Xuzhou Fly Dream Electronic Science and Techonology IS-8F Fly-Dream V3 2.4G Radio Control System User Manual R2

Download:
Mirror Download [FCC.gov]
Document ID	1249247
Application ID	vQtZudMe0C1LTtrMbckNyQ==
Document Description	User Manual
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	12.4kB (154997 bits)
Date Submitted	2010-03-05 00:00:00
Date Available	2010-03-05 00:00:00
Creation Date	2010-03-05 18:15:04
Producing Software	AFPL Ghostscript 8.54
Document Lastmod	2010-03-05 18:15:04
Document Title	User manual_R2
Document Creator	PDFCreator Version 0.9.3
Document Author:	Steven

Fly-Dream 2.4GHz V3 Radio Control System
Thank you for purchasing our Fly-Dream 2.4GHz V3 Radio Control System. We are sure you will enjoy it. The
following notes will guide you through the simple set up procedures.
FD 2.4GHz V3 radio control system
FD 2.4GHz works with the standard of Frequency-Hopping Spread Spectrum (FHSS). It changes frequency
quickly within each band, so that any interfering signal from the environment does not disturb the signal
path between the transmitter and the receiver. This ensures safe, stable operation over a wide range of
conditions likely to be encountered at any flying field.
FD 2.4GHz V3 radio control system’s features
◆Long range (>1200m on ground for 6 and 8 channel systems, >450m for 4 channel system)
◆Light, small, long range receivers.
◆Failsafe. You can set the receiver to default to a pre-set position on all channels in the unlikely
event of signal loss.
◆Automatic frequency scan when turning on the transmitter and receiver ensures no frequency
clash and maximum safety.
◆Transmitter antenna design ensures a stable signal.
◆Bind once, use forever!
◆Range test. Convenient method to check the performance of the system which means you won’t
need to walk kilometers away.
◆Ultra-low-power design. Low power consumption by Transmitter modules and Receivers.
FD 2.4GHz V3 radio control system’s details
1. FD 2.4GHz V3 radio control system consists of:
Transmitter module （IS-8F/IS-8J）
×1
Receiver （IS-8R /IS-6R /IS-4R/IS-4R0）
×1
Transmitter antenna (IS-TA)
×1
Voltage protector/Bind(Code) ring
×1
2. Transmitter module compatibility
Futaba module（
（IS-8F）：
）：
Futaba: 3PM/3PK/7U/8U/8J/9C/9Z/10C and FN series.
Hitec: Optic 6/Eclipse 7.
WFLY: WFT08/WFT 09.
JR module（
（IS-8J）
）:
JR: 347/388/783/U8/PCM10/PCM10S/PCM10SX/ PCM10IIS/
8103/3810/J9303/MX-22/MX-24S/PX/9X/9XII / Turnigy9X
3. Transmitter module specifications
Dimensions:58.5×37.5×22.1mm（IS-8F）
63.9×48.5×36.5mm（IS-8J）
40.2×20.1×6.2mm （IS-8D） (DIY kit)
Operating Voltage:6V～18V
Operating Current: 40mA
Output Power :< 19mW
Resolution: 1μs
4. Receiver specifications:
Type
Dimensions
Weight
Distance
Operating
Voltage
IS-4R0（4CH）
24×15.1×5.6mm
1.9g
240m（on ground）
IS-4R（4CH）
24×15.1×5.6mm
2.2g
450m（on ground）
IS-6R (6CH)
34.2×18.4×8.7mm
6.5g
1200m
IS-8R（8CH）
36.2×20.1×8.1mm
7.3g
1200m
3.7V～6.0VDC
3.7V～6.0VDC
4.8V～6.0VDC
4.8V～6.0VDC
Follow these easy steps to set up your transmitter and receiver.
receiver.
Install the transmitter module
1. Remove the original transmitter module.
2. Put the FD 2.4GHz transmitter module into the module port and screw on the transmitter
antenna.
3. Set your transmitter to PPM / FM mode.
Bind and set Failsafe on the receiver(s)
1. Before installing the receiver(s) in your model(s) follow the instructions below to bind the
receiver to the transmitter.
2. You can set failsafe either in the model or on the bench. It is best to check that the control
surface positions for failsafe are what was intended before flying.
Note: When you do install the receiver in the model try to place the tip of the antenna (the silver
bit(s) approx 33mm long) away from objects with high conductivity, such as metal parts, servos,
ESC's, battery packs, wires, and carbon fiber structures. For receivers with 2 antennas position the
tips of the antennas so they are approximately 90 deg to each other. If possible put the tip of the
antennas (the 33mm long silver bit) outside of the fuselage for maximum reception.
Bind receivers
1. Turn the transmitter on. Make sure that your transmitter is set to PPM (FM) mode, and then
turn the transmitter off. Note:- Receivers will not bind if the transmitter is set to PCM mode.
2. Press the “BIND” button on the TX module and turn on the transmitter. The LED on the module
will light green for 0.5s then go off for 1s. Release the button within this 1s. When you have
changed to “BIND” mode, the LED on the module will flash between red and green. You are then
ready to bind the receivers.
3. The binding procedure is different for ISIS-4R(0)(see
4R(0)(see 3A) and ISIS-6R and ISIS-8R (see 3B)
3A: IS-4R0 and IS-4R
3B:IS-6R and IS-8R
Plug the FD code ring into the 4th channel. Press and hold the button on the receiver
Connect the receiver to the battery, The LED on （under the sign of Vthumb ）. Connect the
the receiver will light. Immediately pull out the receiver to the battery. The LED on the
FD code ring (The LED lights for 2 seconds, receiver will light red (about 2S),
make sure to pull out the code ring within 2 Immediately (while the LED is on) release the
seconds). The LED will flash quickly and go out. receiver button. The LED will flash quickly
This shows that the receiver has bound to the several times and go out. Turn off the power
module. Turn off the power to the receiver. If to the receiver. If you do not want to bind
you do not want to bind more receivers at this more receivers at this time, turn off the
time, turn off the transmitter
transmitter.
4. Check system operation.
Turn the transmitter on. The module LED should be green. Connect the receiver to the battery.
The red LED on the receiver will flash three times (now it is searching for the frequency) and light
red, indicating the receiver is operating properly. The LED on the receiver will not light when
there is no signal.
After following these steps to program your transmitter and receiver, both modules will continue
to operate together each time you use the modules without further binding.
Set Failsafe
Set failsafe after initial binding or when you change the receiver to another model.
It is best to set failsafe with the receiver connected to all the functions that you intend to use in
your model.
IS-4R0 and IS-4R
IS-6R and IS-8R
1. After initial binding, turn on the transmitter.
2. Plug into FD code ring to the 4th channel.
Connect the receiver to the battery (or turn on the
power switch on the receiver). The LED on the
receiver will light, then go out. Take off the FD
code immediately the LED comes on. (The LED
will light for only 2 seconds. Make sure to get the
code ring off within 2 seconds.) The LED on the
receiver will then go on.
3. Move the controls on your transmitter to
where you want the surfaces / motor etc to be in
the event of lost signal. Turn off the transmitter.
The receiver will flash several times; this shows
the receiver has remembered the position which
you have set. In the rare event that your system
losses signal, all channels will return to the
position which you have set.
4. Turn off the power to the receiver. Failsafe is
now set.
5. Check that failsafe works, by turning on the
transmitter then the receiver / model. Turn off the
transmitter. The controls should go to their preset
position. They will return to those on the
transmitter when power is restored.
6. After setting failsafe and making sure the
receiver works normally, plug the servo into the
4th channel.
7. Go Fly.
1. After initial binding, turn on the transmitter.
2. Press and hold the button on the
receiver(under the sign of “Vthumb”).
Connect the receiver to the battery (or turn on
the power switch on the receiver). The LED on
the receiver will light（about 1s） and then go
out for about 1s）. At this time (when the LED
off) remove your hand from the receiver
button. The LED on the receiver will then go
on.
3. Move the controls on your transmitter to
where you want the surfaces / motor etc to be
in the event of lost signal. Turn off the
transmitter. The receiver will flash several
times; this shows the receiver has remembered
the position which you have set. In the rare
event that your system losses signal, all
channels will return to the position which you
have set.
4. Turn off the power to the receiver. Failsafe
is now set.
5. Check that failsafe works, by turning on the
transmitter then the receiver / model. Turn off
the transmitter. The controls should go to their
preset position. They will return to those on
the transmitter when power is restored.
6. Go Fly.
Range checking
For safety, we suggest you conduct a range test before each flying session.
session.
1). Have a friend hold the model for you. Position the model at least two feet (60cm) above
non-metal contaminated ground. If you don’t have anyone to help you, use something like a
wooden bench. Make sure the model cannot move under its own power.
2). Press the “RANGE” button on the module and turn on the transmitter. The yellow LED will
light for 0.5s then go out for 1s. Make sure you release the “RANGE” button within this 1s. The
LED on the module will light yellow. The module is now in “RANGE” mode.
3). Move control sticks on the transmitter and verify that the model is responding normally. Move
away from the model to approx 50m (IS-6R, IS-8R) or 30m (IS-4R). If the control surfaces move as
expected it shows the TX module and receiver are working as expected and can be used. If control
is lost, or the model behaves abnormally, please check and resolve any problems before
conducting another range test. Do not fly if the range test fails and cannot be fixed.
4). When range testing is complete, press the “RANGE” button on the Tx module. The LED on the
TX module will light green, indicating that the TX module has returned to its normal power state.
You can now fly.
During the range test the Transmitter module will have a range of approx 50m (IS-6R, IS-8R)
and 30m (IS-4R). In normal power mode, range is greater than 1,200 meters (IS-6R and IS-8R)
and 450 meters (IS-4R).
Attention：
Attention：
1. Range is affected by the environment .Please range test in the open away from any obstacles.
2. If the transmitter is too close to the receiver (about
(about 5cm)
5cm) the receiver may not work. Simply
move the transmitter away from the
the receiver. It will work fine if the transmitter and receiver are
more than 1m apart.
3. Do not fly unless it is safe to do so. Consider the safety of others at all times when flying.
Enjoy your FlyFly-Dream 2.4GHz Radio Control System.
If you have any questions
questions please do not hesitate to contact us or visit our website:
website: www.fdwww.fd-rc.com
FCC STATEMENT
1. This device complies with Part 15 of the FCC Rules.Operation is subject to the following two
conditions:(1) This device may not cause harmful interference.(2) This device must accept any
interference received, including interference that may cause undesired operation.
2. Changes or modifications not expressly approved by the party responsible for compliance could
void the user's authority to operate the equipment.NOTE: This equipment has been tested and
found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against harmful interference in a
residential installation.This equipment generates uses and can radiate radio frequency energy
and,if not installed and used in accordance with the instructions, may cause harmful interference
to radio communications. However, there is no guarantee that interference will not occur in a
particular installation.If this equipment does cause harmful interference to radio or television
reception, which can be determined by turning the equipment off and on,the user is encouraged to
try to correct the interference by one or more of the following measures:
 Reorient or relocate the receiving antenna.
 Increase the separation between the equipment and receiver.
 Connect the equipment into an outlet on a circuit different from that to
which the receiver is connected.
 Consult the dealer or an experienced radio/TV technician for help.
RF warning statement:
The device has been evaluated to meet general RF exposure requirement. The device can be used
in portable exposure condition without restriction.

---

Source Exif Data:

File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.4
Linearized                      : No
Page Count                      : 5
Producer                        : AFPL Ghostscript 8.54
Create Date                     : 2010:03:05 18:15:04+08:00
Modify Date                     : 2010:03:05 18:15:04
Title                           : User manual_R2
Creator                         : PDFCreator Version 0.9.3
Author                          : Steven
Subject                         : 

EXIF Metadata provided by EXIF.tools