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3.8.2. Limiter
Here you enter the numerical range within which the telemetry
function is to operate. The lower limit defines the telemetry value
corresponding to -100% of the function. The upper limit defines
+100% of the telemetry control.
In our example the system starts to reduce motor power in the
range 11.0V to 10.0V.
In the field to the right of the limiter you will see the output after
the limit has taken effect. The simulator function allows you to
see which values are present in the function:
.
3.8.3. Invert
This button can be used to invert the output of the telemetry control.
3.8.4. Control
Here you see the value after the calculation. This output can now be used to control functions, switch flight phases, operate Ser-
vo Cut or control other things. The telemetry control can be used to do anything that a stick or switch can also do.
3.8.5. Switching off the telemetry control
This function can be used to override the telemetry control,
typically using a switch. At this point you can assign a switch
or slider. In the field to its left you can enter the value which the
telemetry control is to adopt when it is switched off.
To conclude our example, you can now see how the telemetry control is set in such a way that motor power is reduced by 50%
when battery voltage falls to 11.0V.
This is accomplished by setting up a further function: selecting the telemetry control as transmitter control, and altering the curve
of the telemetry control in Setup.
