GB
Sound module USM-RC-3
11.10.2021
BEIER-Electronic
89
Sound at servo movement
With this option the sound (additional sound) for the servo is always played as long
as the servo moves.
Sound when not in home position
With this option, the sound will be played when the servo is not in home position
(position of step 1).
If you click with the right mouse button in the table, the following additional functions
are provided:
Delete step
Deletes the step you have clicked on with the right mouse
button. All other steps are shifted up one row.
Insert step
Inserts
a
new step before the step on which you have
clicked with the right mouse button. All other steps are
shifted down one row.
Export sequence
With this, a complete sequence can be stored in a file
(*.s_seq) on a hard drive.
Import sequence
With this, previously exported sequences (*.s_seq) can be
read in again.
Example of previous page, servo 1 sequence: Recoil system of a tank
The servo 1 sequence shows an example of a simple recoil system of a tank. In step
1, the servo is placed in home position 1.000 ms (tank barrel ahead). Now, if the
cannon shot sound is triggered, the sequence for servo 1 can be activated on this
sound slot. After that, the servo moves very quickly (0.1 s) to the position of Step 2:
2.000 ms (tank barrel at the back). The duration of step 2 is 0.5 s. Since the position
of step 3 is also 2.000 ms, the servo remains in this position for this time (tank barrel
remains shortly at the back). After the expiry of 0.5 s, the sequence is now in step 3.
Since this is the last step the servo moves slowly in 0.8 s back to the home position
1.000 ms (position 1, tank barrel ahead again).
Example of previous page, servo 2 sequence: Windshield wiper
The servo 2 sequence shows an example for a windshield wiper. In step 1, the servo
is placed in the home position, which is 1.000 ms (wiper down). If the sequence is
triggered by using the function "Servo 2 sequence", the servo moves in 1.0 s to the
position of step 2, which means 2.000 ms (wiper at the top). Since this is the last
step, the servo will move back to the home position (position 1) in 1.0 s, which
means back to 1.000 ms (wiper down).
