SonTek/YSI Argonaut-XR Technical Manual - HydroScientific West

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SonTek/YSI Show Setup • Displays the current data collection setup parameters. • Example: 30 >show setup CURRENT SETUP PARAMETERS ------------------------ Temp ----------- 20.00 deg C Sal ------------ 34.50 ppt TempMode ------- MEASURED Sound Speed ---- 1520.9 m/s AvgInterval ---- 120 s SampleInterval - 1200 s CoordSystem ---- XYZ DataFormat ----- LONG CellBegin ------ 1.00 m CellEnd -------- 5.00 m ProfilingMode –- YES Ncells --------- 5 CellSize ------- 4.00 BlankDistance -- 0.50 Show Deploy • Displays the current deployment parameters. • Example: >show deploy CURRENT DEPLOYMENT PARAMETERS ----------------------------- Deployment ------ DEF StartDate ------- 1995/01/01 StartTime ------- 00:00:00 AvgInterval ----- 120 s SampleInterval -- 1200 s BurstMode ------- DISABLED BurstInterval --- 1200 s SamplesPerBurst - 1 Comments: Get your Argonaut today Fun for the whole family Now with profiling mode option Argonaut Operation Manual Firmware Version 7.9 (May 1, 2001)
3.15. Run-Time Commands This section describes how to communicate with the Argonaut while the system is in data acquisition mode. Argonaut Operation Manual Firmware Version 7.9 (May 1, 2001) SonTek/YSI • Run-time commands are commonly used while using the POLLED output mode (see OutMode in §3.7). This causes the system only to output a data sample on request, and not to output data automatically at the end of a sample. • To “talk” to an Argonaut during a deployment (i.e., when it is in the data acquisition mode), you must first re-establish communications with the system. This is done by sending a few carriage returns (; ASCII character code 13) over the communications cable using a terminal emulator such as SonTek’s SonTerm or SonTermW. Note: You may have to send more than one because during some phases of its operation, the Argonaut does not recognize the arrival of just one character. • After the Argonaut recognizes the , it responds with a $ prompt. This indicates that for the next 10 seconds run-time commands will be accepted. If no additional characters are received within 10 seconds, the Argonaut automatically resumes its regular power management mode of operation. If this occurs, the sequence will have to be repeated to talk to the system. Note: When several carriage returns are sent and recognized, the Argonaut ignores them and just resets the 10-s countdown. In addition, if the Argonaut is in the middle of an averaging interval, it continues transmitting (pinging) at the nominal 1-Hz rate whether the system has been awakened or not. As long as you do not send a BREAK or the “+++” sequence, the system continues collecting data as usual. • After the Argonaut responds with the $ prompt, you can use any of the commands described below to communicate with the system. The commands can be used without causing any delay or interruption of data collection (except for a few milliseconds that the system spends in executing the command). Argonaut responses to any of these commands may be delayed up to one second (this is the frequency at which the incoming command buffer is checked), so allow up to a 1-s delay after sending a command. +++ (alternative BREAK command) • Sending three + characters in succession causes the Argonaut to terminate data collection and return to the command mode. • The characters must arrive within a time span of 3 seconds. • This command is provided as an alternative to sending a BREAK when relaying data over a modem (where sending a BREAK command may not be possible). • This command can also be used to wake the Argonaut from sleep mode. Note that the system may not recognize the first + character. You may need to send more than three + characters in succession to wake the system. O (output last sample) • Sending an “O” (letter O) tells the Argonaut to output the last data sample collected. Note: This command is not available if OutFormat = SEABIRD. • The last sample is stored internally and is updated at the end of each averaging interval. • At the end of each averaging interval, the Argonaut places the sample in an output buffer in the format specified by the OutFormat command (BINARY, ASCII, METRIC, ENGLISH; see §3.16). 31
Page 1 and 2: Argonaut SL / SW / XR Firmware Vers
Page 3 and 4: 2. Installing the Firmware Update A
Page 5 and 6: SonTek/YSI 1.3. Assorted Changes Th
Page 7: A YSI Environmental Company SonTek/
Page 10 and 11: SonTek 2 • Click Realtime to star
Page 13 and 14: WARRANTY, TERMS AND CONDITIONS Argo
Page 15 and 16: TABLE OF CONTENTS Argonaut Operatio
Page 17 and 18: Argonaut Operation Manual Firmware
Page 19 and 20: Section 1. Argonaut Components, Ter
Page 23 and 24: Section 2. Getting Started Argonaut
Page 25 and 26: Section 3. Direct Command Interface
Page 27 and 28: 3.2.4. Sleep Mode Argonaut Operatio
Page 33 and 34: 3.7. System Commands System command
Page 35 and 36: OutFormat or OF [BINARY|ASCII|SEABI
Page 39 and 40: • Parameter range: 0.4 to 10 mete
Page 41 and 42: AvgInterval or AI [d] • See descr
Page 43 and 44: 3.11. Recorder Commands Recorder co
Page 47: Argonaut Operation Manual Firmware
Page 57 and 58: Section 4. Compass/Tilt Sensor Oper
Page 59 and 60: system will change depending on whe
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Page 69 and 70: 5.3. Argonaut Processor Argonaut Op
Page 71 and 72: 5.4. Communication Baud Rate Settin
Page 73 and 74: 8-pin UWM Male IL-8-MP to Argonaut
Page 79 and 80: Section 6. Operational Consideratio
Page 85 and 86: XYZ coordinate system Argonaut Oper
Page 89 and 90: 6.8. Troubleshooting Argonaut Opera
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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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Argonaut Operation Manual Firmware
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A1.4. Checksum Calculation Argonaut
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Appendix 2. Internal SDI-12 Support
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Argonaut Operation Manual Firmware
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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
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Appendix 4. Analog Output Option fo
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A4.3. Configuring the Serial-to-AO
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A4.4. Configuring the Argonaut-SL/X
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? ?EXIT! command, 24 + +++ (alterna
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measurement volume, 2 METRIC output
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SonTek/YSI 6837 Nancy Ridge Drive,
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TABLE OF CONTENTS SonTek/YSI Sectio
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Section 1. Software Summary SonTek/
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Section 2. Software Installation So
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Section 3. ViewArgonaut Windows Sof
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SonTek/YSI 3.3. SonRec Recorder Dat
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3.4. Deployment Upon execution, the
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The basic procedure for an autonomo
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SonTek/YSI Averaging Interval • T
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3.4.2. SDI-12 Deployment Setup Para
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SonTek/YSI Averaging Interval • T
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3.5.1. Real-time User Setup Window
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SonTek/YSI Cell Begin / Cell End
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SonTek/YSI Active Menu Buttons The
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3.5.3. Data Recording The real-time
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Velocity Plot SonTek/YSI • The ve
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Open File Copy Screen Print Screen
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SonTek/YSI PostProcessing Functions
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Two types of data files can be expo
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Section 4. SonUtils Windows Softwar
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The SonTermW window is divided into
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The CompCalW window is divided into
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The SonRecW window is divided into
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SonTek/YSI Section 5. Real-Time Dat
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SonTek/YSI For example, the followi
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SonTek/YSI simplify post-processing
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SonTek/YSI Tabular Data The tabular
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SonTek/YSI record containing time,
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Section 6. GARG*/EARG* Data Extract
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SonTek/YSI Signal strength data is
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SonTek/YSI The program generates ta
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SonTek/YSI Section 7. Deployment Su
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Figure 17 - ARGCHECK Output - Near
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SonTek/YSI When looking at the ARGC
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Section 9. Terminal Emulation with
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Section 10. Recorder Data Extractio
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Section 11. Additional Support SonT
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Appendix 1. Automatic File Naming C
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Index A ARG.LOG, 51 ArgCheck [ViewA
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Argonaut Principles of Operation 68
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1. Introduction Argonaut Principles
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Argonaut Principles of Operation (M
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5.4. Percent Good Argonaut Principl
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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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SonTek/YSI Argonaut-XR Technical Manual - HydroScientific West

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