Operation Manual
Page 1
... 4.5k 250 5.8k 190 7.0k HIGH LEVEL 46 2 8 0 10 LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER AC 23S ACTIVE CROSSOVER AC 23S ACTIVE CROSSOVER
... 4.5k 250 5.8k 190 7.0k HIGH LEVEL 46 2 8 0 10 LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER AC 23S ACTIVE CROSSOVER AC 23S ACTIVE CROSSOVER
Operation Manual
Page 4
...appropriately. If your LOW / MID can use the unit as a Mono 5-Way, first check that the AC 23S is pin 2 Positive, pin 3 Negative (return), pin 1 to the unit being operated in the 2- OPERATORS MANUAL AC 23S ACTIVE CROSSOVER CH 1 MASTER LEVEL 46 2 8 0 10 LOW 2W: INACTIVE LEVEL 46 MUTE DELAY 46 2 8...2W: LOW / HIGH FREQUENCY 700 1.0k 550 2.0k 475 2.8k 350 4.5k 250 5.8k 190 7.0k HIGH LEVEL 46 2 8 0 10 AC 23S ACTIVE CROSSOVER LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER QUICK START Labels above the controls and jacks...
...appropriately. If your LOW / MID can use the unit as a Mono 5-Way, first check that the AC 23S is pin 2 Positive, pin 3 Negative (return), pin 1 to the unit being operated in the 2- OPERATORS MANUAL AC 23S ACTIVE CROSSOVER CH 1 MASTER LEVEL 46 2 8 0 10 LOW 2W: INACTIVE LEVEL 46 MUTE DELAY 46 2 8...2W: LOW / HIGH FREQUENCY 700 1.0k 550 2.0k 475 2.8k 350 4.5k 250 5.8k 190 7.0k HIGH LEVEL 46 2 8 0 10 AC 23S ACTIVE CROSSOVER LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER QUICK START Labels above the controls and jacks...
Operation Manual
Page 5
... 0 10 MIN MAX 0 10 MIN MAX 0 10 LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER AC 23S ACTIVE CROSSOVER 1 � 345 6 7 2 � 345 6 7 8 Observe the labels above the controls for stereo operation. *Not used for all signal is removed...driver whose diaphragm is situated behind the low frequency diaphragm. Refer to 'Selecting Crossover Frequencies' on pages Manual-9-12. 6 LOW / HIGH crossover frequency selector: This 41-detent selector sets the crossover frequency between the Low and High frequency Outputs. FRONT PANEL: STEREO 2-WAY ...
... 0 10 MIN MAX 0 10 MIN MAX 0 10 LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER AC 23S ACTIVE CROSSOVER 1 � 345 6 7 2 � 345 6 7 8 Observe the labels above the controls for stereo operation. *Not used for all signal is removed...driver whose diaphragm is situated behind the low frequency diaphragm. Refer to 'Selecting Crossover Frequencies' on pages Manual-9-12. 6 LOW / HIGH crossover frequency selector: This 41-detent selector sets the crossover frequency between the Low and High frequency Outputs. FRONT PANEL: STEREO 2-WAY ...
Operation Manual
Page 6
... Input 1 Left Input 100-240 V COMMERCIAL AUDIO 50/60 Hz 7 WATTS EQUIPMENT 24TJ AC 23S MADE IN U.S.A. Low frequencies are now routed to the right channel input of the FCC Rules. Note: The Low frequency outputs are still active and may cause undesired operation. Do not lift the ground connection! Operation is "hot... OUT 2W: OMIT R ACN 001 345 482 This device complies with an IEC 60320 C5 line cord (USA domestic). This switch removes the Low frequency crossover from the signal path. This mates with Part 15 of the low amplifier...
... Input 1 Left Input 100-240 V COMMERCIAL AUDIO 50/60 Hz 7 WATTS EQUIPMENT 24TJ AC 23S MADE IN U.S.A. Low frequencies are now routed to the right channel input of the FCC Rules. Note: The Low frequency outputs are still active and may cause undesired operation. Do not lift the ground connection! Operation is "hot... OUT 2W: OMIT R ACN 001 345 482 This device complies with an IEC 60320 C5 line cord (USA domestic). This switch removes the Low frequency crossover from the signal path. This mates with Part 15 of the low amplifier...
Operation Manual
Page 7
...46 2 8 0 10 MIN MAX 0 10 MIN MAX 0 10 LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER AC 23S ACTIVE CROSSOVER 1 345 6 789 0 q 2 345 6 789 0 q w Observe the labels screened above the controls for stereo operation. 1 Channel 1 MASTER LEVEL control: Sets the ...Refer to page Manual13 for all signal is situated behind the low frequency diaphragm. Refer to this Channel's Mid Output. 0 MID / HIGH crossover frequency selector: Sets the frequency between the Low and Mid Outputs. If the power is plugged in this yellow LED is at "7". 2 Channel...
...46 2 8 0 10 MIN MAX 0 10 MIN MAX 0 10 LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER AC 23S ACTIVE CROSSOVER 1 345 6 789 0 q 2 345 6 789 0 q w Observe the labels screened above the controls for stereo operation. 1 Channel 1 MASTER LEVEL control: Sets the ...Refer to page Manual13 for all signal is situated behind the low frequency diaphragm. Refer to this Channel's Mid Output. 0 MID / HIGH crossover frequency selector: Sets the frequency between the Low and Mid Outputs. If the power is plugged in this yellow LED is at "7". 2 Channel...
Operation Manual
Page 9
...2 8 0 10 MIN MAX 0 10 MIN MAX 0 10 LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER AC 23S ACTIVE CROSSOVER 1 234 5 0qw e � 678 9 rty u i o Observe the labels screened below the controls for alignment procedures. 5 SUB / LOW...from 0 to 2 ms of their settings when the AC 23S is switched to the Sub Output. w MID DELAY control: Adds from 0 to 2 ms of signal to the High-Mid Output only. u HlGH‑MID / HIGH crossover frequency selector (5‑way only): Sets the crossover Frequency between the Subwoofer and Low Outputs. i HIGH...
...2 8 0 10 MIN MAX 0 10 MIN MAX 0 10 LOW LOW / MID 4W: INACTIVE 5W: HIGH-MID 4W: INACTIVE 5W: HIGH-MID / HIGH HIGH POWER AC 23S ACTIVE CROSSOVER 1 234 5 0qw e � 678 9 rty u i o Observe the labels screened below the controls for alignment procedures. 5 SUB / LOW...from 0 to 2 ms of their settings when the AC 23S is switched to the Sub Output. w MID DELAY control: Adds from 0 to 2 ms of signal to the High-Mid Output only. u HlGH‑MID / HIGH crossover frequency selector (5‑way only): Sets the crossover Frequency between the Subwoofer and Low Outputs. i HIGH...
Operation Manual
Page 16
...School The philosophy here is to use the 3-Way mode here as an example-the procedure applies to all of active crossovers. Once the system is tuned, the crossover is then locked behind a security cover (posted guard is to flatten system response as much as possible without one....kind of realtime analyzer in frequency response somewhat above the crossover point, then set the output Level controls on the crossover, until the display shows the same output level average as necessary to highest, so that a good active crossover can deliver. Set all amplifier controls at low levels ...
...School The philosophy here is to use the 3-Way mode here as an example-the procedure applies to all of active crossovers. Once the system is tuned, the crossover is then locked behind a security cover (posted guard is to flatten system response as much as possible without one....kind of realtime analyzer in frequency response somewhat above the crossover point, then set the output Level controls on the crossover, until the display shows the same output level average as necessary to highest, so that a good active crossover can deliver. Set all amplifier controls at low levels ...
