10
copyright © 2012 BMI J6 transmitter
3. Always put the small cover back in place, so an accidental mode change is
excluded.
Power saving
The transmitter will go into a state of low power consumption if the sticks are
untouched for more than 5 minutes.
After more than 30 seconds of inactivity, the backlight of the LCD screen will
be turned off.
If the battery voltage is too low, the battery indicator on the LCD will ash.
Replace the batteries immediately in order to avoid a crash.
Communication protocol
This transmitter is compatible with receivers that use the old communications
protocol. After changing the communication protocol, a new binding procedure
is always required.
Instructions:
Turn of the transmitter, activated the throttle hold switch and hold down the
trainer switch and the A-button while turning on the transmitter again. On the
display, the actual protocol will ash.
A-1: new protocol, which supports the wireless copy function
A-0: old protocol which is limited to 4 channels and supports no wireless copy.
You can switch between the protocols using the D/R switch SW(E).
Stick calibration
In some cases (eg after replacing a stick or pot meter) it is necessary to recali-
brate the sticks.
Instructions:
Turn off the transmitter and simultaneously press the A,B and C-Button for two
seconds. You will now enter the calibration menu, where the black trim outlines
on the LCD are ashing. Move the sticks around in circles and next put them
back in their neutral position. Press the B button in order to con rm. If no cor-
rection was necessary, leave the sticks untouched for more than 5 seconds and
the transmitter will automatically return without changing the calibration.
Factory settings
With this function, all factory settings will be restored.
Instructions:
Turn off the transmitter, simultaneously press the A,B and C- button and switch
on the transmitter. On the screen, ‘RST’ appears. By releasing these three
buttons, the factory settings will be restored.
Trainer functions
This function allows to connect two transmitters by a cable for training pur-
poses.
The student has control over the model as long as the teacher hold the trainer
switch down. The function must be initialized as described below.
Instructions:
Turn off both transmitters. Turn on the student transmitter and connect it with
the cable. Plug the cable in the teachers transmitter and turn the teachers
transmitter on. On the teachers LCD the identi cation of the student appears.
As long as the teacher holds the trainer switch, the student has control over
the model. Remark that it is the teachers transmitter that must be binded with
the receiver.
If multiple transmitters are active at the same moment, follow the procedure
below:
Turn on the transmitter before activating the receiver en make sure their
distance is less than 1 meter. Connect the battery to the receiver en check
every single function on the transmitter and on the model. Servos should move
smooth and without any interference.
Receiver
Receiver channels as depicted
1 AIL : Aileron channel
2 ELE: Elevator channel
3 THR: Throttle channel
4 RUD: Rudder channel
5 CH5: Gyro/ retracts channel
6 AUX: Pitch/Flaps channel
2200
We: Shanghai Nine Eagles Electronic Technology Co.,Ltd, No.
818 ,Fngrao road, Malu, Jiading District, Shanghai, China Declare under
our own responsibility that the product: J6
To which this declaration refers conforms with the relevant standards or
other standardising documents is in compliance with the essential re-
quirements and other relevant provisions of the European directive1999/
EC/EC. The product ful l the norms and/or documents below:
CEM/EMC (art.3.1b): EN 301 489-01 V1.8.1 & EN 301 489-03 V1.4.1
Spectre/Spectrum (art.3.2): EN 300 440-2 V1.2.1, EN 300 440-1 V1.5.1
Electrical safety: EN60950-1:2006+A11:2009
Place and date (of this DoC):28/12/2009
Signed by the manufacture:Shi Rui Date
Name and signature of person responsible
La déclaration de conformité peut être consultée sur le site :
www.bmi-models.com/download/nineeagles-J6.pdf
SOLO PRO 100 3D + 125-3D
SOLO PRO 180 3D
Modeltype: Helicopter Helicopter
Swash plate :
SERVO REVERSE
CH1: REV REV
CH2: NOR NOR
CH3: NOR NOR
CH4: REV NOR
CH5: NOR NOR
CH6: NOR NOR
Dual Rate Low High Low High
CH1: 80 100 80 100
CH2: 80 100 80 100
CH4: 80 100 80 100
Curve (Expo)
CH1: -40E -50E
CH2: -45E -50E
CH4: 00E 00E
Throttle Curve CH3
dot 1: 000 000
dot 2: 018 040
dot 3: 075 060
dot 4: 087 085
dot 5: 100 100
Pitch Curve CH6 NORMAL TH NORMAL TH
dot 1: 042 032 040 035
dot 2: 045 040 045 043
dot 3: 055 050 055 052
dot 4: 058 060 058 058
dot 5: 068 068 065 065
Gyro 027 020
TRIM CH1: 0 CH1: 0
CH2: 0 CH2: 0
CH4: 0 CH4: 0
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