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7 (-15°) 8 (-0 ) 9 (15°) <br /> 6 (-30°) 10 (30") <br /> 5 (-45-) 11 (45°) <br /> 4 (-60°) 12 (60°) <br /> 3 (-75-) 13 (75°) <br /> 2 (-90°) 14 (90°) <br /> 1 (-105-) 15 (105°) <br /> L (Links) M (Mitte) R (Rechts) <br /> 4.1.3 Drivetimes for the Autoshow <br /> If you wish to make a flameshow that is synchronized to the music, the drive times between single <br /> ignitions must be calculated. For the V1 version, the drivetime to the next ignition is entered as a rise <br /> time. In the X2 version, the device automatically drives to the next angle of ignition, and waits there <br /> until the ignition is made. Between the ignitions, you always need to enter a higher time distance <br /> then drive time. <br /> Angle Drivetime Example Autoshow V1 or normal ignition <br /> -105' 170 ms <br /> -90, 150 ms Channel 1 is being ignited.After the Wave Flamer has received a <br /> -75° 130 ms signal it moves to the-105°angle.This takes 170 milliseconds. After <br /> -60° 110 ms this drive,the ignition starts for about 0.11 seconds.After this,the <br /> -45° 90 ms Flamer moves to the middle position (0°)again. <br /> -30° 70 ms Example Autoshow X2 <br /> -15° 50 ms <br /> 0° 0 ms Channel 1 is being ignited by use of the Autoshow. Since the Show <br /> 15' 50 ms has been pre-programmed onto the Wave Flamer, it moves <br /> 30' 70 ms I automatically to the next angle of-105°. You do not need to enter a <br /> 45' 90 ms rise time during show creation. After this drive,the ignition is being <br /> 60' 110 ms made for about 0.11 seconds.Afterwards, the Flamer drives to the <br /> 75° 130 ms next angle used in the Autoshow. <br /> 90, 150 ms <br /> 105° 170 ms <br />