Specifications
The AIR concept
Dynaudio Professional AIR reference manual – 2014-08-28 29
Remote control using
AIR Remote or AIR
Control software
You can set up and control AIR monitor systems …
1. locally via the Master monitor’s user interface
(the display and the buttons surrounding it)
2. via the optional AIR Remote or
3. from a computer running the free AIR Control
software.
AIR Remote
AIR Remote is a dedicated hardware remote control
that ensures convenient daily operation. AIR Remote
provides instant access to all signicant operation
parameters such as global volume, reference levels,
preset recall as well as solo and mute status for each
monitor. The AIR Remote is powered through a TC Link
cable which can be connected to any AIR monitor.
To learn more about AIR Remote, go to
dynaudioprofessional.com/
air-series/monitors/air-remote/
AIR Control software
AIR Control software allows you to carry out advanced
calibration and alignment of your AIR monitoring sys-
tem. The software provides access to advanced tools
and features inside AIR monitors and subwoofers, in-
cluding timing and SPL calibration and parametric EQs
for each monitor. AIR Control lets you dene and store
custom setups and presets with selective parameter
locking, and a special measurement mode provides EQ
line signal out from selected monitors.
To learn more about AIR Control and download the soft-
ware, go to
dynaudioprofessional.com/
air-series/monitors/air-control/
Common features
for both the Master
and Slave units
Advanced Condition Monitoring
For both the Master and the Slave units several pro-
tection systems are included in the AIR monitors. They
insure both short term protection against large dynamic
pulse signals and long term protection against over-
heating, which could permanently damage the drivers.
Long term thermal protection
Inside the amplier module, the temperature of the
heat sink is constantly monitored so any dangerous
over-temperature situations can be avoided, protecting
the entire electronic module. Furthermore, the tempera-
ture of the tweeter voice coil is calculated with behav-
ioral modeling of the tweeter’s thermal characteristics.