1 / 24

Innovative Waterproof Underground Cabinets for High-Capacity Infrastructure

Discover our advanced HFC underground cabinets designed for high-capacity applications. These waterproof (IP68) carbon steel cabinets pack powerful components, including support for one last amplifier and three RF passives, ensuring effective heat dissipation up to 200 watts. With a compact design, easy installation, and cost-effective solutions, they are ideal for telecommunications and utility needs. Our robust air-blowing installation method ensures reliable optical cable deployment, while environmentally conscious materials and features prepare your network for future demands.

baka
Télécharger la présentation

Innovative Waterproof Underground Cabinets for High-Capacity Infrastructure

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. New HFC underground cabinets New LA underground cabinet (1 LA max.+ 3 RF passives) New FN underground cabinet (high capacity)

  2. Waterproof (IP68) sheet molding compound cabinet • Up to 1 Last Amplifier and 3 RF passives • Up to 35 watt inside heat dissipation • Compact size, easy installation, low cost

  3. Waterproof (IP68) carbon steel cabinet • Typical capability: 1 Optical Termination, 1 E/O Converter, 1 Launch Amplifier, 1 Last Amplifer, 1 Power Supply, a set of passives • Up to 200 watt inside all passive heat dissipation • Push-pull pantograph for easy equipment extraction

  4. In 1996 Sirti Polska carried out the crossing of Vistula river near the centre of Warsaw by means of a 770 m directional drilling

  5. In 1996 Sirti Portugal carried out the installation of an 840 km optical cable link along a TRANSGAS gas-pipeline by means of air blowing • 6 km optical cable drums were used • 4 intermediate blowing points for each cable drum were located by means of calculations in order to consider installation conditions

  6. Air blowing installation main features: • Cable diameter: 13 mm • Cable weight: 150 g/m • Duct inner diameter: 41 mm • Air speed: 3000 m/min. • Cable speed: 50 m/min. • 1-2 cable drums (6-12 km) a day on average Sirti Portugal’s TRANSGAS Project

  7. Since 1983 (Suvereto, Italy, 1000 kV power line for ENEL) Sirti has been installing aerial optical cable of different types. Present activities are: • ADSS cable: 100 km link for Telecom Colombia (350 m of cable for each span) • OPGW cable: 300 km link for ENEL • Wrapped cable: 1300 km link for ENEL

  8. Ad hoc, low cost and easy istallation solutions for special situations are often directly designed by Sirti The installation of a leaky cable for mobile services into a railway tunnel is carried out by means of properly designed accessories

  9. All dielectric broad band link • 2 GHz downstream bandwidth • Low environmental impact • Easy installation • Full compliance with future network and service evolution • Up to 4 user terminal equipment • Low cost

More Related