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Related Manuals for GRAUPNER mz-12 PRO
Summary of Contents for GRAUPNER mz-12 PRO
- Page 1 Manual mz-12 PRO 12 channel HoTT 2,4 GHz transmitter No. S1002.PRO Part 2...
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Page 3: Table Of Contents
Index Introduction ................9 Service center ................9 Intended use ................10 Target group ..................10 Package content ..............10 Symbol description ..............11 Safety notes ................11 Foreword ................. 12 Short-Cuts................13 CLEAR ....................13 "Servo display" ................13 "Telemetry" menu .................13 Graphic display of "telemetry"... - Page 4 Delete model ................23 Copy Mod=>Mod ................24 Model types/Phase..............25 Model type (Air, land and water models) ........25 Motor on CH1 ................25 Throttle Cut ................26 Tail plane ..................27 Ailerons/Flaps ................28 Model type (helicopter) ..............29 Swashplate type .................29 Throttle Cut ................30 Rotor direction ................32 Pitch min ..................32 Autorotation ................32 Phase setting (Air, land and water models) ........33...
- Page 5 Throttle curve ................52 Wing Mix ................. 53 Aile diff..................53 FLAP diff..................53 AI => RU ..................54 AI => FL ..................54 C1 => EL ..................54 C1 => FL ..................55 C1 => AI ..................55 EL => FL ..................55 EL => AI ..................55 FL =>...
- Page 6 Preparing for training mode ............70 Trainer mode with DSC cable ............72 Wireless HoTT system ..............72 Announce ................73 Info display ................74 RFID ....................74 Firmware version ................74 Default setting................75 Telemetry ................76 SETTING & DATA VIEW ..............77 RX DATAVIEW ................77 RX SERVO ..................80 RX FAIL SAFE ................82 RX FREE MIXER ................87...
- Page 7 VARIO ..................107 Microcopter display ..............107 Vario ..................108 Text displays ................108 GPS ....................108 Microcopter display ..............109 GPS ...................109 Vario ..................109 Speed display ................110 AIR ESC ..................110 Rpm indicator ................110 Current and consumption display ...........111 Tension, current, RPM and temperature display.....111 Appendix Firmware update ..............
- Page 8 8 / 116 S1002.PRO_mz12PRO_Teil2_V1sh...
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Page 9: Introduction
Introduction Thank you very much for purchasing a Graupner transmitter. The transmitter manual is composed by two parts: Part 1, the printed short-manual, is included in the package. Part 2, the programming manual, can be found in its last version on www.graupner.de... -
Page 10: Intended Use
• Transmitter strap • Optional receiver • Manual part 1 • Receiver manual (optional) Note Graupner constantly works on the development of all products; we reserve the right to change the item, its technology and equipment. 10 / 116 S1002.PRO_mz12PRO_Teil2_V1sh... -
Page 11: Symbol Description
Symbol description Always observe the information indicated by these warning signs. Particularly those which are additionally marked with the words CAUTION or WARNING. The signal word WARNING indicates the potential for serious injury, the signal word CAUTION indicates possibility of lighter injuries. The signal word Note indicates potential malfunctions. -
Page 12: Foreword
If you experience any trou- ble during operation, take the instructions to help or ask your dealer or Graupner Service Centre. To make the research of important information easier, the following paragraphs in this manual are marked with the related model type symbols. -
Page 13: Short-Cuts
Short-Cuts The following key combinations can be used to call up certain menus and options: CLEAR Simultaneous touch of the left and the right keys of the left four way keypad will restore the active entry field's changed parameter value back to its default value. -
Page 14: Definition Of Terms
Definition of terms Control function A control function is understood as the signal for a specific control function. The signal of a control function can be transmitted directly into one control channel or through a mixer to several control chan- nels. -
Page 15: Meaning Of The Warnings
Connection between teacher and pupil transmitter disturbed Signal The transmitter has not been used within the last 10 minutes. In the display it appears the warning, the red Graupner logo LED blinks and Switch-on warning is active!!! an acoustic signal is emitted. If the transmitter is still not being used it will autonomously switch off after about three minutes. -
Page 16: Receiver Assignation
Receiver assignation The servos must be connected to the receiver in the indicated sequence. Not assigned outputs remain free. Details about the receiver power supply can be found in the related receiver system manual. Fixed-wing models Motor-powered airplanes and glider models with up to 2 aileron servos and 2 flap servos Tail type "normal"... -
Page 17: Delta/Flying-Wing Models With And Without Motor
Delta/flying-wing models with and without motor with up to 2 aileron/elevator servos and 2 flap/eleva- tor servos free or special function or flap 2 / elev right free or special function or flap 2 / elev left free or special function free or special function receiver power supply free or flap / elev right... -
Page 18: Helicopter Models
RC components involved must always be observed. Modern fly- barless systems, for example, often now have a sum signal input for PPM (SUMO for Graupner HoTT receivers) or SUMD (digital sum signal), so that a single connection cable is sufficient to establish a connection. -
Page 19: Land And Water Models
RC components involved must always be observed. Modern fly- ght control of copters, for example, often now have a sum signal input for PPM (SUMO for Graupner HoTT receivers) or SUMD (dig- ital sum signal), so that a single connection cable is sufficient to establish a connection. -
Page 20: Control, Switch And Control Switch Assignment
(CLEAR). Control switch In the program of the transmitter mz-12 Pro HoTT, two so-called control switches are available on the CH1 control stick: A "G1" at approx. +90% and a "G2" at approx. -90% of the control course. -
Page 21: Digital Trim / Throttle Switch-Off Trim
Digital trim / Throttle switch-off trim The two control sticks come with digital trimming. Briefly touch the trimming switch to move the neutral position of the control stick by a specific value with each click. If it is held, the trimming moves in the corresponding direction with increasing speed. -
Page 22: Menu Description
Menu description The menus are described in the same sequence as they appear in the display. Model memory Push the ENT key to recall the selection menu from the base Model M.Type Servo display. memory Phase setting setting Push again the ENT button to recall the list of the sub-menus of the Wing "Model memory"... -
Page 23: Model Name
Note If the actually active model memory is deleted, soon after the dele- tion process it must be defined a favorite model type. This selection can also be restored by switching the transmitter off. After all, the unwanted occupied model memory is to be erased from another memory. -
Page 24: Copy Mod=>Mod
Notes • This deletion cannot be restored. All of the data in the selected model memory are completely deleted. • If the currently active model memory is deleted, a model type must be defined immediately afterwards. If an inactive model memory is deleted, soon after the model selection appears "àààfreeààà". -
Page 25: Model Types/Phase
Model types/Phase Push the ENT key to recall the selection menu from the base display. M o d e l M . T y p e S e r v o C t l Push the ESC key to stop the procedure. m e m o r y P h a s e s e t t i n g... -
Page 26: Throttle Cut
The brake system is retracted in the back position of the throttle / brake control stick (CH1), and the mixers "CH1 => N.N. *" in the "Wing mix" menu are activated. The warning "Throttle too high!" is deactivated and the "Throttle cut"... -
Page 27: Tail Plane
Programming step-by-step 1. In the left column of the "M-Stop" line, press the ENT key. Motor at C1 back 2. Use the selection buttons to set a value at which the motor is reli- M.Stop –100% +150% ––– Tail normal ably "off". -
Page 28: Ailerons/Flaps
"Delta/flying wing" This option is only suitable for Delta and Flying wing models. The aileron and elevator control are carried out through one or two servos each half-wing. The elevator and aileron trim acts according to your settings of "2AI 2FL" only on the servos 2 + 3, see table below. "2 EL sv"... -
Page 29: Model Type (Helicopter)
Model type (helicopter) Swashplate type In case of helicopter models equipped with flybar systems, as a rule, Swashplate 1 Ser vo there is no transmitter-side swashplate mixer, so when using such a M.Stop –100% +150% ––– Rotor direction right system usually "1 servo" is to be selected as a type of swashplate. Pitch min back In case of helicopter without Flybar system the count of servos which... -
Page 30: Throttle Cut
"3sv (140)" Asymmetrical three-point control of the swashplate by means of three articulations points offset, by means of which one nick servo (rear) and two roll servos (to the left side and right front) are con- nected. All of the three servos of the swashplate shift axially for pitch control. - Page 31 Activate the Throttle-cut function • If the current servo position is below the switching threshold specified in the middle column, the switchover takes place as soon as the switch is moved to the ON position. • If the current servo position is above the switching threshold specified in the middle column, the switchover occurs as soon as, after switching the switch to the ON position, the servo position falls below the switching threshold for the first time.
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Page 32: Rotor Direction
Note A switching threshold of more than +100% is achieved by temporar- ily increasing the path on the plus side of servo 1 in the "Servo adjustment" menu to more than 100% and returning it to the orig- inal value after storing the switching threshold. Rotor direction In the "Rotor direction"... -
Page 33: Phase Setting (Air, Land And Water Models)
Phase setting (Air, land and water models) Push the ENT key to recall the setting page of this menu. => Model type Push the ESC key to stop the procedure. => Phase setting => Phase trim As long as no switch is assigned to phase 2 or phase 3, the transmit- =>... -
Page 34: Phase Setting (Helicopter)
Phase setting (helicopter) Push the ENT key to recall the setting page of this menu. Model type => Phase setting => Push the ESC key to stop the procedure. => Phasentrimmung As long as no switch is assigned to phase 2 or autorotaion phase, =>... -
Page 35: Phase Trim (Airplane)
Phase trim (airplane) Push the ENT key to recall the setting page of this menu. => Model type => Phase setting Push the ESC key to stop the procedure. => Phase trim In this menu the phase-dependent positions of the control surfaces =>... - Page 36 • If the current servo position is above the switching threshold specified in the middle column, the switchover occurs as soon as, after switching the switch to the ON position, the servo position falls below the switching threshold for the first time. Deactivate the Throttle-cut function •...
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Page 37: Min.thr. Min
Note A switching threshold of more than +100% is achieved by temporar- ily increasing the path on the plus side of servo 1 in the "Servo adjustment" menu to more than 100% and returning it to the orig- inal value after storing the switching threshold. Min.thr. -
Page 38: Race Timer
3. Push the ENT key. 4. Use the selection keys to move to the seconds field. 5. Push the ENT key. 6. Use the selection buttons to set the desired number of seconds. 7. Push the ENT key. 8. Use the selection keys to switch to the switch field. 9. -
Page 39: Servo/Channel Setting
Servo/channel setting Select the desired menu using the selection buttons and then press Model M.Type Servo the ENT button to enter the setup page of the menu. memory Phase setting setting Push the ESC key to stop the procedure. Wing In this menu, the parameters which exclusively affect the respective Expo setting... -
Page 40: Column 4 "- Trv
Column 4 "– Trv +" In this column you can set the control travel, together or separated for each side. The setting range is 0 … 150% of the normal control travel. The set values always refer to the settings in the column "Cen- tre". -
Page 41: Control Setting
Control setting Select the desired menu using the selection buttons and then press Model M. Type Servo the ENT button to enter the setup page of the menu. memory Phase setting setting Push the ESC key to stop the procedure. Wing The control channels 1 ... -
Page 42: Column "- Trv
Column "– Trv +" In this column you can set the control travel, together or separated for each side. The setting range is 0 … 150% of the normal control travel. Symmetrical travel setting Move the related control element (proportional control or switch) +100% +100% into a position in which both sides of the travel adjustment are +100% +100%... -
Page 43: Lim
By the assignment of a control, for example of the control "DG", the free +100% +100% option "Throttle limit" can be activated. free +100% +100% free +100% +100% With an active throttle limiter, the increase of the system speed free +100% +100% below the hover point is much more flexible and finer to optimize free... -
Page 44: Dual Rate
If phases are defined, the currently selected phase is displayed to the left of the display, and the respective settings only apply to the dis- played phase. Dual Rate Dual rate acts directly on the corresponding control function, irre- 100% –––... -
Page 45: Transmitter Setting
Transmitter setting Select the desired menu using the selection buttons and then press Model M.Type Servo the ENT button to enter the setup page of the menu. Phase setting setting memory Push the ESC key to stop the procedure. Wing In this menu, the model-dependent basic settings of the transmitter Expo setting... - Page 46 Land and water models MODE 1 (throttle at right stick) MODE 2 (throttle at left stick) forward forward back back MODE 3 (throttle at right stick) MODE 4 (throttle at left stick) forward forward back back Copter MODE 1 (throttle/pitch right) MODE 2 (throttle/pitch left) Nick Motor / Pitch...
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Page 47: Timers
Timers Note for copter The menu item "Clocks", which is basically the same, is placed in the menu "M.Off + Timers" in the menu "Copter" and is therefore described in the same section (again). To the right of the basic display there are two clocks: a stopwatch 0.0V and a flight or travel timer. -
Page 48: Bound Receiver (Binding)
3. Eventually change to the "Tx setting" menu of the transmitter mz-12 Pro HoTT and there go to the line "Rx bind". 4. Bring the receiver in the binding mode according to the instruc- tions. -
Page 49: Range Test
Other receiver binding The model memory is already bound. This binding is to be replaced Control mode by another. After the binding process has been initiated, the mes- Timers 0:00 ––– SWITCH Rcv output sage "Switch off HF" appears in the display instead of "BIND". Bind –––... -
Page 50: Rf Module
ശ As soon as the range test has finished, the model should react to the controls movements. If this is not 100 % the case, do not use the system and contact your Service at Graupner/SJ GmbH. 10. Carry out the extended range test before starting up your model, simulating all the control movements occurring in practice. -
Page 51: Binding Type
Binding type Note This menu line is only visible until NO receiver is actually bound to the active model memory. A non-bound model memory can be changed at any time from the Rcv output default memory-specific HoTT synchronization to transmitter-spe- Bind –––... -
Page 52: Throttle Curve
Throttle curve Select the desired menu using the selection buttons and then press Model M.Type Servo the ENT button to enter the setup page of the menu. memory Phase setting setting Push the ESC key to stop the procedure. Wing Regardless of whether the CH1 control stick is acting directly on the Expo setting... -
Page 53: Wing Mix
Wing Mix Select the desired menu using the selection buttons and then press Model M.Type Servo the ENT button to enter the setup page of the menu. memory Phase setting setting Push the ESC key to stop the procedure. Wing The options available in the »Wing mix«... -
Page 54: Ai => Ru
flap servos. 0% corresponds to normal deflection (no differentia- tion), and -100% or +100% corresponds to the split function. AI => RU The rudder also moves to an adjustable degree when the aileron is actuated. This can compensate for the negative torque in conjunc- tion with aileron differentiation, which smoothes flight in curves. -
Page 55: C1 => Fl
C1 => FL When the brake control function (C1 control stick) is actuated, both flap control servos can be individually adjusted for the landing between ±150% of the mixing ratio, usually downwards. oder The value is normally selected so that when the brake control func- tion is activated, the flaps move downwards as far as possible. -
Page 56: Fl => Ai
FL => AI In order to achieve a more uniform buoyancy distribution over the entire span, an adjustable portion of the flaps control is transmitted to the ailerons channels 2 and 5 with this mixer. As a result, the aile- rons move in the same way as flaps while these ones are moved, but normally with a smaller deflection. -
Page 57: Helicopter Mixer
Helicopter mixer Select the desired menu using the selection buttons and then press ModEL M.Type Servo the ENT button to enter the setup page of the menu. memory Phase setting setting Push the ESC key to stop the procedure. Heli Expo setting curve... -
Page 58: C1 => Thr
3. Use one of the selection buttons to set the desired value or acti- vate the point and then set the value. 4. Proceed in the same way with the remaining points. 5. Leave the setting menu for the selection list pushing the ESC key. Deleting the support point step-by-step: 1. -
Page 59: Tail => Thr
The throttle needs to follow an increase in pitch; likewise, the throt- tle should track with large cyclical control movements, that is, tilting Tail Tail a swashplate in a desired direction. In the mz-12 Pro HoTT transmit- Roll ter programs, throttle tracking with roll, pitch and tail control can be Nick normal attempted separately. -
Page 60: Gyro
The adjustment range of the "Gyro" line is ±125%. SP limit In the mz-12 Pro HoTT transmitter, the relevant software function Roll offers a limitation of the swashplate deflection that can be adjusted... -
Page 61: Speed Controller Setting
Speed controller setting After the option "ESC on C8" has been activated in the line with Gyro suppression "yes", the rotor speed to be maintained by the controller can now Gyro SP limit be specified in a phase-specific manner by changing the % value in ESC at C8 this line. -
Page 62: Phase Trim (Copter)
Programming the phase name step-by-step 1. Select the desired value field using the selection keys. 2. Push the ENT key. 3. Select a suitable phase name among the ones appearing in the list. 4. Press the ENT key to complete the operation. As soon as at least one switch is activated in the right column, the name of the respective active phase is displayed in the basic display as well as in all menus where phase settings are adjustable and all... -
Page 63: Free Mixers
Free mixers Push the ENT key to recall the selection menu from the base display. Model M.Type Servo Select the desired menu with the selection buttons, then press the memory Phase setting setting ENT button again to recall the setting list of the menu. free Push the ESC key to stop the procedure. - Page 64 4. Move to the "To" column with the selection keys. 5. Select the mixer output "To" with the selection keys. ശ The identification of the control channels is analogous to the column "von". 6. Push the ENT key. 7. Use the selection keys to change to the left in the "Type" column –––...
- Page 65 8. Use the lower selection key to change to the "Offs" line, if desired. L.MIX1 ‖ Instead of "SYM" and "ASY" at the lower edge of the display, +50% +30% "STO" and "SEL" are shown. Pressing the ENT key while the (inverse) "STO" field is active ("Store"...
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Page 66: General Settings
Support points moving step-by-step 1. Move the solid vertical line with the corresponding control ele- ment to the point to be set. 2. Use the selection keys to set the desired value. 3. Proceed in the same way with the remaining points. Support points deactivating step-by-step 1. -
Page 67: Battery Alarm Threshold
RF Region Europe Attention The transmitter mz-12 Pro HoTT is designed for operation only with a single-cell LiPo battery. Key reaction The response to the key press of the left and right keypad is set in Battery alarm threshold 3.4V... -
Page 68: Rear Socket
Telemetry transmitter. DSC output PPM10 If a USB cable is plugged into the micro-USB socket of the mz-12 Pro USB joystick 0~100 HoTT transmitter and this is switched on, a corresponding selection window is displayed in the transmitter display for about 10 seconds. -
Page 69: Fail-Safe
Fail-Safe Push the ENT key to recall the selection menu from the base display. Free General Fail- Trainer Select the desired menu with the selection buttons, then press the Mixer setting Safe ENT button again to recall the setting list of the menu. Info Push the ESC key to stop the procedure. -
Page 70: Teacher/Pupil
8. Use one of the selection buttons to the right to change to the "STO" value field. 9. Now at the latest, switch on the receiver and wait for the trans- mitter and receiver to signal correct reception. 10. All RC components placed on "Pos" and / or those which are sup- posed to occupy a certain position during the switch-on phase of the receiving system must be placed in the desired positions at the same time via the respective control elements of the trans-... - Page 71 You can transfer up to twelve function inputs of a mz-12 Pro HoTT Trainer system / Pupil transmitter either individually or in any desired combination to a –P pupil transmitter. The display line marked with the numbers 1 ... 12 identifies those 2 3 4 5 SW: –––...
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Page 72: Trainer Mode With Dsc Cable
Trainer mode with DSC cable Notes • A wired teacher-student operation with mz-12 Pro HoTT trans- mitters is possible only as long as in the value field of the line "Back port" line of the "base settings" menu the option "DSC" is set. -
Page 73: Announce
If the connection to the teacher transmitter is completely lost and 5.1V the T/P switch is in the "pupil" position, the Graupner logo of the Stop M-01 0:00... -
Page 74: Info Display
Programming step-by-step 1. Use the selection keys to select the desired line. ––– 2. Assign the desired switch in the line upon the switch symbol " ––– ––– ". ––– 3. Use the right selection key to switch to the right-hand column. –––... -
Page 75: Default Setting
Default setting • Confirming the "NO" setting by pressing the ENT key will quit the RFID FA-AA-AA-A9-9F operation. Firmwarevers. 1.234 I n i t i a l i z a t i o n ? Werkseinstellung => • Pressing the ENT key after changing to "YES" resets the transmit- Y E S ter to the factory settings. -
Page 76: Telemetry
Basic operation Basically the "Telemetry" menu corresponds to the other menus of the mz-12 Pro HoTT transmitter: The few deviations are described below: • Analogously to the directional arrow in the upper right of the dis- RX FAIL SAFE V6.37... -
Page 77: Setting & Data View
• Changing a parameter ശ Push the ENT key. ശ Change the selected value with the selection buttons within the possible setting range. ശ Press the ENT key to accept the value. ശ Push the ESC key to come back to the exit position. •... - Page 78 L.R-VOLT Current operating voltage of the receiver since the last time the receiver was turned on SENSOR1 Indicates the voltage and °C of the optional teleme- try sensor SENSOR2 Indicates the voltage and °C of the optional teleme- try sensor 2 S-QUA (Signal quality) This value is a type of evaluation of usefulness, expressed as a per-...
- Page 79 S-STR (signal strength) The signal strength (S-STR) is displayed in percentage. In general, an acoustic range warning (1 beep every second) is emitted once the receiver signal in the feedback channel becomes too weak. Since the transmitter's output is significantly higher than the receiver, the model can always be operated safely.
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Page 80: Rx Servo
Depending on the firmware status and the function selected in the RX DATAVIEW V6.39 S–QUA100%S–dBM–030dBM line "6CH FUNCTION", the connection 6 of the receivers GR-12 and S–STR100% R–TEM.+28°C GR-16 can be used to connect RC components or a circuit for voltage L PACK TIME 00010msec R-VOLT :05.0V... - Page 81 Value Description Possible settings 30 … 150 % LIMIT+ Limit on the "+" side of the servo travel in percent- age servo travel Cycle time in ms 10 or 20 m s PERIOD OUTPUT CH (selected channel) In this line, select the OUTPUT CH to be set (receiver servo connec- tion).
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Page 82: Rx Fail Safe
The value in the line "CENTER" is set here of ± 120 μs around the TRIM value. Factory setting: 0 μ s. LIMIT–/+ (side-dependent limit -/+) This option is for adjusting a side-dependent limit of the servo travel (rudder deflection) of the servo connected to the control channel selected in the "OUTPUT CH"... - Page 83 4. Proceed in the same way with the remaining channels. INPUT CH (selected input channel) The 12 control channels (INPUT CH) of the mz-12 Pro HoTT trans- mitter can be correspondingly administered by assigning the servo connection of the receiver selected in the OUTPUT CH line to the INPUT CH of another control channel by "channel mapping".
- Page 84 MODE (method) The settings of the options "MODE", "F.S.Pos." and "DELAY deter- mine the response of the receiver when there is an interruption in transmission from the transmitter to receiver. The setting programmed under "MODE" always refers to the channel set in the line OUTPUT CH.
- Page 85 This submenu allows you to set the fail-safe positions of RC compo- nents with a "pushbutton" in a similarly simple way as the "Fail Safe" menu of the transmitter mz-12 Pro HoTT: Programming step-by-step 1. Move to the line "FAIL SAFE ALL" by using the selection keys.
- Page 86 Fail safe in combination with channel mapping RX FAIL SAFE V6.37 OUTPUT CH: 04 To make sure that mapped servos react in the same way even in a INPUT CH: 04 MODE : FAI-SAFE malfunction, that is, RC components that are controlled by common F.S.POS.
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Page 87: Rx Free Mixer
RX FREE MIXER Up to five mixers can be programmed in the receiver. RX FREE MIXERV6.37 MIXER MASTER CH: 00 Value Description Possible settings SLAVE CH : 00 S–TRAVEL–: 100 Vx.xx Firmware None S–TRAVEL+: 100 RX WING MIXER version of the TAIL TYPE: NORMAL receiver MIXER... - Page 88 The default setting "00" must be selected or left if no mixer is to be set. TRAVEL–/+ (level of mixing in %) With the settings of these two lines, the percentage of mixing is specified in relation to the MASTER signal separately for both direc- tions.
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Page 89: Rx Curve
V3.67 and instead of the individually adjustable menu "D / R Expo" of the CURVE1 CH transmitter mz-12 Pro HoTT the RX CURVE option should be used, TYPE : CURVE2 CH by setting 2 curves. Otherwise, the left and right aileron have differ-... - Page 90 CURVE 1, 2 or 3 CH Select the desired control channel (INPUT CH). The following setting in TYPE only affects the selected channel. TYPE Select the desired control curve: A EXPO = -100 % and DUAL RATE = 125 % The servo reacts strongly to control stick movement around the neutral position.
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Page 91: Rx Servo Test
RX SERVO TEST In this menu, you can use the RX SERVO TEST function to test the RX SERVO TESTV6.37 ALL–MAX : 2000µsec servos connected to the currently active receiver, set voltage and ALL–MIN : 1000µsec temperature limits, and influence the signal output. TEST : STOP ALARM VOLT : 3.8V... - Page 92 1000 μ s corresponds to a full deflection on the "–" side of the servo travel, and 1500 μ s corresponds to the neutral position. Make sure that the servos do not strike anything during the test rou- tine. TEST (Start/Stop) In this line, the servo test integrated into the receiver is started and stopped.
- Page 93 CH OUTPUT TYPE (connection type) In this line, select the type of servo control or alternately the signal type of the aggregate signal output. ONCE The servo connections of the receiver are actuated sequentially. RX SERVO TESTV6.37 ALL–MAX : 2000µsec Recommended for analogue servos.
- Page 94 Type GR-16 receivers (order No. 33508) and GR-24 (order No. 33512) are for example connected to each other at servo output 8. Further information can be found on the Internet at www.graupner.de. By means of this connection, all of the channels selected in the "CH OUT TYPE"...
- Page 95 The most important control function should therefore be associated with the main receiver programmed as SUMI so that, in case of a malfunction, the model can still be controlled if the SUMO satellite receiver no longer receives a good signal. Telemetry sensors must be connected to the satellite receiver (SUMO) and this is therefore to be bound "last"...
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Page 96: Settings & Displays Sensor(S)
• HD ("hold") RX SERVO TESTV6.37 ALL–MAX : 2000µsec The last signals recognized as being correct are retained at the ALL–MIN : 1000µsec TEST START output (hold). ALARM VOLT : 3.8V ALARM TEMP+: 55°C • FS (fail safe) ALARM TEMP–:–10°C CH OUT TYPE:SUMDHD12 The data of previously-saved fail safe positions are provided at the output. -
Page 97: Sensor
SENSOR If a sensor or several sensors have been connected to the receiver TELEMETRY before the receiver is switched on, the transmitter mz-12 Pro HoTT SETTING & DATA VIEW detects this automatically in the course of setting up the telemetry... -
Page 98: Select Announce
• In addition to the graphic display of the reception level, addi- tional numeric information is provided to the left. This means: Value Description Quality expressed as a percentage of the signal packages from the receiver arriving at the transmit- Quality expressed as a percentage of the signal packages from the transmitter arriving at the receiver... -
Page 99: Vario
As long as the switches assigned to the line "REPEAT" and "TRIGGER" are switched on, the selected announces will be repeated in the adjusted interval. VARIO In order to be able to start outputting Vario tones via the headphone SELECT ANNOUNCE REPEAT10SEC. -
Page 100: Telemetry Data Display
Telemetry data display The display of the mz-12 HoTT Pro transmitter is used for operating 0:0V the transmitter and to graphically display telemetry data. The change M-01 Stop 0:00 GRAUBELE Flight 0:00 between these two use mode is carried out in the main display by 3.9V pushing one of the two selection keys of the left four way keys. -
Page 101: Receiver
To find out more about the modules described below, go to www.graupner.de at the respective product. RECEIVER This display offers a graph of the data from the display "RX DATA- RX–S QUA: 100% RX–S ST : 100% VIEW“ of the "Telemetry" menu "SETTINGS, DISPLAYS, . -
Page 102: General Module
General module These two displays visualize the data of a general engine module RX–S QUA: 100% RX–S ST : 100% RECEIVER (No. 33610) or a general air module (No. 33611) that may be con- RX–dBm: GENERAL 33dBm nected to the receiver. TX–dBm: ELECTRIC AIR 33dBm... -
Page 103: Microcopter Display
Microcopter display This display shows the data of a HoTT-compatible microcopter. The 0.0V ALT. abbreviations have the following meaning (from top to bottom start- 0:00 DIR. 0° 0mAh ing on the left): 0km/h 0° Value Description Current voltage 0:00 Time turned on Used battery charge since the device has been turned on Position number of the satellite... -
Page 104: Vario
Note To correctly display the RPM, the relevant number of blades and the charge must be entered beforehand in the "Telemetry" menu. Vario This display shows the data about altitude in meters related to launch so as the the current climb/sink rate in m/s, from the vario integrated in the General Air Module (No. -
Page 105: Microcopter Display
The inverse display between "BAT1" and "BAT2" visualizes the quality of the incoming signal from the transmitter in%. The current cell voltages of the maximum 7-cell battery packs con- 0.0V 1H0.00 nected to the balancer connection 1 (L) and / or 2 (H) are alternately BAT1 0m/1s 2H0.00... -
Page 106: Bat
Messages from the microcopter sensor are displayed in the bottom line in the above display. This display visualizes the current voltage, the currently flowing cur- 0.0V rent and the capacity consumed within the current switch-on period 0.0A from the battery connected to the Electric Air Module (No. 33620). 0mAh SENSOR 1 and SENSOR 2 SENSOR... -
Page 107: Vario
VARIO This display visualizes the data of a Vario module connected to the RX–S QUA: 100% RX–S ST : 100% RECEIVER receiver (order No. 33601). RX–dBm: GENERAL 33dBm TX–dBm: ELECTRIC AIR 33dBm It have the following meanings: V–PACK: VARIO 10ms Value Description RX–SPG.:4.8... -
Page 108: Vario
Vario This display shows the data about altitude in meters related to launch so as the the current climb/sink rate in m/s, from the connected vario. Text displays Depending on the availability of the corresponding sensors, text can be displayed with 2 x 10 or 3 x 7 characters in the following two dis- plays. -
Page 109: Microcopter Display
Microcopter display This display shows the data of a HoTT-compatible microcopter. The 0.0V ALT. abbreviations have the following meaning (from top to bottom start- 0:00 DIR. 0° 0mAh ing on the left): 0km/h 0° Value Description Current voltage 0:00 Time turned on Used battery charge since the device has been turned on Position number of the satellite... -
Page 110: Speed Display
Speed display In base on the related sensors this display shows the current speed on the ground. km/h AIR ESC This display shows the data from a HoTT compatible brushless con- RX–S QUA: 100% troller connected to the receiver with internal telemetry. RX–S ST : 100% RECEIVER RX–dBm:... -
Page 111: Current And Consumption Display
Current and consumption display This display visualizes the currently flowing current; the peak current 0.0A that has occurred during the current switch-on period, as well as the 0.0A capacity consumed during the same period of the battery connected to the brushless controller. 0mAh Tension, current, RPM and temperature display This display visualizes the current voltage of the power supply of the... -
Page 112: Appendix
PC with Windows 7 ... 10. The required programs and files are enclosed in a software pack and can be found for the corresponding product at www.graupner.de. Download this software package from the Internet, and unpack it on your Windows PC or laptop. -
Page 113: Restoring The Transmitter Software
7. Select "Load automatically" or "Open file". 8. Select the "mz-12_...bin" file. The data transfer to the transmitter begins. 9. The end of the data transfer will be indicated by the update pro- gram. The transmitter indicates the end of the transfer though the power on melody. -
Page 114: Simplified Declaration Of Conformity
SIMPLIFIED DECLARATION OF CONFORMITY Graupner/SJ hereby declares that the S1002.PRO mz-12 Pro HoTT complies with the Directive 2014/53/EU. The full text of the EU Declaration of Conformity is available at the following Internet address: www.graupner.de 114 / 116 S1002.PRO_mz12PRO_Teil2_V1sh... -
Page 115: Notes On Environmental Protection
These operating instruction are exclusively for information purposes and are subject to change without prior notification. The current version can be found on the Internet at www.graupner.de on the relevant product page. In addition, the company Graupner/SJ has no responsibility or liability for any errors or inaccuracies that may appear in construction or operation manuals.