89102RC
Operating instructions
M2
RC Logger R8 Radio System
VRA VRB
SWA
1
2
SWD
1
2
SWA
1
2
UP
DOWN
OK
CANCEL
POWER
SWC
1
2
3
SWB
1
2
3
2
3
1. INTRODUCTION ....................................................................5
2. DELIVERY CONTENTS ..........................................................5
3. MODULES .............................................................................5
4. LATEST OPERATING INSTRUCTIONS ..................................6
5. SYMBOLS ..............................................................................6
6. INTENDED USE ....................................................................6
7. SAFETY INSTRUCTIONS .......................................................7
7.1 Persons/Product .................................................................................7
7.2 Radio signal ........................................................................................7
7.3 Before commissioning.........................................................................7
7.4 During operation .................................................................................8
7.5 Batteries ..............................................................................................8
7.6 Miscellaneous .....................................................................................8
8. UNPACKING ..........................................................................8
9. PARTS AND COMPONENTS .................................................9
10. RECEIVER (RX) ....................................................................10
10.1 Bind transmitter and receiver ............................................................10
10.1.1 PPM port on NovaX350 ..................................................10
10.1.2 External power source ....................................................11
10.2 Receiver statuses ............................................................................. 11
11. TRANSMITTER ....................................................................11
11.1 Batteries ............................................................................................11
11.2 Basic functions .................................................................................. 11
11.2.1 Turning the transmitter on and off ...................................11
11.2.2 Home screen ..................................................................12
11.2.3 Main menu ......................................................................12
11.2.4 Backlight .........................................................................13
11.2.5 LCD brightness ...............................................................13
11.3 Telemetry data ..................................................................................13
11.4 System settings.................................................................................13
11.4.1 Selecting a model ...........................................................13
11.4.2 Naming a model ..............................................................13
11.4.3 Copying a model .............................................................13
11.4.4 Resetting a model ...........................................................14
11.4.5 RX setup .........................................................................14
11.4.6 Trainer mode ...................................................................14
11.4.7 Student mode .................................................................15
11.4.8 Timer settings .................................................................15
11.4.9 Alarm settings .................................................................15
11.4.10 Firmware version ............................................................15
11.4.11 Firmware update .............................................................16
11.4.12 Factory reset ...................................................................16
11.5 Functions settings .............................................................................16
11.5.1 Reversing channels ........................................................16
11.5.2 End points .......................................................................16
11.5.3 Display ............................................................................17
TABLE OF CONTENTS
4
11.5.4 Auxiliary channels ...........................................................17
11.5.5 Subtrim ...........................................................................18
11.6 Trimming ...........................................................................................18
11.7 Direction of antennas during operation .............................................18
11.8 Channel learning ...............................................................................18
11.8.1 Auxiliary switch SWD ......................................................18
12. MAINTENANCE, CARE AND REPAIR .................................19
12.1 Removing the throttle spring .............................................................19
13. DISPOSAL ............................................................................22
13.1 General .............................................................................................22
13.2 Batteries ............................................................................................22
14. PRODUCT SUPPORT ...........................................................22
15. TECHNICAL DATA ...............................................................22
15.1 Transmitter (Tx) ................................................................................22
15.2 Receiver (Rx) ....................................................................................22
16. DECLARATION OF CONFORMITY ......................................23
17. FCC COMPLIANCE STATEMENT ........................................23
18. LEGAL NOTES .....................................................................23
Introduction | 5
1. INTRODUCTION
Dear customer,
Thank you for making the excellent decision to purchase this RC Logger
®
product. You now
have a high-quality product with a name that represents outstanding products.
This product complies with the applicable National and European standards and
regulations. We kindly request the user to follow the operating instructions, to preserve
this condition and to ensure safe operation! These operating instructions relate to this
product. They contain important notices on commissioning and handling. Please take this
into consideration when you pass the product on to third parties.
Please keep these instructions for future reference!
All company names and product designations contained herein are trademarks of the
respective owners. All rights reserved.
We wish you a great deal of enjoyment with your new RC Logger
®
product!
From here onwards the RC Logger R8 Radio transmitter is
simply referred to as »Transmitter and the RC Logger R8
Radio receiver as »Receiver.
2. DELIVERY CONTENTS
1x Transmitter
1x PPM Receiver
1x PPM cable
1x Telemetry cable
1x Binding cable
1x USB cable (Trainer port to A-type USB plug)
1x Metal plate
1 x RC Logger Neck Strap
1x Operating instructions
3. MODULES
The operating instructions have been designed in a fashion that you as the
end user can easily navigate them and operate the product safely and to
your full satisfaction. For easier handling, we have divided up the operating
instructions/maintenance manuals into different modules.
Each set of instructions is labelled with its corresponding MODULE INDICATOR in the
right bottom corner on the cover page (e.g. M2). These indicators are used when crossreferring to other modules.
6 | Latest Operating Instructions
4. LATEST OPERATING INSTRUCTIONS
ENGLISH:
Please download the latest version of
the operating instructions from our website at
www.rclogger.com. Navigate to the product page and open
the ”Downloads” tab. Click on ”Operating instructions” to
start the download.
DEUTSCH:
Bitte laden Sie die neueste Ausgabe der
Bedienungsanleitung von unserer Website herunter, unter
www.rclogger.com. Navigieren Sie bis zur Produktseite
und öffnen Sie das Register ”Downloads” . Klicken Sie auf
”Operating instructions”, um den Download zu starten.
5. SYMBOLS
RED stands for danger and alert. Read these sections
always to avoid accidents and product damage.
BLUE provides you with additional useful information, and
highlights important facts.
GREEN stands for user safety. GREEN also stands for good
practice, protecting your product from damage.
6. INTENDED USE
Use the »Transmitter to control the »NovaX 350 model quad copter, for which it has been
specically designed. The »Transmitter is solely intented for private use in the model
making area. Do not use it for commercial applications.
Any use other than the one described can damage the device. Moreover, this involves
dangers such as short circuit, re and electric shock, etc. Observe the safety information
under all circumstances! The product must not become damp or wet.
For safety and approval purposes (CE), you must not rebuild and/or modify this product.
If you use the product for purposes other than those described above, the product may
be damaged. In addition, improper use can cause hazards such as short circuiting, re,
electric shock etc. Read the instructions carefully and keep them.
Make this product available to third parties only together
with its operating instructions.
Safety Instructions | 7
7. SAFETY INSTRUCTIONS
Read the operating instructions carefully and especially
observe the safety information. If you do not follow the
safety instructions and information on proper handling
in this manual, we assume no liability for any resulting
personal injury or damage to property. Such cases will
invalidate the warranty/guarantee.
7.1 Persons/Product
> The device is not a toy. Keep it out of the reach of children and pets.
> Do not leave packaging material lying around carelessly. These may become
dangerous playing material for children.
> If it is no longer possible to operate the product safely, take it out of operation and
protect it from any accidental use. Safe operation can no longer be guaranteed if the
product:
» is visibly damaged,
» is no longer working properly,
» has been stored for extended periods in poor ambient conditions, or
» has been subjected to any serious transport-related stresses. The product
must not become damp or wet. It uses delicate electronic components which
are sensitive to temperature uctuations and are optimised for a particular
temperature range. Operating temperatures below 0°C must be avoided.
> Do not place the product under any mechanical stress.
> Handle the product carefully. Jolts, impacts or a fall even from a low height can damage
the product.
> Never expose the product to direct sunlight or excessive heat for an extended period
of time.
> Do not place the »Transmitter on the ground when model and »Transmitter are turned
on. In case the »Transmitter tips over, the motors may accidentally start and the model
take off.
> Do not use the product during rainy weather or thunderstorms, in wet conditions, or
when lightning is expected or present.
7.2 Radio signal
> Maintain a distance of at least 20 cm between the »Transmitter’s antenna and persons.
> Large objects, walls, pillars, etc. may reduce the radio signal quality, which may result
in the loss of control over the model. Avoid ying behind such objects.
> High voltage power lines or communication broadcasting towers may inuence the
quality of the radio signal and lead to signal loss. Keep sufcient distance.
> Do not touch or hold the »Transmitter’s antenna during operating. This may
consequently degrade the quality of the transmitted signal.
> The strongest area of transmission is located at the sides of the antenna. As such, do
not point the antenna directly at the model. You may easily correct this situation by
adusting the angle between antenna and model (e.g. Slightly turn the »Transmitter to
the left or right).
7.3 Before commissioning
> Before every ight, check the functional reliability of the product. Watch out for any
visible damage such as defective plug connections or damaged cables and wires.
> Before you y, make sure the batteries have sufcient capacity. If the batteries are
empty, always replace the complete set.
> Before you turn on the »Transmitter, move sticks and set switches to their neutral or
zero positions.
> Always switch on the »Transmitter rst before connecting the battery to the model.
> Test all controls and ensure proper functioning. If »Transmitter and model support "Fail
Safe" functionality run the necessary tests before every ight.
8 | Unpacking
7.4 During operation
> Do not take any risks when operating the model. Your own safety and that of your
environment is solely down to you being responsible when dealing with the model.
> Use the product only if your ability to respond is unrestricted. The inuence of tiredness,
alcohol or medication can cause incorrect responses.
>
Never switch off the »Transmitter while the model is in use. After landing, always disconnect
the ight battery rst and then switch the »Transmitter off.
7.5 Batteries
> Correct polarity must be observed while inserting the batteries.
> Batteries should be removed from the device if it is not used for a long period of time to
avoid damage through leaking. Leaking or damaged batteries might cause acid burns
when in contact with skin, therefore use suitable protective gloves to handle corrupted
batteries.
> Batteries must be kept out of reach of children. Do not leave batteries lying around.
There is a risk that children or pets swallow them.
> All batteries should be replaced at the same time. Mixing old and new batteries in the
device can lead to battery leakage and device damage.
> Batteries must not be dismantled, short-circuited or thrown into re. Never recharge
non-rechargeable batteries. There is a risk of explosion!
7.6 Miscellaneous
> Consult an expert when in doubt about operation, safety or connection of the device.
> Maintenance, modications and repairs are to be performed exclusively by an expert
or at a qualied shop.
> If you have questions that remain unanswered by these operating instructions, contact
our technical support service or other technical personnel.
8. UNPACKING
> Work on a soft and clean mat.
> Open the box, take out all parts and open the polybags. Place all parts on the mat, but
keep them together as packed in the polybags.
Parts And Components | 9
9. PARTS AND COMPONENTS
VRA VRB
SWA
1
2
SWD
1
2
SWC
1
2
3
UP
DOWN
OK
CANCEL
POWER
SWB
1
2
3
1
2
3
4
5
6
7
8
9
10
111213
r1
r2
r3
r4
r5
14
15
16
17
18
19
20
21
22
Transmitter (Tx)
1 Antenna
2 Handle
3 Analog knob
VRB
4 Auxiliary switch (3 pos.)
SWA
5 Auxiliary switch (2 pos.)
SWD
6 Right control stick
7 Right trims
8 Key
OK
9 Key
CANCEL
10 Power switch
POWER
11 Battery compartment (underside)
12 LC Display
13 Neck strap attachment
14 Binding key
15 Key
Down
16 Key
UP
17 Left trims
18 Left control stick
19 Trainer port
TRAINER
(backside)
20 Auxiliary switch (2 pos.)
SWA
21 Auxiliary switch (3 pos.)
SWB
22 Analog knob
VRA
Receiver (Rx)
r1 Antenna
r2 Indicator light
r3 Header connector
PPM
r4 Header connector
TELEMETRY
r5 Header connector
BIND
10 | Receiver (rx)
10. RECEIVER (RX)
WARNING! DO NEVER let the bare wire of an antenna
touch PCB boards, carbon fibre parts, electrical/electronic
or metal components. The electronic system may
immediately be destroyed!
10.1 Bind transmitter and receiver
»Transmitter and »Receiver are bound during production.
It may, however, at some point be necessary to manually
intiate the binding. Follow the given instructions.
In simple terms, binding can be described as establishing a communication channel
between »Transmitter and »Receiver.
The »Receiver relies on an external power supply. There are two ways to supply power
during binding:
> PPM port on the »NovaX 350
> External power source (voltage range: 4.0 to 6.5 V/DC):
» USB
» 5 V/DC BEC regulator RC EYE: UBEC (3A) 90012RC (visit www.rclogger.com
for more information)
10.1.1 PPM port on NovaX350
When using the flight battery for binding, always remove
the propellers before you start.
1. Study the »Receiver statuses table in section '10.2 Receiver statuses' on page 11
before you start.
2. Remove the canopy from the »NovaX 350.
3. [If »Receiver is installed] Disconnect the PPM cable from the »Receiver. Doing so
eliminates the likelihood of the »NovaX 350 inadvertently starting up.
4. Turn the »Transmitter off.
5. Install the ight battery into the »NovaX 350.
6. Plug the binding cable into the 3-pin header connector
BIND
(r5) on the »Receiver.
7. Connect the PPM cable to the 3-pin header connector
PPM
(r3) on the »Receiver and
the other end to the
PPM_IN
socket on the power board.
8. Connect the ight battery and power cable on the »NovaX 350.
9. The RED indicator light on the »Receiver starts to ash fast, indicating the binding
mode.
10. Press and hold the binding key (14) on the »Transmitter and slide the power switch
POWER
(10) up to turn the »Transmitter on. The LC display (12) displays “RXBinding..”.
11. Binding is complete when the indicator light (r2) on the »Receiver is solid.
12. Disconnect the »Receiver from the power supply.
13. Turn the »Transmitter off.
14. Remove the binding cable from the »Receiver.
15. Connect the »Receiver to the »NovaX 350's power supply.
16. Turn the »Transmitter on.
17. [If channels are assigned] If you have previously assigned channels, test the
»NovaX 350's functions. If necessary, refer to the corresponding chapters in the
»NovaX 350 operating instructions. If the »NovaX 350 does not function as expected
repeat the binding procedure.
Transmitter | 11
10.1.2 External power source
You may use an external power source to supply the »Receiver with power (e.g. a
USB charger or BEC regulator). Observe the operating voltage range specied on the
»Receiver and make sure your power source can operate within this range. Necessary
connecting cables/adapters are not supplied and can be purchased from specialist shops
or www.rclogger.com.
As for the binding procedure (excluding the connection of the ight battery), follow the
instructions provided in section '10.1.1 PPM port on NovaX350' on page 10.
10.2 Receiver statuses
The indicator light (r2) of the »Receiver indicates different statuses, which are summarized
in the below table:
Indicator light Status
Blinks fast Binding mode
Blinks slowly Disconnected
Solid Connected
11. TRANSMITTER
11.1 Batteries
Do not use rechargeable batteries.
1. Turn the »Transmitter over.
2. Open the battery compartment in the direction of the arrow and remove the
compartment cover.
3. Insert 4 new alkaline AA batteries into the battery recesses. Mind the polarity
indications.
4. Close the battery compartment and make sure it locks properly.
> When replacing the batteries, proceed in the same fashion.
11.2 Basic functions
Always remember to first disconnect the power supply to
the model and then turn off the »Transmitter.
11.2.1 Turning the transmitter on and off
Refer to the chapter '10.1 Bind transmitter and receiver' on page 10 in order to fully
understand this section.
NovaX_01
Int.V 1:5.05
TX
Ext.V 2:0.00
TX.V 1:5.51
M01
R X
L
RX
Fig. 3
!! Warning !!
Place all switches in
their up position and
lower the throttle
Fig. 4
11.2.1.1 Turning on
Slide the power switch
POWER
up to turn the »Transmitter on. The LC display lights up.
Wait until you see the home screen [ Fig. 3 ] and hear a triple signal sound.
> If not all auxiliary switches are in their neutral or zero position (position 1) a warning
message (See. [ Fig. 4 ]) will appear and audible alert sounds be emitted. In this case,
turn the »Transmitter off and set all switches to position 1 before turning it on again.
12 | Transmitter
> If the »Transmitter does not detect any user input within a preset time interval an
audible alert will sound. Refer to section '11.4.9 Alarm settings' on page 15 for more
information.
11.2.1.2 Turning off
1. Disconnect the ight battery.
2. Slide the power switch
POWER
down to its off position.
3. The LC display goes out.
11.2.2 Home screen
NovaX_01
Int.V 1:5.05
TX
Ext.V 2:0.00
TX.V 1:5.51
M01
R X
L
RX
s1
s2
s3
s4
s6
s5
s7
s1 Transmitter battery status ('Beep' alert if < 4.2 V)
s2 Receiver battery status (power supply via power board)
s3 Data feedback
s4 Right trims
s5 Left trims
s6 Model name of selected model
s7 Model number of selected model
11.2.3 Main menu
MENU
System setup
Fig. 5
The main menu [ Fig. 5 ] is divided into two submenus: { System } and { Functions }
> With the system menu you manage up to 20 models (A model is a unique set of settings)
and set up the »Transmitter. With the functions menu you set up individual models.
> Press and hold the key
OK
(8) to enter the main menu.
Study the following table to learn more about the menu keys:
Key Function Sound pitch
OK – Press and hold to enter the main menu
– Enter submenus
– Conrm selection or setting
Medium
OK Press and hold to conrm settings High
CANCEL Exit submenu or menu;
Cancel input
Low
UP Move up;
Make adjustments
Medium
DOWN Move down;
Make adjustments
Medium
Transmitter | 13
11.2.4 Backlight
The backlit LC display allows you to safely operate the »Transmitter in the dark as well as
in bright conditions. In order to minimize battery drain, the backlight goes out after approx.
15 seconds counting from the last registered input via a menu key.
Every press of a menu key activates the backlight rst (if off). It means that when the
backlight is off you need to press a menu key twice in order to enter a submenu, save
settings or execute a function.
11.2.5 LCD brightness
Navigate and set:
System » OK » LCD brightness » OK » UP/DOWN » OK (hold)
Adjust the screen contrast according to the surrounding light environment. A lower number
provides less and a higher number more contrast.
11.3 Telemetry data
Telemetry data is collected real-time and transmitted to the »Transmitter for the pilot to
monitor. Based on the data and the pilot's experience, the pilot may decide to tweak
settings during ight or use the data for further analysis after ights.
Telemetry data comprises: Battery voltage, distance from home, ight altitude, GPS
reception status, R.T.H. status, throttle timer, bank settings (AP/Sport/Custom mode).
To display telemetry data:
1. Turn the »Transmitter on.
2. Press the key
UP
(16).
3. Telemetry data is displayed.
4. Press the key
CANCEL
(9) to return to the home screen.
11.4 System settings
11.4.1 Selecting a model
There are in total 20 default models available. You can change their names and settings.
After adjusting models to your own needs you can easily switch between them.
Navigate and set:
System » OK » Model select » OK » UP/DOWN » OK (hold)
11.4.2 Naming a model
Navigate and set:
System » OK » Model name » OK » UP/DOWN » OK » ... » OK (hold)
1. Select a model. See '11.4.1 Selecting a model' on page 13.
2. Navigate to and enter “Model name”.
3. Select a letter with the keys
UP
and
DOWN
(15) and conrm the selection with the
key OK. The cursor will move forward by one position. Continue naming your model.
4. Press and hold the key OK to conrm the name and exit.
11.4.3 Copying a model
You can copy settings of one model to another.
Navigate and set:
System » OK » Model copy » OK » UP/DOWN » OK (hold) » Yes/No » OK
1. Navigate to and enter “Model copy”.
2. Select a source model and press the key
OK
.
3. Select a target model.
4. Press and hold the key OK.
5. Conrm or cancel your action.
6. Press the key OK to conrm your selection.
14 | Transmitter
11.4.4 Resetting a model
Navigate and set:
System > OK > Model reset > OK > UP/DOWN > OK > Yes/No > OK
You can reset a model to its default settings (factory settings):
1. Navigate to and enter “Model reset”.
2. Select the model you want to reset.
3. Press the key
OK
.
4. Conrm or cancel your action.
5. Press the key OK to conrm your selection.
11.4.5 RX setup
The following battery (power supply) settings are extremely
important. These settings protect the model from crashing
due to insufficient power supply and the flight battery from
deep discharge.
Navigate:
System > OK > RX Setup > RX Battery > OK > UP/DOWN > OK >
... >OK (long)
It must be noted that the preset voltage values are not directly measured against the ight
battery's voltage but the voltage supplied to the »Receiver via the power board. The default
settings are in most cases sufciently accurate to protect your model from damage.
The
RX setup menu is read-only.
Low voltage:
When the voltage of the ight battery falls or is below the preset value, the battery is
considered discharged.
Alarm voltage:
When the voltage of the battery falls or is below the preset value, you will hear an audible
alarm and the battery icon in the top tray of the display ashes.
High voltage
When battery voltage is equal to the preset value, it is considered fully charged.
11.4.6 Trainer mode
Navigate and set:
System > OK > Trainer mode > OK > UP/DOWN > ... > OK (hold)
The »Transmitter offers trainer/student collaboration, whereby the trainer (master) can
temporarily hand over control to the student (slave) and take back control when necessary.
For this to work, another »Transmitter is required with identical stick modes (Mode 1,
Mode 2, Mode 3 or Mode 4). Before you proceed, read the sections regarding trainer mode
in the operating instructions of the other transmitter.
Connect a suitable trainer cable (not supplied) to the trainer port
TRAINER
(19) at the
back of the »Transmitter. When the trainer mode is enabled, trainer/student collaboration
is controlled by an auxiliary switch.
1. Navigate to “Trainer mode”.
2. Switch “Mode” to “On” and press the key
OK
.
3. Select an auxiliary switch (SWD is reserved for R.T.H. and cannot be assigned) for the
trainer mode and press the key OK.
4. Press and hold the key OK to conrm the settings.
5. Flip the assigned switch to engage and disengage the mode:
» 2-position switch: Pos. 1 = Disengaged, Pos. 2 = Engaged
» 3-position switch: Pos. 1 = Disengaged, Pos. 3 = Engaged
Transmitter | 15
11.4.7 Student mode
Navigate and set:
System > OK > Student mode > OK > OK > Yes/No > OK
In this mode, stick input is directly sent to the trainer’s transmitter and all student settings
are bypassed. When the »Transmitter operates in student mode it must not be connected
to any receiver. Follow the on-screen instructions to enable and disable the student mode.
11.4.8 Timer settings
The »Transmitter is equipped with a timer and counter function.
11.4.8.1 Timer
Navigate and set:
System > OK > Timer Setting > OK > Timer > OK > UP/DOWN > OK (hold)
>
Start timer:
Press the key UP or
DOWN
until “Start” is displayed. Press and hold the key
OK
to conrm the input and start the timer.
>
Cancel timer:
Press the key UP or
DOWN
until “Stop” is displayed. Press and hold the
key OK to conrm the input and cancel the timer. At this stage, even after leaving the
menu, the time is preserved and you may restart the timer anytime. If you wish to reset
the time, press and hold the key
CANCEL
after cancelling the timer.
11.4.8.2 Counter
Navigate and set:
System > OK > Timer Setting > OK > Counter > OK > UP/DOWN > OK >...
> OK (hold)
1. Select counting mode: For the timer to count up set it to “Up” and to count down to
“Down”. Press the key
OK
to conrm the input.
2. Set the counter time (max. 60 minutes) with the keys
UP
and
DOWN
. Press the key
OK
to conrm the input.
3. Press the key
UP
or
DOWN
until “Start” is displayed. Press and hold the key OK to
start the timer.
4. When the preset time, depending on your settings, is reached or elapses, an audible
alarm is emitted for a short time. Press and hold the key
CANCEL
to reset the time.
> If you wish to prematurely cancel the counter, set “Start/Stop” to “Stop” and press and
hold the key
OK
to cancel the counter. At this stage, even after leaving the menu, the
time is preserved and you may restart the counter anytime.
> While the counter is running you can cancel the counter and reset the time at the same
time by pressing and holding the key
CANCEL
.
11.4.9 Alarm settings
The »Transmitter is equipped with an audible alarm function that noties you after a preset
time elapses, during which no switch, stick or key input was detected.
Navigate and set:
System > OK > Alarm Setting > OK > UP/DOWN > OK (hold)
1. Set the alarm time (1 to 10 min.).
2. Press and hold the key
OK
to conrm the input.
> Any switch, stick or key input restarts the counter.
> Any switch, stick or key input cancels the alarm and restarts the counter.
11.4.10 Firmware version
Navigate and set:
System > OK > Firmware ver. > OK/CANCEL
The screen displays version and compilation date of the installed rmware.
16 | Transmitter
11.4.11 Firmware update
Navigate and set:
System > OK > Firmware update > OK > UP/DOWN > OK
Latest rmware releases are available from www.rclogger.com. Check regularly.
A Windows
®
computer with USB interface is required for updating the rmware.
1. Turn the »Transmitter off.
2. Disconnect the »Receiver from the power supply.
3. Connect the trainer plug of the USB cable (supplied) to the trainer port
TRAINER
and
the USB A-type plug to a free USB socket (USB2.0 or USB3.0) on the computer.
4. Turn the »Transmitter on.
5. Navigate to the rmware update section in the »Transmitter’s menu and start the
update procedure. Conrm the conrmation prompt if you are ready to continue or else
cancel the update procedure.
6. Follow the computer's instructions to complete the update.
7. After the rmware has been updated, disconnect the USB cable.
8. Turn the »Transmitter off and on again.
9. The »Transmitter is ready for use.
11.4.12 Factory reset
Navigate and set:
System > OK > Factory reset > OK > OK > UP/DOWN > OK
This function will reset all »Transmitter settings to their factory default values.
Important!
Note that all system and modes settings will be lost and cannot be recovered
once the reset process is in progress.
11.5 Functions settings
In the functions settings menu you adjust the settings for each model. Before you start to
make adjustments, select a model in the System Settings (see '11.4 System settings' on
page 13 '11.4 System settings' on page 13).
11.5.1 Reversing channels
This function lets you reverse channels (see [ Fig. 6 ]) . Set the channels according to your
needs and preferences: Ch = Channel,
Nor
= Normal (Default),
Rev
= Reversed
Navigate and set:
Functions > OK > Reverse > OK > UP/DOWN > OK > ... > OK (long)
Use the key
OK
for navigating between the channels (CH1 – CH8).
Fig. 6
Reverse
1 2 3 4 5 6
Ch
Nor
Rev
11.5.2 End points
This function lets you set the travel of each channel (see [ Fig. 7 ]). Reduce travel with
smaller and increase travel with larger values.
Navigate and set:
Functions > OK > End points > OK > UP/DOWN > OK > ... > OK (long)
Fig. 7
Ch1 100% 100%
Ch2 100% 100%
Ch3 100% 100%
Ch4 100% 100%
Ch5 100% 100%
Ch6 100% 100%
End points
Transmitter | 17
Depending on the stick/switch conguration, switch and stick input make the channel bars
move to the left (lower extent) or right (upper extent) when viewed in the "Display" menu
(see '11.5.3 Display' on page 17).
Study the diagram of [ Fig. 8 ] to get a better understanding of end point settings. The
diagram shows two different lower extent end point settings (100 % and 30 % respectively)
for the same channel. Stick travel (denoted by
x
) remains the same in each case.
Fig. 8
Ch2
Ch2
100% 100%0
100% 30% 100%0
Setting the endpoints:
1. Navigate to the end point section in the »Transmitter’s menu.
2. Select a channel with the key
OK
.
3. Adjust the percentage values with the keys
UP
and
DOWN
. Conrm the settings with
the key
OK
. The arrow jumps to the next channel.
» The left column displays the lower extent values and the right column the upper
extent values.
» To switch from lower extent to upper extent and back, move the corresponding
channel stick/switch in the corresponding direction.
4. Set the other channels.
5. To save and exit the end point settings press and hold the key
OK
.
11.5.3 Display
The "Display" screen [ Fig. 9 ] displays the real-time status (upper and lower extent) of
each channel (channel input). In the student mode, the settings of the trainer's transmitter
are displayed.
Navigate and set:
Functions > OK > Display > OK > OK/Cancel
Fig. 9
Ch1
Ch2
Ch3
Ch4
Ch5
Ch6
Display
11.5.4 Auxiliary channels
Navigate and set:
Functions > OK > Aux. channels > OK > UP/DOWN > OK > ... > OK (long)
This function lets you assign an auxiliary control (switch or analog knob) to channels 7
and 8. Channel 1, 2, 3 and 4 are assigned to the sticks (reserved).
Source designations:
> Switches: SwA, SwB, SwC, None (no assignment)
> Analog: VrA, VrB
Only channels 5, 6, 7, and 8 are assignable.
11.5.4.1 Assign switches/analog knobs
1. Navigate to the "Aux. channels" section.
2. Select a channel with the key
UP
or
DOWN
and continuously press the key OK to
select a switch/analog knob.
3. Press the key UP or
DOWN
to select the next channel.
4. When you have set all channels according to your needs, press and hold the key OK
to save all settings and exit the menu, or press the key
CANCEL
to exit without saving.
18 | Transmitter
11.5.4.2 Upper and lower extents
The below table summarizes to you how the extents correspond to the controls' positions:
Control Extent transmission*
2-position switch Pos. 1: Lower extent
Pos. 2: Upper extent
3-position switch Pos. 1: Lower extent
Pos. 2: None
Pos. 3: Upper extent
Stick Down/Left: Lower extent
Up/Right: Upper extent
Analog knob Turning anticlockwise from mid-position: Lower extent
Turning clockwise from mid-position: Upper extent
Mid-position: None
*If a channel is reversed, the positions are reversed as well. Refer to section '11.5.1
Reversing channels' on page 16 for details.
11.5.5 Subtrim
Adjust the servo mid-points with this function (see [ Fig. 10 ]).
Navigate and set:
Functions > OK > Subtrim > OK > UP/DOWN > OK > ... > OK (long)
Fig. 10
Ch1
Ch2
Ch3
Ch4
Ch5
Ch6
Subtrim
1. Press the key OK to navigate between channels (CH 1 – CH 8).
2. Press the key UP and
DOWN
to apply subtrim.
3. Press and hold the key OK to save the settings and exit the menu, or press the key
CANCEL
to exit without saving.
11.6 Trimming
For ne trimming or trimming during ight, use the left (17) and right (7) trims. Fine
trim settings are displayed on the LC display. Refer to 'Fig. 3' on page 11 for more
information. Each ne trim position has a distinct sound pitch associated with it. Refer to
the following table:
Left/Down Mid position Right/Up
Short sounds and lower pitch Long sound Short sounds and higher pitch
11.7 Direction of antennas during operation
It is important that you do not directly point the »Transmitter’s antenna at the »NovaX 350
during operation as doing so weakens the transmitted signal. For best signal strength
maintain an angle of 90° between »Receiver and »Transmitter antenna.
11.8 Channel learning
Channel learning is required if the »Transmitter shall be used to control the »NovaX 350.
Refer to the »NovaX 350 operating instructions for instructions on how to calibrate the
»Transmitter.
11.8.1 Auxiliary switch SWD
Channel 5 is permanently assigned to R.T.H. and switch
SWD
(5). Do not assign any
channels to switch
SWD
. Refer to the »NovaX 350 operating instructions to learn more
about R.T.H.
Maintenance, Care And Repair | 19
12. MAINTENANCE, CARE AND REPAIR
> Disconnect the »Receiver from the power supply and remove the batteries from the
»Transmitter before cleaning.
> Never submerge the products in water or other liquids.
> Regularily clean the products with a soft, dry cloth or brush. Do not apply too much
pressure to the housing to prevent scratching.
> Do not use any aggressive cleaning agents, rubbing alcohol or other chemical solutions
as they can cause damage to the housing and malfunctioning.
12.1 Removing the throttle spring
The neutral position of the throttle stick is in the centre (zero position). A spring ensures
that the stick returns to the neutral position when you let go of it.
This design offers a lot of advantages to inexperienced pilots but may be impractical for
more experienced ones. For this reason, pilots can remove the throttle spring by which the
throttle's zero position is shifted from the centre to the bottom stop. In other words, the zero
position is reached by moving the stick to the bottom. Follow the instructions.
Avoid electromagnetic discharge! Discharge yourself
before touching electronic components.
1. Turn the »Transmitter off, open the battery compartment and remove the batteries
(see [ Fig. 11 ]).
2. Remove the 4 screws that hold the housing together (see [ Fig. 12 ]).
3. Open the housing. Mind the two cables that connect front and back! Carefully unplug
the cables from the PCBA (see [ Fig. 13 ]).
4. Place the transmitter on a wooden (or similar) block to prevent the sticks from touching
the working surface (see [ Fig. 14 ]). Work on a soft surface.
5. The throttle stick of a mode 2 or 4 transmitter sits on the left and on the right of a
mode 1 or 3 transmitter. From this point forward, all instructions are based on a mode 2
(and mode 4) transmitter. If you are working on a mode 1 (or mode 3) transmitter,
perform the same steps on the opposite side (note that the components are laterallyinverted).
6. Remove the 4 screws that hold the throttle stick in place (see [ Fig. 15 ]).
7. From the front, gently push the throttle stick out of the housing (see [ Fig. 16 ]). You do
not need to disconnect the cable. Instead, use a piece of paper and carefully place the
stick on it (see [ Fig. 17 ]).
8. Remove the spring adjustment slider, spring and bar (see [ Fig. 17 ]).
9. Replace the throttle stick and screws (see [ Fig. 18 ]). Apply little force when tightening
the screws.
10. Place the supplied small metal plate over the straight knurled wheel on the right.
Insert the nose of the plate into the notch as shown in [ Fig. 19 ]. Bolt it down using
the supplied screws. Adjust how hard or easy the throttle stick moves with the screw
opposite the notch: loosen the screw for less or tighten it for more friction.
11. Re-connect the cables (see [ Fig. 20 ]).
12. Close the housing and insert and tighten the four screws (see [ Fig. 21 ]).
13. Insert the batteries (see [ Fig. 22 ]).
14. The transmitter is ready for use.
20 | Maintenance, Care And Repair
4x
1 2 3
4 5 6
Fig. 11
Fig. 14
Fig. 12
Fig. 15
Fig. 13
Fig. 16
Maintenance, Care And Repair | 21
4x
7 8 9
10 11 12
Fig. 20 Fig. 21 Fig. 22
Fig. 17 Fig. 18 Fig. 19
22 | Disposal
13. DISPOSAL
13.1 General
In order to preserve, protect and improve the quality of environment, protect
human health and utilise natural resources prudently and rationally, the user
should return unserviceable product to relevant facilities in accordance with
statutory regulations. The crossed-out wheeled bin indicates the product needs
to be disposed separately and not as municipal waste.
13.2 Batteries
The user is legally obliged
(battery regulation)
to return used batteries and
rechargeable batteries.
Disposing used batteries in the household waste is
prohibited!
Batteries/ rechargeable batteries containing hazardous substances
are marked with the crossed-out wheeled bin. The symbol indicates that the
product is forbidden to be disposed via the domestic refuse. The chemical
symbols for the respective hazardous substances are
Cd
= Cadmium,
Hg
=
Mercury,
Pb
= Lead.
You can return used batteries/ rechargeable batteries free of charge to any collecting point of your
local authority, our stores or where batteries/ rechargeable batteries are sold.
Consequently you comply with your legal obligations and contribute to environmental protection!
14. PRODUCT SUPPORT
Visit http://www.rclogger.com/support or call +852 2559 2662 for product support.
Additionally, visit our Online Ticket System at http://support.rclogger.com for any RC
Logger inquiry.
15. TECHNICAL DATA
15.1 Transmitter (Tx)
Frequency range ...............................2.4 GHz
Modulation .........................................GFSK
Channel resolution .............................1024 steps
Number of channels ..........................8
Transmitter range .............................. 2624 - 3280 ft (800 - 1000 m)
(Range may vary with environmental conditions)
Power supply .....................................6 V/DC, 4 x type AA batteries
Dimensions (W x H x D) ....................approx. 190 x 174 x 89 mm
Weight ...............................................approx. 392 g
15.2 Receiver (Rx)
Frequency range ...............................2.4 GHz
Sensitivity ..........................................-105 dBm
Modulation .........................................GFSK
Number of channels ..........................8
Antenna length ..................................approx. 150 mm
Power supply .....................................4.0 – 6.5 V/DC
Dimensions (L x W x H) .....................approx. 40 x 21 x 7.5 mm
Weight ...............................................approx. 6.4 g
Declaration Of Conformity | 23
16. DECLARATION OF CONFORMITY
Manufacturer:
CEI Conrad Electronic International (HK) Limited
License holder:
CEI Conrad Electronic International (HK) Limited
Address:
18th Floor, Tower 2,
Nina Tower, No. 8 Yeung Uk Road,
Tsuen Wan, New Territories, Hong Kong
We declare on our own responsibility, that the product:
Kind of equipment:
Digital Proportional Radio Control System
Model no:
RC Logger R8 Radio System
is in conformity with following directives and standards or regulations:
EN 62311:2008
EN 60950-1:2006 + A11:2009 + A1:2010 + A12:2011
IEC 60950-1:2005 (Second Edition), Am 1: 2009
ETSI EN 301 489-17 V2.2.1 (2012-09)
ETSI EN 301 489-1 V1.9.2 (2011-09)
ETSI EN 300 328 V1.8.1 (2012-06)
CE marking on product:
Hongkong,
05/15/2015
CEI Conrad Electronic International (HK) Limited
18th Floor, Tower 2, Nina Tower, No. 8 Yeung Uk Road,
Tsuen Wan, New Territories, Hong Kong
Place and date of issue Manufacturer/Authorized representative name and signature
17. FCC COMPLIANCE STATEMENT
FCC ID Transmitter: 2AARVRCL-R8RADIO
FCC ID Receiver: 2AARVRCL-RR8-TP
Statement according to FCC part 15.19
This device complies with Part 15 of the FCC Rules. Operation is subject to the following
two conditions:
> This device may not cause harmful interference, and
> This device must accept any interference received, including interference that may
cause undesired operation.
Statement according to FCC part 15.21
Modications not expressly approved by this company could void the user’s authority to
operate the equipment.
18. LEGAL NOTES
These operating instructions are published by CEI Conrad Electronic International
(HK) Limited, 18th Floor, Tower 2, Nina Tower, No. 8 Yeung Uk Road, Tsuen Wan, New
Territories, Hong Kong.
All rights including translation reserved. Reproduction by any method, e.g. photocopy,
microlming, or the capture in electronic data processing systems require the prior written
approval by the editor. Reprinting, also in part, is prohibited. The operating instructions
reect the current technical specications at time of print.
© 2015 by CEI Conrad Electronic International (HK) Limited
89102RC_v4_1015_02_m_en_(1)_M2
24
www.rclogger.com
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