Sanwa Electronic Instrument Co 90225 2.4GHz RADIO CONTROL SYSTEM User Manual Part E

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Document ID	1229573
Application ID	XVJg269WeX2pb9wfeUxKmw==
Document Description	Users Manual Part E
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	218.89kB (2736133 bits)
Date Submitted	2010-01-18 00:00:00
Date Available	2010-01-19 00:00:00
Creation Date	2010-01-16 10:25:56
Producing Software	Canon iR3245 PDF
Document Lastmod	2010-01-16 10:26:05
Document Title	Users Manual Part E
Document Creator	Canon iR3245 PDF

SETUP MENU
WWW."
4) Press the +/INC hey a second time,
PUSH DEC will flash. Press the DEC/-
key once. BIND Will be displayed in the
Programming Vihnouw, the LCD and the
Power Indicator Light will flash. then the
Bind LED on the receiver will turn solid
indicau'ng the Binding process is complete.
5) Alter verifying that the Binding process is complete (solid plue Bind LED on the receiver) and the servos operating normally.
press eitherthe Right MENU key or the Left MENU key to return to the BIND menu
Q When the Binding procedure is successful. the Bind LED will stay solld blue and the Power Indicator Lightwill flash slowly
when both the transmitterand receiverareturned ON. litre Bind LED on lhe receiver is flashing rapidly. the transmitter ano
receiver are not paired. in this case. turn both the transmitter and receiver DFE then repeat the Elndlng procedure
—/I
The Trim SWltch Assign function allows you to assign several diherent operations to the TRM switch on
top of the transmitter. This allows you to easily control during use a speoiflcAuiniary function that you‘ve
assigned to the TRM sztch. For example. you Cfluld assign the Step Auxiliary function to the TRM switch
and control your glow»powered model's needle valve or your boat's adjustable trim step. In addition, you
can change the Step Resolution of the TRM SWltch to Change how tar the servo travels with each press of
the TRM switch.
You can assign and control ONE of the (allowing Auxlllary functions with the TRM switch
FUNCTION FUNCTION NAME FUNCTION DESCRlPTION
D/R SrEsnlNG DUAL RATE ConrRots STEERING DUAL RArE
TH_HI Tenants HlGH EPA CnNrants Tnnorri F HIGH SIDE END PoiNr AmuerENr
TH_BR TnnorrtE BRAKE EPA CDNrRoLs THRm’LE BRAKE SIDE END PalNr ADJuerENr
SC_HI AtlxltlARV Crown. 3 HIGH EPA Contacts AUXlLlARV CHANNEL 3 Hlen SiDE END POINT Amusmsyr
30_LO AUXILIARV CHANNE. 3 Low EPA CDNTRtLS AUXlLlARY CHANNEL 3 Low 5le END PnlNr AmuerENv
3_SUB AUXILIARV CHANNEL 3 SUEr-TRIM' CUNrRUts AuxltlARv Cnnuust 3 Sue-TRM
P_AUX PoiNr AUXILIARY PROGRAM CoNrnDLS PROGRAMME) PniNr Auxl iawv Ssnvo MOVEMENT
S_AUX SrEP AUXILIARY PROGRAM CoNrnol. PRBERAWED STEP AUXILIARY SERVO MovEMENr
“This Sub-Trim function is only elfective when Auxiliary Channel 3 is used as a mixer. In the detault configuration,
any servo plugged into Auxiliary Channel 3 will move T0 and FROM the HIGH and LOW positions only. It Is not
a propom‘onal channel that features a center position, However, when being used as a mixer. for example, when
controlling front and rear steering, Auxiliary Channel 3 will react as a proportional channel, just like the Steering
and Throttle channels. In this case this Sub-Trim function will work as intended, allowing you to adjust the Auxiliary
Channel 3 servo center trim independently.
é Push the TRM sztch forward to decrease a Function value and pull the TRM backward to increase a tunctlon value
Minimums
1) Press the Right or Left MENU key to highlight the EXP menu, TRM will be displayed in the
Programming VWnoow.
Page 4t
SETUP MENU
WWW...
2l Press the VINO or DECI- keys to display the desired Auxiliary function you would like to
control with the TRM switch.
TRM setting range is DIR. TH_HI. TH_ER, 3C_HI. ac_to. 3_sue, P_AtJX. AND S_AL|X. The
delault setting is DiR.
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The Trim Step Resolution ofthe TRM switch Cari be changed to suit your prelerence. This function allows you to Edlust how far
the Auxiliary Channel 3 servo travels when the TRM switch is pressed. You can increase the resolution by decreasing the Trim
Step Resolution value. so that the servo travels less when you press the trim switch. This makes it possible to fine-tune the
setting extremely accurately. In addition. you could decrease the resolution by increasing the Trim Step Resolution value. so that
the servo travels more when you press the trim switch. This setting may not be as accurate. although it results in large amounts
at servo travel.
1) Follow the steps in the previous section to choose which Auxiliary ruhelieh you would like to
assign to the TRM switch, ThatAuiniary lurintlori will be displayed in the Programming Window
2) Press the Right MENU key 5 5wi|l be displayed in the Programming Viiheaw.
3) Press the t‘llNC or DESI» keys to choose the desired Trim Step Resolution. The higher the
number, the more the Auxiliary Channel 3 serve travels with each press 01 the TRM switch
and the lower the number the less theAuxiliary Channel 3 servo travels with each press orthe
TRM switch.
5 setting range is 1 to 10, 20, 30, 40. 50, 60. 70, ED. 90, and 100 The delault setting Is 5.
The Step Resolution selling aflects all Auxiliary lunctiorls equally It is not able to be set
independently tor each Auxiliary function
_I/
The Trim Step Resolution runction allows you to adjust how far the steering and Throttle servos travel when
the trim switches are pressed. You can increase the resolution by decreasing the Trim Step Resolution
value, so that the Steering and Throttle servos travel less when you press the trim switches, This makes
it possible to fine-tune the settings extremely accurately. In addition. you could decrease the resolution by
increasing the Trim Step Resolution values, so that the Steering and Throttle servos travel more when you
press the trim switches. This setting may not be as accurate. although you can set large amounts of
trim faster,
C ' ' Trim R i
1) Press the Right or LeftMENU key to highlight the SPEED menu STEP will be displayed in the
Programming Window.
TH 0/5 EPA
N SPEED AUX
SUB-T [Fifi/“hum
tll‘o t’li xvi
l-l Alix Iii
——'————— Page 42
SETUP MENU
2) Press the +/IND key ST S 5 will be displayed in the Programming Vlllndnw
a) Press the ~rlNc er DEC!» keys te cheese the cesiree Trim Step Raseiutien uaiue tor the
Steering Trim Switch. The higher the number, the mere the Steering serve travels with each
press 01 the ST—TRIM switch and the lower the number the less the Steering servo travels
with each press of the ST-TRIM switch.
sr-s setting range is 1 to 10. The delsull setting is 5.
4) From within the ST Trim Step Resolutiun menu, press the Right MENU key TH s 5 will be
displayed in the Programming Window.
5) Press the +IINC ur DECI- keys to choose the desired Trim Step Resolution value fur the
Throttle trim switch. The higher the number. the more the Throttle servo travels with each
press at the TH-TRIM switch and the lowerthe number the less the Throttle servo travels with
each press nithe TH-TRIM swrtch.
TH-S setting range is 1 to to. The derauit setting is 5
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Trim Step Resolution torAuxiliary Channel 3 ls rlnt set within this menu. It is set independently. based on the Auxiliary
function you've programmed.
_II
The Model Naming lunctien allcws yeti to name the eirTerent meeels you have saved in the transmitter. This
makes it easier te keep track cf the eirterent meeels since yeu can give each ene a specific lvletlel Name
Mceel Names can consist at up tn 4 upper-case er lewer-case letters, numeers. u! symbols. ur a combination
of all four.
uemmleueueeel
1) Belore naming your model. use the Model Select iurlctinrl to choose and load the Programming Data for the partlcular model
number (1~i B) that you would like to name. For more information see page 38.
Page 43
SETUP MENU
2) Press the Right or Left MENU key to highlight the AUX menu. NAME will be dispiayed in the
Programming vinhdpw.
3) Press the +IINC or DEC/— keys once to enter the Model Naming screen. The cursor will flash
in the lower left corner cf the Fmgramming Window and the current Model Name will be
displayed. The current Model Number will alsn be displayed under the Battery Indicalur.
é In the default configuration. the Model Name Will be the same as the currently selected
Model Number.
4) Press the dim: or DECi- keys to scruli to the desired character. then press the Right MENU
key twice to advance the cursor to the next space.
5) Press the ”INC dr DEC/4 keys to scroll to the desired character. then repeat the proceedures
in steps 4 and 5 to enterlhe remaining two characters, You can enter a total offaur characters.
A group oi character styles can be selected by pressing the HINC and DECI— keys at the
same time. Choose from capital letters, Ir/wer case letters, symbols. and numbers
Erasin aCh r
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F/S
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1) To erase a character. press the Right or Leit MENU keys to muvetu the character ynu would like to delete That characterwiil
begin to flash.
2) Press the +I|NC and DEcl— keys at the same time until the cursor is displayed The flashing characterWill be replaced
by the flashing curspr.
Maw
1) When you press the Right or Let! MENU keys to move |he cursor larward and backward. you
will notice that an Underscure flashes between the first. second. and third character spaces.
and that 3 Period flashes between the third and lounh character spaces. It yuu wuuid like In
add lhese Underscores ehd/Drthe Period between the characters, press the +/INC and DEC/-
keys at the same tlme when the desired underscore dr Pertud is flashing.
Page 44
SETUP MENU
_Il/
‘ by, [r F'A‘EXP]
The Mudel Clear lunctien allcws you to reset lhe selected mudel's Programming Data to the default values.
All mudel—specihc Programming Data is reset Transmitter-specific Programming Data, such aaAudihle Key
Toner inactivity Alarm, and Battery Cell cdunt are not reset.
WW
1) Esters clearing your Model Programming Datat use the Model Select lunntlnn to choose and
load the Programming Dela lorlile particularmndel number (1~1 E) that you would like to clear
the Programming Data lor. Fur mure inhrmatlont see page 38.
2) Press the Right or Left MENU key tu hrghlighl the F/S menu. M_CLR will he dlspleyed In the
Programming Vlflrldow.
3) Press the HINC or DECI- key The currently selected Mndel Name and out will alternately
flash in the Programming erldnw.
4) Press and HOLD the t/INC and DECI- keys at the same time for approximately 1 seeund.
COMP will flash In the Programming Vlflnddwt [hen tile default Model Name will be displayed.
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TheAudibIe Key Tune funcliun allows yuu In turn Audible Key Tones ON or OFF When turned ON (ACT) an
Audlble Tone will be heard when a Programming Key nr a Trim Switch is pressed. When turned OFF (INH),
no Audible Tone will be heard when a Prdgrammlng Key nr 5 Trim Switch is pressed
Agra] [lg 9L uh'hil’ng Audible Key Tones
|) Press the Right or Lert MENU key to highlight the suer menu BEEP Will be displayed in the
programming vwhdow.
Page 45
SETUP MENU
WWW.“ m-l-Emhi—XEJ
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2) Press the ‘lINC or DECl— keys to select ACT [Acllvel or INH (Inhibillr When set to ACT. arl ' HP” MES
Audible Torte will sound when a Programming Key or a Trim Switch is pressed. When set to -@ MODEL
INH. rig Audible Tone will sound when 3 Programming Key or a Trim Switch is pressed
BEEP setting range is ACT or INH. The default setting is ACT
ALRM INACTI
TY ALARM
The Inactivity Alarm function allows you to be wanted when you leave the transmitter turned ON and there
has been no movement of the controls or the Programming Keys for 10 minutes. It the transmitter Is left
ON for 10 minutes or longer without any Input the Inactivity Alarm will sound oontinuwslyr POWR ON will
flash in the Programming Vlfindow, and the Power Indicator Light will flash. The Inactivity Alarm helps
prevent battery drain by accidentally leaving the transmitter turned ON.
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snowman
1) Press the Right or Left MENU key to highlight the REV menu, ALRM will be displayed in the .. _ _ Mill
Programming andow I'J' } | “A It
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2) Press the +1|NC or DECI- keys to select ACT (Aofive) or INH (Inhibltl, When set to ACT. an
Audible Alarm will sound it the transmitter is lelt ON without any input tor 10 minutes to alert
you to turn the transmitter OFF. When set to INH. no Audible Alarm will sound if the transmitter
is left ON without any input for 10 minutes.
ALRM setting range Is ACT or INH The default setting is INH.
marlmmaJnamxitiLAlann
1) To clear the Inactivity Alarm once it sounds. either turn the transmitter OFF, press any of the Programming KeysI or move any
or the transmitters controls.
—/I
y innit
The Battery Cell Countfunction allows you to choose the voltage range or the transmitter battery that you‘re
using (based on the cell count and the voltage of each cell). to ensure that the transmitter Low VoltageAIarm
operates correctly You are able to choose trom 4 Cell and 6 Cell options. allowing you set the correct Low
Voltage Alarm for either the stock dry cell battery holder. the optional 6 cell Ni-MH battery. or even it you use
a 2 cell Li-Po battery or a 2 cell Li-Fe battery.
WARNING it's important that the Battery Cell Count matches the type of battery you're using or the Low Voltage Alarm will
not operate correctly. For a table cl Battery Types and voltages. see pages 45 and 47.
Audible alarms will sound if the incorrect Battery Cell Count option Is selected. but you can silenoe the alarms and change
the Battery Cell Count option to the correct one without worrying about damaging the transmitter,
Page 45
SETUP MENU
& If you're using an optional rechargeable battery pack, to ensure that there are no Issues when selecting the Battery Cell
Count, you should first fully—charge your battery before installing it into the transmitter and choosing the Battery Cell Count
1) Press the Right or Left MENU key in highlight the MODEL menu. BATr will be displayed in the
Programming iMnduw.
2) Press the r/INC or DECI- keys to highlight which Battery Cell Count option matches the type
of battery you‘re using. The Battery Cell Count option displayed that‘s not currently in use will
begin to flash. Use the table below to determine the correct optiont
BATT setting range is 4CEL or SCEL The delault setting is 4CEL.
Use the table below to determine the Battery Cell Count option to use:
3) Press and HOLD the +IINC arid DEcl- keys at the same time tor approximately 1 second, The
hashing Battery Cell Count displayed will stop flashing indicating that the option has been set.
It you attempt to change the Battery Cell Count to
an option that doesn't match the current battery type
installed pressing the +rinc and DECI- keys at the same
time will have no efiecti
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SUB-T nEV lull
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ollri‘rlrfi‘tns‘r
BATTERY "PE USE THE OPTION If the BATI' option is set to ACEL and you oiug in a SCEL
i . 4 voltage battery. OVER met. erI trash in the Programming
4 CE“ ‘AA'AWL‘NE [5mm GEL window and an Audible Alarm will sound If the GATT option is
40m M RECHARGEAELE (OWiONAt) 4CEL set to SCEL and you plug in a ACEL uoitage batteiy, a rapid
s CEL, Ni-MH (cerium) ecsL Audible Alarm will sound, To silence either ulthese alarms press
any Programming Key. then proceed to change the Battery Cell
2 CE“ L"P° ‘OW'WL’ “E" Count option as described.
2 Clth Ll-FE (OPYIONAL) scar.
Ari audible Low Voltage Alarm will sound when your battery reaches a predetermined voltage level, warning you to stop using
the transmitter and either change the batteries with lresh balteries‘ or recharge the batteries.
BATTERY OPTION LOW VOLTAGE WARNING
“DEL AT 4 Av, an VOITAGE WkRNlNG SOUNDS. THEN STOPS
Ar 4.3v, Low VOLYAGE WARNlNG SDUNDS AGAlN (DiFFEPENr TONE) TNEN STOPS
Ar 4.2\/. Low VOLTAGE WARNiNG SOUNDS AGAiN [DiFFERENr TovE)‘ TNEN Smps
AT 4.1v. Low VetrAGE WARNlNG SouNos AND NEVER Sreas
SCEL Ar 6 7m Low VDJAGE WARNlNS SaiihiDs, THEN Sroes
Ar 5.5v, Low VOLVAGE WARVlNG SOUNDS AGAiN (DIFFERENT ToNEL THEN SraPs
Ar 6.3V‘ LOW VOLTAGE WARNiNG SOUNDS AGAlN [DiFFERENT TONE)‘ THEN SrUPs
Ar 5,1v, LowVDtrAsE WAwNiNG SouNDs AND NEVER SYOPS
Page 47
TROUBLESHOOTING GU‘tDE
This troubleshooting guide has been provided to help you diagnose and solve most problems that you may encounterwitn your
Mx-sx 24an Fuses radio control system. Most proolems encountered can be solved by following the problem-cause-solution
sections.
If you cannot solve the problem using this trouoiesnooting guide please contact us using the iniormauon on me back cover or
this Operating Manual.
PROBLEM
Transmitter does not turn ON
Transmitter will not bind to receiver
CAUSE
Batteries not installed correctly
S TIDN
Reinstall batteriest Observe correct polarity
Battery tray not plugged in
Plug in battery trayi ObseNe correct polarity
Damage caused by using incorrect
charger or reverse polarity
Contact Airtronias Customer Service
Low transmitter battery voltage
Replace or fully charge battery
incorrect Battery Cell Count
Modulation Incorrect
Ensure Battery Cell Count in SETUP menu
matches the battery type you're using
Ensure Modulation Type matches the type at
receiver you‘re using
Too much time elapsed after
pressing Bind Button
Quickly press the t/INC key after releasing the
Eind Button on the receiver
Attempting to bind incompatible
receiver
Transmitter compatible only with Airtronics
2.4GH2 FHSS-3 and FHSS—Z surface receivers
Using ESC with EEC
Disconnect ESE and use dry cell battery for
Binding procedure. then reconnect ESC after
binding
Alarm oeeps continuously
Low iransrniiier battery voltage
Replace or iuiiy cnarge battery
Transmitter left ON more than
10 minutes without control input
Move steering wheel orthrottle trigger. or press
any uutton to continue use,
Incorrect Battery Cell Count
Ensure Battery Cell Count in SETUP menu
matches the battery type you're using
Cannot enter SETUP menu
incorrect menu operation
Press and HOLD Left MENU key while turning
transmitter ON
No sound when keys are pressed
Audible Key Tones are Inhibited
Activate Audible Key Tones in SETUP menu
Servo movement is slow
Receiver battery low
Replace or fully charge receiver batteries
A negative Servo Speed value is
programmed
Check Servo soeeo settings
Control linkages binding
Adjust control linkages to operate smoothly
Servo does not move when using trim swrtch
Trim is outside of operational
range
Reset trim to zero and center the servo horn
and control linkage
Inadequate tre—rgmit-ting range
Lowtransmitter or receiverbattery
voltage
Replace or fully charge batteries
Receiver antenna not mounted
correctly in your model
Mount receiver antenna as recommended
Servo moves too much or doesn't move
enough when trim switch is moved
Trim Step resolution requires
adjustment
Adjust Trim Step resolution in SETUP menu
Transmitter battery voltage not displayed
on LCD
Transmittervoltage noioispiayeo
when a menu is Active
Press and the Right and Lett MENU Keys at
the same time
Throttle servo or £50 moves to programmed
position without input
Receiver battery voltage has
reachedtheprograrrimed Battery
Fail Sate voltage level
Replace or tully charge receiver battery
cannot program receiver Battery Fail Sate
Voltage level
Throttle channel Fall Sate set to
FREE or HOLD
SetThrottIe channel Fail Safe to a percentage
value
Page AB
GLOSSARY OF TERMS
Activate: To turn ON a particular function.
Antenna: Transmits the signal from the transmitter to the receiver in the model. Never touch the transmitter antenna during use.
Doing so may cause loss of transmitter output. resulting in loss of signal. The antenna is flexible tor extra safety. Do not bend or
twist the antenna or damage could result. During use. the transmitter should be held so that the antenna is vertical at all times.
Antenna Reception Wire: The portion of the receiver antenna that actually receives the transmitter signal. The Antenna
Reception Vihre should never be bent or it could be damaged and limit the range of your model.
Audible Key Tone: An audible tone that is emitted from me transmitter each time a Programming Key or a Trim Switch is
pressed. This function can be turned ON or OFF.
Auxiliary Lever: The Auxiliary Lever controls different options, depending on your programming preferences. In the deiault
configuration, the Auxiliary Lever controls Auxiliary Channel 3. In addition, the Auxiliary Lever is used to program and control the
different Mixes that are available.
Auxiliary High and Low: Used as an Auxiliary Channel 3 as a dedicated ON or OFF third channel. For example. it your monster
truck features a transmission with reverse, you can use the Auxiliary Lever to control the reverse mechanism by simply moving
the Auxiliary Lever UP and DOWN to control the servo's travel in each direction. In addition, End PointAdjustments can be made
Auxiliary Channel 3 to limit the amount of servo travel In both directions.
Battery Compartment: Houses the 4 'AA' Alkaline cells that power the transmitter.
Battery Indicator: Displays the approximate capacity remaining of the transmitter battery.
Binding: The act of pairing the transmitter and receiver to prevent interference from radio controllers opemted by other users.
The transmitter and receiver must be paired so that the two can ‘talk‘ to each other. Once the Binding process is complete. the
setting is remembered even when the transmitter and receiver are turned OFF.
Bind Button and Bind LED: Used in the process of Binding the transmitter and receiver:
Brake Hold: Used with the Brake Mixing function. Holds the second brake servo in the last position it was in when the Brake Hold
function Is Activated. For example. if your model features two separate brake servos. you can use the Brake Hold teature to keep
your model from rolling forward during the start-up process.
Brake Mixing: Used primarily with 1/5th scale gas-powered models or other types of models that use two separate brake servos.
Allows you to control two separate brake servos the throtue trigger.
Brake Side: Refers to the throtde trigger stroke that engages the brakes on your model (pushing the throttle trigger).
Burn: Used with the Motor on Axle function (dual ESCs). the front motor is inhibited while keeping full control of the rear motor
during rock crawling. Burn can be Activated and Inhibited with the press oi a button.
charging Jack: Used tor onboard charging of the optional 6 cell 2200mAh Ni-MH battery. Do not attempt to charge Alkaline
batteries. Only the recommended Airtronics 11 OvAC charger should be used through the Charging Jack. It using an after—market
Peak charger or other type of fast charger. the battery should be removed from the transmitter to avoid damage to the transmitter
circuitry,
Coaxial cable: The portion of the receiver antenna that extends the Antenna Reception Vinre. The Coaxial Cable can be bent into
gentle curves. however. do not bend the Coaxial Cable acutely. or repeatedly bend it. orthe antenna core can be damaged. The
Coaxial Cable should be installed through a nylon tube (antenna tube) in the vertical position for the best reception.
DECI- Key: Decreases number values in the Programming Window and is used to make programming selections,
Dlg: Used with the Motor on Axle function (dual ESCs), the rear motor is inhibited while keeping full control of the front motor
during rock crawling. Dig can be Activated and Inhibited with the press oi a button.
Digital Voltage Indicator: Displays the current voltage remaining in the transmitter battery.
052 Modulation: This is a special modulation type typically used in Japan. It should not be selected for use in North America.
End Point Adjustment: Used to adjust the desired amount of servo travel in both directions independently. This makes it
possible to balance servo travel in both directions, The End Point Adjustment function can be adjusted for the Steering channel
(Right and Left), the Throttle channel (Throttle High and Throttle Brake). and Auxiliary channel 3 (High and Low).
Exponential: Used to vary the amount of servo travel in relation to the movement of the steering wheel and the throttle trigger
near the neutral positions to change the way the steering. throttle. and brake react to control movement. Increasing the Exponential
percentage value will soften the control feel around neutral and decreasing the Exponential percentage value will heighten the
control feel around neutral. Using a lower negative value allows for smoother control. Using a higher positive value may result in
more 'twitchy‘ control response.
Fail Safe: Automatically moves the serves to a predetermined position in the event that the signal between the transmitter and
the receiver is interrupted, whether due to signal degradation orto low transmitter battery.
Page 49
GLOSSARY OF TERMS
FHz Modulation: Frequency Hopping 2nd genemtion FHss technology. FH2 Modulation is used in legacy Airtronics 2.4on
FHSS-Z Irflnsmitters and receivers, such as the Airtronlcs M11. M11 FHSS-Z, and MX-3FG radio control systems.
FH3 Modulation: Frequency Hopping 3rd generation FHSS technology. FHd Modulation is used in new-generation Airtmnics
radio control systems.
FrtsF Modulation: Frequency Hopping 3rd generation FHSS technology used only in France. This is a special modulation type
typically used in France. it should not he selected for use in North America.
FHSS: Frequency Hopping Spread Spectrum. FHss is a modulation type which transmits data across the entire frequency
spectrum by transmitting data on dinerent channels at an extremely rast interval.
Four Wheel Steering Mixing: used to control either the Front or Rearsteering independently. or Mix the Front end Rearsteering
so that they can be used together. For example. it your Rock Crawler uses Four Wheel steering. you can use the Programming
Keys to switch between Front or Rear independent Steering. Farsiiel Four Wheel Steering. and Tandem Fourwheei steering.
Grip: The Grip is molded in an ergonomic shape lor increased comiort. control and reel.
High side: Revers to the throttle trigger stroke that opens the throttle and powers your model (pulling the throttle trigger)
inch Key: increases numper values in the Programming Vinndow and is used to make programming selections.
Inactivity Alarm: Warns you when you leave the transmitter turned ON and there has been no movement ofthe controls or the
Programming Keys tor 111 minutes. It the transmitter is leit ON ror 1 0 minutes or longer without any input the Inactivity Alarm will
sound continuously. POWR ON will tlash in the Programming Nndow. and the Power Indicator Light will flash. The Inactivity
Alarm helps prevent battery drain by accidentally leaving the transmitterturned DN.
Inhih :To deactivate or turn OFF a particular lunction.
LCD: Liquid crystal Display The LCD displays all orthe transmitter programming and related information.
Lert Menu Key: Scrolls left (backward) through the individual functions assigned to the currently highlighted menu in addition.
when held down while turning the transmitter on. enters the SETUP menu
Model Clear: Used to reset the selected model‘s Programming Data to the detault values. All model-specific Programming Data
is reset Transmitter-specific Programming Data. such as Audible Key Tone Inactivity Alarm. and Battery Dell Count are not reset.
Model Naming: Used to name the dltferent models you have saved in the transmitter. This makes it easier to keep track of the
dinereni models since you can give each one a specific Model Name. Model Names can consist or up to 4 upper-case or
lower-case letters. numbers. or symbols, or a combination or all four.
Model Select: Used to store and retrieve Programming Data tar any made” through 18. ll you have Programming Data stored
tor more than one model. using the Model Select runcllon to load the Programming Data lorthe particular model that you wish to
use. The currently selected Model Number is displayed below the Battery Indicator.
Motor on Axle Mixing: Used to control either the Front and Rear throttles together or independently. giving you Dig and Burn
features. in addition to Front or Rear Throttle Hold reatures. These features are mostly used in Rock Crawling and allow the
utmost in functionality.
Operating Voltage: The sate voltage thatthe transmitter or receiver can operate within. Exceeding the minimum operating voltage
can result in loss or power to the devicets). Exceeding the maximum operating voltage can result in damage to the devices(s)
Output Fewer: The power [In Milllwatls) that your transmitter transmits a signal. Output power is defined by government
guidelines and diners by region.
Parallel Steering: Used With FourWneel steerlrlg. both iront and rear wheels pivot right and left together.
Polnl Auxiliary: Used to program Auxiliary channel 3 to move the servo to up to 5 dinerent points along its travel. then cycle
through those Points using either the TRM switch or by pressing the Left and Right MENU keys. For example. ir your model
requires a separate 3-position or more switch to operate a reature. the FointAuxiiiary lunction can be customized to control this
Power indicator Light: Flashes slowly when the transmitter is turned on and transmitting a signal. Flashes in rapid succession
indicating that Mixing is Active. The Power indicator Light is also used during the Binding process.
Power Switch: Turns the transmitter ON and OFF.
Programming Keys: The Programming Keys are used to facilitate transmitter programming. The four Programming Keys consist
of two MENU keys (Right and Left). one ‘IINC (Increase) key. and one NOI- (Decrease) key.
Programming Window: The area in the LCD that the actual programming or the dinerent transmitter iunctions takes place.
Fage so

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