ShenZhen Zhongherong Electric Technology SZESKY003 Remote Control Toy Transmitter User Manual I

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Document ID	993647
Application ID	DMFHqbYtL2JhQiPr8eH7Zw==
Document Description	User Manual I
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	199.67kB (2495922 bits)
Date Submitted	2008-09-02 00:00:00
Date Available	2008-09-02 00:00:00
Creation Date	2008-08-29 11:45:26
Producing Software	Corel PDF Engine Version 9.397
Document Lastmod	2008-08-29 11:45:38
Document Title	2.4G ·¢Éä»ú˵Ã÷Êé.cdr
Document Creator	CorelDRAW Version 9.397
Document Author:	feda

2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
2.4G
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital
FSK (frequency shift key) Coding Technology.
Caution
Please read this manual carefully before operation
and keep the manual for after reference
2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
Catalogue
Meaning of special markings
Prohibited
ntroduction to 2.4G system
Regulation and operating procedure of 2.4G RC System
Remarks
Transmitter operation and the work of helicopter
Name and operation of each part
Throttle/pitch curve diagram
Hovering pitch knob
Pitch Trim knob
Adjustment procedure
Ni-cd/Ni-mh battery charging
Ni-CD/Ni-MH battery charging precautions
12
GLOSSARY
4CH Transmitter
6CH Transmitter
6CH Transmitter
6CH Receiver
EK2-0404G
EK2-0406H
EK2-0406G
EK2-0424
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital FSK (frequency shift key) Coding Technology.
2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
To ensure safe use, observe the following precautions.
MEANING OF SPECIAL MARKINGS
Pay special attention to the safety at the parts of this manual that are indicated by the following
marks.
DANGER
Procedures which may lead to a dangerous condition and
cause death or serious injury to the user if not carried out
properly.
WARNING
Procedures which may lead to a dangerous condition or
cause death or serious injury to the user if not carried out
properly, or procedures where the probability of superficial
injury or physical damage is high.
CAUTION
Procedures where the possibility of serious injury to the
user is small, but there is a danger of injury, or physical
damage if not carried out properly.
Symbol:
Prohibited
Mandatory
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital FSK (frequency shift key) Coding Technology.
2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
Night
Wind
Do not fly in rainy or windy days, or at night.
Water will penetrate into the transmitter and
cause faulty operation, or loss of control,
and cause a crash.
Before starting the engine, check the direction of control lever
which matched to each servo. If the servo does not move in the
proper direction or the operation is abnormal, please do not
operate.
The flight Range ability and performance will be in the groove when the
transmitter is placed at 45 degree to the plane.
Please confirm that the LED indicator
on receiver and 4 in 1 mix controller
are in normal operation after the code
binding completed.
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital FSK (frequency shift key) Coding Technology.
2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
2.4G
Introduction to 2.4G system
TWF Company newly designed 2.4G frequency band,
2.4G RC system with advanced Spread
Spectrum Technology and digital FSK (frequency shift key) Coding Technology, which manifested
tremendous vantage compared to traditional transmitter.
Traditional remote control distance is about 250meters, required a transmitter with 750mW transmitting
power consumption, but 2.4G transmitter just need 4mW power consumption.
*2.4 G
2.4G Channel with wide use, can generate corresponding frequency through binding or FSK, there will
be no frequency interfering when fly simultaneously.
*2.4G
FSK
2.4G remote control system adopts superintegrated frequency synthesis and FSK(frequency shift key)
technology, which can automatically program and set the working frequency under the supporting of
microprocessor. Flyers would enjoy a free flight without changing crystal.
With dual transmission characteristic, the data will be in dual transmission & confirmation between
transmitter and receiver. So probabilize many extended functions.
*2.4G
With the characteristics of quick response, high precision and non servo quiver.
*2.4G
1/4 2.4Ghz
2.4G RC System frequency wave range is 1/4 of the usual used frequency wave range, because 2.4Ghz
device with high frequency, short wave range, so the transmitter antenna is just 14.5cm in length.
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital FSK (frequency shift key) Coding Technology.
2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
2.4G
Regulation and operating procedure of 2.4G RC System
Binding for RC System of each model has been completed in factory, without needing to debug
again.
Normal operation manifested as below:
Power on the transmitter, the indicator of 2.4G transmitter will twinkle for 3 seconds, which indicates
that transmitter is sending code binding information. After 3 seconds, the twinkling 2.4G transmitter
indicator becomes solid, Then connect the receiver or 4in 1 mix controller, observe the receiver
or 4 in 1 mix controller, 2.4G transmitter indicator twinkles two times and gets solid, which indicates
that the reception of the channel data is successful and are ready to fly.
Turn on the transmitter and power on the helicopter. LED indicator of receiver or 4 in 1 mix controller
go out after twinkling two times, indicating that binding is failing and need to unbind firstly and rebind.
How to unbind?
State indicator
Bind keystoke
Turn off the transmitter Connecting the
battery to receiver, Press the bind keystoke
for 1 or 2 seconds LED indicator of Receiver
will twinkle constantly, which indicates that unbinding has completed. (As shown in the right picture)
Rebind
Firstly disconnect the receiver and 4 in 1 mix controller, then connect the receiver or 4 in 1 mix controller
to the power the state indicator twinkles slowly, which indicates that receiver is receiving signal.
Then Power on the transmitter if the indicator of RX display from slow twinkling to rapid twinkling,
then solid, which indicate the binding is successful.(Note: transmitter just will transmit code in first 3
seconds, if receiver can not receive code within 3 seconds, please turn on the transmitter again.)
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital FSK (frequency shift key) Coding Technology.
2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
Remarks:
Power on the transmitter, indicator twinkles 50times within 3 seconds of binding period, the indicator
get solid after the binding.(Please note that in the process of binding, first connect the receiver or 4 in 1
Mix controller before powering on the transmitter)
If binding is not successful, the indicator of receiver or 4 in 1 mix controller will twinkle two times then
go out.
Since different manufacturers have different frequency band, channel and different coding and decoding
method, so different products are incompatible, all RC system should be under the original trademark.
Do turn on the transmitter once again in each binding.
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital FSK (frequency shift key) Coding Technology.
2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
TRANSMITTER OPERATION AND THE WORK OF HELICOPTER
Before using ,please know the operation of transmitter and the movement of each servo carefully.
The following instruction take the transmitter as the keystone .
Model 1 (right throttle)
When the aileron stick is moved to the left,
the swashplate also tilt to the left, and the
helicopter moves to the left.
When the aileron stick is moved to the right,
the swashplate also tilt to the right, and
the helicopter moves to the right.
When the throttle stick is pushed upward, the
speed of the motor and main rotor increases ,
as a result, the helicopter lifts up.
When the throttle stick is pushed downward,
the speed of motor and main rotor decreases,
as a result, the helicopter descends.
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital FSK (frequency shift key) Coding Technology.
2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
When the elevator stick is pushed forward,
the nose of helicopter will tilt downward, as
a result, the helicopter moves forward and
its speed decreases.
When the elevator stick is pushed backward,
the nose of the helicopter will tilt upward,
then the helicopter moves backward and
its speed increases.
When the rudder stick is moved to the right,
the tail of helicopter moves to the left and
the nose of the helicopter turns to right.
Please pay attention to the nose of helicopter.
When the rudder stick is moved to the left,
the tail of helicopter moves to the right and
the nose of the helicopter turns to left. Please
pay attention to the nose of helicopter.
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital FSK (frequency shift key) Coding Technology.
2.4G
2.4G TRANSMITTER INSTRUCTION MANUAL
Model 2 (left throttle)
When the aileron stick is moved to the left,
the swashplate also tilt to the left, and the
helicopter moves to the left.
When the aileron stick is moved to the
right, the swashplate also tilt to the right,
and the helicopter moves to the right.
When the throttle stick is pushed upward,
the speed of the motor and main rotor
increases, as a result, the helicopter lifts up.
When the throttle stick is pushed downward.
the speed of the motor and main rotor
increases, as a result, the helicopter descends.
2.4G Remote control system adopts Advanced Spread Spectrum Technology and digital FSK (frequency shift key) Coding Technology.

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