Led-Status - ACT FUZZY pro Bedienungsanleitung

DIP switch 1+4: Servo reverse
With these DIP switches the servo direction can be reversed. It reverses the servos
direction for control movements of the servos, given from the gyro (not from
transmitter controls).
DIP switch 2: MODE II HEADING/AVCS
In OFF position (MODE I) the gyro is a Standard gyro, in ON position the gyro works in
two modes, depending to the position of the gain channel. Minimum gain is in the
centre (1,5ms) of the gain channel. Maximum gain for either Standard-Mode (MODE I)
or HEADING Mode (MODE II) is at the end positions of the gain channel. As indication,
the LED flashes 2 x at NORMAL, 3 x MODE II. In HEADING mode, the gyro holds the
position/direction of the stanilized axis, as long as there is no stick control from the
pilot. The position is set either when switching ON receiver in HEADING mode,
switching from Standard- to HEADING-Mode or after every stick control movement.
Pot 1, "Dynamic" Pot Adjustment
The best gyro results can be reached wíth with the maximum possible sensiitivity. With
the "Dynamic" pot, the gyro´s response in MODE I and Mode 2 can be tuned to your
model´s characteristics. Every model has different servo speeds, controls aso., so the
dynamic pot can be adjusted to change the response curve in relation to the rate of
turn. The better the dynamic is adjusted, the higher the sensitivity can be adjusted.
Please adjust the pot with a small pozi-drive screwdriver. Left position = soft dynamic,
right position = hard dynamic. If the model starts to wag out, reduce dynamic pot
position to soft direction and try to increase sensitivity (gain) again.
If the gain-channel of the Fuzzy pro is not connected to the receiver, the pot works as
manually gain pot, the gain can be manually adjusted here.
Pot 2, Stick fade out adjustment
A built-in and adjustable mixer reduces the gyro's effect when you move the control
stick from center, you have the same feel or responsiveness that you would without a
gyro—a kind of reverse exponential effect. The pot adjusts the point, were the gyro
will be switched of when you move the control stick at the transmitter. The adjustment
effects with a small delay.
LED Status
LED-Indication, Voltage control
X-X-X Mode Normal, gain manually adjusted
XX-XX-XX Mode I, Normal
XXX-XXX-XXX Mode II, Heding
Fuzzy pro
Installing the
Fuzzy pro
The should be installed with the Gyro´s rotation axis identical to the
desrired axis which should be stabilized.
It is important to protect the Gyro from hard vibrations, as this can interfere with Piezo
sensor. Mount the Gyro using the 2mm double sided tape. This should create a firm,
but vibration free environment for the Gyro to operate in.
Piezo elements are also affected by changes in temperature, it is also important that
the gyro is well ventilated to prevent large temperature, such as the unit heating up
too much in the sun. However, as it is normally not possible avoid temperature
variations completely, the Fuzzy pro
Connection:
Fuzzy pro
The connectors on the
Futaba, JR or Hitec equipment is directly compatible with the unit.
Lead colours :
System Plus Minus (-
(+) )
Graupner/J red brown
R
Futaba red black
MPX red black
The gyro is connected between the receiver and the servo for the deisred control. The
connector without a mark is plugged into the receiver output for the servo. The lead
with the mark is connected to the Gain (AUX) channel on the receiver. The Gain
channel should correspond to a free proportional channel on the transmitter, so that
the gain can be easily adjusted in flight.
Practice
Adjustment of Gyro Direction
Before connecting the gyro, please make sure that the control of the model you want
to stabilize is responding in the correct direction to the movement of the transmitter
stick. Then connect the gyro to the receiver and servo as described above and set the
gyro gain (AUX) on the transmitter to 100% (only for test purpose, we test on
aileron).
Hold your model and quickly rotate it about the axis the gyro is operating. In the case
of our example for the roll axis, quickly bank the model to the right and the left as if it
was performing a roll. When the right wing dips downward, observe which way the
right aileron responds. If installed correctly, the right aileron should deflect downward
to counteract the right roll of the model. Similarly, when the left wing moves upward
(as if in a right bank), the left aileron should deflect upward to counteract the right roll
of the model. If your gyro responds opposite of the way described, turn the receiver
switch off and reverse the DIPswitches on the gyro. Turn the receiver switch back on
and test again.
CAUTION:If the gyro direction is set incorrectly, the model can't be controlled
anymore durcing flight.
8
has "built in" temperature compensation.
use the Futaba polarity system. Therefore any
Signal
orange
white
yellow