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--- atmos:citation:instruments:home:ch423 [2019/08/26 22:29] – delene
+++ atmos:citation:instruments:home:ch423 [2022/05/25 19:37] (current) – delene
@@ Line 4: / Line 4: @@
 ===== Air Quality Monitoring =====
   * [[http://aerosol.atmos.und.edu/CliffordHallMeasurements.html|Live Data]]
   * [[.:onlineCH423labbook|CH423 Online Note Book]]
 The Air Quality Monitoring system consists of the TEOM 1405, TEOM 1405DF, 49C O3 Analyzer, 42C NOx Analyzer, 43C SO2 Analyzer, and the CPC instruments. The sample head draws in both PM 1.0 and PM 2.5 to the instruments. PM 2.5 only goes through the TEOM 1405DF while PM 1.0 flows through all of the instruments. The TEOM models measure the particulate matter mass concentrations as the ambient air drawn through the sample head. The gas analyzers calculate the concentration of each gas.
 {{:atmos:citation:instruments:home:img_6.7.2016_104920.jpg|}}
 {{:atmos:citation:instruments:home:instrument_layout_updated.jpg|}}
+====Software====
+[[https://www.thermofisher.com/content/dam/LifeTech/Thermo-Scientific/LC/iPort%20v1.4.2.zip|Iport version 1.4.2 for Thermoscientific Analyzers.]]
 ====Manuals====
 [[https://tools.thermofisher.com/content/sfs/manuals/EPM-manual-iport.pdf|iPort Manual]]
 [[https://tools.thermofisher.com/content/sfs/manuals/EPM-manual-1405DF.pdf|TEOM 1405DF]]
 [[http://tools.thermofisher.com/content/sfs/manuals/EPM-TEOM1405-Manual.pdf|TEOM 1405]]
 [[http://www.faam.ac.uk/index.php/faam-documents/science-instruments/57-model-42c-instruction-manual/file|42c NOx analyzer]]
 [[https://www.ncas.ac.uk/index.php/en/documents/amf/manuals/839-thermo-49/file|49c O3 analyzer]]
@@ Line 30: / Line 26: @@
 ====Results====
 {{:atmos:citation:instruments:home:air_quality_results.pdf|}}
 ====Poster====
@@ Line 38: / Line 32: @@
 ===== Instrument Maintenance =====
 TEOM maintenance requires biweekly change in filters or as seen fit. All other maintenance should be kept recorded in the TEOM logbook found in the laboratory
 DMT CCNC requires regular water bottle change. Pure water should be used. Pure water to refill the water jug can be obtained from Abbot Hall from the chemistry labs.
+Ozone Analyzer (Model 49C) Maintenance includes Zero and span calibration performed on 08/10/17 using the Dasibi 1008-PC zone generator. Calibration setup can be found in the ozone instrument files in the citation2 network
-C O3 Maintenance:
-Zero and span calibration performed on 08/10/17 using the Dasibi 1008-PC zone generator. Calibration setup can be found in the ozone instrument files in the citation2 network
 {{:atmos:citation:instruments:home:ch423lab_120618_verysmall.jpg|}}
-===== Instrument Data Plots =====
+===== Instrument Real-time Data =====
-Data from the TEOM, DMT CCNC, Thermo Scientific 49C Ozone Analyzer, and the sonic anemometer (Clifford 601 Penthouse) are plotted with Python scripts and displayed at http://aerosol.atmos.und.edu/CliffordHallMeasurements.html . The individual Python scripts have their own directories in /nas/software/ from which the scripts are run.
+Data from the TEOM, DMT CCNC, Thermo Scientific 49C Ozone Analyzer, and the sonic anemometer (Clifford 601 Penthouse) are plotted with Python scripts and displayed at http://aerosol.atmos.und.edu/CliffordHallMeasurements.html . The individual Python scripts have their own directories in /nas/software/ on the Plume server, where the scripts are executed by the cron.
-==== process_wind.py ====
+==== Sonic Anemometer (Winds) ====
+The process_wind.py script reads wind data files from the /nas/WindData/ directory and generates plots of wind speed and direction. The image files are saved to the directory the script is run from.
-process_wind.py is the script that reads wind data from the /nas/WindData/ directory and generates plots of wind speed and direction. The image files are saved to the directory the script is run from.
 === Syntax ===
+  /nas/software/process_wind/process_wind.py recent <amount of time in 5 minute increments>
-  /nas/software/process_wind/process_wind.py recent <amount of time in 5 minute increments>
 The wind data is saved to a new file in /nas/WindData/ every 5 minutes, so the script reads the number of files that corresponds to the amount of time passed as an argument.
 === Example ===
+To get the last 60 minutes of data:
-To get the last 60 minutes of data:
   /nas/software/process_wind/process_wind.py recent 60
@@ Line 73: / Line 61: @@
 When plotting 24 hours of wind data, the data from each 5-minute file is averaged to make a cleaner plot.
 To plot the last 24 hours of data:
   /nas/software/process_wind/process_wind.py recent 1440
 This creates images named "clifford_1440min_windspd.png" and "clifford_1440min_winddir.png"
-==== process_CCN.py ====
+=== Real-time Set-Up ===
+See [[http://wiki.atmos.und.edu/doku.php?id=atmos:ch601:sonic_anemometer]]
+==== Cloud Condensation Nuclei (CCN) Counter ====
-process_CCN.py reads data from the newest DMT CCNC data files and makes plots of number concentration, instrument temperatures (OPC, T1, T2, and T3), flow rates (sample flow and sheath flow), and 1st stage monitor.
+The process_CCN.py script reads data from the latest DMT CCNC data files and makes plots of number concentration, instrument temperatures (OPC, T1, T2, and T3), flow rates (sample flow and sheath flow), and 1st stage monitor.
 === Syntax ===
@@ Line 90: / Line 83: @@
 To make plots with the newest CCN data:
   /nas/software/process_CCN/process_CCN.py
 The plots are generated and saved in the working directory.
-To make plots with the CCN data file /nas/und/NorthDakota/2017/CliffordHall_423/DMT_CCNC/CCN\ data\ 170918192811.csv:
+To make plots with the CCN data file /nas/und/NorthDakota
-  /nas/software/process_CCN/process_CCN.py /nas/und/NorthDakota/2017/CliffordHall_423/DMT_CCNC/CCN\ data\ 170918192811.csv
+  /2017/CliffordHall_423/DMT_CCNC/CCN\ data\ 170918192811.csv:
+  /nas/software/process_CCN/process_CCN.py /nas/und/NorthDakota
+  /2017/CliffordHall_423/DMT_CCNC/CCN\ data\ 170918192811.csv
 This saves images titled 170918192811_CCN.png, 170918192811_CCN_Temps.png, 170918192811_CCN_FlowRates.png, and 170918192811_CCN_1stStageMon.png.
-=== Realtime Set-Up ===
+=== Real-time Setup ===
-The data on the CCN counter is recorded in the c:\CCN DATA director.  The c:\CCN Data director is shared on the network as CCN_DATA.  The server running the script to create files should mount this directory to the serviers (e.g. plume.atmos.und.edu).  For example, mount.cifs -o user=administrator //134.129.222.143/CCN_DATA /CCN_DATA
+The data on the CCN counter is recorded in the c:\CCN DATA director.  The c:\CCN Data director is shared on the network as CCN_DATA.  The server running the script to create files should mount this directory to the serviers (e.g. plume.atmos.und.edu).  For example, mount.cifs -o user=administrator 134.129.222.143/CCN_DATA /CCN_DATA
-==== process_ozone ====
+==== Ozone Analyzer ====
-process_ozone.py reads data from the Thermo Scientific 49C Ozone Analyser and generates plots of ozone mixing ratio, instrument temperatures (bench temp, lamp temp), flow rates, and chamber pressure.
+The process_ozone.py script reads data from the Thermo Scientific 49C Ozone Analyser files and generates plots of ozone mixing ratio, instrument temperatures (bench temp, lamp temp), flow rates, and chamber pressure.
-=== Realtime Set-Up ===
-To reconnect the instrument to realtime data collection open iport32.exe, select the Comm tab and select connect, make sure 49 is typed in the polling box. Click okay, then when the window pops up select save and save to the aircraft realtime O3 49C folder, select run.
 === Syntax ===
@@ Line 128: / Line 121: @@
 This saves images titled 170918192811_CCN.png, 170918192811_CCN_Temps.png, 170918192811_CCN_FlowRates.png, and 170918192811_CCN_1stStageMon.png.
+=== Real-time Setup ===
+To reconnect the instrument for real-time data collection use the iport software (iport32 Shortcut) on lab computer desktop.
+==== TEOM ====
+=== Real-time Setup ===
+The real-time system setup involves the following steps. Execute the eport software on lab PC.
+  * Select the "ePort" icon on lab computer desktop.
+  * Select to open Saved Configuration file in c:\Thermo\ePort\Config\TEOM_DF.xlm
+Setup the "Next download" by selecting the "Edit" button under Download Details section.
 ===== Data Pipiline Workflow =====
@@ Line 145: / Line 152: @@
   * [[.:monitorlabsso2analyzer| Sulphur Dioxide Analyzer (Monitor Labs)]]
   * [[.:dasibiozoneanalyzer|U.V. Photometric Ozone Analyzer (Dasibi Environmental Corp.)]]
+[[http://wiki.atmos.und.edu/doku.php?id=atmos:home|Back]]