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GRAUPNER mc-18 Programming Manual

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Summary of Contents for GRAUPNER mc-18

  • Page 2 Note: All functions of the PROFI-ULTRASOFT-MODUL are compatible with any of the MC-18 transmitters. With transmitters up to the ’88 series only seven models can be stored without back-up copy, however, Conversion from 7 to 30 models storage capacity can...
  • Page 3 Contents General Section 4 – 7 Helicopter Section 57 – 118 III. Further Upgrading for Expert Pilots 1. PROFITRIM Module Codes of the PROFI-ULTRASOFT-MODULE Receiver Outlets a. Test Flying with PROFITRIM General Information Control Connections b. PROFITRIM for Competition Use Selection of Model Type 6 –...
  • Page 4 Codes of the PROFI-ULTRASOFT-MODULE Model Type Display Reads Meaning Described on Model Type Display Reads Meaning Described on Code Fixed-Wing Helicopter Code Fixed-Wing Helicopter 1-5 6,7 8 Page Page 1-5 6,7 8 Page Page 11 11 11 11 REVERSE SW 57 57 57 57 MODE SELECT Direction of Rotation of Servos Stick Mode Selection...

  • Page 5: General Information

    General Information Applicable to all Model Types The installation of the module is performed as Basic Programs including Automatic Manoeuvres MULTISOFT for Aerobatic classes such as F3A and F3B described in the MC-18 programming manual. Code Model Type IMPORTANT 58/1...
  • Page 6 Selection of Model Type Type 1: NORMAL provides additional options, such as deflection of not a compulsory one; it may be modified to suit these control surfaces in the same dire ction, the modeller’s intentions, expanded by the The majority of model aircraft belong in this using them as plain flaps or flaperons.
  • Page 7 Mode of Operation Analogue Adjustment of Values later on. For other applications seven freely The mode of operation permits skimmi ng The functions of the keys can programmable mixers are available. through the program of a model by pressing key be taken over by a proportional rotary module (order number 4111) wire to plug station AUX or LIST-DM...
  • Page 8 Fixed-Wing Aircraft Programming Hook-up of External Operating Elements at the Transmitter Board Allocation of Receiver Outputs The operating elements wired to connections The external plug stations 1…8 are allocated to 5ch…9ch can be allocated differently, if so the desired functions using codes 23, 33 and 34. desired using code 37.
  • Page 9 Recommended Allocation For Switches The switch allocation is freely programmable, that is: any switch can be programmed for any desired function. These practical examples of switch allocations are meant to simplify programming for the inexperienced.
  • Page 10 Block Diagram - NORMAL...
  • Page 11 Block Diagram – NORMAL/DIFF...
  • Page 12 Block Diagram – DELTA/DIFF...
  • Page 13 Block Diagram – UNIFLY/DIFF...
  • Page 14 Block Diagram – Quadro-Flap...
  • Page 15 Block Diagram – F3B (3 wing-servos)
  • Page 16 Block Diagram – F3B (4 wing-servos)
  • Page 17 Programming Code List (Types 1…5) No. Display Meaning Page No. Display Meaning Page The codes for the various options were chosen as a result of in-house deliberations. The Transmitter Basic Adjustments Clocks: following programming instructions, are arranged MODEL SELECT Select Model ALARM TIMER Stop Watch Timer in the sequential order of the individual...
  • Page 18 M O D U L A T I O N P P M M O D E The MC-18 transmitter permits the storing the data of The MC-18 transmitter permits operation on PPM Fundamentally there are four different modes for seven models and 30 models , including all trim data.
  • Page 19 Code 58 Mode 32 Code 18 Model Type Model Name Engine Idle Trim Selection of Model Type Entering Model Names Idle Trim Direction Forward/Backward/Off m c - 1 8 E M O D E L N A M E : m c - 1 8 E M O D E L N O R M A L / D I F F...
  • Page 20 Code 23 Switch Function Allocation of External Switches to Model Types 1 – 5 To allocate the selected functions press the CLEAR C L K D I 1 D I 2 P R G C L K D I 1 D I 2 P R G key.
  • Page 21 Code 37 Code 43 Code 11 Signal Generator Allocation V-Tail Servo Reverse Allocation of Operating Elements Channels 5 – 9 V-Tail Mixer Reversing Direction of Servo Rotation P O R T 5 6 7 8 9 m c - 1 8 E M O D E L R E V .
  • Page 22 0 – 150% of normal servo travel. travel range. All Graupner servos feature a reserve of within a range of ±88% of normal servo travel. an additional 50% of the normal range. The...
  • Page 23 Code 79 Code 16 Code 31 Servo Slow Down Signal Generator Setting Channel 1 Centre Slowing-Down Transit Time Changing Control Travel Throttle/Spoiler Actuating Curve S L O W D O W N O F F T R A C E R A T E T H R / B R K M I D P N T...
  • Page 24 Code 34 Code 13 Code 14 DR/EX Switch DUAL RATE EXPONENTIAL Dual Rate / Exponential Switch Allocation Adjustable Servo Throw Reduction Progressive Control Characteristics 2 3 4 2 3 4 D U A L R A T E E X P O N E N T I A L S W I 9 9 9 9 9 9...
  • Page 25 Code 35 Code 59 Trim Reduction Trim Data Memory Reducing Trim Range Storing Trim Data Important: T R I M N O R M . T R I M O F F S E T In normal cases the trim lever for idle trim should not be changed, as the indicated value does not T R I M R E D .
  • Page 26 With the aid of a separately available PC adapter, by the receiving unit via the ENTER key, followed by between two mc-18 transmitters refer to pages 54/55. order N° 8181, it is also possible to transfer either the sending one. individual model adjustments data or the complete...
  • Page 27 Code 22 Differential Aileron Differential in Type 2 – 7 Models The ratio of differential can be adjusted as required The PROFI-ULTRASOFT-Module permits storing m c - 1 8 E M O D E L via the downward deflection without affecting upward three different differential ratios which can be called A I L E D I F...
  • Page 28 Code 17 Code 66 Throttle Reduction Automatic Program Switchable, Single-Sided Throttle Throw Reduction Automatic Flight Manoeuvre for Type 1 – 5 Models If the button at position C has not been pressed, the R E D U C E D T H R O T T L E P R O G R A M A U T O M .
  • Page 29 Code 63 Channel 1 Switch Automatic Channel 1 Dependent Switch (Throttle/Spoiler) As a result the external switch may be used to The switch state (open or closed) of the channel 1 C H 1 - S W I T C H = ? perform automatic switch over by the stick.
  • Page 30 Code 51, 33, 61 and 71 Free Program Mixer Programming Mixers and Dummy Mixers In addition to the available mix and coupling Vital parameters of the mixers are the mix quotas Practical Example of a Dummy Mixer functions, all model programs provide a number of which determine how strongly the inlet signal affects An external switch is wired to socket 1, switches a freely programmable mixers.
  • Page 31 1. Channel Allocation (Code 51) Mix quota is adjusted using the keys, M I X To program a mixer first call code 51, via which the the process can be speeded up by pressing the channels to be linked are determined. key, which increases or decreases the value in T R I M steps of 10 respectively.
  • Page 32 Code 72 ALARM TIMER and Code 97 MIX-only Channel Stopwatch Stopwatch Mix-only Channel Set-up Stopwatch The PROFI-ULTRASOFT-Module offers two M I X O N L Y T I M E R 6 0 0 s e c stopwatch functions. A L A R M 3 0 s e c 1.
  • Page 33 STORE The operating timer displays the time the transmitter This is possible only in PCM mode with mc-18 key. This step stores the current adjustments as the has been switched on and monitors the transmitter receivers.
  • Page 34 88. battery fail-safe has been indicated. After code 78 has Graupner Service for decoding. been called the display will read “BATT F.S. OFF”. Pressing the key activates the battery fail-safe and permits selecting the display position of the servo in sequential order –75%, 0%, +75%, OFF.
  • Page 35 ±150% of the servo throw in either direction, with 0% set, or you will have to return the transmitter to corresponding to the neutral position. Using keys 1… Graupner Service for decoding. , other control channels can be displayed. To terminate the display of servo position, press the ENTER key.
  • Page 36 Code 73 F3B Programs (Model Types 6 and 7) Switch Position Universal Profi-Programs for competition flyers, and also for other models such as large sailplanes featuring at least 2 wing-mounted servos Display of Switch Positions The F3B model programs (code 58, types 6 and 7) For duration flying the lowest sinking rate will be S w i t c h 1 2 3 4 5 6 7 8 9...
  • Page 37 The latter set-up is also called “butterfly” or “crow” The change of the flap and elevator settings when In addition types 6 and 7 provide the following function. In some cases separate ailerons and plain switching from one preset to another one is not made functions (listed in sequential order of their flaps are replaced by one-piece full-span flaps, which abruptly, but achieved using separately adjustable...
  • Page 38 Code 23 Switch Function Allocation of External Switch in F3B Models External switches installed and connected to the plug As not all of the available functions can be shown at Selection of individual functions: connections 1…8 are allocated to specific functions the same time on the display, the latter can be moved C L K D I 1...
  • Page 39 Code 52 Code 53 Code 92 TAKE-OFF, SPD, DIST Flap Trim Arrangement Switch Slow-Down Pre-sets for the Flight Tasks Signal Generator Selection for the Flap Function Elevator / Flap Transit Time Slow-Down S T A R T F L A P N O R M A L I N P 6 = O N S m o o t h...
  • Page 40 Code 41 Code 42 Code 49 Aileron Rudder Aileron Flap Flap Aileron Mixer Aileron Rudder Mixer Aileron Flap (for model type 7) Mixer Flap Aileron A I L E R U D D A I L E F L A P F L A P A I L E 3 3 %...
  • Page 41 PROFITRIM-Module The PROFITRIM external module (order No. 4109) permits additional trimming of all flap and aileron functions by four rotary trimmers. The latter are allocated to the following functions: 1 = Aileron Trim (aileron function) 2 = Aileron Trim (flap function) 3 = Flap Trim (aileron function) 4 = Flap Trim (flap function) The trimmers can be turned on and off singly or in...
  • Page 42 Code 91 Code 48 Code 47 Activating PROFITRIM Flap Elevator Elevator Flap Activating PROFITRIM Trim Correction on activation of Flap Mixer Elevator Flap A N . T R I M F L A P E L E V E L E V F L A P A C T o f s -...
  • Page 43 Codes 44, 45, 46 and 54 Butterfly Function as Landing Aid A remedy is provided by code 54 (reduction of B R K E L E V differential), whereby the degree of differential is continuously, and adjustably, reduced or entirely o f s - 2 5 % cancelled on actuation of the butterfly function.
  • Page 44 Programming Examples for Fixed -Wing Models 1.) Preparations 2.) Executing RESET (Important) In case you have become slightly confused by the unusually large number of functions offered in the You have installed the module into the transmitter as Call model memory 1 and clear it completely. To do preceding chapters of these instructions, the following per the instructions.
  • Page 45 4.) Entering Model Name m c - 1 8 E M O D E L m c - 1 8 E M O D E L So you’ll be able to locate it correctly later on, input 9 . 6 V P C M 9 .
  • Page 46 Programming Examples for Fixed-Wing Models 5.) Defining Stick Allocation 6.) Defining the Model Type T A X I C U P Set the control stick allocation you are accustomed to The previous inputs were universally applicable to all F U N C T I O N by entering: types of ...
  • Page 47 7.) Determining Idle Trim T A X I C U P T A X I C U P Define the idle trim to the manner you are used to, F U N C T I O N F U N C T I O N e.g.
  • Page 48 Programming Examples for Fixed-Wing Models 8.) Copying Adjustments 9.) Modulation Mode T A X I C U P All that’s been input so far may be considered as If a PCM receiver has been installed in your model F U N C T I O N “pilot specific”...
  • Page 49 10.) Adjusting the Direction of Servo Rotation T A X I C U P T A X I C U P For the ensuing adjustments you now require a model F U N C T I O N F U N C T I O N with a ready to operate installed radio set.
  • Page 50 Programming Examples for Fixed-Wing Models 11.) Adjusting Servo Throw Fur such cases the PROFI-ULTRASOFT-Module hitting the mechanical stops. The display now shows provides the ability to adjust servo throw, with all the the servo throw in % of normal servo throw. Normally one should choose the size of the control servos and each direction of operation being horn and servo arms so they provide approximately...
  • Page 51 The model may be considered as now being T A X I C U P T H R O W A D J U S T essentially ready for flight, the vital adjustments 1 c h + E N D 1 1 5 % having been performed.
  • Page 52 Programming Examples for Fixed-Wing Models 12.) Throw Reduction This example permits recognising the action of throw 13.) Adapting Throttle Characteristics Unlike throw adjust, servo reaction to a control stick reduction, although its normal field of application is in If you have flown your power model in the meantime, deflection remains unchanged, provided the pre-set the interaction of several mixers on a specific servo, you may have noticed that while engine speed can be...
  • Page 53     TURN STORE The mc-18 transmitter therefore provides for storage ↓ ↓ ↓ ↓ of trim data, so the trim levers can be reset to the T H R / B R K...
  • Page 54 Copying Example – Single Model Memory Between two mc-18 transmitters With Programming Interface (Order No. 4180) Transmitting Unit Receiving Unit T A X I C U P m c - 1 8 E M O D E L F U N C T I O N F U N C T I O N ...
  • Page 55 Copying Example – All Model Memory Between two mc-18 transmitters With Programming Interface (Order No. 4180) Transmitting Unit Receiving Unit T A X I C U P m c - 1 8 E M O D E L F U N C T I O N F U N C T I O N ...
  • Page 56 Copying Example Model Memory to Model Memory In the Same Transmitter Possible Error Displays T A X I C U P C O P Y Indicates that copying into the currently F U N C T I O N I N V A L I D active memory is not permitted.