivity
Color:
Brushed Stainless Steel | Brushed Chrome | Satin Gold | Polished Chrome