JR ProPo DSX11 Operation Manual page 96

Gear Channel, AUX2 and AUX3 Input Device and Output Condition
Gear Channel

The gear channel (5ch) operation can be selected as a changeover switch. The
input devices that can be selected are all of the switches.
The OUT item selects whether the input part and output part are to be left
connected or disconnected, or else whether to select the output value using
another setting item. In the initial settings, "ACT" will be set.
When ACT is selected, the currently selected input device position will be output.
In the situation where INH has been selected, the output will be fixed at the
neutral position. This can be used as a Program Mixing Slave channel and
linked with the operations of other channels. In addition, because the input
device will be independent, it will be possible to use this as a Master channel.
By selecting GOV, the Governor Mixing item will be added to the Function Mode,
and setting will become possible. (This can only be selected during Flight Mode
setting.)
When GYR is selected, the Gyro item will be added to the Function Mode, and
setting will become possible.
When PIT is selected, the Pitch Curve item will be added to the Function Mode.
The channel set in this function will become the Pitch channel.
 AUX2 and AUX3 Channels
These will set the AUX2 (7ch) and AUX3 (8ch) operations.
The output will be the same as the channels described above.
* In the situation where 4-Aileron has been selected as the Wing Type, the GEAR,
AUX2 and AUX3 channels will be used.
In this situation, the outputs will be forcibly displayed as "LAL1", "RAL2", and "LAL2",
utput setting will not be possible.
and o
Flap Channel Input Device and Output Conditions
As the input device, it will be possible to select any of the three-position
switches.
The output device can be selected as "INH", "ACT", or "SYS".
OUT: In the situation where INH has been selected, neutral will be fixed.
When ACT is selected, the currently selected input device position will be output.
When SYS is selected, it will become possible to use the Flap System function.
In the initial setting, "SYS" will be selected. In the situation where INH or ACT is
set, this channel name will become "AUX1".
AUX4, AUX5, and AUX6 Channel Input Device and Output Conditions
In the situation where a knob has been selected as the input device, the knob
center will be the neutral position in full operation. In the situation where a
3-position switch such as the Flight Mode switch has been selected, because
the switch itself has three positions, this will become three-stage operation
consisting of the left and right maximum operations and neutral. In the case of
the GEAR switch, this will have maximum operation to the left and right.
For AUX5 and AUX7, it will be possible to select one from among the AUX4,
AUX5, and AUX6 knobs, the left and right AUX3 lever, flap lever, Mix switch or
the Trainer switch.
The output device can be selected as "INH" or "ACT".
OUT: In the situation where INH has been selected, neutral will be fixed.
When ACT has been selected, the input device value will be set.
Cautions during Output Condition Setting
INH: Output invalid
ACT: Output the input device value
GYR: Output the Gyro setting value
PIT: Output the Pitch Curve value
INH: The output is fixed as neutral. It will be
possible to change the value using
Program Mixing, etc.
ACT: Outputs the value of the input device
GYR: Outputs the setting value in the gyro
item.
In the situation where there are two
gyros, or in Dual Gain, two channels
will be used.
PIT: It will become possible to set the
Pitch Curve, and this will be capable
of being linked to the throttle stick.
Please read the Pitch Curve items.
It will not be possible to carry out
selection.
duplicated
* In the situation where a Tail Lock
Gyro is being used which requires a
two-channel portion of control, use
this function to set the outputs of two
channels to "GYR" beforehand.
INH: Output invalid
ACT: Outputs the input device
value
SYS: Outputs the Flap System
setting value
GYR: Outputs the Gyro setting
value
PIT: Outputs the Pitch Curve value