Description and operating instructions
Contents
1. M Link value Address is now giving he direction to the model instead of flight direction With M Link the threshold and tones for climbing are rethought undesired values are suppressed to stop the sounding of tones from the transmitter Jeti telemetry now supports the Jeti Expander E4 The igc filename was changed to the igc defaults Autostop option inserted terminates recording 10 s after 10 11 the landing Recording can arbitrarily be started again after stopping 3D Fix Start goes only one time Off field landing mode after landing and after 2 minutes without movement the coordinates of the model are transferred over telemetry gt Jeti and HoTT are changed to the correct screen gt with M Link Latitude and Longitude are dispalayed in the addresses Vario and Speed in 5 seconds Min and max values of the current measurements can be called up on UniDisplay Jeti and HoTT Adjustment for data transfer from the UniLog 22. PC UniDisplay or telemetry is possible e Fast conversion of data into 3D presentation in Google Earth with our free SM GPS Konverter software The programme is available on the Internet at www sm modellbau de in the menu option Software amp Updates e Support by LogView software www logview info LogView is a very comprehensive yet easy to use evaluation programme for the PC that supports a multiplicity of different measuring devices and battery chargers from the model construction field e Free firmware updates via PC possible using our USB interface cable the firmware file is available on the Internet at www sm modellbau de in the menu option Software amp Updates e Useable almost everywhere due to its compact size and low weight 3 Technical data GPS Data Rate 1 Hz 2 Hz 5 Hz 10 Hz adjustable Memory Type Micro SD or micro SDHC card supplied with 2 GB card Recording duration With 10 Hz data rate and full utilization of approx 200 kByte minute storage requirement gt 7 days recording with 2 GB card Power supply Supplied from receiver from 3 6 V to maximum of 8 5 V 70 mA in full operation External connections GPN servocable for power supply and or telemetry COM connection for UniDisplay UniLog and firmware update Slot for micro SD card 82 x 21 x11 mm 11 g without cables GPS Module Sensitivity up to 165 dBm Maximum acceleration 4g that refers only to position detection the module is constructed using S
3. angle in relation to north are shown GPS Setup LJEinstellungen 8 of 21 Live data display screen 2 A press of Enter moves to the next screen with more data GPS shows the GPS altitude from sea level asl Also shown are latitude Breit and longitude Laeng of the current GPS position GZ represents the glide ratio of the last 100 m flight path Following is the calculated average speed on these 100 m If no value for the glide can be indicated model climbing appears here Finally the current air pressure measured by the barometric pressure sensor is shown in the last line Live data display screen 3 A further press of Enter moves to the third screen with more data RxSpannung is the measured receiver voltage Datenrate shows the current recording rate In the last line is the current status of satellites and GPS Setup Here the menu for all settings of the GPS Logger appears In the second line is the firmware version of the GPS Logger and also the serial number Move through the menu options with Plus and Minus and select the appropriate point with Enter Settings screen Here the settings of the GPS Logger are summarized Move through the menu options with Plus and Minus and select the appropriate point with Enter The arrow then becomes a Dot and the selected value can be changed with Plus and Minus A pres
4. be transferred live to the ground and be displayed directly on the Multiplex the Royal Pro or COCKPIT SX transmitter The connection is made direct to the M Link receiver with the patch cable provided as described in section 6 On the ground the data is displayed directly on the Multiplex the Royal Pro or COCKPIT SX transmitters ROVA EEE The settings for telemetry can be made either with the UniDisplay see chapter 7 or with our SM GPS Konverter software on a PC Here a threshold can be set for each possible alarm and monitoring activated The addresses for display on the Multiplex remote control the line that the respective value is indicated in can also be freely selected There is a peculiarity with the Vario settings Since the Multiplex transmitter itself produces the Vario tone the GPS Logger suppresses climb values which are smaller than Vario threshold Thus this range is hidden from the transmitter tone Example Vario threshold is set to 0 5 m s Vario tone is set to on gt if the model rises faster than 0 5 m s the value is sent and the transmitters beeps gt if the model rises or sinks more slowly the value O sent and the transmitter remains silent If the change is always required Vario threshold must be adjusted to 0 1 m s and Vario tone set to up down 14 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed Later the
5. values at each individual waypoint can be evaluated directly in a 3D representation in Google Earth In addition the curve in Google Earth can be coloured according to a selected M Link value Dahan 22092010 Zeit 10 39 08 700 SateMen 10 MDOP 0 87 Speed 47 45 kwh Hone NAE 567 8 en Richtung 317 91 Hohe relat 6 0 m Meigen 0 88 ms Rz Spannung 4 95 VRX Stroche 0 17 km Entfamung 126 m Posion 45 1 Otitan 1 0 0 irm M Link Werte 0 4a 1 100 LOE F O08 me 4 15 77 C amp 47 4h amp 320 0 hom 125m 0 1 im ram 10 6 2A LEE IAO 10 4056 400 1 122V Pa PAIN 5 A K 7 12 01pm J T ie 13 26 mAn E Kai 148m J A fa GPSimin H he r 7 JEF a m SH GPS Koerserter Route bier min Won niet sGoogle Illustration 1 Airfield circuit with loop Full M Link equipment with GPS UniLog and temperature sensor 15 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 9 3 Telemetry operation with Graupner HoTT The GPS Logger is also a full telemetry sensor for the Graupner HoTT 2 4 GHz system The measured values can be transmitted live to the ground and displayed directly on either the Smart Box at the HoTT transmitter or directly in the display of the HoTT transmitter The connection to the HoTT receiver is made with the Patch cable provided between the connection on the GPS Logger and T on the HoTT receiver The UniLog 2 supports both the Text Mode a
6. ED The GPS Logger has three coloured LEDs After switching on a run of the three LED indicates the internal initialization In operation there are the following signals e orange LED shines permanently gt GPS ready but still no 3D fix i e GPS positioning not yet possible e green LED shines permanently gt GPS and 3D fix ready i e GPS positioning available e orange LED flashes at the set recording rate GPS recording data but still no 3D fix e green LED flashes at the set recording rate gt GPS recording data 3D fix e red LED flashes gt no memory card pushed in 4 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 5 4 Start and stop of the recording The GPS Logger has several possibilities for starting data recording The appropriate options can be set over our software SM GPS Konverter over the UniDisplay or over the Jeti telemetry The recording of data can be started stopped in the following way e Manual start via telemetry The recording is started and stopped in the Jeti Duplex or Graupner HoTT telemetry text mode by depressing a key at the transmitter This start method functions even when any other start option is selected e Automatic start with 3D Fix The recording begins automatically as soon as sufficient satellites are received and an initial 3D position determination made 3D fix e Automatic start with speed gt 20 km h The recording begins automatical
7. MD techniques and can withstand substantially higher acceleration 4 Settings Options 3 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed The settings of the GPS Logger can be made alternatively at the PC and or laptop with our software SM GPS Konverter with our UniDisplay or over the Jeti telemetry 5 Operation of the GPS Logger 5 1 Installation Due to the low weight and the compact design installation is unproblematic Attention must be paid only to the fact that the GPS antenna is pointing up and there are no shielding materials such as metal or carbon fibre above it Attachment with a Velcro strap on a board is sufficient and makes easy access possible to the memory card 5 2 Memory cards As memory card practically all commercial micro SD cards with FAT16 or FAT32 file system can be used Also SDHC cards and memory capacities over 2 GB are supported However not all cards are equally suitable since some cards exhibit an unfavourable behaviour with continuous storing of data If an unsuitable card is used the recording may run intermittently or even stop We recommend the use only with the card provided or available as an accessory from us yy The card is inserted into the slot on the back and pushed in until it clicks and is flush The GPS Logger does not have an ejector for the memory card the card is simply pulled out again with the fingers 5 3 Meaning of the L
8. Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed Description and operating instructions 1 Introduction 2 2 What the GPS Logger can do 2 3 Technical Data 3 a Settings Options SSS 5 Operation of the GPS Logger 5 6 Connection Examples 6 7 Using the UniDisplay 7 8 Using in Online Contest OLC 10 9 Telemetry Operation 11 10 Operation with the UniLog or Unilog 2 17 11 The SM GPS Konverter Software 18 t2 Firmware update of the GPSLoggr Ja 13 Version History 21 1of21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 1 Introduction The GPS logger is a complete GPS system that was specifically developed for the needs of model construction field It is extremely small and light but has outstanding features and possibilities With up to 10 Hz sampling rate and the micro SD memory card almost unlimited recordings with high resolution and detail are possible Telemetry via 2 4 GHz systems with a return channel is now a firm component of the GPS Logger and fully integrated Jeti Duplex Multiplex M Link and Graupner HoTT are supported by the system The GPS Logger detects the telemetry system used by itself there is no configuration or special firmware needed Since in addition a barometric air pressure altitude sensor with high resolution is also integrated a Vario is realized in the GPS Logger with the telemet
9. alarms are sent over the respective systems live data is displayed on the transmitter or on external display and with Jeti Duplex and HoTT the GPS Logger can also be operated from the transmitter To help find a lost model easier there is a special off field landing mode After landing and after a further 2 minutes without movement the coordinates of the Models will automatically transfer via telemetry e with Jeti and HoTT it changes to the correct screen for the telemetry values e with M Link the degrees of Latitude and Longitude are displayed at the addresses for the values Vario and Speed after 5 seconds The display changes between the before decimal value without unit and the after decimal value with the unit ml 9 1 Telemetry operation with Jeti Duplex The GPS Logger is a complete telemetry sensor for Jeti Duplex 2 4 GHz systems All measured values can be transferred live to the ground and displayed on the JetiBox The Jeti Expander cable E4 for the connection of up to 4 sensors is supported 9 1 1 Operation of the GPS Logger with the JetiBox After the start of transmission the JetiBox is changed to Mx lt Mx for the attached sensors v SM GPS Logger A press the on the W key changes to the GPS Logger During initialisation you see start up screen then the measured data is displayed via Jeti Duplex Wenn SM GPS Logger If at start up an attached UniLog is detected the starting UniLog via Jeti screen displays a
10. can be seen on the top of the GPS Logger and is labelled COM The cable connection can be made either way round which end is used is irrelevant The display is powered by the GPS Logger and turns on automatically as soon as the GPS Logger is connected The display can be attached at any time Receiver to the GPS Logger or battery The GPS Logger must therefore be supplied with power either via an attached receiver or directly with a receiver battery Menu First the menu is activated The menu options can be selected with the plus and Minus buttons and the appropriate item selected with Enter Live data display screen 1 Here all current readings are displayed Most values are self explanatory e Plus starts and stops the recording e Minus changes between Live MIN MAX values e Enter changes between the Live screens 1 2 and 3 e Esc changes back to the menu Top right is the current file number Including changes in the past Time date and time Speed shows the genuine 3D speed thus speed in relation to base plus vertical speed Hoehe is the barometric height in relation to the starting point Strecke is the travelled flight path distance 7 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed At Pos the current position of the GPS is seen in relation to the starting point The air line distance and the
11. ccordingly As soon as the first screen with measured data appears the A 123 4km h MAX different data screens can be selected with presses of lt and gt keys A pressure on the key A starts the recording of ASHI pale CUES data in the GPS Logger which is indicated by an audible signal A further pressure on A terminates the recording 11 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed The first item on the screen is an indicator of the current active data screen and or the status of the GPS Logger A the first data screen the following screens have B C etc recording running GPS has no 3D fix recording running GPS has 3D fix gt maximum values are indicated minimum values are indicated A press of key W changes to the settings Again with the keys lt and gt the different screens and the desired point are selected After a further press of key Y the selected value can then be changed keys lt and gt With a simultaneous pressure on A and Y the alarm is switched On EIN or Off AUS 9 1 2 Display of measured values on the JetiBox Top True 3D speed i e ground speed plus vertical speed Bottom Barometric height from start point current climb rate Top Distance flight path Bottom Current GPS position in relation to start point Top GPS altitude over seal level NN Bottom Measured glide ratio of the last 100 m flight path follow
12. ce am PC anschliessen 2 USB Interface am GPS Logger anschliessen 3 Stromversorgung vom GPS Loegger entlernen 4 COM Port auswahlen kann urter System steuerung gt System gt Hardware im Gerete Manage von Windows beim Punkt Anschilese nachgesshen werder 5 Programmieren klicken Info PORT SE COM Port coma r 2010 SM Modelbau viitw sm modellbau de 20 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 13 Version history Here you will find all firmware versions and the changes to the previous version You can find the current version of your GPS Logger firmware with our software SM GPS Konverter or the UniDisplay 10 2010 First retail version Internal test version i i 04 21 of 21 Minor bug fixes and enhancements Autostart with 3D fix is now delayed for 10 s after the fix so that the GPS start height can stabilize gt in this time Orange and green shine Support for the igc file format added so the GPS Logger can directly generate the files for the online Contest 9OLC see section Bug fixed in the distance calculation when using M Link telemetry 2 M Link extended for the direct output of the values from a connected UniLog in addition maximum speed and maximum altitude available as a separate sensor value Telemetry with Graupner HoTT added Adjustment to M Link data logging for receiver firmware 1 20 The
13. dress may only be assigned once to any attached M Link sensor including the M Link receiver The Bus system ceases to function with multiple assignments If a value is not to be transmitted chose the address This value becomes the highest permissible Address 15 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 8 Using in on line Contest OLC On line Contest OLC for short has been for many years a popular decentralized competition type in man carrying sport sailplanes and paragliders Here the flights of the participants are recorded with GPS and then transferred by Internet into the OLC system There each flight is automatically evaluated according to the Online Contest rules and the participant receives points for the flight Starting from 2011 this system is now available for model fliers so that they also can compare their flights with one another within their own area Participation is completely free Currently the flight task is a pure distance flight however in the near future this rule will be replaced if possible by speed round a triangular course of predetermined size naturally in pure gliding flight More details can be found on the OLC website http rc onlinecontest org The special thing is that it is flown decentralised Each pilot can therefore fly at any location i e if he has the time and desire if the conditions appear right for it etc All the entered flights can be v
14. ed by the average speed over this 100 m Top Receiver battery voltage Bottom Current air pressure Top Elapsed recording time Bottom current date time 12 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed Top Current Latitude Bottom Current Longitude followed by current direction of travel Top Number of satellites GPS status Bottom Current recording rate current file number If a UniLog 1 2 is attached to the GPS Logger and is read the measured values of the UniLog will also appear here Values that the UniLog 1 does not supply simply remain free and or on 0 Top Drive voltage barometric altitude from starting point Bottom Drive current capacity used Top energy used Bottom rom drive power Top Rx voltage barometric altitude from starting point Bottom Vario as a numerical value Top Single cells 1 3 Bottom Single cells 4 6 Top Sensor value at port A1 Bottom Sensor value at port A2 Top Sensor value at port A3 Bottom Servo impulse at the Rx connection servo impulse at the ESC connection Top current air pressure Bottom internal temperature of the UniLog 13 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 9 2 Telemetry operation with Multiplex M Link The GPS Logger is also a full telemetry sensor for the Multiplex M Link 2 4 GHz system The measured GPS values can
15. i laden memory card save or load presets Load presets Illustration 5 GPS settings Einstellungen Tab 19 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 11 4 Live Access to the GPS Logger ee SM GPS Konverter v1 0 0 Konvertieren Maxwerte GPS Einstellungen Terminal Look for the USB COM port p mne E schliesse Open close selected ee COM port Live display identical to use of the UniDisplay Operate with the mouse over the buttons or with the keyboard ESC Enter and Illustration 6 Terminal Tab If the GPS Logger is connected to a PC with the USB interface it can be accessed via the Terminals Function of our software The display is identical to the live operation of the UniDisplay See also section 7 12 Firmware update of the GPS Logger With our USB interface a firmware update can also be uploaded to the GPS Logger To make an update a Windows PC with USB interface and installed driver for the USB interface is necessary In each case of improvements in our software an appropriate file with the update is made available free of charge on our homepage www sm modellbau de within the menu item Software amp Updates The zip file must after downloading be first unpacked Afterwards the exe program is started Further steps are described directly in the software 1 USB Interfa
16. iewed constantly on line daily detailed evaluations and ranking lists are given as well as an annual ranking at the end of the year Starting from firmware v1 02 the GPS Logger can now also directly produce the IGC file which is needed for the flight evaluation in Online Contest So no more conversion of files is necessary just the igc file transferred from the memory card directly into the OLC system and the flight is evaluated This file is also signed internally by the GPS Logger so that the OLC server can examine this in file manipulation this is the highest quality class for documentation With the GPS Konverter entries for pilot name model type model name and the competition class can also be given These designations are stored on the memory card and entered into each IGC file By this means if you use a Separate memory card for each model the correct data can always automatically be transferred to the IGC file Characteristics in the IGC mode 10 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 9 Telemetry Operation Apart from its functions as data logger the GPS Logger is also a full telemetry sensor for different 2 4 GHz remote control systems Jeti Duplex Multiplex M Link and Graupner HoTT are supported Connection to the receiver is made directly with the patch cable provided as described in section 6 The telemetry operation is similar for all supported systems set
17. ince the Logger sends telemetry data on the signal line Receiver the signal wire should in this case be removed at the receiver Just simply remove the orange wire contact and insulate with heat shrink sleeve Servo sockets Direct connection to a Telemetry Receiver as a telemetry sensor With Jeti Duplex use the sensor input Ext With Multiplex M Link use the sensor Telemetry input Sensor If more M Link l compatible sensors are attached to the Receiver receiver the GPS Logger is the last Jeti Duplex Ext input sensor in the chain because it has no Multiplex M Link Sensor input Graupner HoTT T input second loop connector With Graupner HoTT receiver the telemetry port is marked T The GPS Logger can be connected directly to the UniLog or UniLog 2 with the leads stock no 2720 or 2721 The UniLog is supplied with power via its current sensor while the GPS Logger is supplied directly from the receiver Note Only the three core cables stock no 2720 and 2721 may be used 6 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 7 Use of the UniDisplay For connection of the GPS Logger firmware v1 25 or higher must used in the UniDisplay An update for the UniDisplay can be downloaded free of charge from our homepage www sm modelbau de The UniDisplay and GPS Logger are connected with the cable provided with the display The connector location
18. ly as soon as the measured speed exceeds 20 km h for the first time The prerequisite is that the GPS already has a 3D fix e Automatic start at gt 20 m distance The recording begins automatically as soon as the distance from the first measured point after switching on exceeds 20 m The prerequisite is that the GPS already has a 3D fix Start by re inserting the memory card Regardless of the selected start option a recording can be started immediately on an active GPS Logger by pulling out and re inserting the memory card e Automatic stop after landing With the option Autostop landing the recording ends automatically 10 seconds after the landing that is if for 10 seconds the speed is less than 10 km h With each start of recording the GPS Logger begins a new file The file names are numbered consecutively and have the following format 2011 01 01 SM GPS Logdatei 0001 nmea lf a recording is started and the internal clock does not provide a valid date no GPS received or internal battery empty then the date will be 2011 01 01 To distinguish between different firmware versions these files are always stored in a folder with this format SM GPS Logger v1 04 5 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 6 Connection Examples Direct connection to any receiver The cable is plugged directly into a free servo connection and supplies the GPS Logger with power S
19. m Values Once a file has been converted all the extremes of values can clearly be seen in the Maximum window SM GPS Konverter v1 0 0 GPS Einstellungen Termine z 1670 8 m 114 01 km h 1126 4 m 7 63 m s 4 86 VRx 5 11 km 1338 m 360 21 Se sees Konvertieren Maxwerte _GPS Logger Values from GPS Logger Values from M Link bus only available with M Values from UniLog 1 2 only when directly connecting the UniLog with the GPS Illustration 4 Maximum values Maxwerte Tab 11 3 GPS settings l s GPS Konverter 1 0 0 alo x Konvertieren Maxwerte GPS Einstellungen Termir GPS Logger settings l GPS Logger k GPS Telemetrie Alarme r Status Seriennummer 10012 l H he 200 mT Telemetry alarms for as pa Maai ZI Jeti Duplex and M Link Datenrate 10 Hz Entfernung 500 m green File opened Startmodus manuell Af Strecke 05 0 km kai orange No file j UTC Zeitzone 2 n T RxSpannung 4 50 w FEP a red No memory card Vario Schwelle 05 m s n GPS Logger sensor i addresses for the M Link RASIS me UniLog Telemetrie Alarme Speed system Strom 100 A Richtung aon D I Telemetry alarms for a oooO a directly connected l Spannung 10 0 W Entfernung j Z UniLog only with Jeti V Kapazit t 1800 m h Distanz 7 Duplex Get settings from Voreinstellungen laden Einstellungsdate
20. nd the Digital Mode of the HoT T system In both modes of operation all adjustable alarms on the GPS Logger are indicated at the transmitter by beeps or speech output For text mode you get there via Telemetry menu and Settings display After screens with the Receiver data the GPS Logger eS MODEL EAT Pee appears in Text mode amp GPS Losser Structure and contents are completely identical to the screens of the UniDisplay see chapter 7 for the UniDisplay Here all alarms can be set then indicated at the transmitter via beeps or speech output For the digital mode GPS must be activated in the Telemetry settings of the HoT T Transmitter The GPS Logger then sends the data in this Format so that the transmitter can display those values in the appropriate screens some values from the GPS Logger are shown differently Climb rate in m 3s shows the number of satellites being received Latitude and Longitude are reversed if that is recorded on the GPS Logger memory card 16 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 10 Operation with UniLog UniLog 2 The GPS Logger can be connected directly to the UniLog or UniLog 2 with the leads stock no 2720 or 2721 This result in the following possibilities e The recording of all measured values from the UniLog or the UniLog 2 on the memory card of the GPS Logger synchronously with the other data e Display
21. nd the free software SM GPS Konverter Using this the data is read from the GPS Logger and converted immediately into kmz for use in Google Earth During conversion several options are available to later colour or highlight certain values in the 3D view 11 1 File Conversion The software opens with the Convert tab Here a file can be selected from the GPS Logger and converted with adjustable options into the Google Earth kmz format If desired the resulting file can be displayed immediately in Google Earth ee SM GPS Konverter v1 0 0 Tj xj Konvertieren Maxwerte GPS Einstellungen Terminal _ J ihle 0 09 22 SM GPS Logdatei 0002 nmea Platzrunde mit Looping Volle M Link Best ckung L First select the file from the memory card A comment can be entered here f e e i nre With the sliders a section in time can be selected Wert einfarben Starth he Steigen GPS m s X pe IN rdck A manual correction to start height can be made here Values to be shown in colour in Google Earth Create a Google Earth file and go directly to it if you wish IV Richtungspfe i Ge C e Earth aufruter Entwicklung von Modelibavelektronih SML Illustration 3 Conversion Konvertieren Tab 18 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 11 2 Minimum and Maximu
22. of the the UniLog UniLog2 measured values on the ground via Jeti Duplex telemetry e Monitoring of adjustable limit values by Jeti Duplex telemetry e Practically unlimited memory expansion for the UniLog e Evaluation of the UniLog UniLog 2 data at each waypoint on Google Earth In order to show the battery capacity used from the UniLog 1 the port A2 must be set to capacity mAh in the setup GPS max Hohe relativ 94 1 m Datum 19 09 2010 Zeit 16 49 35 800 www SM Modellbau de Satelliten 9 HDOP 0 83 Speed 77 38 km h Hohe NN 652 3 m Richtung 81 81 Hohe relativ 94 1 m Steigen 3 35 mis Rx Spannung 5 38 VRX Strecke 0 86 km Entfernung 141 m Position 35 5 Gleitzahl 1 6 51 9 km h UniLog Werte Spannung 10 46 Y Strom 30 87 A Leistung 322 9 W Drehzahl 0 rpm Rx Spannung 0 00 VRX H he 91 2 m Al C A1 A2 1566 mAh A2 A3 13 9 C int SM GPS Konverter Route Hier hin Yon hier cmo s Ende 19 0912010 16 50 33 300 NKG G CA s S gt 5 a CCCG H Se A 10 GeoContent sy SN ad ee i a a Ma ia a a AN Bildaufnahmedaten 1 Jan 2000 4 Mrz 2000 Breite 47 8758254 L nge 11 111173 MHoheks55 m ae simage 20 Illustration 2 Cuban Eight with UniLog data 17 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed 11 The SM GPS Konverter software On our homepage in Software amp Updates you will fi
23. oogle Earth format In addition the values can be shown in normal curves and much more besides Whether sailplane aerobatics plane helicopter HLG or Slowflyer the GPS Logger can be used in almost any sector due to its small weight and compact size Naturally the UniLog 2 is not only suitable for flying models it can also be used in RC boats RC car etc 2 What the GPS Logger can do e 10Hz GPS and so 10 readings per second particularly good data resolution e Micro SD memory card gt almost unlimited recording and simple selection of data e Data stored in plain text on the memory card subsequent processing with many programmes possible e Altitude supported by additional barometric sensor 2 of 21 Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed e Direct creation of the IGC file for On line Contest OLC e Full telemetry support for Jeti duplex Multiplex M Link and Graupner HoTT including barometric Vario e Direct connection of the UniLog and UniLog is 2 possible for data capture and telemetry support e Recording of all data on the Multiplex Sensor Bus in operation with M Link e Recording of receiver battery voltage e Powered by the receiver battery e Internal backup battery for a quick start of the GPS e Start of recording by different adjustable conditions e Current status is indicated by three LEDs e Direct viewing of recorded values live with our UniDisplay e Parameter settings over
24. ry in use Likewise extensive alarms are programmable which are announced by telemetry over the respective transmitter When operating with Multiplex M Link all data on the sensor bus is automatically logged by the UniLog 2 and also written to the memory card gt MSB Data logger The new competition format OLC the On Line Contest is well supported by the GPS logger The necessary IGC file can be created directly without any other conversion software being needed In addition to its own readings the GPS Logger can also read all the data live from the UniLog via a direct cable connection and write it to the memory card The data from the UniLog can also be transmitted to the ground via Jeti Duplex telemetry and displayed along with the GPS Logger s own data on the JetiBox When operating with Multiplex M Link all the data on the sensor bus is logged automatically through the GPS Logger and also written to the memory card Via our UniDisplay all values measured by the GPS Logger can be directly viewed live Naturally all settings and alarms can also be programmed easily by UniDisplay The presentation and interpretation of data is made in 3D in Google Earth All that is required is to convert in Google Earth format using our free software SM GPS Konverter and the also free Google Earth standard version The well known software LogView www logview info also supports our GPS Logger Here the GPS data can also be converted to G
25. s on Esc or Enter stores the change For Start see also 5 4 Vario and Varioton change the behavior only with Jeti duplex with M Link the transmitter takes over the tone generation in Vario operation Translated by R Whitehead 16 9 2011 my best effort accuracy is not guaranteed istanz 9 km xSPan 4 504 9 of 21 GPS Alarms Alarms can be set here both with Jeti Duplex and M Link and are announced from the transmitter module and or the transmitter When the arrow is in the left column and the appropriate menu option activated with Enter the value of the alarm can be set lf with Plus or Minus the arrow is shifted to the right and the menu option activated with Enter the alarm can be activated or deactivated with Plus or Minus UniLog Alarms Alarms can be set here in relation to operation with Jeti Duplex and the UniLog connected to the GPS Logger When the arrow is in the left column and the appropriate menu option activated with Enter the value of the alarm can be set If with Plus or Minus the arrow is shifted to the right and the menu option activated with Enter the alarm can be activated or deactivated with Plus or Minus M Link addresses For transfer of GPS Logger measured values by M Link addresses can be assigned here for display on Multiplex transmitters Each ad
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