Dokumentation - myIPE - IPETRONIK GmbH & Co. KG
Contents
1. By using the Limit value tab you can define the following settings Limit value controlling active Activate or deactivate controlling the limit values A limit value defines a required upper and or lower limit of a value IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 39 41 Worki 5 3 4 IP TRONIK MEASUREMENT IN MOTION ng with IPEmotion Plugin IPETRONIK LOG Lower limit value Upper limit value Min Max list Activate or deactivate the use of the Min Max list Define the creation of a text file txt where all defined global min and max values of the active channels are stored By using the NoValue tab you have the ability to select the following properties Value A NoValue defines an invalid value You can distinguish between a Fullscale and an error in the dataset and ensure that the acquisition file has no gaps in the time channel Timeout A timeout is generated at reaching the defined NoValue Data processing Statistic Classification Systems Hare 4 p di i al RE ail B i a id il ail IPEmotion Plugin IPETRONIK LOG Channel Active Unit Sampling rate 50099999 M LOG CAN 01 IPETRONIK CAN Status Eg ae CAN D2 AF Standard CAN Status CAN 03 CAN 04 PIN OOUT USG ETH t COM 1 COM 2 GPS Audio Data processing Status Local storage groups BCP service DAG List 10 Hz General Settings Active s x Name2. conditions can be deduced from acquired signals as well as from calculated channels adding channels This can be an input outout or a calculated channel Please note that at least one channel must be activated on the logger for M LOG 6 CAN 2 LIN By using the LIN input tab you can define the following settings Traffic recording Traffic filter ID Trigger Define in the window of the configuration dialog the following additional settings Quick Start For the Traffic filter you can set the first and last CAN ID The ID Trigger contains the definition of the CAN ID and the bytes 1 8 Activate or deactivate the Quick start Allow a quick initialization of the devices The D Trigger defines the trigger conditions for controlling the data acquisition The ID Trigger is set if a message with the corresponding CAN ID e g 10 reaches a defined value on the corresponding byte e g Byte 1 200 FLEETIog FLEETlog differs between the two systems FLEETlog Basic and FLEETlog WAN IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 33 41 IP TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION The equipment and configuration possibilities of the FLEETlog Basic correspond to those of a M S LOG 4 CAN The FLEETlog WAN additionally offers the possibility to directly add the GPS component to the configuration FLEETIog WAN 4 CAN el Add components G Gps Import function TETT EE TE
3. IPSTRONIK MEASUREMENT IN MOTION Plugin Concept Open To Everything IPEmotion Plugin IPETRONIK LOG User manual March 2010 All rights reserved IPSTRONIK Content MEASUREMENT IN MOTION Content Cones OE OE EE E 2 1 Important information es ek REKE RE ER EE RR EER RE ER EER RE RR EE RR EER RE Re 4 1 1 Liability Warranty Copyright License agreement issie ees ee ee EE ee ee RE Ee ee ee 4 Teel GENE eie dl ie N N EE EE EE EE N 4 NE EE MEE EE IE ER OR EE OR ON Hg 4 ES OD VIG did UO CANON si Ge i RE DE 4 1 1 4 Software license agreement sees ee ee RE Ee ee ee ee ee ee EE ee ee ee ee ee ee 4 2 General information see ee ER KEER EE ER RE RR EE ER RE EER EE ER RE RR GE ER Ee EE Re 6 2 1 PROG se EEE OE OE EE OO 6 EN EE N EE N EE EN EE EE N 6 2 2 1 User manual IPEmotion Plugin IPETRONIK LOG eise esse ee esse ese ee ee ee ee ee ee 6 2 2 2 IPEmotion Plugin IPETRONIK LOG ees sesse ee ee ee ee ee ee ee ee ee ee ee ee ee ee ee Ee ee ee 6 AS iS eds ENE AE OE ON EE EE OE ONE EE EE EE 6 2 3 Legend of the used ICONS eie ee RE Ee RE ee ee RE ee ee ee EE ee ee ede EE Ee ee ee EE ee ee 6 24 SUDPOI oos E EEE 7 2 5 Related COCUMENTATIONS cccccccccceesseceecceeeeececeauueeeeecseaueceeessaueeeeesaeeeeessaaseeeessaas 7 251 PET Nr 7 2 5 2 Manual MAL development rrrnnnnnnnnrnnnnnnvnnnnnnnnnrnnrnnnnnnrnnnnnnnnnrnnnnnnnersnnnnnnsssennnnnneee 7 250 ER Ee sie 00 0 EEE 7 2 6 Documentationfeedb
4. Classification Description Source channel for classification r Ed Local calculations FE Statistic Storage group O1 IPETRONIK GmbH amp Co KG 40 41 IP TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION To define the settings for the channel properties proceed as follows 7 Please find detailed information about the functionality and meaning of the following IPEmotion parameters in the IPETRONIK documentation IPEmotion General Select in the right window of the channel view the desired channel You can find the Settings tab in the window of the configuration dialog You have the following configuration possibilities Class count The class count defines the number of classification sections of a channel Hysteresis The hysteresis defines a difference between 2 values This additional switching threshold is used for eliminating potential factors of interference e g oscillations of electronic circuits A hysteresis only allows a new counting if the value falls below or passes a defined value Lower limit The lower limit defines the minimum limit value of the classification section of a channel Upper limit The upper limit defines the maximum limit value of the classification section of a channel IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 41 41
5. General G Please find detailed information about the functionality and meaning of the IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 2 41 Working with IPEmotion Plugin IPETRONIK LOG IP TRONIK MEASUREMENT IN MOTION Systems Mame j Eg ge N vi ran d bud 4 Em Ad t s 1 8 8 af gt A h A 4 fl MES Type 99990 M LOG 4 CAM 2 ETH 1 DIG HO CAN OL IPETRONIE CAN Status CAN 02 CAN 03 CAN 04 ETH OL ETH 02 EXTENDER 01 OM EXT 01 CAN 01 a EXTOL CAN 02 n EXT 01 CAN OS vi ExT O1 CAN 04 Local calculations DIG Ifo Powermanagement POWER OUT 01 POWER OUT 02 POWER OUT 03 POWER OUT 04 POWER OUT 05 POWER OUT 06 POWER OUT 07 POWER OUT 08 Es TENDER fe far far fr far for far fr Camera ETH ACP service UT DAG List 1 He COM 1 COM 2 GPS Audio Audio recording Display M YIE W leet MY Channels LEDs Data processing Status Local storage groups M VIEW Fleet Local calculations Statistic w ef 4 General Extended System Mame CAM 01 Process status CAN 01 Standard messages CAN 01 Standard messages per second CAN 01 Standard Remote messages CAN 01 Standard Remote messages per second CPU load DIN 01 DIN Oz DIN 03 DIN 04 DOUT 01 POUT Oz DOUT 03 DOUT 04 GPS altitude GPS altitude speed GPS horizontal positioning error GPS Horizontal precision GPS latitude GPS longitude GPS longitud
6. You can distinguish between a Fullscale and an error in the dataset and ensure that the acquisition file has no gaps in the time channel Timeout A timeout is generated at reaching the defined NoValue IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 37 41 e IPSTRONIK MEASUREMENT IN MOTION Working with IPEmotion Plugin IPETRONIK LOG 5 3 2 COM 2 connector COM 2 GPS systems Name Active Unit PhysMin PhysMax Sensor Min Sensor Max Sampling rate Name Type 9 m 4 i os BEER ee m gt Feel mi 0 00000 00000 of CANO GPS latitud O d 3 4E 38 3 4E 38 1 10 1H 3 30 3 30 J i 2 4 34 IPETRONIK CAN 15 ors Qu Enke i5 GPS longitude rad 3 4E 38 3 4E 38 0 10 1 Hz 4 dd CAN 02 16 GPS speed O mis 3 4E 38 3 4E 38 0 10 1 Hz Af Standard CAN 16 GPS altitude O im 4E 3 4E 1 1H Status 15 GPS satellites number O 3 4E 38 3 4E 38 i 10 1 Hz a CANO3 0 GPS precision O im 4E 3 4E 1 1H ay CAN 04 0 GPS longitude speed ia m s 3 4E 38 3 4E 38 T 10 1 Hz SS pm GPS altitude speed L ms 3 4E 38 3 4E 38 0 10 1 Hz u DOUT 4 ETA PRE i g TER 7 GPS speed up CO mis 3 4E 38 3 4E 38 D 10 1 Hz i itioni 4E 3 4E 1 1H AL ETH 0 GPS ip Dt error im 4 XCP service 0 GPS vertical positioning error m 4E 3 4E 1 1H vy DAQ List 10 Hz 0 GPS overall positioning error m 4E 3 4E 38 1 1 1H com ol UTC day g 0 0000 31 0000 l0 31 1 Hz A COM 2 19 UTC month 0 0000 12 0000 0 12 1 Hz
7. deactivate the password protected locking of the created zip file Password File encoding Define a user specific password for the zip file FTP upload Activate or deactivate the use of the FTP server for the data transfer and storage Time synchronization via SNTP Activate or deactivate the use of the time synchronization and define the SNTP server IP address The SNTP server IP Simple Network Time Protocol defines the local time server for the automatic setting of the logger system time accordingly to the time of the used system By using the FTP server tab you have the ability to select the following properties IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 21 41 P TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION Server name The server name address defines the FTP server name for the data transfer to the FTP server IP address The server IP address defines the FTP server address for the data transfer to the FTP server User name The user name defines the set user name for the data transfer to the FIP server Password The password defines the required password for using the FTP connection for the data transfer to the FTP server Directory The directory defines the location for the data transfer and storage on the FIP server The Media selection tab offers the following possibilities for transferring data LAN WiFi By using the LAN WIFI tab you can define the following
8. following configuration definitions Front number The front number defines the last digits of the device number It refers to the last five digits of the serial number by default The serial number is mandatory for detecting using and distinguishing the device from others within IPEmotion The serial number is composed of the front number and the device type and can generally be found at the back of the device or is detected automatically in IPE motion IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 19 41 P TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION TESTdrive version The TESTdrive version shows the current version of the TESTdrive software Additional file Define an additional file for the export The System tab offers the following configuration possibilities Switch on condition WakeonCan Activate or deactivate the Wake on Can function and define the switching on of the logger due to data traffic on the bus Timeout The timeout defines the seconds to send an alternate value if no message is received on the bus New measuring file Activate or deactivate the use of a new measuring file number which defines the beginning for the serial data numeration Start with number Define the number for beginning the serial numeration Follow up time The follow up time defines the extension of acquiring data in the acquisition mode by x seconds The minimum and standard value is set to 1
9. i UTC year g 1970 000 2099 000 1970 2099 1 Hz Audio 0 UTC hour O 0 0000 24 0000 0 24 1 Hz Data processing 121 UTC minute oO 0 0000 60 0000 0 60 1 Hz os seh is UTC second O 3 4E 38 3 4E 38 0 10 1 Hz 4 ER Local storage groups 0 Storage group 01 0f General Format Scaling Display Limit value NoValue f Local calculations 0 av Active a Statistic 0 EF classification 0 Name GPS status Description Status Sampling rate 1 Hz To define the settings for the channel properties proceed as follows following IPEmotion parameters in the IPETRONIK documentation IPEmotion General Format Scaling Display O Please find detailed information about the functionality and meaning of the Select in the right window of the channel view the desired channel You can find the Limit value tab in the window of the configuration dialog You have the following configuration possibilities Limit value controlling active Activate or deactivate controlling the limit values A limit value defines a required upper and or lower limit of a value Lower limit value Upper limit value Min Max list Activate or deactivate the use of the Min Max list Define the creation of a text file txt where all defined global min and max values of the active channels are stored IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 38 41 MEASUREMENT IN MOTION IP TRONIK Working with IPEmotion Plugin IPETRONIK LOG By using the NoValue ta
10. settings Get IP address automatically Activate or deactivate the DHCP function Dynamic Host Configuration Protocol for the automatic assignation of the IP address sub net mask and standard gateway IP address The IP address defines the static system IP address for the data transfer Sub net mask The sub net mask defines the net address which is also used by the communication partner Standard gateway The standard gateway defines the address of a potential router between the communication partners IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 22 41 IPSTRONIK MEASUREMENT IN MOTION Working with IPEmotion Plugin IPETRONIK LOG net mask and standard gateway are automatically assigned If you activated the Use of DHCP function the IP address sub Preferred DNS server and Alternative DNS server Define the server for the name conversion This function is only required if the FTP server is identified by using a name In this case the DNS server converts the name into an IP address If the FTP server is directly identified by using the IP address the entry of the DNS server is not required Speed and duplex mode The media type defines the speed of the interface connection Modem By using the Modem tab you can define the following settings Model The modem defines the used connection on the logger for the data transfer PIN code The PIN defines the PIN of the used SIM card A
11. 0 s COMgate switch on condition Cyclical data saving By using the Data manager tab you have the ability to select the following properties Data remote transmission Activate or deactivate transmitting the acquired data Compress files Activate or deactivate creating a zip file Due to a smaller file size you can use a safe and fast data transfer and an optimum utilization of the memory space IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 20 41 P TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION Split files Activate or deactivate the partitioning of the acquisition file into smaller files of 500 kB each Take measuring file into configuration Activate or deactivate the integration of the configuration file isf into the acquisition file and allow a better assignation and analysis of the data to the used configuration Take log file into configuration Activate or deactivate the LOG file integration into the measurement file Use ping By using the Configuration button you have the ability to open the Data transfer configuration dialog and to define the following settings The General tab offers the following configuration possibilities Emergency switch off after The emergency switch off defines the maximum time of the data transfer in min h After the lapse of the predefined time a forced disconnection is activated e g due to a bad transferring quality File encoding Activate or
12. 95 65555 4294967295 65545 4294967295 65535 4294967295 d Please find detailed information about the functionality and meaning of the following IPEmotion parameters IPEmotion General Format Scaling Display in the IPETRONIK documentation Select in the right window of the channel view the desired channel You can find the Limit value tab in the window of the configuration dialog You have the following configuration possibilities Limit value controlling active Activate or deactivate controlling the limit values A limit value defines a required upper and or lower limit of a value Lower limit value Upper limit value Min Max list IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 35 41 IP TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION Activate or deactivate the use of the Min Max list Define the creation of a text file txt where all defined global min and max values of the active channels are stored By using the NoValue tab you have the ability to select the following properties Value A NoValue defines an invalid value You can distinguish between a Fullscale and an error in the dataset and ensure that the acquisition file has no gaps in the time channel Timeout A timeout is generated at reaching the defined NoValue CAN channel Systems Name Active Unit Phys Min Phys Max Sensor Min Sensor Max Sampling rate Name Type le al cs oi GES id TE
13. ETE ma N HI EN 65535 4 wi ida CAN process status C 0 00000 1 00000 0 1 1 Hz 4 544 IPETRONIK CAN 15 Qu Status 15 CAN bus load m 0 0 100 0 0 100 1 Hz dj CANO2 16 CAN chip status m 1 000 1 000 a 1 1 Hz 4 CAN standard messages per second 0 0 65535 0 0 65535 1 Hz P Status 15 CAN standard messages C 0 0 4294967295 0 0 4294967295 1 Hz a CANO3 0 CAN extended messages per second 0 0 65535 0 0 65535 1 Hz vi CANO4 O CAN extended messages O 0 0 4294967295 0 0 4294967295 1 Hz oa nt k CAN standard remote messages per second 0 0 65535 0 0 65535 1 Hz CAN standard remote messages C 0 0 4294967295 0 0 4294967295 1 Hz CAN extended remote messages per second 0 0 65535 0 0 65535 1 Hz 4 XCP service 0 CAN extended remote messages _ 0 0 4294967295 0 0 4294067295 1 Hz ty DAQ List 10 Hz 0 CAN error messages per second 0 0 65535 0 0 65535 1 Hz e COM 1 0 CAN error messages 0 0 4294967295 0 0 4294967295 1 Hz A COM 2 19 CAN overload messages per second 0 0 65535 0 0 65535 1 Hz gA GPS 19 CAN overload messages C 0 0 4294967295 0 0 4294967295 1 Hz amp amp Audio 0 jr NE SES 12 General Format Scaling Display P Status 12 Active A Local storage groups 0 3 poser are 1 o Name CAN channel f Local calculations 0 Description Standard CAN channel i te gt Samping rate 1 He j To define the settings for the channel properties proceed as follows Please find detailed information about the functionality and m
14. ETRONIK LOG System are separated into the following three groups according to their functionality M LOG S LOG FLEETlog Each single system of loggers contains different devices which can be used for acquiring data Each device is an independent acquisition system and can be used as a stand alone devices as well as in combination with other devices in a CAN bus network The current IPEmotion Plugin IPETRONIK LOG version offers the following devices they are listed accordingly to the above system classification M LOG M LOG 2 CAN M LOG 4 CAN M LOG 8 CAN M LOG 6 CAN 2 LIN M LOG 8 CAN 4 LIN M LOG 4 CAN 2 ETH He O O H E M LOG 8 CAN 2 ETH M LOG 6 CAN 2 LIN 2 ETH M LOG 4 CAN 2 ETH 1 DIG VO S LOG S LOG 2 CAN S LOG 4 CAN S LOG 8 CAN S LOG 6 CAN 2 LIN IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 10 41 Introduction MEASUREMENT IN MOTION FLEETIog FLEETIog basic 4 CAN FLEETlog WAN 4 CAN Please note that FLEETlog basic does not support a connection by using WiFi and modem and a use of a GPS device is not possible Each single device provides additional components as well as a variety of channels The following chapter 5 shows an overview about the device specific components and their configuration Please find detailed information about the M and S LOG devices ol IPETRONIK in the documentation Logger Manual IPEmotion Plugin IPETRONIK L
15. K MEASUREMENT IN MOTION 5 2 Defining components Each logger contains a variety of functions according different in and outputs connectors and the data processing in the logger 49 80099999 i 5 070 4 T an se se Sn Le BARA OD ix 81799999 S La CAM O1 CAN Oz DIN DOUT USG ETH COM 1 COM Z Audio Display Data processing Status Local storage groups Local calculations CAM 01 CAN Oz DIN DOUT USG ETH COM 1 COM Z Audio Display Data processing ee Status ER Local storage groups Ed Local calculations P La 20 HE e oo Mw mH Oo ODO oO 0 020 KA OE 005 AA MH Mm OE oO OO DO Sf FS EO Ea s EL HE 4 b General CAN Timeout Mame CAN DI Description CAN interface To define the general settings for the logger properties proceed as follows Select in the left tree view the desired component Please find detailed information about the functionality and meaning of the following IPEmotion parameters in the IPETRONIK documentation IPEmotion General The CAN input of a logger offers additional definition possibilities You can find the CAN tab in the window of the configuration dialog You have the ability to select the following properties IPEmotion Plugin IPETRONIK LOG Baud rate 29 bit identifier The baud rate defines the transfer rate which is valid for all system devices for communicating to the devices Activate or deactivate the extensio
16. OG IPETRONIK GmbH amp Co KG 11 41 IP TRONIK Setting up and removing MEASUREMENT IN MOTION 4 Setting up and removing 4 1 System requirements The minimum hardware and platform requirements for the application of the IPEmotion Plugin IPETRONIK LOG are outlined below 4 1 1 Hardware The minimum hardware requirements correspond to those of IPEmotion 4 1 2 Platforms The IPEmotion Plugin IPETRONIK LOG can be run under the following operating systems Windows XP 32 Bit Windows Vista 32 Bit IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 12 41 IP TRONIK Setting up and removing MEASUREMENT IN MOTION 4 2 Installing IPEmotion Plugin IPETRONIK LOG The following chapter guides you through the installation process of the IPETRONIK LOG Plugin installation For working with the Plugin you need at least limited user s or default user s rights Vista IPEmotion Plugin IPETRONIK LOG needs administrator rights during the The installation of IPEmotion Plugin IPETRONIK LOG is based on an installation wizard that guides you through the setup process step by step You can start the installation wizard from the USB flash drive or if you have downloaded the setup program from the IPEmotion forum at www ipemotion com from the setup file itself To install IPEmotion Plugin IPETRONIK LOG 1 Start the installation wizard from the USB flash drive or from the setup file USB flash drive Connect the USB flash dri
17. Remove PEmotion MAL Plugin IPETRONIK LOG 01 00 00 From your a computer IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 17 41 IPSTRONIK Setting up and removing MEASUREMENT IN MOTION 5 Remove the program This screen indicates that your installation is now ready to remove Click Remove to start the removing process 6 Uninstalling A progress bar is shown during the uninstalling process 7 InstallShiel Wizard Completed This screen is shown after the successful deinstallation Click Finish to exit the installation wizard After removal IPEmotion Plugin IPETRONIK LOG is no longer indicated in the program list Removing IPEmotion Plugin IPETRONIK LOG with the deinstallation function of the Control Panel To do so proceed as follows 1 Click in the menu Start on your computer on Settings and then Control Panel 2 Double click in the Control Panel on Add or Remove Programs 3 Select from the program list the entry IPEmotion Plugin IPETRONIK LOG and click Remove to start the installation wizard 4 Click Yes to start the deinstallation 5 A progress bar is shown during the uninstalling process After the successful removal of IPEmotion Plugin IPETRONIK LOG the program has been removed from your computer and is no longer indicated in the program list IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 18 41 e IPSTRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION 5
18. TE Project Signals Acquisition Vien Data manager Analysis prem z err mm a P Add system Add components Import Export Extras T ril r ba IPETRONIE LOGG Detect Hardware Configuration Name Type le g 20099999 M LOG 4 CAN 2 ETH 1 DIG dd SM CAN 2 Add components a a CANS Change into k di wi CAN D4 Bukse p Open file x G ETHOL Atm RTECS i Import CANdb Search in C Dokumente und EinstellungentzwiEigene m 0 G Signal import fro EA EXTEI Export T E Sees Name Size Changed on Extension Cut Ctrl AeL E Signal import fro MM E Copy Ctrl E Paste Chri Diagnostics EF Le Diagnostic impor Ly TE Delete File name IPErnotionDeme DEC A DIG IO 3 Powe Clean synchronize File type CANdb dbe z ga pie 948 Properties g Pi UDE _ Show system files Cancel J POWER OUT 03 EN Signal import From J POWER OUT 04 Select a free CAN input Select Import from the tab menu or by using the context menu right mouse button HH EH Select the desired import and define the directory of a description file for opening it HF The current version offers the following import possibilities CANdb dbc file A2L A2L file Diagnostics idf file UDS xml file Select the desired signals CAN signals channels in the left window Available channels IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 34 41 Working with IPEmoti
19. These errors are not covered by any warranty 1 1 3 Copyright and Duplication We reserve all rights in particular those of property copyright and trademarks The rights related to any third party trademarks mentioned in the present document remain unaffected This document may not be duplicated partially or entirely without the prior approval from IPETRONIK GmbH amp Co KG All graphics and explanations are copyright protected Any use beyond the scope of the document is prohibited 1 1 4 Software license agreement IMPORTANT THIS IS A LEGAL AGREEMENT BETWEEN YOU LICENSEE AND IPETRONIK GMBH amp CO KG IPETRONIK ING IPETRONIK BY CHECKING I ACCEPT ALL OF THE TERMS CONTAINED IN THE ABOVE AGREEMENT DURING INSTALLATION COPYING OR USING THIS PRODUCT IN ANY WAY YOU ACKNOWLEDGE THAT YOU HAVE READ THIS LICENSE AND THAT YOU UNDERSTAND AND EXPRESSLY AGREE TO BE BOUND BY THE TERMS AND CONDITIONS SET FORTH BELOW This software is property of IPETRONIK GmbH amp Co KG and is protected by copyright laws Its total or partial reproduction is strictly forbidden IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 4 41 P TRONIK Important information MEASUREMENT IN MOTION The following actions are allowed Installing and using a copy of the product on a single computer or network This copy may only be used by a single user at a time If the product is to be used by multiple users an additional license will be req
20. Working with IPEmotion Plugin IPETRONIK LOG The following chapter offers an overview of the available commands and their functions In addition it is shown how to use the IPETRONIK LOG devices and the software IPEmotion for configuring and acquiring data as well as managing and analyzing the acquired data 5 1 Defining general settings The main navigation tab Signals contains all available and connected systems with the respective type description and channels Click on the button Add system or Add component to expand the configuration by further systems or components EE z gt DIN D1 0 1 CAN OZ p DIN 02 LI 0 1 DN 4 DIN 03 L g 1 DOUT 4 DIN 04 O O 1 use T DOUT 01 U T 1 ETH 0 DOUT 02 O 0 i com 0 DOUT 03 O o 1 B com z O q 5 t Audia D Display D General fExtended System Data manager a Ed Data processing lz first Pe Status 12 ER Local storage groups 0 Name 80099999 Pd Local calculations 0 Description Ultra compact modular data logger with 2 CAN interfaces d 80399999 FLEETIog 16 wl CAMO1 D wd CAN OZ j owl CAMO3 D CAN 04 0 fa DN om To define the general settings for the system properties proceed as follows O Please find detailed information about the functionality and meaning of the following IPEmotion parameters in the IPETRONIK documentation IPEmotion General Select in the left tree view the desired system You can find the Extended tab in the window of the configuration dialog You can set the
21. aCK sees ee ER EE ee ee ee ee ee ee Ee ee ee ee EE ee ee ede EE ee ee 8 3 NTG 10 4 Setting up and removing ese KEER RE RR EE ER EER KEER Re RR Ee ER Ee 12 4 1 System requirementS rrrrrrnnnnnnvnnrnnnnrvnrnnnnnnrvnnnnnnnnsnnnnnnnsnsvnnnnnnsennnnnnnnsennnnnnnssennnnnnn 12 MEE ATTON EE EE AE EE EE EEE 12 Ae POIG EE EE N EE OE EE EE 12 4 2 Installing IPEmotion Plugin IPETRONIK LOG ee ee see ee ee ee ee ee ee ee ee ee ee ee ee ee 13 4 3 Uninstalling IPEmotion Plugin IPETRONIK LOG ese sees ees see ee ee ee ee ee ee ee ee ee ee 17 5 Working with IPEmotion Plugin IPETRONIK LOG 19 5 1 Defining general settings cccccccseeeccceeeeeecneeeeeeseuceeeeaeeecseeeeeesaaeeeessgeeeseueessaaneees 19 5 2 Defining COMPONENAS cccccccssececesscecceesececsaseecceseeceeasecssaueeessaeeesseneeeessaseeeens 26 5 2 1 Defining additional COMPONENMS ccccceeeecceecseseeeeeecaeeeeceeesaeeseeeseeageeeeessaeeeees 27 EOG od S LOER E ER EE EE 27 MLOG 6 GAN 2 LIN sesse sei iese ee Ee Re Ee EO EE RE ee ee ee ER Ee 33 s2 sd so ER RE UNE 33 IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 2 41 IP TRONIK Content DON TMC HOM AR RE AE E EE EE 34 JEG D iNNO CNaNN IS EER NE OR OE 35 5 3 1 CAN input IPETRONIK CAN and Standard GAN esse ees see ee ee ee ese ee ee ee ee 35 BU aS EE Ee EE EO gana cutee OE OE HE 35 GAN EIER oa ee EE ei n re Ge ee ee 36 5 32 COM connector COM ess
22. ack Click Cancel to exit the wizard InstallShield Click Install to start the installation IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 15 41 Setting up and removing MEASUREMENT IN MOTION 6 Installing A progress bar is shown during the installation process Installing IPEmotion MAL PlugIn IPETRONIK LOG 01 00 00 The program Features vou selected are being installed Please wait while the InstallShield Wizard installs IPEmotion MAL PlugIn IPETRONIK LOG VO1 00 OD This may take several minutes Status InstallShield Cancel 7 InstallShiel Wizard Completed After the successful installation the following screen is shown i IPEmotion MAL Plugin IPETRONIK LOG V01 00 00 InstallShield Wizard EG InstallShield Wizard Completed The InstallShield Wizard has successfully installed IPEmotion MAL Plugin IPETRONIK LOG Y01 00 00 Click Finish to exit the wizard Cancel A Windows Silent Setup cannot run other setups in silent mode the plugin must therefore be installed as silent too Setup IPEmotion Plugin IPETRONIK LOG exe S v qn LOGGER plugin setup copies LOG2PC Core into Temp directory and installs LOG2PC Core in Silent mode which must also be installed separately Setup LOG2PC Core exe S v qn IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 16 41 IPSTRONIK Setting up and removing MEASUREMENT IN MOTION 4 3 Uninstalling IPEmotion Plugin IPETRONIK LOG The foll
23. b you have the ability to select the following properties Value A NoValue defines an invalid value You can distinguish between a Fullscale and an error in the dataset and ensure that the acquisition file has no gaps in the time channel Timeout A timeout is generated at reaching the defined NoValue 5 3 3 Data processing Local calculations Calculation Systems Active Unit Phys Min Phys Max Sensor Min Sensor Max Sampling rate Name Type m BE ET ma N NEE NET NN FEE EN yy CANOL 4 244 IPETRONIK CAN 15 Status 15 4 yd CAN 02 16 Af Standard CAN 16 Status 15 di CANO03 0 di CAN 04 0 SS DN 4 s DOUT 4 us 0 4 ETH 0 a 4 XCP service 0 J DAG List 10 Hz 0 A COM 1 of General Format Display f Formula Limit value NoValue am come is Active MA as 19 amp Audio 0 Name Calculation 01 paa pree is Description Define the calculation of a free Formula Status 12 Local storage groups 0 Sampling rate 1 Hz Storage group 01 1 Statistic 0 P Classification 0 To define the settings for the channel properties proceed as follows following IPEmotion parameters in the IPETRONIK documentation IPEmotion General Format Display G Please find detailed information about the functionality and meaning of the Select in the right window of the channel view the desired channel You can find the Formula tab in the window of the configuration dialog Define a user specific formula for the calculation
24. e or deactivate reading NoValues A NoValue defines an invalid value You can distinguish between a Fullscale and an error in the dataset and ensure that the acquisition file has no gaps in the time channel Activate or deactivate the Save trigger channel function This function defines the saving of the trigger status as well as additional information in a channel of the corresponding storage group The Triggering defines conditions for controlling the data acquisition The trigger conditions can be deduced from acquired signals as well as from calculated channels Please note that at least one channel must be activated on the logger for adding channels This can be an input output or calculated channel Local calculations Calculation IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 32 41 z IPSTRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION G The sampling rates of the calculations can be configured Statistic Classification For the Statistic you can define settings according the Resetting behavior and he Working frequency and set the Trigger The Working frequency defines the speed of the statistic generation The settings for the classification contain the Mode The Trigger contains definition possibilities according the Mode and Formula The mode defines the classification method The Trigger defines conditions for controlling the data acquisition The trigger
25. e speed GPS overall positioning error GPS precision GPS satellites number GPS speed PS status GPS upward speed GPS vertical positioning error LED O1 LED 02 LED 03 LED 04 Data manager Active Name 80099999 Description 9 Ultra compact modular data lo Reference By using the CAN input tab you can define the following settings Status Define status channels for controlling the connected devices and the data transfer HH E PETRONIK CAN Voltage current Temperature Pressure IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 28 41 IP TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION Edge counting Define in the window of the configuration dialog the following additional settings Initialize devices Synchronized mode Automatic CAN ID placing the IPETRONIK manual IPEmotion Plugin IPETRONIK CAN Oo Please find detailed information on the definition of IPETRONIK CAN in Standard CAN CAN channel CAN send Channels adding channels This can be an input outout or a calculated channel Please note that at least one channel must be activated on the logger for Define in the window of the configuration dialog the following additional settings Sending frequency First CAN ID Time stamp The sending frequency defines the updating rate for reading the data on the bus The first CAN ID defines the first identifier for sending the first message Y
26. eaning of the following IPEmotion parameters in the IPETRONIK documentation v IPEmotion General Format Scaling Display Select in the right window of the channel view the desired channel You can find the CAN tab in the window of the configuration dialog You can set the following definitions CAN ID The CAN ID defines the identifier for sending the message You can convert the CAN ID into the decimal hexadecimal or binary system CAN ID 10 dt d Decimal system IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 36 41 Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION h Hexadecimal system b Binary system Start bit The start bit defines the first bit in the message Bit count The bit count defines the number of bits in the message Data format The data format defines the message format The standard format is Intel By using the Limit value tab you can define the following settings Limit value controlling active Activate or deactivate controlling the limit values A limit value defines a required upper and or lower limit of a value Lower limit value Upper limit value Min Max list Activate or deactivate the use of the Min Max list Define the creation of a text file txt where all defined global min and max values of the active channels are stored By using the NoValue tab you have the ability to select the following properties Value A NoValue defines an invalid value
27. ens ie EE RA DR ee Re Re Re annie 38 amp EE EE N NE OE OT eee 38 5 3 3 Data processing Local calculations ee ee ee AR ee AR ee ee Re 39 eel lies AE EE EO EE E E EE EE EE OE EE N 39 5 3 4 Data processing Statistic ie ee ee RE ee ee Ee ee ee ee Ee ee ee ee ee ee RE ee 40 NNN 40 IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 3 41 IPSTRONIK Important information MEASUREMENT IN MOTION 1 Important information Please follow these instructions before and during the use and application of any IPETRONIK product 1 1 Liability Warranty Copyright License agreement 1 1 1 Limitation of liability Any liability of IPETRONIK its representatives agents and the like especially with regard to personal injury or damage to property of any kind shall be excluded within the legally admissible framework as far as the instructions and warnings as mentioned below have not been followed 1 1 2 Warranty Products accessories and services have a 12 months warranty All product data specifications drawings etc correspond to the current condition of the indicated creation date For the purpose of optimizing technical processes and production some details of our modules and accessory components may be modified at any time without prior notification Although the present document has been prepared with the utmost attention to detail it may not be exempt of misprints typing or transcription errors
28. escriptions in this documentation refer to the current release with the version number 01 03 The Plugin requires at least IPEmotion V01 00 on your computer This icon indicates a useful tip that facilitates the application of the software Information This icon indicates additional information for a better O understanding IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 6 41 IP TRONIK General information MEASUREMENT IN MOTION error messages Attention This icon indicates important information to avoid potential 2 4 Support Headquarter IPETRONIK GmbH amp Co KG J gerweg 1 76532 Baden Baden Germany Phone 49 72 21 99 22 0 Fax 49 72 21 99 22 100 info ipetronik com www ipetronik com Limited commercial partnership with its head office in Baden Baden registry court HRA No 201313 IPETRONIK Verwaltungs GmbH Baden Baden is an individually liable society registry court Mannheim HRB No 202089 Management Erich Rudolf Andreas Wocke Technical support and product information www ipetronik com e mail support ipetronik com 2 5 Related documentations 2 5 1 IPEmotion The documentation IPEmotion pdf provides you with a description and useful information related to IPEmotion This documentation is stored in the following standard language dependent directory C Programs IPETRONIK IPEmotion Vxx xx xx Help 2 5 2 Manual MAL development The documentation MAL development pdf provides you w
29. f the configuration dialog the following additional XCP settings IP Address and IP Port and the extended settings MAX ODT and MAX_ODT_ENTRIES The P Address defines the IP address of the target system for the XCP data transfer The P Port defines the port of the target system for the XCP data transfer By using the COM 2 port tab you can define the following settings GPS Define in the window of the configuration dialog the following additional settings Baud rate The baud rate defines the transfer rate for communicating to the devices By using the Audio port tab you can define the following settings Audio recording Audio output Define for the Audio recording in the window of the configuration dialog additional settings like the Bit rate and the Maximum recording time in s min h as well as the Trigger For the Audio output you can define settings according the Audio file and an Immediate stop at stop trigger as well as set the Trigger The bit rate defines the amount of data which is transferred within a specific time The audio file for the audio output can be stored in a user defined directory in the wav format Activate or deactivate the mmediate stop at stop trigger function for stopping the audio output immediately if a stop trigger is activated The Trigger defines conditions for controlling the data acquisition The trigger conditions can be deduced from acquired signals as well as from calculated channels By us
30. he following settings Powermanagement POWER OUT 01 08 Define for the POWER OUT channels in the window of the configuration dialog additional settings like the Start On Off behavior The Start behavior tab contains the start delay The On behavior tab contains the definitions Criterion Only active at PowerGood Minimum duration Delay Priority The Off behavior tab contains the definitions Criterion Off at PowerBad Minimum duration By using the USB port tab you can define the following settings Camera Video recording Image recording Define for the Video recording in the window of the configuration dialog additional settings like the Resolution Rate in images s and the Maximum recording time in s min h as well as the Trigger For the Image recording you can define settings according the Resolution and set the Trigger The Trigger defines conditions for controlling the data acquisition The trigger conditions can be deduced from acquired signals as well as from calculated channels By using the ETH port tab you can define the following settings XCP service DAQ List 1 Hz DAQ List 10 Hz IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 30 41 IP TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION DAQ List 100 Hz Please note that at least one channel must be activated on the logger for adding channels This can be an input outout or a calculated channel Define in the window o
31. ing the Display port tab you can define the following settings M VIEW fleet M VIEWgraph M VIEWvga IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 31 41 MEASUREMENT IN MOTION P TRONIK Working with IPEmotion Plugin IPETRONIK LOG Define for the M VIEWfleet as well as for the M VIEWgraph in the window of the configuration dialog additional Mode settings like the scrolling mode and the list type Activate or deactivate the following commands Allow start and stop of the acquisition Merge measurement files Confirm shift track at stop Connect the M VIEWvga with the logger by using the standard monitor port and define the buzzer and the monitor switch By using the Data processing tab you can define the following settings Status Local storage groups Storage group Ring buffer group The settings for the storage group contain the Time stamp channel NoValues and Save trigger channel The Triggering contains definition possibilities according the Mode the Pre and Post trigger duration in s and the Start and Stop trigger The storage rate can be defined independently per channel The storage rate defines one rate for all signals for recording and storing the data Activate or deactivate creating a time stamp channel The time stamp channel defines a Channel in the corresponding storage group which is configured for using a time stamp The time stamp defines a value which assigns an event to a point of time Activat
32. ith a description and useful information related to the use of the interface with plug in components and IPEmotion 2 5 3 Logger manual The documentation Logger Manual pdf provides you with a description and useful information related to the IPETRONIK M and S LOG devices IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 7 41 E 4 General information MEASUREMENT IN MOTION 2 6 Documentation feedback At IPETRONIK the technical publications team strives to produce documentations of the highest quality and values your feedback as a reader and user If you have any comments or suggestions regarding our product manuals contact us under support Qipetronik com IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 8 41 IP TRONIK General information MEASUREMENT IN MOTION Please inform us about the following points Version number Select Options gt Plugins from the menu to display the version number Name of the guide Page number or section title Brief description of the content e g inaccurate instructions grammatical errors or information that require clarification Any suggestions for a general documentation improvement IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 9 41 IP TRONIK Introduction MEASUREMENT IN MOTION 3 Introduction The IPETRONIK LOG Plugin offers you the ability to use M S LOG and FLEETlog devices of IPETRONIK within IPEmotion The systems of the IP
33. n of the address range from 11 bit to 29 bit IPETRONIK GmbH amp Co KG 26 41 P TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION Acknowledge Activate or deactivate the Acknowledge function to confirm the reception of a correct CAN message By using the Timeout tab you can activate or deactivate the use of a timeout The timeout defines the seconds to send an alternate value if no message is received on the bus The ETH input of a logger can be defined within the ETH input tab The LIN input of a logger offers additional definition possibilities too By using the LIN tab you have the ability to select the following properties Baud rate The baud rate defines the transfer rate which is valid for all system devices for communicating to the devices LIN version The LIN version shows the current version of the LIN bus By using the Timeout tab you can activate or deactivate the use of a timeout The timeout defines the seconds to send an alternate value if no message is received on the bus 5 2 1 Defining additional components M LOG and S LOG The following overview shows all possible component dependent functionalities of the M and S LOG 2 CAN 4 CAN 8 CAN The respective loggers only differ in the number of CAN inputs Click on the button Add component to expand the configuration by further components or functions following IPEmotion parameters in the IPETRONIK documentation IPEmotion
34. nt APN The access point name is provider dependent and defines the name for the access point to a connection depending on the used SIM card Wireless LAN WiFi Activate the used connection on the logger for the data transfer and select the preferred connection type WiFi 3G HSPA UMTS The COMgate WiFi tab offers the following configuration possibilities SSID Security Password The password is provider dependent and defines the required password for using the connection depending on the used SIM card IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 24 41 Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION Certificate DHCP Activate or deactivate the DHCP function Dynamic Host Configuration Protocol for the automatic assignation of the IP address sub net mask and standard gateway IP address The IP address defines the static system IP address for the data transfer Sub net mask The sub net mask defines the net address which is also used by the communication partner Standard gateway The standard gateway defines the address of a potential router between the communication partners net mask and standard gateway are automatically assigned Q If you activated the Use of DHCP function the IP address sub Preferred DNS server Alternative DNS server IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 25 41 Working with IPEmotion Plugin IPETRONIK LOG IP TRONI
35. on Plugin IPETRONIK LOG IP TRONIK MEASUREMENT IN MOTION Enter the signals by using Drag amp Drop into the right window Included channels Select OK for accepting the selection 5 3 Defining channels 5 3 1 CAN input IPETRONIK CAN and Standard CAN Status al Eg 50099999 dd CANOL d is IPETRONIE CAN dyd CANOZ d Standard CaN pa Status dd CAN 03 4 CAN send 4 os CAN O4 Traffic recording Ye Fiter fk ID Trigger DIN ee Up d gf USE Ce Camera p video recording d gt ETH a 4 ACP service LJ DAQ List I Hz GA com GE com 2 aoe Audio dudio recording a M LOi3 ey 0 el oo Ed 0 ES 0 11 OO ee IEB DO 11 D Id O 4 General Format Scaling CAN bus load CAN chip status CAN standard messages per second CAN standard messages CAN extended messages per second CAN extended messages CAM standard remote messages per second CAN standard remote messages CAN extended remote messages per second CAN extended remote messages CAN error messages per second CAN error messages CAN overload messages per second CAN overload messages Limit value controlling active Lower limit value 0 Upper limit value 1 Min Max list S e 8 8 8 e 2 eee eel To define the settings for the channel properties proceed as follows sl 0 fe D sl o El 5 sl Oo FS 5 Display f Limit value Noyalue 100 1 65545 4294967295 65525 4294967295 65535 42949672
36. ou can convert the CAN ID into the decimal hexadecimal or binary system al First CAN ID 256 d d Decimal system h Hexadecimal system b Binary system Activate or deactivate creating a time stamp channel The time stamp defines a value which assigns an event to a point of time Traffic recording Traffic filter ID Trigger Define in the window of the configuration dialog the following additional settings Quick start For the Traffic filter you can set the first and last CAN ID The ID Trigger contains the definition of the CAN ID and the bytes 1 8 IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 29 41 IP TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION Activate or deactivate the Quick start Allow a quick initialization of the devices The D Trigger defines the trigger conditions for controlling the data acquisition The ID Trigger is set if a message with the corresponding CAN ID e g 10 reaches a defined value on the corresponding byte e g Byte 1 200 OG The CAN input offers you the ability to import CANdb A2L or IDF files Please find detailed information on the import function in the IPETRONIK documentation IPEmotion By using the extended ETH 01 02 port tab you can define the following settings Extender 4 CAN Define in the window of the configuration dialog the CAN parameters above and set local calculations For the DIG I O port you can define t
37. owing chapter shows the deinstallation process of IPEmotion Plugin IPETRONIK LOG For removing IPEmotion Plugin IPETRONIK LOG you have two possibilities The option Remove of the IPEmotion Plugin IPETRONIK LOG installation program The option Add or Remove Programs for IPEmotion Plugin IPETRONIK LOG in the Control Panel With both methods you can remove files folders and registry entries from your computer which has been created during the installation Removing IPEmotion Plugin IPETRONIK LOG with the installation program To do so proceed as follows 1 Click in the menu Start on your computer on Settings and then Control Panel 2 Double click in the Control Panel on Add or Remove Programs 3 Select from the program list the entry IPEmotion Plugin IPETRONIK LOG and click Change to start the installation wizard Click Next to advance to the Program maintenance screen 4 Program maintenance This screen allows you to modify repair or remove IPEmotion Plugin IPETRONIK LOG Select Remove and click Next to continue ie IPEmotion MAL Plugin IPETRONIK LOG V01 00 00 InstallShield Wizard fx Program Maintenance Modify repair or remove the program O Modify Change which program Features are installed This option displays the Custom Selection dialog in which you can change the way Features are installed Repair installation errors in the program This option fixes missing or corrupt Files shortcuts and registry entries gn
38. ue to the security model of Microsoft Corporation related to NET applications the installation of PEmotion Plugin IPETRONIK LOG on a local drive is recommended According to the Microsoft conformance guidelines for Windows applications the files are installed to the default locations that are specific to the operating system and language Accept the default installation location for IPEmotion Plugin IPETRONIK LOG To select another location click Change IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 14 41 IP TRONIK Setting up and removing MEASUREMENT IN MOTION IPEmotion MAL Plugin IPETRONIK LOG V01 00 00 InstallShield Wizard X Destination Folder Click Next to install to this Folder or click Change to install to different Folder Install IPEmotion MAL Plugin IPETRONIK LOG YO1 00 00 to C Programmet IFETRONIK I PEmotion MAL Plugin IFETRONIK LOG v01 00 009 InstallShield i Cancel After you have specified the location for the installation click OK to return to the Destination folder screen Click Next to continue 5 Ready to install the program This screen indicates that IPEmotion Plugin IPETRONIK LOG is ready to install IPEmotion MAL Plugin IPETRONIK LOG V01 00 00 InstallShield Wizard X Ready to Install the Program The wizard is ready to begin installation Click Install to begin the installation IF vou want to review or change any of your installation settings click B
39. uired for each user Creating a copy of the product for filing or backup purposes Using a copy of the product on a home computer or on a portable computer provided that the copy is not installed at the same time also on your main computer Transferring the product to another person is only permitted if the license rights are also transferred and if the product and any copies created are completely deleted or erased including copies on hard drives and if the new owner agrees with the requirements of this license IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG ol 41 IP TRONIK General information MEASUREMENT IN MOTION 2 General information 2 1 About this manual The manual PEmotion Plugin IPETRONIK LOG describes the structure of the Plugin and how to use the features for configuring devices which are based on the IPETRONIK CAN driver in IPEmotion taking acquisitions and managing and analyzing the resulting data Please read the manual PEmotion Plugin IPETRONIK LOG carefully to get to know the operating and to learn more about the functions and special features This manual also contains information for installing and removing the software 2 2 Version 2 2 1 User manual IPEmotion Plugin IPETRONIK LOG This manual has the version number 01 03 2 2 2 IPEmotion Plugin IPETRONIK LOG The descriptions in this documentation refer to the current release with the version number 03 20 2 2 3 IPEmotion The d
40. uthentication Activate or deactivate the authentication The authentication is provider dependent and defines the user identity check depending on the used SIM card User name The user name is provider dependent and defines the set user name depending on the used SIM card Password The password is provider dependent and defines the required password for using the connection depending on the used SIM card Access point APN The access point name is provider dependent and defines the name for the access point to a connection depending on the used SIM card IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 23 41 P TRONIK Working with IPEmotion Plugin IPETRONIK LOG MEASUREMENT IN MOTION COMgate By using the COMgate transfer tab you can define the following settings Hotspot Modem 3G HSPA UMTS Activate the used connection on the logger for the data transfer The COMgate Modem tab offers the following configuration possibilities PIN code The PIN defines the PIN of the used SIM card Authentication Activate or deactivate the authentication The authentication is provider dependent and defines the user identity check depending on the used SIM card User name The user name is provider dependent and defines the set user name depending on the used SIM card Password The password is provider dependent and defines the required password for using the connection depending on the used SIM card Access poi
41. ve to the USB port of your computer and follow the instructions of the installation wizard Setup file Browse the location of the setup file and double click IPEmotion Plugin IPETRONIK LOG exe to start the installation wizard Depending on the used PC operating system a security warning appears Click Run to start the installation wizard 2 Setup language Setup Sprache Langue d installation Select the language for the installation process You can choose between the languages German Germany English USA and French France Setup language Setup Sprache Langue d installation EW j Select your language for this installation Wahlen Sie die a4 D 9 Se e Sprache dieser Installation Choisissez la langue d installation Click OK to start the IPETRONIK LOG installation wizard IPEmotion Plugin IPETRONIK LOG IPETRONIK GmbH amp Co KG 13 41 Setting up and removing MEASUREMENT IN MOTION 3 Welcome screen This is the first screen in the IPEmotion Plugin IPETRONIK LOG installation wizard IPEmotion MAL Plugin IPETRONIK LOG V01 00 00 InstallShield Wizard X Welcome to the InstallShield Wizard for IPEmotion MAL PlugiIn IPETRONIK LOG v01 00 00 The InstallshieldiR Wizard will install IPEmotion MAL Plugin TPETRONIK LOG 01 00 00 on your computer To continue click Next WARNING This program is protected by copyright law and international treaties Click Next to continue 4 Destination folder D
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