Shielded Faraday Cage Systems
Shielded Faraday Cage Systems help organizations reinforce coverage in hard-to-serve areas and provide secure housing for equipment at multi-provider radio sites.
If a full-sized shelter is not required for your enclosure needs, consider Pepro’s outdoor shielded cabinets, which offer another option for equipment enclosure requirements. Advantages include a smaller footprint, isolating your equipment at multi-user sites, complete HVAC options, and modular design that add up to a complete site solution.
All Pepro outdoor shielded cabinet solutions use the Faraday Cage system design and offer the same equipment protection levels as our deployable and fixed site shelters. Depending on your equipment needs, shielded cabinet solutions of various heights and RU’s are available. We offer both our outdoor CLP and outdoor Networking cabinets to fit your budgetary and equipment requirements.
Nano Cabinet & Nanosite
The Nano Radio Site is designed to provide a complete site solution in a compact, lightweight unit, offering the highest level of protection with the lowest completed cost.
Micro Cabinet & Microsite
The Micro Radio Site is designed to provide a complete site solution in a compact, lightweight unit, offering the highest level of protection with the lowest completed cost.
PEPRO Shielded Cabinet Solutions
Our patented EMP & EMI Shielded Enclosure technology creates a faraday cage shield, which offers protection from lightning strikes, Electromagnetic Pulse Shielded Enclosures (EMP), Electromagnetic Interference (EMI), and Radio Frequency Interference (RFI). The use of our technology also lessens the effects of Passive Inter-modulation (PIM) when all equipment is installed and maintained properly. All PEPRO manufactured enclosures act as Faraday Cages to protect your telecommunications and sensitive electronic equipment.
PEPRO Patented faraday cage technology provides protection against:
70dB Rating from 20MHz to 3.29GHz
Over 1M volt, 87,000 amp direct strike on enclosure with less than 10 microjoules of penetration
50dB Magnetic Field