Transmitted power density levels (from center of rotation)
Installers must ensure that the Radar is installed in a location that adequately protects crew members and the general public from Radar antenna transmissions. Transmitted power density is based on the antenna gain, and the distance to the antenna.
Transmitted power density levels
Cyclone (E70620)
The following table lists the calculated minimum compliance boundary (in meters) for transmitted power density levels (rounded up to the nearest 0.1 m):
| Worker / Occupational / Crew | General Public | |
|---|---|---|
3 ft Antenna (E70628) |
0.2 m which is < Swept Volume (0.52 m) |
0.3 m which is < Swept Volume (0.52 m) |
4 ft Antenna (E70629) |
0.2 m which is < Swept Volume (0.67 m) |
0.4 m which is < Swept Volume (0.67 m) |
6 ft Antenna (E70630) |
0.2 m which is < Swept Volume (0.975 m) |
0.4 m which is < Swept Volume (0.975 m) |
Cyclone Pro (E70621)
The following table lists the calculated minimum compliance boundary (in meters) for transmitted power density levels (rounded up to the nearest 0.1 m):
| Worker / Occupational / Crew | General Public | |
|---|---|---|
3 ft Antenna (E70628) |
0.2 m which is < Swept Volume (0.52 m) |
0.5 m which is < Swept Volume (0.52 m) |
4 ft Antenna (E70629) |
0.3 m which is < Swept Volume (0.67 m) |
0.5 m which is < Swept Volume (0.67 m) |
6 ft Antenna (E70630) |
0.3 m which is < Swept Volume (0.975 m) |
0.5 m which is < Swept Volume (0.975 m) |