SonTek/YSI Argonaut-XR Technical Manual - HydroScientific West

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SonTek/YSI 4.3. CompCalW Compass Calibration CompCalW is used to calibrate the internal compass/tilt sensor for the effects of ambient magnetic fields. 38 • CompCalW establishes communication and starts a display of compass data. • CompCalW gives calibration instructions and displays compass data. • At the end of calibration, CompCalW reports a calibration score. See the Argonaut Operation Manual for information about compass operation and calibration. • CompCalW records all compass calibration data and results to a log file. Basic Communication Parameters Compass Data Display Main Program Functions Program Status Display RS485 Address Setting Figure 12 – CompCalW (Compass Calibration) Main Window Argonaut Software Manual (March 1, 2001)
The CompCalW window is divided into several areas (Figure 12). SonTek/YSI • The top area contains communication controls and parameters. This area also displays compass and tilt sensor data. • The gray area at the bottom displays calibration instructions and program status. • The Connect icon establishes communication with the Argonaut and starts the display of compass data. • The Go icon starts the compass calibration procedure; Stop ends calibration. Communication Parameters • COM port and baud rate settings can be modified in the upper left portion of the screen. • Access to all communication settings (data bits, stop bits, etc.) can be set using the Settings|Port Settings menu. RS485 Multiple System Operation • The top right of the screen specifies the RS485 system communication address. • An address setting of 0 indicates RS485 is not being used. An address setting of from 1 through 15 prefaces all commands with that system address. • See the Argonaut Operation Manual for details on RS485 multi-system operation. Basic Calibration Instructions • Start CompCalW. • Click Connect to establish communication. • Click Go to start the compass calibration and the display of compass data. • Follow the instructions for calibration. ○ The Argonaut should be rotated through at least two complete rotations, varying pitch and roll as much as is practical (within the ±50° sensor limit). ○ If possible, calibration should be performed with the Argonaut installed in the mounting frame that will be used during deployment. • At the end of calibration, press Stop. CompCalW reports a calibration score. See the Argonaut Operation Manual for information about the calibration score. • CompCalW records all compass calibration data and results to a log file. These log files are generally used for quality assurance purposes, but are not essential to program operation (i.e., you can delete them). The log file name is in the format of year/month/day/ hour/minute.cmp. For example, 0011061311.cmp stores data that was collected on November 6, 2000 at 13:11 (1:11 pm). The file can be viewed with any ASCII text editor. Argonaut Software Manual (March 1, 2001) 39
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Argonaut SL / SW / XR Firmware Vers
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2. Installing the Firmware Update A
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SonTek/YSI 1.3. Assorted Changes Th
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A YSI Environmental Company SonTek/
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SonTek 2 • Click Realtime to star
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WARRANTY, TERMS AND CONDITIONS Argo
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TABLE OF CONTENTS Argonaut Operatio
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Argonaut Operation Manual Firmware
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Section 1. Argonaut Components, Ter
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Section 2. Getting Started Argonaut
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Section 3. Direct Command Interface
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3.2.4. Sleep Mode Argonaut Operatio
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3.7. System Commands System command
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OutFormat or OF [BINARY|ASCII|SEABI
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• Parameter range: 0.4 to 10 mete
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AvgInterval or AI [d] • See descr
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3.11. Recorder Commands Recorder co
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3.15. Run-Time Commands This sectio
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Section 4. Compass/Tilt Sensor Oper
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system will change depending on whe
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Section 5. Argonaut Hardware 5.1. A
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5.3. Argonaut Processor Argonaut Op
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5.4. Communication Baud Rate Settin
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8-pin UWM Male IL-8-MP to Argonaut
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Section 6. Operational Consideratio
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XYZ coordinate system Argonaut Oper
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6.8. Troubleshooting Argonaut Opera
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6.9. Protection from Biological Fou
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Section 7. Autonomous Deployment 7.
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7.3. Starting an Autonomous Deploym
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Section 8. Argonaut Optional Featur
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8.2. Pressure Series Data Conversio
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8.3.2. CTD ASCII Data Format Argona
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Section 9. Additional Support Argon
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Appendix 1. Argonaut Binary Data Fi
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A1.4. Checksum Calculation Argonaut
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Appendix 2. Internal SDI-12 Support
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Figure A2.4. Argonaut to SDI-12 int
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A2.3. Setting Up the Argonaut for D
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A2.4. Summary of Argonaut SDI-12 Co
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A2.5. SDI-12 Command and Response P
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A2.5.2. Concurrent Measurement Comm
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Where: Data Format Metric English x
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A2.5.7. Send Identification Command
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Appendix 3. Vertical Beam Support f
Page 131 and 132: Appendix 4. Analog Output Option fo
Page 133 and 134: A4.3. Configuring the Serial-to-AO
Page 135 and 136: A4.4. Configuring the Argonaut-SL/X
Page 137 and 138: ? ?EXIT! command, 24 + +++ (alterna
Page 139 and 140: measurement volume, 2 METRIC output
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Page 143 and 144: TABLE OF CONTENTS SonTek/YSI Sectio
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Page 147 and 148: Section 2. Software Installation So
Page 149 and 150: Section 3. ViewArgonaut Windows Sof
Page 151 and 152: SonTek/YSI 3.3. SonRec Recorder Dat
Page 153 and 154: 3.4. Deployment Upon execution, the
Page 155 and 156: The basic procedure for an autonomo
Page 157 and 158: SonTek/YSI Averaging Interval • T
Page 159 and 160: 3.4.2. SDI-12 Deployment Setup Para
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Page 163 and 164: 3.5.1. Real-time User Setup Window
Page 165 and 166: SonTek/YSI Cell Begin / Cell End
Page 167 and 168: SonTek/YSI Active Menu Buttons The
Page 169 and 170: 3.5.3. Data Recording The real-time
Page 171 and 172: Velocity Plot SonTek/YSI • The ve
Page 173 and 174: Open File Copy Screen Print Screen
Page 175 and 176: SonTek/YSI PostProcessing Functions
Page 177 and 178: Two types of data files can be expo
Page 179 and 180: Section 4. SonUtils Windows Softwar
Page 181: The SonTermW window is divided into
Page 185 and 186: The SonRecW window is divided into
Page 187 and 188: SonTek/YSI Section 5. Real-Time Dat
Page 189 and 190: SonTek/YSI For example, the followi
Page 191 and 192: SonTek/YSI simplify post-processing
Page 193 and 194: SonTek/YSI Tabular Data The tabular
Page 195 and 196: SonTek/YSI record containing time,
Page 197 and 198: Section 6. GARG*/EARG* Data Extract
Page 199 and 200: SonTek/YSI Signal strength data is
Page 201 and 202: SonTek/YSI The program generates ta
Page 203 and 204: SonTek/YSI Section 7. Deployment Su
Page 205 and 206: Figure 17 - ARGCHECK Output - Near
Page 207 and 208: SonTek/YSI When looking at the ARGC
Page 209 and 210: Section 9. Terminal Emulation with
Page 211 and 212: Section 10. Recorder Data Extractio
Page 213 and 214: Section 11. Additional Support SonT
Page 215 and 216: Appendix 1. Automatic File Naming C
Page 217 and 218: Index A ARG.LOG, 51 ArgCheck [ViewA
Page 219 and 220: Argonaut Principles of Operation 68
Page 221 and 222: 1. Introduction Argonaut Principles
Page 223 and 224: Argonaut Principles of Operation (M
Page 227 and 228: 5.4. Percent Good Argonaut Principl
Page 231 and 232: Index A accuracy, 8 along-beam velo
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Using Frequency Pressure Sensors wi
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3.2. The Paroscientific Digiquartz
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Show DRUCK or Show PAROSFREQ • Di
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5.2. PC-ADP Header Extraction: GADP
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