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Electromagnetic compatibility and interference information.
Introduction to owning and caring for the monitors.
Guidance on how to use the manual effectively.
Overview of the AIR monitor system's advantages and technology.
Explanation of the system's network architecture and unit roles.
Process for setting up and connecting monitors in a system.
Methods for controlling the AIR system remotely.
Shared functionalities and protection systems across monitor types.
Power management features and procedures for the AIR system.
Description of connectors and controls on the AIR Master unit.
Description of connectors and controls on AIR Slave/Sub units.
Information about the optional digital input card for 5.1 setups.
Explanation of the master unit's display and navigation buttons.
General guide to navigating menus and performing basic operations.
Overview of the monitor's main display and volume control.
Settings for managing bass frequencies and crossover points.
How to select the system's configuration type (e.g., Stereo, 5.1).
Assigning specific roles and positions to each monitor.
Configuring synchronization with external clock sources.
Adjusting input gain for analog signals.
Steps for calibrating individual monitors for optimal performance.
How to load previously saved system configurations.
How to save current system settings as reusable presets.
Details on which parameters are stored with presets.
General guidelines for optimizing monitor placement.
Importance of symmetrical speaker layout for optimal imaging.
Recommended placement angles and distances for front speakers.
Different room position settings and their acoustic compensation.
Verifying signal phase alignment between monitors for correct sound.
Using low-frequency sweeps to evaluate speaker positioning.
Using the built-in EQ for tonal balance adjustments.
Setting sound pressure levels for all main monitors to match.
Importance and function of bass management systems.
Verifying crossover settings for bass management.
Setting the low-pass filter for the LFE channel.
Adjusting the gain for the Low Frequency Effects channel.
Setting polarity for optimal subwoofer integration.
Overview of the dedicated hardware remote control features.
Introduction to the software for configuring and calibrating AIR monitors.
Key functionalities of the AIR Control software.
Hardware and OS requirements for running the software.
Where to download the AIR Control software.
Steps for installing the AIR Control software.
Connecting the computer to the AIR monitor system.
Explanation of global vs. local settings within the software.
How to adjust parameters using the software interface.
How to check the software version.
Overview of system status and basic controls in the software.
Managing presets and system configurations via the software.
Configuring bass management settings using the software.
Grouping monitors for synchronized EQ adjustments.
Locking parameters to prevent unauthorized changes.
Configuring global preferences and reset options.
How to select individual monitors for detailed setup.
Page for configuring basic parameters and sending test signals.
Detailed configuration of the four-band parametric equalizer.
Accessing firmware information for selected monitors.
Retrieving log files showing current monitor settings.
Details on the Cat 5 cable for system networking and data transfer.
Information on cables for connecting audio sources via AES/EBU.
Specific proprietary cable for connecting computer to monitor.
Resetting global and local parameters for all monitors.
Performing a full factory reset of the system.
Resetting the entire AIR system to default network settings.
Conditions under which the warranty is voided.
Detailed specifications for AIR 6 and AIR 15 monitors.
Detailed specifications for AIR 20 and AIR 25 monitors.
Detailed specifications for AIR BASE 1 and AIR BASE 2 subwoofers.
Detailed specifications for the AIR Base 12 subwoofer.
Detailed specifications for the AIR Base 24 subwoofer.
Recommended monitor models for different room sizes and listening distances.
Common technical specifications across various AIR product models.
Introduction to room acoustics and sound principles.
Key parameters for achieving good room acoustics.
Definition and importance of reverberation time in control rooms.
Formula for calculating reverberation time based on room size and absorption.
Types of acoustic absorbers and their properties.
Role and types of acoustic diffusers.
Explanation of standing waves and room modes.
Causes and effects of comb filtering in audio.
Principles of subwoofer use and psychoacoustic considerations.
Importance and function of bass management systems.
Methods for delaying monitors for specific setups like ITU 775 or cinema.
Acoustic summation and multi-channel system calibration.
Where to find help, warranty info, and product details.
Links to Dynaudio Professional's web, Facebook, and YouTube.
Electromagnetic compatibility and interference information.
Introduction to owning and caring for the monitors.
Guidance on how to use the manual effectively.
Overview of the AIR monitor system's advantages and technology.
Explanation of the system's network architecture and unit roles.
Process for setting up and connecting monitors in a system.
Methods for controlling the AIR system remotely.
Shared functionalities and protection systems across monitor types.
Power management features and procedures for the AIR system.
Description of connectors and controls on the AIR Master unit.
Description of connectors and controls on AIR Slave/Sub units.
Information about the optional digital input card for 5.1 setups.
Explanation of the master unit's display and navigation buttons.
General guide to navigating menus and performing basic operations.
Overview of the monitor's main display and volume control.
Settings for managing bass frequencies and crossover points.
How to select the system's configuration type (e.g., Stereo, 5.1).
Assigning specific roles and positions to each monitor.
Configuring synchronization with external clock sources.
Adjusting input gain for analog signals.
Steps for calibrating individual monitors for optimal performance.
How to load previously saved system configurations.
How to save current system settings as reusable presets.
Details on which parameters are stored with presets.
General guidelines for optimizing monitor placement.
Importance of symmetrical speaker layout for optimal imaging.
Recommended placement angles and distances for front speakers.
Different room position settings and their acoustic compensation.
Verifying signal phase alignment between monitors for correct sound.
Using low-frequency sweeps to evaluate speaker positioning.
Using the built-in EQ for tonal balance adjustments.
Setting sound pressure levels for all main monitors to match.
Importance and function of bass management systems.
Verifying crossover settings for bass management.
Setting the low-pass filter for the LFE channel.
Adjusting the gain for the Low Frequency Effects channel.
Setting polarity for optimal subwoofer integration.
Overview of the dedicated hardware remote control features.
Introduction to the software for configuring and calibrating AIR monitors.
Key functionalities of the AIR Control software.
Hardware and OS requirements for running the software.
Where to download the AIR Control software.
Steps for installing the AIR Control software.
Connecting the computer to the AIR monitor system.
Explanation of global vs. local settings within the software.
How to adjust parameters using the software interface.
How to check the software version.
Overview of system status and basic controls in the software.
Managing presets and system configurations via the software.
Configuring bass management settings using the software.
Grouping monitors for synchronized EQ adjustments.
Locking parameters to prevent unauthorized changes.
Configuring global preferences and reset options.
How to select individual monitors for detailed setup.
Page for configuring basic parameters and sending test signals.
Detailed configuration of the four-band parametric equalizer.
Accessing firmware information for selected monitors.
Retrieving log files showing current monitor settings.
Details on the Cat 5 cable for system networking and data transfer.
Information on cables for connecting audio sources via AES/EBU.
Specific proprietary cable for connecting computer to monitor.
Resetting global and local parameters for all monitors.
Performing a full factory reset of the system.
Resetting the entire AIR system to default network settings.
Conditions under which the warranty is voided.
Detailed specifications for AIR 6 and AIR 15 monitors.
Detailed specifications for AIR 20 and AIR 25 monitors.
Detailed specifications for AIR BASE 1 and AIR BASE 2 subwoofers.
Detailed specifications for the AIR Base 12 subwoofer.
Detailed specifications for the AIR Base 24 subwoofer.
Recommended monitor models for different room sizes and listening distances.
Common technical specifications across various AIR product models.
Introduction to room acoustics and sound principles.
Key parameters for achieving good room acoustics.
Definition and importance of reverberation time in control rooms.
Formula for calculating reverberation time based on room size and absorption.
Types of acoustic absorbers and their properties.
Role and types of acoustic diffusers.
Explanation of standing waves and room modes.
Causes and effects of comb filtering in audio.
Principles of subwoofer use and psychoacoustic considerations.
Importance and function of bass management systems.
Methods for delaying monitors for specific setups like ITU 775 or cinema.
Acoustic summation and multi-channel system calibration.
Where to find help, warranty info, and product details.
Links to Dynaudio Professional's web, Facebook, and YouTube.
General| Woofer Size | 10 inches |
|---|---|
| Tweeter Size | 1.1 inches |
| Max SPL | 118 dB |
| Amplifier Power (Tweeter) | 100 W |
| Digital Inputs | AES/EBU |
| Input Types | Analog XLR, Digital AES/EBU |
| Weight | 16.5 kg |
| Tweeter | 1.1" soft dome |
| Woofer | Polypropylene cone |
| Inputs | Analog XLR, Digital AES/EBU |
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