To Next PageTo Next Page
Need help?Do you have a question about the Symetrix airTools 6200 and is the answer not in the manual?
Lists items included in the 6200 package, such as the hardware device, CD-ROM, and user guide.
Details PC requirements for GUI control, including OS, storage, graphics, and connectivity.
Provides contact information for customer support via phone, email, and web.
Key safety instructions covering general operation, water proximity, cleaning, and ventilation.
Details power requirements, plug safety, and limitations on user-serviceable parts.
Details space, weight, power consumption, and ambient temperature requirements.
Covers nominal/maximum levels, impedance, and analog-to-digital conversion.
Details sample rate, sync range, dynamic range, and frequency response.
Details buttons for navigating menus and managing programs (BYPASS, PREV/NEXT, HOME, LOAD/SAVE).
Describes the monochrome display and the ADJUST continuous rotary encoder.
Covers the IEC power connector and the TC89/TC90 Time Code In port.
Details RS-232, Ethernet, RS-485, and remote control ports for system integration.
Describes Analog and Digital AES audio ports for signal input and output.
Instructions for connecting the AC power cord to the unit and power source.
Details wiring for analog audio signals, including XLR connections and unbalanced outputs.
Describes phantom power, its purpose for condenser mics, and compatibility.
Highlights specific warnings and best practices when using phantom power with microphones.
Provides DOs and DON'Ts for phantom power usage, including muting and microphone compatibility.
Step-by-step guide to enable phantom power for the Channel 1 input.
Explains coarse vs. fine gain, overall gain range, and their relation to noise and headroom.
Provides recommendations for setting gain levels for maximum performance and headroom.
Step-by-step process for setting the initial coarse gain for microphone inputs.
Details how to set fine gain trim for optimal level and headroom.
Explains how to use the 'In LVL' menu for monitoring input signal levels.
Introduces DSP modules and describes the Symmetry module for speech waveform enhancement.
Covers High Pass Filter and Shelving Filter functions, slopes, and controls.
Describes De-Esser for sibilance reduction and Parametric EQ for frequency tailoring.
Explains the expander for reducing lower level signals and its parameters.
Details the compressor for dynamic range reduction and its main controls.
Covers sidechain, knee, makeup gain, lookahead delay, and sidechain filters.
Explains AGC as a compressor variant and its specific controls like Detector Thresh and Goal.
Describes the Low Pass Filter for attenuating high frequencies and its slope settings.
Details the final output level adjustment range and typical usage.
Explains how to use the 'Out LVL' menu for monitoring output signal levels.
Step-by-step guide to save current settings as a mono or stereo program.
Step-by-step guide to recall stored programs from memory locations.
Describes procedures for copying programs and renaming them via the menu.
Details the 9-pin D-sub port for external program recall using contact closures.
Explains using the RC-1 remote or other MIDI devices for program recall.
Describes the features, operation, and limitations of the RC-1 remote controller.
Guide to configuring the RC-1's MIDI channel and setting the first program recall offset.
How to operate the RC-1, label programs, and understand its LED indicators.
Information on building custom or extension cables for the RC-1.
Explains connecting multiple RC-1s using a MIDI merge box for independent channel control.
How to invoke DSP bypass via front panel, RC-1, or contact closure.
Describes the relay-activated output disconnect accessible via contact closure.
Explains the function of analog control inputs for real-time parameter control.
Step-by-step calibration process for potentiometers connected to control inputs.
Explains that parameter assignment to analog inputs is done within the 6200 Designer software.
How to connect AES outputs to downstream equipment using XLR connectors.
Step-by-step guide to set the output format for AES OUT 1 and AES OUT 2.
Describes HomerLink for transmitting AES channels over CAT-5 cable for integration.
Steps to set channel input source to AES or sync to an external AES clock.
How the unit automatically clocks to a valid AES input source.
How to use ESE time code to drive the real-time clock and Event Manager.
Configuration for synchronizing the 6200's clock via Ethernet and Time Protocol.
Procedures for installing the 6200 Designer software from CD-ROM or the AirTools website.
Steps to connect the 6200 to a PC using a USB cable for control.
Guide to choosing the search location for the USB driver during installation.
Steps to browse and select the correct directory containing the USB driver files.
Steps to finalize the driver installation and prepare for online operation.
Details for connecting and communicating with the 6200 via RS-232.
Procedure to set the RS-232 baud rate to match the connected PC.
Describes RS-485 as a long distance serial control option and connection requirements.
Procedure for configuring the RS-485 baud rate for reliable communication.
Steps to set the unique ID for the 6200 on an RS-485 multi-drop bus.
Details IP Address, Subnet Mask, and Gateway needed for LAN connectivity.
Information on connecting through firewalls or VPNs, including UDP port usage.
Steps to configure PC network settings for connection to the 6200.
Details for setting IP address and DNS server in Windows 2000's TCP/IP properties.
Steps for configuring network settings in Windows XP's Local Area Connection properties.
Procedure to set the device's IP address via the front panel menu.
Procedure to set the subnet mask via the front panel menu.
Procedure to set the gateway IP address via the front panel menu.
Overview of the 6200 Designer software interface for controlling hardware parameters.
Steps to reset the 6200 to factory defaults, erasing all settings and programs.
Details the 18-month limited warranty, exclusions, and disclaimers.
How to obtain a Return Authorization (RA) number from customer service for repairs.
Procedures for returning the unit for in-warranty service, including packaging and shipping.
Information on charges and procedures for out-of-warranty service.
Steps required to safely remove the unit's top cover for internal access.
Procedure to switch analog outputs from line level to microphone level using internal jumpers.
Overview of top-level menu categories like Home, Section to Edit, Input, and Output.
Details of settings within the Setup Menu, including time, communication, and controls.
Visual representation of DSP module access and parameter navigation.
Covers parameters like Device Name, IP Address, Subnet Mask, and MAC Address.
Details settings for Program Name, Module Order, and Unit Number.
Covers specific parameter controls for Compressor, Expander, and AGC modules.
Shows wiring for balanced and unbalanced audio inputs to the 6200.
Shows wiring for balanced and unbalanced audio outputs from the 6200.
Details XLR and TRS connections for balanced audio signal transfer.
Details TS and RCA connections for unbalanced audio signal transfer.
Shows connections using terminal strips for various input/output scenarios.
Lists items included in the 6200 package, such as the hardware device, CD-ROM, and user guide.
Details PC requirements for GUI control, including OS, storage, graphics, and connectivity.
Provides contact information for customer support via phone, email, and web.
Key safety instructions covering general operation, water proximity, cleaning, and ventilation.
Details power requirements, plug safety, and limitations on user-serviceable parts.
Details space, weight, power consumption, and ambient temperature requirements.
Covers nominal/maximum levels, impedance, and analog-to-digital conversion.
Details sample rate, sync range, dynamic range, and frequency response.
Details buttons for navigating menus and managing programs (BYPASS, PREV/NEXT, HOME, LOAD/SAVE).
Describes the monochrome display and the ADJUST continuous rotary encoder.
Covers the IEC power connector and the TC89/TC90 Time Code In port.
Details RS-232, Ethernet, RS-485, and remote control ports for system integration.
Describes Analog and Digital AES audio ports for signal input and output.
Instructions for connecting the AC power cord to the unit and power source.
Details wiring for analog audio signals, including XLR connections and unbalanced outputs.
Describes phantom power, its purpose for condenser mics, and compatibility.
Highlights specific warnings and best practices when using phantom power with microphones.
Provides DOs and DON'Ts for phantom power usage, including muting and microphone compatibility.
Step-by-step guide to enable phantom power for the Channel 1 input.
Explains coarse vs. fine gain, overall gain range, and their relation to noise and headroom.
Provides recommendations for setting gain levels for maximum performance and headroom.
Step-by-step process for setting the initial coarse gain for microphone inputs.
Details how to set fine gain trim for optimal level and headroom.
Explains how to use the 'In LVL' menu for monitoring input signal levels.
Introduces DSP modules and describes the Symmetry module for speech waveform enhancement.
Covers High Pass Filter and Shelving Filter functions, slopes, and controls.
Describes De-Esser for sibilance reduction and Parametric EQ for frequency tailoring.
Explains the expander for reducing lower level signals and its parameters.
Details the compressor for dynamic range reduction and its main controls.
Covers sidechain, knee, makeup gain, lookahead delay, and sidechain filters.
Explains AGC as a compressor variant and its specific controls like Detector Thresh and Goal.
Describes the Low Pass Filter for attenuating high frequencies and its slope settings.
Details the final output level adjustment range and typical usage.
Explains how to use the 'Out LVL' menu for monitoring output signal levels.
Step-by-step guide to save current settings as a mono or stereo program.
Step-by-step guide to recall stored programs from memory locations.
Describes procedures for copying programs and renaming them via the menu.
Details the 9-pin D-sub port for external program recall using contact closures.
Explains using the RC-1 remote or other MIDI devices for program recall.
Describes the features, operation, and limitations of the RC-1 remote controller.
Guide to configuring the RC-1's MIDI channel and setting the first program recall offset.
How to operate the RC-1, label programs, and understand its LED indicators.
Information on building custom or extension cables for the RC-1.
Explains connecting multiple RC-1s using a MIDI merge box for independent channel control.
How to invoke DSP bypass via front panel, RC-1, or contact closure.
Describes the relay-activated output disconnect accessible via contact closure.
Explains the function of analog control inputs for real-time parameter control.
Step-by-step calibration process for potentiometers connected to control inputs.
Explains that parameter assignment to analog inputs is done within the 6200 Designer software.
How to connect AES outputs to downstream equipment using XLR connectors.
Step-by-step guide to set the output format for AES OUT 1 and AES OUT 2.
Describes HomerLink for transmitting AES channels over CAT-5 cable for integration.
Steps to set channel input source to AES or sync to an external AES clock.
How the unit automatically clocks to a valid AES input source.
How to use ESE time code to drive the real-time clock and Event Manager.
Configuration for synchronizing the 6200's clock via Ethernet and Time Protocol.
Procedures for installing the 6200 Designer software from CD-ROM or the AirTools website.
Steps to connect the 6200 to a PC using a USB cable for control.
Guide to choosing the search location for the USB driver during installation.
Steps to browse and select the correct directory containing the USB driver files.
Steps to finalize the driver installation and prepare for online operation.
Details for connecting and communicating with the 6200 via RS-232.
Procedure to set the RS-232 baud rate to match the connected PC.
Describes RS-485 as a long distance serial control option and connection requirements.
Procedure for configuring the RS-485 baud rate for reliable communication.
Steps to set the unique ID for the 6200 on an RS-485 multi-drop bus.
Details IP Address, Subnet Mask, and Gateway needed for LAN connectivity.
Information on connecting through firewalls or VPNs, including UDP port usage.
Steps to configure PC network settings for connection to the 6200.
Details for setting IP address and DNS server in Windows 2000's TCP/IP properties.
Steps for configuring network settings in Windows XP's Local Area Connection properties.
Procedure to set the device's IP address via the front panel menu.
Procedure to set the subnet mask via the front panel menu.
Procedure to set the gateway IP address via the front panel menu.
Overview of the 6200 Designer software interface for controlling hardware parameters.
Steps to reset the 6200 to factory defaults, erasing all settings and programs.
Details the 18-month limited warranty, exclusions, and disclaimers.
How to obtain a Return Authorization (RA) number from customer service for repairs.
Procedures for returning the unit for in-warranty service, including packaging and shipping.
Information on charges and procedures for out-of-warranty service.
Steps required to safely remove the unit's top cover for internal access.
Procedure to switch analog outputs from line level to microphone level using internal jumpers.
Overview of top-level menu categories like Home, Section to Edit, Input, and Output.
Details of settings within the Setup Menu, including time, communication, and controls.
Visual representation of DSP module access and parameter navigation.
Covers parameters like Device Name, IP Address, Subnet Mask, and MAC Address.
Details settings for Program Name, Module Order, and Unit Number.
Covers specific parameter controls for Compressor, Expander, and AGC modules.
Shows wiring for balanced and unbalanced audio inputs to the 6200.
Shows wiring for balanced and unbalanced audio outputs from the 6200.
Details XLR and TRS connections for balanced audio signal transfer.
Details TS and RCA connections for unbalanced audio signal transfer.
Shows connections using terminal strips for various input/output scenarios.
General