ACT FUZZY pro Bedienungsanleitung Seite 7

Fuzzy pro
Instruction manual
Description
Fuzzy pro
The is used for the stabilisation of model aircrafts. Its intelligent
microprocessor controlled electronics, coupled to a Piezo sensor, monitors the rotation
of the model around the gyro/s axis. The
used in an airplane with features airplane flyers require. The
movements around it's axis much faster than the pilot can, and responds with different
modes.
The Fuzzy pro is perfect for aerobatics, thermal flying, glider towing (in both the
towing craft and the glider), jets and scale models. Basically, the Airplane Stabilizer
Piezo Gyro is perfect for any model with a stability problem, or for any pilot who wants
to enhance their flying with the added stability of a gyro.
The gyro can be used in two different modes. MODE I works as a dampener, effectively acting like a
brake, it does not return the model to its starting position. MODE II holds the model in the last position
which was set with the stick.
Fuzzy pro
The sensitivity of the
proportional channel during use, so the gyro´s response can be adapted to the
characteristics of the model whilst it is flying. In addition, with this channel, it can be
switched between MODE I and MODE II.
A special feature in this gyro is the "Dynamic" pot, which adjusted the characteristics
of the gyro response, allowing you to tune the gyro to your model characteristics.
The internal LED shows the current status by flashing in different patterns.
Fuzzy pro
For best results the
recommend Futaba servos. Servos from other producers could perhaps have problems
to work with the high speed and precise signals from the gyro. This results in small
vibrations and current consumption.
Features
The Fuzzy pro has two servo signal inputs and two servo outputs—each with its own
reversing switch. This enables you to use your gyro for a control that is operated by
two servos (such as dual servo operated elevators or ailerons). This also enables you
to retain your mixing without affecting the operation of the gyro. For example, if you
wish to connect your gyro to the elevator (operated by two servos), your
elevator/rudder mixing will still be able to function correctly. Similarly, if you wish to
connect your gyro to the ailerons (each operated by its own servo), the gyro will not
affect your mix.
Fuzzy pro
Your has a third input for gain control which allows you to you adjust the
sensitivity or effectiveness of the gyro, and you can do it while in flight. This requires
Fuzzy pro
Gyro is specially designed to be
Fuzzy pro
can be adjusted from the transmitter with any free
should be used in conjunction with fas servos, we
an adjustable control knob or a pot on your transmitter (or a programmable mix if you
have a computer radio). You may also turn the gyro off when it is not needed.
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. In addition, the gyro recognizes when the
input is coming from the stick or from a mix. For example, if you are using your gyro
to stabilize your ailerons and you have a flaperon mix, the gyro's sensitivity will not be
monitors all reduced when the ailerons are extended by your flaperon mix.
Mode I (Standard)
Works like all former gyros as a dampener, useful for all manoeuvers.
Mode II HEADING/AVCS
New gyro characteristics. Holds the position or direction of the model arround the
stabilized axis until a given stick control.
Adjustments
Function of DIP-Switches
ON
1 Servo 1 direction
Normal
2 Heading Mode
3 Set Servo limit
4 Servo 2 direction
Normal
Every change of DIP-Switch need a certain waiting in OFF position of
receiver until the change will be recognized. IMPORTANT: After switching the
receiver ON, DO NOT move the model for about 3-5 seconds, until the Led
flashes. During this time the gyro calibrates the piezo sensor´s centre position, and
confirms that the unit is functioning correctly - indicated by the LED flashing.
DIP switch 3:SET LIMITS
With that switch in ON position during switching-ON procedure for receiver, the servo
end position adjustment starts. Use full servo throw. Use the tail rotor stick and move
it slowly to one end position, back to centre and to the other end position. Now the
Gyro knows the stick throw and the centre position used. We recommend that this
centre position is hover-position. Now switch the DIP switch 1 back to OFF position,
the servo moves to left, centre and right position to indicate the stored positions.
Switch OFF receiver, wait 10 seconds ore more and switch ON receiver again. The
gyro knows now the positions and the tail servo will never move over these positions
during flight. Please take care that with these end positions no mechanical limit from
the linkage to the servo can happen.
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OFF
Servo 1 direction
reversed
Normal Mode
Normal-use
Servo 2 direction
reversed