KY MODEL CopterX CX-3X1000 User manual

CX-3X1000
Flybarless 3 Axis
Gyro System
www.copterx.com
Copyright © 2011 KY MODEL Company Limited.
INSTRUCTION MANUAL
INSTRUCTION MANUAL

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MENU
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9.
Table of content
Introduction
Specifications
Connections
LED Indication
Gyro Mounting
Installation of Servo Horns and Linkages
Set Parameters by using Transmitter
Check Before Flight
FAQ
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CX-3X1000
Flybarless 3 Axis Gyro System

1. Introduction
Thank you for your purchase of CopterX high performance 3 axis gyro CX-3X1000. With compact
design, micro processor, anti vibration aluminum alloy casing, easy to use setup box, and future
firmware update available via PC. Make this one of the most advance 3 axis gyro which will work
with anything from EP100 to large scale nitro helicopter. Please keep a copy of this manual for
future reference. Enjoy the high performance flight offer by CopterX CX-3X1000 gyro system.
2. Specification
• Operating voltage: DC 3.5V-9V
• Operating current drain: 60mA
• Operating temperature: -15 ~65
• Maximal angular velocity: 800 degrees/sec
• Tail servo compatibility: 1.52ms analog servo, 1.52ms digital servo, 760us digital servo, 960us digital servo
• Swash plate servo compatibility: 1.52ms analog servo, 1.52ms digital servo
• Radio compatibility: PPM, PCM, 2.4G
• Supporting firmware upgrade
• Supporting Multi-Blade Rotor Head
• Dimensions: 37.2mm*25.2mm*13mm
• Weight: 20g
3. Connections
Connect to receiver
Rudder
SET
Tail gain
Aileron
Elevator
Collective pitch
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CX-3X1000
Flybarless 3 Axis Gyro System

Steady Red Gyro is in AVCS mode
Steady Blue Gyro is in normal mode
Steady Red and Blue Gyro is waiting for receiver's signal
Blue and Red LED are flashing synchronously Gyro is initializing, keep the gyro steady, rudder
stick centered
Red LED is flashing Error occur during Initialization, restart the gyro
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CX-3X1000
Flybarless 3 Axis Gyro System
Connect to servos
Connect the tail servo to CH4 and connect swashplate servos to CH1, CH2, CH3 according to the
type of the swashplate.
4. LED Indication

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CX-3X1000
Flybarless 3 Axis Gyro System
5. Gyro Mounting
The gyro should mount to a steady platform which is perpendicular to the main shaft and far away
from the engine and other electric devices.
Mount the gyro to the platform by using a soft foam pad, relax the cable of gyro to reduce
transmission of vibrations through the cable. Do not allow the gyro case to touch other parts of the
helicopter.
Mounting on a small electric helicopter: just use a 2-3mm foam pad.
Mounting on a large or a High vibration helicopters: use a foam pad on each side of the damping
shield plate.
There are three directions can be selected for mounting the gyro.

6. Installation of Servo Horns
and Linkages
Make sure all the mechanical parts of the rotor head, the swashplate and the tail rotor are installed
correctly, all parts can move smoothly, and all the servos are installed firmly.
Mount control balls to swashplate servo horns. We recommend the distance from the ball to center
is: 12.5-13mm (250,450size), 14-14.5mm (500size), 14.5-15mm (600 or larger size).
Mount control ball to tail servo horn. We recommend the distance from the ball to center is: 4.5mm
(250size), 7.5-10mm (450, 500size),13.5-15mm(600 or larger size).
Install the horn to tail servo temporarily, adjust the horn position to make it perpendicular to the
linkage, then set the tail pitch to be approximately 8° in the direction that compensates the main
rotor torque by adjusting the linkage length.
Notice: Don’t connect servos to the gyro until finishing the servo type configuration.
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CX-3X1000
Flybarless 3 Axis Gyro System

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CX-3X1000
Flybarless 3 Axis Gyro System
7. Set Parameters by using Transmitter
7.1. Transmitter configuration
Power on the transmitter and create a new helicopter model, set the trims and sub-trims of all the
channels to be zero. Set the swashplate mode as a no mixing mode (Futaba: H1; JR: 1 servo NORM)
in your transmitter. Make sure all the mixing functions related to swashplate and tail are turned off.
Do not adjust the collective pitch curve now, remain it as a straight line.
Take DX7 and 8FG for example, conservative configuration shown below.
Parameter Path
Type of gyro sensitivity adjustment GYRO SENS
Value
RUDD D/R
DX7
Tail sensitivity switch INPUT SELECT->GEAR GYRO SYS
All the channel travel adjust TRAVEL ADJUST 100%
All the channel sub trim SUB TRIM 0
All the channel dual rate D/R&EXP->D/R 100%
All channel end point Linkage->End Point 100
All the channel sub trim Linkage->Sub Trim 0
All the channel dual rate Model->Dual Rate 100
Aileron elevator exp Model->Dual Rate-EXP -40
Aileron elevator exp D/R&EXP->EXP +40%
Tail sensitivity adjustment GYRO SENS->RATE 0: 28%
1: 71%
Parameter Path
Gyro sensitivity in each condition and mode Model-> Gyro Rate
In each condition and
mode
Value
35%
8FG

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CX-3X1000
Flybarless 3 Axis Gyro System
7.2 Configuration of system menu and setup menu
There are two menus in programming mode: system menu and setup menu.
Notices:
• Always exit programming mode before attempting to fly the model.
• The items of the two menus can be called circularly.
• When complete a setup, press the SET button to save the setup and enter the next item.
• If the servo type is not selected, disconnect the servos to the gyro.
• When complete and save all the setup, restart the gyro to exit programming mode.
7.2.1 Configuration of system menu
Enter the system menu
Turn on the transmitter, connect the gyro to receiver, power on the gyro , rapidly hold aileron stick
full left or right until the three lamps flash alternately, center the stick. Now the gyro enter the
system menu, press the SET button to the first item.
Change a parameter ,save the parameter and witch to next item
Move aileron stick left or right can Change a parameter; Press the SET button
Can save the parameter and switch to next item. When the lamps flashing, all the operation of stick
and button take no effect.
LED indication
The three lamps flash synchronously: switch to a new item, the number of flashes is the sequence
number of the item.
If you can't enter the system menu , please check of the setting of endpoint and dual rate setting
on transmitter.
Rapidly hold aileron stick full left or right until the three lamps flash alternately

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CX-3X1000
Flybarless 3 Axis Gyro System
Item Description of parameter and condition
(Move aileron stick left or right can Change a
parameter, *Factory default setting)
Number of The three lamps
flash synchronously
Installation
direction of
gyro
Yellow, 1 flash: Drection 1*
Yellow, 2 flashes: Direction 2
Yellow, 3 flashes: Direction 3
1 flash
Parameter
group
selection
Yellow, 1 flash:
parameter group 1 is selected
(F3C mode, for beginner we recommend selecting
this option. If the helicopter is not in good condition
or the tail servo is slow, tail wag, select this option
too)*
Yellow, 2 flashes:
parameter group 2 is selected(3D mode)
2 flashes

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CX-3X1000
Flybarless 3 Axis Gyro System
Servo type Before completing the servo type selection, don’t
connect the servo to the gyro. It may damage the
servos and gyro.
Yellow, 1 flash: All the tail and swashplate servos are
1520us analog.*
Yellow, 2 flashes: Tail servo is 1520us digital,
swashplate servos are 1520us analog.
Yellow, 3 flashes: Tail servo is 1520us digital,
swashplate servos are 1520us digital.
Yellow, 4 flashes: Tail servo is 760us digital,
swashplate servos are 1520us analog.
Yellow, 5 flashes: Tail servo is 760us digital,
swashplate servos are 1520us digital.
Yellow, 6 flashes: Tail servo is 960us digital,
swashplate servos are 1520us digital.
3 flashes
Swashplate
type
Yellow, 1 flash: mechanical mixer
Yellow, 2 flashes: 120 degree CCPM*
Yellow, 3 flashes: 135 degree CCPM
Yellow, 4 flashes: 140 degree CCPM
Yellow, 5 flashes: 90 degree CCPM
4 flashes
Pirouette
optimization
Yellow, 1 flash: positive
Blue, 1 flash: negative*
In this item, the swashplate tilts to a direction. Now
you can consider the swashplate to be a compass,
the direction of tilt is the compass orientation. Pick
up helicopter and rotate it around its main shaft for
90 degrees, check the swashplate compass
orientation, if it maintains it’s orientation, the sign of
“Pirouette optimization” is right, if it goes to the
opposite orientation, reverse the sign of “Pirouette
optimization”. If the configuration is not complete in
40 second, the swashplate will go to level, you must
press SET button 6 times to enter this item again.
(This is the last item of configuration, you must
complete all the other configuration before this
item)
5 flashes
Data reset Move aileron stick right and left quickly for several
times, until the blue lamp flashes fast, then all the
parameters of system menu and setup menu is reset
to the factory default settings.
6 flashes