The TTS56-A active subwoofer can be configured both from the rear panel and from remote through the RDNet connection.
Input Sensitivity
This rotary switch controls the overall signal level at the input to the power amplifier.
XLow Cut 30/45 Hz
This switch provides a high pass 24 dB/octave filtering at 30 or 45 Hz. This setting is perfect for indoor situations or when all the power shall be used in the 45 Hz – 100 Hz range.
XOver 60/100 Hz
It provides either a 24 dB/octave low-pass filtering at 80 Hz or 110 Hz. The same crossover frequency in high pass is available from Xover Output Xlr
Time Delay Encoder
Provides a time delay setting expressed in meters.
Time Delay Display
High quality digital display that shows the time delay setting.
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4 system status indicators
Power, status, signal and limiter.
Cardioid Set Up
This switch provides a special equalization and delay setting to create a cardioid pattern when the system is used in conjunction with two other TTS56-A modules.
Link and Active LEDs
Indicate when the module is addressed and configured from the RDNet controller
RDNet Bypass
Pressing this switch is possible to by-pass the RDNet user setting preloaded on the module. When the RDNet controller is not connected, the by-pass switch act as follow:
- By-Pass Switch pressed (LED on), the system bypass the input board and reads the last RDNet setting configuration saved;
- By-Pass Switch released (LED off), the system reads the input board and by-pass the user setting eventually loaded on the speaker.
RDNet Configuration
The TTS56-A is equipped with a RDNet connection on board.
By using the RDNet Controller Unit is possible to:
- receive status information from the system (amplifiers status, signal levels, system settings, etc)
- send commands to the system (mute, solo, change sensitivity, change setting, set user equalization, etc)
Cardioid Set-Up
To reduce back and side emission subwoofers cardioid configurations can be useful. The TTS56-A allows creating cardioid systems using groups of three stacked modules. Two modules must point in forward direction with the cardioid switch released. The central module must fire backward with the cardioid switch pressed.
It is important that all three modules have the same settings (system delay, sensitivity, x-low cut, xover, etc).