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S1019_S1034_S1035_33579_33583_FW2_DE_V1.0sh
Expert mode "Yes"
Base sett control
Tail servo 1,5ms
Tail frequency 333Hz
Tail mid +0
Tail limit B +50
4.Swp servo mid +0
Logging +3
Expert mode Yes
As soon as the "Expert mode" opon on the last line of the display
page "Basic seng control" is set to "Yes", further opons are avail-
able on the display pages "Swash seng" and "Tail rotor sengs".
Regardless of "yes / no", however, the associated sengs are always
eecve. Switching to "no" thus does not switch o these opons,
but only fades them out again.
P tail
I tail +70
P tail +80
D tail +15
Tail dynamic +65
Vivration damping No
Stop damping R +5
Stop damping L +5
Tail rotor settin
Tail sensitivity 65
Tail rate +85
Tail expo +40
Pitch- Tail +25
Swp- Tail +4
The "P tail" opon is responsible for effecng a harder stop with the
tail. Higher values result in a faster stop. If the P values are too high,
the tail will start to "oscillate". In such cases, the value must be
reduced again.
Adjustment range: +40 … +125
I tail
The I-factor ensures constant piroueng. Start with low values and
only increase them unl the pirouees are constant. If the values are
too high, this will cause the tail to oscillate slowly.
Adjustment range: +20 … +100
D tail
The D-factor influences how the tail is stopped. If the tail bounces
somewhat when the tail is stopped, this parameter should rst be
increased in 5-degree increments to test the tail stop.
Adjustment range: 0 … +50
Note on "P / I / D tail"
The control is based on the PID principle, where the "P" stands for
"proporonal", the "I" for "integral" and the
"D" for "digital". In short
...
... the deviaon from the setpoint proporonal to the manipulated
variable has an eect at the P value.
... the exisng control deviaon is connuously summed up at the I
value and then acts on the manipulated variable via the I value.
... the dierenal component only takes into account the speed of
the control deviaon and then acts on the control accordingly via the
D component.
Pitch => Tail and Swp => Tail
Torque compensaon for pitch and tail is opmal when the two
opons are adjusted together.
Pitch => Tail
With rapid successive pitch changes (pitch pumping) and the
resulng swashplate movements, the tail should remain stable
also during the load. If the tail swings out shortly, "Pitch => Tail"
should be increased unl the tail is sll.
36


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