Operating Instructions FX-32 No.
Contents Contents Page Safety Information ���������������������������������������������������������������3 1. Set contents ��������������������������������������������������������������4 2. General description ��������������������������������������������������4 2.1 FX-32 transmitter ��������������������������������������������������������4 3. Specification �������������������������������������������������������������5 3.1 FX-32 transmitter ��������������������������������������������������������5 3.
Safety Notes 11.11 11.12 11.13 11.14 11.15 11.16 11.17 11.18 11.19 11.20 11.21 11.22 11.23 11.24 11.25 11.
General Routine pre-flight checks 2. General description 1. Set Contents The Top One, and Futaba Quality. The FX-32 is a fully expanded High-End 18-channel console transmitter with integrated telemetry functions, exploiting 2.4 GHz FASSTest® technology. • Before you switch on the receiver, ensure that the throttle stick is set to the idle / stop position. • Always switch on the transmitter first and then the receiver. • Always switch off the receiver first, and only then the transmitter.
General 3. Specification 4. 3.1 FX-32 transmitter Control channels:...........................................................18/ 36 Frequency:................................................. 2.4 ... 2.4835 GHz .................................................. 2.4 ... 2.4475 GHz Transmission system:..FASSTest® 16+2 and 12, FASST® Multi .......................................... 16+2, FASST® 7CH and S-FHSS Channel spacing:.......................................... 1500 / 2048 kHz Power supply:...........
General 4.1 Switching the transmitter On / Off • Slide the main power switch on the transmitter to the right. • After checking the RF environment the monitor LED switches on to indicate RF transmission. • The screen displays the symbol for RF radiation Up to 36 FASST transmitters may be operated simulta neously on the same frequency band. If the band is fully occupied, the transmitter disables the RF section. Try again at a later time.
General 4.4 LCD screen The large, clearly arranged, high-contrast LCD graphic monitor (255 x 96 dots) presents the user with all the information required for programming and operating the transmitter. 4.6 ACTIVATING THE RATCHET FUNCTION 4.7 For model aircraft the ratchet is usually applied to the throttle stick. This is accomplished by tightening (clockwise rotation) the ratchet spring screw until the stick maintains position with your preferred firmness.
General 4.8 Rotary controls The rotary knobs LD and RD operate as analogue controls which can be assigned to any function. They feature a fine ratchet and emit an audible signal when they reach their centre position. The markings on the knobs also provide a visual indication of their position. 4.10 Aerial 4.11 SD card memory module To achieve the optimum radiation pattern, the articulated transmitter aerial should be positioned in such a way that it does not "point" directly at the model (see picture).
General • The message "formatting card" appears, and the screen indicates progress by a moving graphic bar. • This process may take a few minutes, depending on the capacity of the card. • If the format process is successful, the message "format complete" will appear on the screen. Confirm this with OK. The transmitter now automatically returns to the Start menu. REMOVING THE SD CARD Press lightly on the end of the card until it slides inward slightly, and you hear an audible click.
General 4.13 RC charger, charging the transmitter battery The RC charger included in the set is suitable for charging 7.4 V Lithium batteries, and features an automatic voltage-regulated cut-off circuit (8.4 V). The charge current is approximately 2 A. Charging the transmitter battery The following methods are possible: • Using the cigar lighter adapter with a 12 V car battery / 12 V DC mains PSU, • Or using the mains adapter (110 ... 230 V AC) connected to a mains socket.
General 5. Connecting servos (PWM) NEW FUNCTION SEQUENCE SYSTEM Connecting the servos and power supply: R 7008 SB receiver Connection: B = receiver battery or channel 7 8 / S.BUS Output 1 ... 8: 1 ... 8 proportional channels for servos. Special feature: S-BUS output S-BUS2 output When you select the model type as the basis for the mixer functions, the transmitter software automatically presents a suggested sequence for the mixer functions and the channel sequence at the receiver.
General 6. Receiver status indicator - LED Binding the receiver Normal PWM servos as well as S.BUS servos can be connected to this R7008SB FASSTest® telemetry receiver. Telemetry sensors can also be connected via the S.BUS2 socket. Binding the R7008SB receiver The receiver has to be "bound" to the transmitter before it can receive and convert the encoded signals sent by the transmitter. • During the binding process no other FASSTest® system should be switched on in the vicinity.
General S.BUS2: S.BUS2 is a development of S.BUS, and is bi-directional in operation. Up to 32 sensors can be connected per receiver, but if two receivers are employed the number of telemetry channels rises to 64 (2 x 32) and that of the "normal" servo channels to 14 (2 x 7) channels. The following are two different typical combinations of receiver output assignments. Example 1: 15 standard PWM channels plus 1 S.BUS output, plus 1 S.BUS2 output. Empfänger 1 (Mode A) You must never connect S.
General Mixed connections R7008 SB Fuse HUB-2 HUB-3 1 8 Laststrom: 6 A Dauer / 12 A kurzzeitig Power battery HUB-3 lead, 30 cm No. 88830030 To speed controller Connections to the S-BUS output Up to 18 (16 prop channels + 2 switched) channels of the new, programmable S-BUS servos can be connected in parallel directly to this output. Digital addressing means that the servo only responds to information which contains the correct servo address.
General • Connecting telemetry sensors Typical S-BUS2 system wiring arrangement S-BUS servos and S-BUS2 servos and gyros must be connected to the correct receiver output. Kanal Mode B einstellen. S.BUS Port (8/SB) S.BUS2 Port Hub Hub The sensors required for telemetry data transmission are connected to the receiver's S.BUS2 socket. Up to 32 telemetry sensors or devices with an S.BUS 2 sensor output can be connected. For example, future speed controllers with an S.
General 6.
General Flying wing, delta RX 2aileron 2aileron+1flap 2aileron+2flap 2ail+2fl+2br 2ail+2fl 4ail+2flap+2br Aircraft Glider Aircraft Glider Aircraft Glider Aircraft Glider Aircraft Glider Aileron Aileron Aileron Aileron Aileron 2 Aux4 Aux4 Aux4 Aux4 Aux4 Aux4 Aileron2 Aileron2 Aileron2 Aileron2 Aileron2 Aileron2 3 Throttle Motor Throttle Motor Throttle Motor Throttle Motor Throttle Motor Throttle Motor 4 Rudder Rudder Rudder Rudder Rudder Rudder Rudder R
Navigation 7. Menu structure and navigation The menu system is clearly divided into three Select menus: System (SYS), Base (LNK) and Model (MDL). The various setup menus can be accessed from the appropriate Select menu. Some Select and Setup menus feature additional pages or a sub-menu level.
Screen 8. Description of Start display The essential information relating to transmitter programming is shown in the Start display. At the same time some of these display fields also represent the starting point for individual programming procedures. The "CAP TOUCH FIELD" is used to mark the fields, which are then selected by pressing the "RTN" button. This takes you to the appropriate Setup menu. 8.1 Start display for all model types Timer 1 Display field for the first stopwatch.
Switch selection 8.2 Transmitter control / switch select menu The FX-32 software provides a comprehensive transmitter control select menu. Any transmitter control can be selected for virtually any function, whether you wish it to control a switched function or a primary control function. The general appearance of the Select menus is always the same. As soon as the control function area is selected and confirmed with “RTN”, the following Select menu appears.
System menu 9. System menu (SYS) 9.1 This menu is used to select the fundamental transmitter settings which apply to all model memories. Settings entered here are valid for all model memories. The data in individual model memories cannot be changed or influenced in this menu. The “DISPLAY” setup menu is used to adjust screen contrast, brightness and the screen backlight duration. Display settings Exception: Trainer mode. This setting is stored individually in each model memory.
System menu 9.3 User name This function allows you to enter your own name. ENTER: The "ENTER" function confirms and accepts the entered data. The "ARROW" function controls the cursor in the user name. USER NAME Mark the User Name field, confirm with "RTN", and a character select menu appears on the screen, allowing you to enter your name. DELETE: The “DELETE” function is used to delete individual characters.
System menu Switch (switch type assignment) Press the RTN button and rotate the "CAP TOUCH FIELD" to select your preferred stick mode (1 ... 4).
System menu 9.6 Information This menu contains information about the product serial number, language setting, software version, region of use and model memories. 9.7 RF OFF / range check (Power-down mode) Range check: We recommend that you carry out a range check whenever you operate a model or a receiver for the first time. Note that the model should not be placed on the ground; it should be about 1 - 1.5 m above the ground, resting on a plastic or wooden table or crate, cardboard box or similar - i.
System menu RF OFF 9.8 S-BUS servo To save battery power, the RF section should be switched off when programming the transmitter or using a flight simulator. This menu can be used to program an S-BUS servo directly at the transmitter. This is the procedure: When you switch the transmitter on, the "TRANSMIT?" query appears. If you answer "NO", the RF section remains switched off, and the transmitter can then be used to control a flight simulator.
System menu - Soft servo running: This function can be used to "soften" (slightly delay) the servo movement according to the magnitude of the signal change. If ultra-fast servo response is required, this function can be switched off (OFF). - Deadband: Determines the zone in which the servo ceases movement when "stopped". The smaller the value, the smaller the deadband. Note: Setting too small a "deadband" may cause the servo to work constantly, resulting in premature wear. Default value: 0.03° to 3.
Base menu 10. Base menu (LNK menu) The individual functions of the Base menu are described in the following section. Their purpose is to define the basic settings for a model or a model memory. These individual data are stored in a separate memory to which a model name is assigned. The Base menu contains the following features: Model select: Model memory selection Model type: Model type selection Modulat.
Base menu 10.1 Servo The "SERVO" menu displays all servo travels in clearly arranged form as a bar graph with percentage values. The travels are those generated by all the settings and mixer functions currently in force. Use the "CAP TOUCH FIELD" to mark the "SERVO" option in the Base menu, then confirm your choice with "RTN". and maximum control surface travels. Switch on the test mode (movement). Select this button using the "CAP TOUCH FIELD", then switch the mode on and confirm your choice.
Base menu Note: It is also possible to use existing model memories created using an FX-30 or T12FG. However, this is only possible if the FX-30 / T12FG system is used with the latest version of the software, otherwise the internal converter of the FX-32 cannot recognise the data (see page 85). confirm with "RTN". A new display appears showing all the available letters, numbers and characters. CREATE NEW MODEL MEMORY • Mark and activate the "NEW" field.
Base menu The following basic selection facilities are available: Tail type selection. • Wing type: (Normal: 1 aileron, 2 aileron, 2 aileron 1 flap, 2 aileron - 2 flap, 2 aileron - 2 flap - 2 brake, 2 aileron 2 flap 2 brake, 4 aileron 2 flap. Flying wing: 2 aileron, 2 aileron 1 flap, 2 aileron 2 flap, 2 aileron 2 flap 2 brake, 4 aileron 2 flap and 4 aileron 2 flap 2 brake Alternatively: selection of the type of rudder for flying wings.
Base menu 10.4 Modulation (selection of modulation mode / telemetry) The transmitter can be operated in five different modulation modes: S-FHSS (8 channels), FASST® 7CH (1 - 7 channels), FASST® MULT (12 + 2 channels), FASSTest® 12CH (10 + 2 channels) and FASSTest® 18CH (16 + 2 channels). The active modulation mode is shown at bottom right in the Start display. FASST® MULTI: 12 + 2 channel mode, R608FS, R6008HS, R6014HS/ FS, R6108SB, R6203SB, R6303SB, R6208SB and R6308SBT receivers.
Base menu Telemetry data settings The receiver must be "bound" to the transmitter in order to receive and process the encoded signals from the transmitter. • The adjustment range is 0.1 to 2 seconds: 0.1 seconds = 10 x per second; 2 seconds = 0.5 per second. We recommend the 0.5 second setting. • To receive telemetry data, one of the two FASSTest® modulation modes must always be selected. • The smaller the value, the more frequently the screen display is updated.
Base menu • In this display you can now assign your preferred transmitter control to the selected function by moving the flashing cursor using the "CAP TOUCH FIELD", and confirming your choice with the 'RTN' button. 10.5 Function When you choose the model type as the basis for the mixer functions and stick mode, the software automatically generates a configuration of transmitter controls for the selected model type.
Base menu travel below the centre point (idle range) (reverse). Different trim values for each flight phase. GLOB / SEPA: The Glob / Sepa button is used to select whether the transmitter control for this function is the same in all flight phases = Glob. If the function is set to Sepa (separate), the transmitter control for this function can be different for each flight phase. The display changes when you operate the selected flight phase change-over switch.
Base menu 10.6 Servo centre offset When installing servos in a model, it is always best to ensure that the servo arm is in the neutral position when the transmitter control and trim are also set to the neutral position. If it is not possible to achieve this, or you find that the neutrals are incorrect on a model where the servos are already installed, this function can be used to set all servos on all channels to the required neutral positions.
Base menu 10.8 Fail-Safe settings In seven-channel mode the fail-safe function is assigned permanently to channel 3, and cannot be changed. In "MULT" mode the channels can be assigned in any way you wish. The following adjustments can be made: 1. "HOLD‘ mode: The receiver buffers the last valid signal and sends this signal to the servos if interference should occur. The servos maintain this last “good” position until the radio interference ceases. This is the default mode. 2.
Base menu 10.9 Servo travel settings (end-point) This function is used to adjust servo travel separately for each side of centre. It is available for all seven channels. Its purpose is to prevent the servo moving further than the mechanical linkage permits. For special cases it is also possible to increase servo travel. The function affects the specific servo channel and all functions which are mixed into this channel.
Base menu 10.10 Motor cut function (motor off) This function allows you to cut the motor using a switch, without having to touch the idle trim. It is a convenient method of safely shutting down the motor in powered aircraft and helicopters. Use the "CAP TOUCH FIELD" to mark the 'Motor cut' option in the Base menu, and confirm your choice with “RTN”. The following display now appears: Servo travel Throttle cut travel Activate the function by marking the ACT/INA line.
Base menu Down-arrow: minute beep at 0.40 min. The same switch can also be assigned to individual options of the timer function. In each case mark the "START" or "RESET" field, then press the 'RTN' button. In the switch select menu you can define the switch you wish to use, and its direction of operation. 10.12 Timer settings (stopwatch) The Timer menu is used to enter the settings for the electronic timers. The timers are displayed on-screen in two windows.
Base menu 10.13 Trim settings 10.14 Multi-prop function Use the "CAP TOUCH FIELD" to mark the "TRIM DISPLAY" function in the Base menu, and confirm your choice with "RTN". The display now looks like this: The Multi-prop function allows each of the proportional channels 11 + 12 to be expanded by eight proportional channels. At the receiver end a Multi-Prop decoder MPDX-1 No. F1400 is required to decode the signals.
Base menu 10.16 Telemetry The "TELEMETRY" function is selected by pressing the "HOME / EXIT" button from the Start display, or by selecting it from the Base menu. SPEECH: The "SPEECH" function is used to switch speech output of the telemetry value on and off. A switch can be assigned for this purpose. This menu displays the registered sensors, and is used to set the alarm and threshold values. The same menu is used to set and manage the vibration alarm and speech output.
Base menu 10.17 Sensor The "Sensor" menu is used to register sensors and assign the sensor type and time slot. The sensor for receiver battery voltage is set as Sensor 0. A further 31 sensors in total can be configured, i.e. 32 sensors in all. Now press the "RE-READ" button and answer the security query with "RTN". The sensors are read in again and automatically configured in the optimum arrangement.
Base menu Explanation: time slot Manual setting of slot number The sensor data are transmitted in 31 time slots, divided up into three blocks. The transmitter usually attempts to position the sensors in the optimum arrangement when they are registered, in order to fill as many slots as possible, starting from block 1. If the automatic sensor slot configuration process fails to produce an optimum result, the sensor's slot can also be altered manually. Time slot blocks Block 1 = 1...12 Block 2 = 13...
Base menu Expanding the sensor list 10.18 TeleM. SETTINGS 10.19 Mix Alarm The number of sensors for the robbe-Futaba telemetry system will be expanded steadily in the course of time. This menu is used to enter telemetry transmission settings. The telemetry data recording function allows you to save telemetry data on the SD card. A switch can be assigned at this point to activate recording, and the interval time can also be set.
Base menu 10.20 Trainer mode operations The FX-32 transmitter is fitted with additional sockets on the left-hand side of the case. These include a Trainer socket which is also designed for use with a flight simulator. • Check that all the functions are working properly: operate the Trainer switch and check all the Pupil transmitter's control functions. • When the switch is released, control must revert to the Trainer transmitter.
Base menu 10.21 Trainer Note: Trainer mode operation is only possible with other robbeFutaba systems if the other unit is fitted with the rectangular 6-pin micro-Trainer socket. TRAINER MODE OPERATIONS AS TEACHER TRANSMITTER The following options are available at this point: • FUNC: In this mode the corresponding function is transferred to the Pupil transmitter. In this case all mixer functions in the Pupil transmitter must be switched on. Only those functions are transferred which are set to "FUNC".
Base menu "Mix" mode, Rate 50%. The Teacher and Pupil have shared access to control of the model, but the teacher has 100% control travel, whereas the pupil has 50% travel. Configuring the Pupil channel At this point you can define which Pupil channel controls which Teacher channel / function. This is important if the pupil is accustomed to a different stick mode, or if the functions / channels are different between pupil and teacher.
Model Menu - fixed-wing model aircraft 11. Model menu (fixed-wing models) The purpose of the Model menu functions, which are described in detail in the next section, is to enter the remaining settings for a model / model memory. These data are stored in the corresponding model memory under the programmed model name.
Model Menu - fixed-wing model aircraft Mark the switch select field (--) and call up the Switch Select menu by pressing the 'RTN' button. Select your preferred switch and its direction of effect for activating and disabling this flight phase. It is possible to select either a single switch (SINGLE) or a logical link between two switches (LOGIC) for switching between flight phases.
Model Menu - fixed-wing model aircraft Operation: •Preparation First use the "CAP TOUCH FIELD" to mark the adjustment field of the second page (FUNC). A rotary movement selects the transmitter control for which the settings are to be changed. MODE Now you can define whether the settings you are about to enter are to apply to all flight phases (Glob) or only to one (Sepa). Change the setting by rotating the "CAP TOUCH FIELD" , then confirm your choice with the 'RTN' button.
Model Menu - fixed-wing model aircraft 11.4 Dual-Rate settings 11.5 Programmable mixers Up to six different Dual Rate settings (second switchable transmitter control travel) can be defined. This is accomplished by marking the Dual Rate field and pressing the 'EDIT' button. The screen display changes, and the settings can be entered in the subsequent sub-menu. In addition to the standard pre-programmed mixers, the FX-32 provides ten freely programmable mixers for each model memory.
Model Menu - fixed-wing model aircraft Move the "CAP TOUCH FIELD" to the field in the 'SWITCH' line, and press the 'EDIT' button: the switch select menu is now superimposed. Select your choice of switch and its direction of effect at this point. If you wish the mixer to be switched on constantly, the default setting 'ZERO' can be left unchanged. •Programming the Master channel For a normal mixer you should enter the data according to the following scheme. First mark the 'Master' field.
Model Menu - fixed-wing model aircraft the appropriate field. You must mark the desired function, and leave the sub-menu via 'End'. Your selection is then displayed in the 'Slave' column. After this it is possible to change the mode of the offset mixer if required. Two modes are available: Manual control: When the switch is operated, the servo moves to the offset position selected at "ON", with the speed and delay previously programmed, and remains there as long as the switch is at the "On" position.
Model Menu - fixed-wing model aircraft 11.6 Aileron differential In basic terms, model aircraft require differential aileron travel in order to compensate for a phenomenon known as adverse yaw: when an aircraft turns, the wing on the outside of the turn passes through the air at higher speed. The down-going aileron of this wing therefore generates more drag than the up-going aileron of the wing on the inside of the turn.
Model Menu - fixed-wing model aircraft 11.7 Flap settings The purpose of this menu is to enter the settings for all the inboard control Cambersurfaces of a Primary Camberchanging Primary model aircraft aileron changing flap(Flap2) aileron wing.
Model Menu - fixed-wing model aircraft TOUCH FIELD" using the usual procedure. The correct direction of effect is defined by the prefix. The effect and settings for 'Global' or 'Separt' mode have already been described several times. If you wish to link the mixer to the aileron - brake flap mixer, enter suitable settings in the 'LINK' line. You have to activate the option, and select a switch to turn the function on and off. A mixer curve is defined and programmed in the first display. 11.
Model Menu - fixed-wing model aircraft 11.10 Aileron -> rudder mixer Winglet (RUDDER2) Winglet (RUDDER) Primary Chip Aileron aileron (AIL3) (AIL) Primary aileron (AIL2) Chip Aileron (AIL4) This menu is used to set up a mixer to deflect the rudder - and, if present, the winglets - in the same direction as the ailerons when an aileron command is given.
Model Menu - fixed-wing model aircraft 11.11 Airbrake -> elevator mixer Left airbrake Right airbrake This menu can be used to enter the settings for a mixer which causes the elevator to deflect when airbrakes are deployed. When airbrakes are deployed, ELE2 many models an suffer V-tail Ailvator unwanted pitch trim change, and the pilot has to correct this with an elevator deflection. This mixer carries out pitch trim compensation automatically.
Model Menu - fixed-wing model aircraft 11.12 Spoiler (camber-changing flap mixer) Chip aileron (AIL3) Primary Spoiler aileron (BRFL) (AIL1) Chip aileron (AIL3) Spoiler Primary (BRFL2) aileron (AIL2) Brake flaps (BRK3 and 4) In the next display the mixer curve can be programmed separately for the left and right sides of the curve, using the procedure already described many times. A further option here is to offset the curve in the vertical direction (Offset).
Model Menu - fixed-wing model aircraft 11.13 Elevator -> spoiler mixer control. Every time you mark it, the mode changes. There are four modes available in total, whose function is displayed in schematic form on the screen. This menu can be used to enter the values for a mixer which causes the camber-changing flaps to deflect in the opposite direction to the elevators when an elevator command is given.
Model Menu - fixed-wing model aircraft 11.14 Camber-changing flap -> elevator mixer 11.15 Rudder -> aileron mixer This menu can be used to enter the values for a mixer which causes the camber-changing flaps to deflect in the opposite direction to the elevators when an elevator command is given. This amplifies the effect of the elevator, and is useful when the model is required to fly very tight turns and square aerobatic manoeuvres. A mixer curve can be programmed.
Model Menu - fixed-wing model aircraft In the first level of the display a mixer curve can be set up and programmed as already described. This mixer curve defines the degree of mixing, and determines the extent to which the ailerons follow the rudder in the same direction when a rudder command is given. The settings for fine-tuning are entered in the 'Fine Trim' frame in the second level of the display, as described on page 57 for the aileron->rudder mixer. 11.
Model Menu - fixed-wing model aircraft "RTN". The field will now display 'ON' or 'OFF' according to the position of the switch. 11.17 Rudder -> elevator mixer (power models only) The effects and settings for the possible programming of 'Global' or 'Separat' modes have already been described; they are set in the 'Mode' line. A switch and its direction of effect can be determined in the 'Switch' line in the usual manner. The default setting is '--', i.e. the mixer is constantly switched on.
Model Menu - fixed-wing model aircraft rudder command is given. 11.18 Snap-roll function In contrast to previous compensation mixers this function operates in the form of a V-shaped curve, i.e. the compensatory effect - up-elevator - is always applied, regardless of the side to which the rudder is moved. The snap-roll function sets up a set of transmitter control positions which cause the model to perform a particular aerobatic manoeuvre.
Model Menu - fixed-wing model aircraft 11.19 Landing flap mixer (power models only) (Ail 2) (Ail 1) (FL 1) ELEVATOR (FL 2) RUDDER your choice with "RTN". The menu point "AUTO-SW" then appears. In the subsequent menu your preferred stick and the trigger point can be defined in the usual way. Many models with landing flaps suffer a pitch trim change when the flaps are deployed. The pilot normally has to compensate for this with an elevator command.
Model Menu - fixed-wing model aircraft 11.20 Gyro settings If you use a gyro to stabilise a particular axis in your fixed-wing model aircraft, you can adjust the gyro settings in this menu. Three different modes (Normal - AVCS) are available for a maximum of three gyros; you can set the appropriate gain (sensitivity), and assign a switch which calls up the settings. The gyro type can be selected as well as gyro gain as a percentage value.
Model Menu - fixed-wing model aircraft 11.22 Trim mixer 1 and 2 (gliders only) This menu provides a means of setting values for all wing and tailplane control surfaces to suit particular flight CamberCamberPrimary Primary changing aileron p h a s e s . The aileron changing flap (Flap1) flap (flap2) (AIL2) software of the (AIL) FX-32 features Brake flaps two flight phase (BRFL3 and 4) mixers (TRIM MIX 1 and 2).
Model Menu - fixed-wing model aircraft separately for the 'out' and 'back' directions - for all three control surface types: aileron, camber-changing / brake flaps and elevators. The final menu display is used to select a transmitter control for the purpose of fine-tuning: mark the field and confirm your choice with "RTN"; the switch select menu now appears. A transmitter control can be defined in this menu using the familiar procedure.
Model Menu - fixed-wing model aircraft 11.24 V-tail mixer (only available if V-tail is selected as model type) This menu provides all the mixer functions required for controlling a V-tail, and superimposes the signals generated by the transRudder/ mitter controls for rudder and Elevator Elevator/ elevator.The travels for the elevaRudder tor function (same direction) and for the rudder function (opposite directions) can be set independently of each other.
Model Menu - fixed-wing model aircraft 11.22 Winglet rudder settings This menu provides all the mixer functions required to conRUDDER1 trol rudders fitted to the winglets of a fixed-wing RUDDER2 model aircraft. These control surfaces operate in a similar way to conventional rudders, but are more effective as they are not subject to the turbulent airflow generated by the propeller. Drag is reduced, thereby enhancing the model's performance.
Base menu, model helicopter 12. Base menu (model helicopters) Sensor: The functions of the Base menu which are described in detail in the following section are used to define the fundamental settings for a model / model memory. The individiual data are stored in a separate memory, to which a model name is assigned.
Base menu, model helicopter 12.1 SELECTING THE TRIM CONTROLS You have free choice of the trim controls. The method of selecting them is identical to that for selecting transmitter controls: mark and confirm the 'Trim' column for the corresponding function, and the Trim Control menu appears. Function When you choose the model type as the basis for the mixer functions and stick mode, the software automatically generates a configuration of transmitter controls for the selected model type.
Base menu, model helicopter flight phase switching. See chapter 10.13, "TRIM SETTINGS", page 34. It is highly advantageous with model helicopters to set and store the different trim values for the static "Hover" flight phase and the dynamic "Aerobatic" flight phase separately instead of globally. Re-assigning functions Functions can be assigned to the correct channel by swapping them or assigning them to different channel outputs.
Base menu, model helicopter tions on the screen. Set the maximum possible mechanical travel, but ensure that the linkages and servos do not strike their end-stops. Check the maximum control travels carefully, with the collective pitch, roll-axis and pitch-axis sticks at their extreme end-points. When extreme travels are set it is possible for the swashplate to bind or jam, depending on the type of linkage and the design of the rotor head; if this is the case, set up a swashplate ring mixer.
Model menu, model helicopter 12.4 Model menu (model helicopters) This section deals with the menus specific to model helicopters. To activate the menu use the "CAP TOUCH FIELD" to select the "Heli" model type in the Base menu, then confirm your choice with "RTN". A summary of the Model menus for helicopters is now displayed. 2x • THROTTLE/MOTOR MIXER: Swashplate -> throttle mixer • COLL. PITCH -> NEEDLE: Collective pitch -> needle valve mixer • COLL.
Model menu, model helicopter played. Press the 'RTN' button again, and the new flight phase is displayed on the screen. Mark the switch select field (--) and call up the Switch Select menu by pressing the 'RTN' button. Select your preferred switch and its direction of effect for activating and disabling this flight phase. It is possible to select either a single switch (SINGLE) or a logical link between two switches (LOGIC) for switching between flight phases.
Model menu, model helicopter 12.7 Collective pitch curve settings Operating the collective pitch stick automatically controls the throttle servo as well as the collective pitch servo. One of three curve types can be assigned to the collective pitch function, each with a maximum of seventeen variable points, in order to obtain the optimum matching between collective pitch and throttle control.
Model menu, model helicopter The normal trim range is symmetrical around the centre, so any trim change alters the servo end-points. Centre trim also works around the centre point of the transmitter control, but has no effect on the servo end-points. The result is asymmetrical trim travels. •It is also possible to determine the trim range (Range). If a small range is selected, the trim is only effective in the area close to the stick's centre point.
Model menu, model helicopter The procedure for programming throttle curves for the individual flight phases is identical to that for setting up collective pitch curves. Please refer to the previous chapter on page 80. The same applies to programming the settings for throttle servo trim in the hover flight phase in the second display level. The settings for the throttle servo in the third display level are also identical; please refer back to page 80.
Model menu, model helicopter 12.10 Auto-rotation settings It is essential to activate the 'Auto-rotation' flight phase before you can enter effective auto-rotation settings. The purpose of this function is to enter auto-rotation settings which ensure that the motor runs to idle or is switched off regardless of the position of the throttle stick - when the Autorotation flight phase (HOLD) is selected. Two independent settings - motor idle (Idle mode) and motor off (OFF mode) - can be entered.
Model menu, model helicopter "CAP TOUCH FIELD". The method of programming a curve is described in detail on page 80; please refer back to that section. Virtual Swashplate Rotation (range 0 - 90°) To obtain a variable virtual swashplate rotation of 45° it is necessary to activate the first two mixers (roll - pitch-axis, and pitch-axis - roll) to the "ON" setting; each should be assigned a mixer rate of 100%.
Model menu, model helicopter 12.13 Collective pitch -> needle valve mixer that section. The purpose of this function is to program a change in the needle valve setting according to the position of the collective pitch stick. This enables you to adjust the fuel mixture accurately to suit the fluctuating load on the motor caused by variations in the rotor blade pitch angle, because the needle valve is adjusted automatically. An acceleration function can also be programmed to fine-tune the function.
Model menu, model helicopter ry procedure: first determine the curve type by marking the 'MODE' field in the top display, then enter your selection using the "CAP TOUCH FIELD". In most cases a linear curve is ideal for the Revolution mixer. The method of programming a curve is described in detail on page 80; please refer back to that section. Make adjustments in small steps and check each change by making short test flights. Carry out a series of cautious testflights to check all the settings.
Model menu, model helicopter 12.16 Speed governor settings The purpose of this function is to adjust the settings of a speed governor, or call up previously selected values, from the transmitter. The nominal value for the governor can be entered in the form of a percentage. It is possible to program a switch which is used to set the rotational speed to any of three values (RATE 1, 2 or 3) per flight phase in Separat mode.
Model conversion ‘ON’: Flight phase hold switched on ‘INA’: Flight phase hold switched off (inactive) 12.18 Converting model memories It is possible to use data stored in existing model memories in FX-30 / T12FG transmitters. However, this is only possible if the FX-30 / T12FG system is loaded with the latest version of the software (V3.0), as the FX-32's internal converter cannot recognise the data otherwise.
Registration 13. Logging on and registering the transmitter To update your transmitter software you must first register your transmitter at our website: www.robbe.com. Logging on for new customers Use your web browser to open the website www.robbe.com. Select the "Log on" field in the top line. Logging on for customers already registered Use your web browser to open the website www.robbe.com. Select the "Log on" field in the top line. You now have to log on in the bottom field with your personal data.
Software updates 13.1 Updating the transmitter software Note re. speech output: Altering the selected language in the "Information" menu only changes the on-screen menu language - not that used for speech output. To change speech output, an update containing the appropriate language software must be installed. This software can be found in the Registration area of the website: www.robbe.com. Users can replace the FX-32 software with a later version.
Installing the receiver 14. Tips on installing 2.4 GHz receivers and deploying receiver aerials All users of radio control equipment gather experience and personal preferences over the years, particularly regarding the installation and use of RC components. Nevertheless, 2.4 GHz systems are different in several respects, and this means that new points have to be considered when installing and using the RC components.
Tips and notes be of adequate capacity. If the load voltage falls below 3.3 Volt, the receiver necessarily carries out a reset and restarts; this involves a period of signal loss lasting two to three seconds. RX capacitors can be used at the receiver to prevent this effect; they act as a buffer when the voltage collapses briefly. (RX capacitor 1800 µF No. F 1621 or 3600µF No. F1622). • 2.
Tips and notes 1 1 2 3 2 3 4 5 4 5 1 Woodscrew 2 Washer 3 Rubber grommet 4 Metal spacer 5 Wood 6 1 Nut 2 Washer 3 Rubber grommet 4 Metal spacer 5 Aluminium plate 6 Screw In RC model cars the servos are installed in factory-cut apertures in the mounting plate. Model boats can be fitted with robbe quick-release servo mounts. Please install servos with care, as they are susceptible to vibration. 14.
Tips and notes Make sure that the linkages move smoothly and that servos are not obstructed (stalled). A servo which constantly strikes a mechanical obstruction draws a very high current, and will eventually suffer damage as a result. The sure sign of a discharged receiver battery is that the servos move more slowly than normal. If you notice this, cease operations immediately, and recharge the battery.
General Approval 20. General approval The operation of radio equipment in the frequency band 2.400 ... 2483.5 MHz requires no registration, and incurs no licence fee. General approval has been issued for the use of these frequencies by members of the public. Vfg 89 / 2003 Allgemeinzuteilung von Frequenzen im Frequenzbereich 2400,0 – 2483,5 MHz für die Nutzung durch die Allgemeinheit in lokalen Netzwerken; Wireless Local Area Networks (WLAN- Funkanwendungen) 2.
Accessories 21. Accessories Trainer lead No. F1591 Skysport T4EX, FF9, T12Z, T14MZ, T14SG, FX-40, FX-32 Y-lead No. F1423 For connecting two servos to a single receiver output socket in parallel. Two-position stick switch T18MZ / FX-32 No. 8596 Stick push-button T18MZ / FX-32 No. 8598 Adapter lead for use with flight simulators No. 8239 Skysport T4EX, FF9, T12Z, T14MZ, T14SG, FX-40, FX-32 HUB3 lead, 30 cm No. 88830030 Triple S-BUS distributor system with high-current Futaba connectors.
Accessories Vario and altimeter (TEK) No. F1672 Precision variometer with altitude and variometer monitoring using two separate pressure sensors. GPS multi sensor No. F1675 Multi-functional GPS vario / altitude / distance / position sensor for the FASSTest® telemetry system. Vario sensor No. F1712 Small, light, low-cost vario / altimeter for the FASSTest® telemetry system.
Service Addresses 22. SERVICE ADDRESSES Country Company Street Telephone Fax E-mail 00376-862 865 00376-825 476 sorteny@sorteny.com Bogensevej 13 City AND-00130 Les escaldesPrincip. D‘Andorre DK-8940 Randers SV Andorra Sorteney Santa Anna, 13 Denmark Nordic Hobby A/S 0045-86-43 61 00 0045-86-43 77 44 hobby@nordichobby.com Germany robbe-Service Metzloser Str. 38 D-36355 Grebenhain 0049-6644-87-777 0049-6644-87-779 hotline@robbe.
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