Digital Beam forming antenna

Preparing Radome to be lifted on the roof

First securing all sections of the radome and bolting all panels in place. Caulking all bolts and seams prior to the lift.

Using a Crane to put the Radome on the DBF Antenna

Designing of proper Mechanical Hoisting swivels and brackets to attach to the frame to allow lifting of the 400 pounds plus DBF Frame and ACU components.

Using a Crane to put the Radome on the DBF Antenna

The next step was to bolt down the radome and attaching air-conditioning and heating.

CAD Design of Digital Beam Forming Antenna

Being the sole Engineer/Designer on the DBF Antenna it was my responsibility for all Mechanical Engineering Design and the completed Drawing Package.

62 RJ45 Cables between the LNA and the Splitter Box

As well as connecting the cables using a laptop to load software for the DBF.