Campbell Raven II Guide de l'utilisateur

Copyright © 2012 by Measurand Inc. User Guide Integration of ShapeAccelArray and Campbell Scientific CR800/CR1000 Data Loggers Measurand

SAA CR Logger Integration Guide May 2012 5 the SAA232 device to your laptop by means of a “SAA232-USB” Connector (Figure 3.1). The SAA232-USB 4-pi

SAA CR Logger Integration Guide May 2012 6 Figure 3.2: Opening the Diagnostics Tests window in SAARecorder. Figure 3.3: Graph for Total Accelera

SAA CR Logger Integration Guide May 2012 7 4. Using LoggerNet Setup of the CR1000 to collect SAA data requires a basic understanding

SAA CR Logger Integration Guide May 2012 8 Figure 5.1: SAACR_FileGen utility.  Reading Interval: The frequency at which SAA observations are ma

SAA CR Logger Integration Guide May 2012 9 Figure 5.2: SAA232 or SAA232-5 Channel selection. Figure 5.3: Saving a logger program created using t

SAA CR Logger Integration Guide May 2012 10 6. Compiling SAA Program Files Once the main program has been successfully generated, it can be viewe

SAA CR Logger Integration Guide May 2012 11 Figure 7.1 Selecting File Control in the LoggerNet Connect utility. Once the File Control window

SAA CR Logger Integration Guide May 2012 12 Figure 7.2: Selecting 'Send' option in ‘File Control’. Figure 7.3: Selecting ‘Run Options

SAA CR Logger Integration Guide May 2012 13 Figure 7.4: Sending a program to the CR1000. 8. Data File Management It is critical that the data fi

SAA CR Logger Integration Guide May 2012 14 Figure 8.1: Specifying the destination of data files using the LoggerNet Setup utility Note: Befor

SAA CR Logger Integration Guide May 2012 ii Notices Measurand shall have no liability for incidental or consequential damages of any kind arising

SAA CR Logger Integration Guide May 2012 15 Note: If your PC is using Daylight Savings Time, take care NOT to disrupt the time set

SAA CR Logger Integration Guide May 2012 16 Figure 9.2: Collecting data using the LoggerNet ‘Connect’ utility. 10. Automated Data Collection Onc

SAA CR Logger Integration Guide May 2012 17 Figure 10.1: Enabling scheduled data collection. 11. Manual Conversions of SAA Data SAA data collec

SAA CR Logger Integration Guide May 2012 18 Once the conversion is completed, you will be prompted on whether or not you want to view the data usi

SAA CR Logger Integration Guide May 2012 19 Figure 12.2: Quickview of absolute shape plots for SAA in SAAView. Figure 12.3: Viewing absolute sha

SAA CR Logger Integration Guide May 2012 20 LoggerNet ‘Task Master’ utility. The first manual conversion is necessary to generate the pref_project

SAA CR Logger Integration Guide May 2012 21 To configure the task, click on the ‘Configure Task’ button. Once the configure screen is open

SAA CR Logger Integration Guide May 2012 22 Note: Any of the files required by SAACR_raw2data (E.g., calibration files, multi_saa_allcart.txt) ca

SAA CR Logger Integration Guide May 2012 23 file (text file of all Cartesian coordinate records) will no longer be updated in this

SAA CR Logger Integration Guide May 2012 24 Appendix I: Integrating other Sensors into the Main Program (Advanced) ** Please contact Measurand if

SAA CR Logger Integration Guide May 2012 iii Table of Contents Table of Contents ...

SAA CR Logger Integration Guide May 2012 25 ' Enter the number of Strain Gages (SG) to be monitored: Const NUM_SGS = 20 '>>>&g

SAA CR Logger Integration Guide May 2012 26 '>>>>>>>>>>>>>>> START <<<<<<<&

SAA CR Logger Integration Guide May 2012 27 'Input email parameter strings (as constants), Message String & Result Variable Const ServerA

SAA CR Logger Integration Guide May 2012 28 Public SAA1_REF_ACC_VALUES(MAX_NUM_OCTETS,NUM_SENSORS_PER_OCTET) As Float Public SAA1_SAATOP_VOLTAGE A

SAA CR Logger Integration Guide May 2012 29 'Logger Diagnostics: DataTable(LOGGER_DIAGNOSTICS,true,-1) Sample(1,LOGGER_VOLTAGE,Float)

SAA CR Logger Integration Guide May 2012 30 Sample(1,SAA2_SAATOP_CURRENT,Float) Sample(1,SAA2_SAATOP_TEMPERATURE,Float) EndTable ' SG

SAA CR Logger Integration Guide May 2012 31 'add calls to each SAA and store data in respective tables: '-------------------

SAA CR Logger Integration Guide May 2012 32 EndIf CallTable SAA2_DATA If SAA2_SAATOP>0 Call GetSAATopData(SAA2_SA

SAA CR Logger Integration Guide May 2012 33 CallTable EPC_DATA SerialClose(COM3) 'SerialClose(COM4) NextScan EndSub

SAA CR Logger Integration Guide May 2012 34 'SAA1 - S/N: 50115 'nodes 50115 50207 50241 50242 50253 50255 50274 50287 50292 50316

SAA CR Logger Integration Guide May 2012 iv List of Figures Figure 2.1: SAA232 and SAA232-5 for connecting SAA to COM ports on CR800/CR1000 logger

SAA CR Logger Integration Guide May 2012 35 'declare the number of octets for each SAA: '---------------------------------------

SAA CR Logger Integration Guide May 2012 36 NUM_CRC_ERRORS = 0 NUM_RANGE_ERRORS = 0 'initialize SAATOP parameters 'SAA1:

SAA CR Logger Integration Guide May 2012 37 Call GetVWData() Call GetArrayData() Delay(0,10,2) Next PRELIM_COUNT &apo

SAA CR Logger Integration Guide May 2012 38 Call GetArrayData() NextScan '>>>>>>>>>>>>>

SAA CR Logger Integration Guide May 2012 v Preface In many cases it is not convenient or desirable to collect data directly from an SAA using SAAR

SAA CR Logger Integration Guide May 2012 1 1. Introduction ShapeAccelArrays (SAA) can be configured for use with a CR800 or CR1000. This is accom

SAA CR Logger Integration Guide May 2012 2 Figure 2.2: Wiring diagram for CR1000 with SAA232. An example setup using a CR1000, 2 SAA232s, and an

SAA CR Logger Integration Guide May 2012 3 Figure 2.3: Wiring diagram for CR1000 with SAA232-5.

SAA CR Logger Integration Guide May 2012 4 Figure 2.4: Example CR800 & SAA Integration using one SAAREG, two SAA232, a CR800 lo