PZSE is excited to be at the forefront of the 5G wireless infrastructure revolution, which is currently in its early stages. Poised to change how we all work and play, the new highspeed 5G technology is projected to be implemented over the next decade by phasing out the older 4G infrastructure. Although wireless, there are still components that must be securely attached to various structures to allow for the 5G platform. Large cellular towers will no longer be the preferred method of wireless infrastructure. Instead, small, sleek telecommunication panels will seamlessly be attached to common structures such as telephone and light poles, businesses, or government buildings.
PZSE’s engineering and design solutions for the mounting systems which support the 5G overhaul are a simple as they are elegant. Utilizing new technology such as screen concealment, our designs can seamlessly blend into their surroundings without sacrificing efficiency or aesthetics. Specializing in wood, steel and concrete, our projects have included: monopoles, towers, cellular on wheels (C.O.W.) systems, transformers and steel cabinets, generators, mounting systems of all types, Distributed Antenna System (DAS) facilities, database rooms, related structures and associated foundation analysis.
Industry Building Code Standards utilized in telecommunication projects include:
AASHTO American Association of State Highway and Transportation Officials
ASCE American Society of Civil Engineers
TIA Telecommunications Industry Association
CPUC California Public Utilities Commission (General Order 95)
NESC National Electrical Safety Code
Cell on Wheels (C.O.W.)
Location: Mobile, varies
Client: Verizon, Aluma Tower
Description: COWs are strategically intended to be rapidly deployed anywhere in the world and in diverse topography. PZSE designed this aluminum lattice tower with a rotating radar attachment on top. These towers can be utilized after natural disaster, to quickly patch gaps in the network making sure rescue workers and victims can communicate.
Project Type: Lattice Tower
Location: Westmorland, CA
Client: Red Rover LTD
Description: PZSE designed this 70' self- supporting tower with outdoor cabinets using the design program TNX Tower to meet the 110 mph wind requirements. This is just one example of many projects completed on time and within budget.
Rooftop Mount of Telecom Equipment
Location: Greater Tahoe Basin, CA
Client: Borges Architectural Group
Description: One of the considerations during design was this area is notorious for high snow loads. PZSE designed the attachment of the telecom equipment and retaining wall to house the cabinets for the new equipment.
Location: Santa Clara, CA
Description: PZSE designed for the attachment of telecommunication equipment which is located inside a cylindrical protective casing. The monopole was further analyzed to allow for stadium lighting and has been designed to withstand winds up to 100 mph.
DAS (Distributed Antenna System) Facility
Location: Wrigley Field, Chicago, Il
Description: This project included designing support and anchorage for cable tray support system for the cable ladder and park tower included in the Distributed Antenna Systems (DAS). Structural strategies highlights include but are not limited to
Grid of Unistrut’s to increase the reach of tensioned cables’ surface area to prevent sinking
Anchorage to concrete floor below implementing Hilti concrete anchors
Threaded rods for ceiling suspension application
Cable trays supported by distributed racks