Sunsight Instruments AAT-30 AntennAlign® Alignment Tool
Introducing the Sunsight AAT-30, the pinnacle of precision in antenna alignment tools, designed for professionals in the field of equipment installation and antenna position audits. This state-of-the-art device stands as the lightest and most accurate alignment tool, ensuring that each antenna installation is executed flawlessly, minimizing the need for costly site re-visits or re-climbs.
The AAT-30 seamlessly measures antenna alignment across key dimensions: azimuth, tilt, roll, and height above ground level. Its quick capture feature allows technicians to obtain antenna position data directly on-site even if prior measurements were unavailable. This functionality enhances operational efficiency by providing immediate access to critical alignment data.
Designed with durability in mind, the AAT-30 features a robust powder-coated aluminum housing, making it weatherproof and resilient in harsh conditions typical of general contracting work. With its user-friendly interface, the tool can be quickly mounted to various antenna locations, allowing for ease of use and rapid setup.
One of the standout capabilities of the AAT-30 is its ability to connect to any WiFi-enabled device, allowing users to capture readings in seconds and create permanent records of antenna alignment with ease. The tool allows for input of desired equipment positions either before the climb or on-site, ensuring accurate and accountable installations.
Upon completion, the AAT-30 generates comprehensive reports detailing the final alignment specifications, which include:
These records can be conveniently downloaded in PDF or CSV format, making it easy for contracting companies or quality control departments to verify and certify that installations meet specified requirements.
Specifications of the Sunsight AAT-30 AntennAlign:
- Azimuth (Heading) Accuracy (degrees):
- Tilt and Roll Range and Accuracy (degrees):
- Horizontal Accuracy (ft): +/- 1
- Vertical Accuracy - MSL (ft): +/- 2
Accuracy may depend on multipath environment, number of satellites in view, and satellite geometry. Requires SBAS correction for optimal results.
