Emerson MON2020 - Manual

Emerson MON2020

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Table of Contents:

  • Page 5 – Chapter 1
  • Page 6 – Chapter 3
  • Page 7 – Chapter 4
  • Page 9 – Chapter 7; Appendices and reference
  • Page 13 – Getting started with MON2020
  • Page 14 – System requirements; Windows; Start
  • Page 15 – Set up the data folder; Set up MON2020 to connect to a gas chromatograph
  • Page 16 – “GC directory file not found” message
  • Page 17 – Export a GC directory; Import a GC Directory file
  • Page 18 – Launch MON2020 from the SNAP-ON for DeltaV; Launch MON2020 from the AMS Device Manager
  • Page 19 – The main user interface
  • Page 20 – The Control Area; Title bar; Menu bar; Toolbar
  • Page 21 – The GC Status Bar
  • Page 22 – Connect to a gas chromatograph; Chromatograph; Ethernet; OK
  • Page 23 – Disconnect from a gas chromatograph; Keyboard commands
  • Page 24 – Procedures guide
  • Page 27 – Configuration files; Edit a configuration file; Save the current configuration
  • Page 28 – Save; Import a configuration file; xcfg; Restore the GC's factory settings; File
  • Page 29 – Configure your printer; Online help; Help Topics; Operating modes for MON2020; Operating Modes for MON2020
  • Page 30 – The Physical Name column; Select the GC’s networking protocol; The context-sensitive variable selector
  • Page 31 – Example of a context-sensitive variable selector
  • Page 33 – The Chromatogram Viewer
  • Page 34 – Chromatogram pull-down menu
  • Page 35 – Data displayed in the chromatogram window; The chromatogram window; Retention times
  • Page 36 – Display a live chromatogram; View current CGM; Display an archived chromatogram; Chromatograms
  • Page 37 – GC Archive; The Select window
  • Page 38 – Protected chromatograms; Protect
  • Page 39 – Display a saved chromatogram; PC File; Options for displaying chromatograms
  • Page 40 – The Graph bar; Edit; Graph
  • Page 42 – A chromatograph; Apply; Cursor; Print; Additional plot commands
  • Page 43 – Change how a chromatogram displays; The Chromatogram bar; Edit a chromatogram
  • Page 45 – Remove; Initiate a forced calibration; Forced Cal; Chromatogram Viewer tables
  • Page 46 – All
  • Page 47 – Open a comparison file; Save a comparison file; Save Cmp; Miscellaneous commands; Miscellaneous options
  • Page 48 – The Chromatogram Viewer's Timed Events table; Event Type
  • Page 49 – Print Sheet; Launch the Timed Events table from the Chromatogram; Edit Timed Events Table; Edit Timed Events from the Chromatogram Viewer
  • Page 50 – Chromatograph cursor
  • Page 51 – The Chromatogram Viewer's Component Data table
  • Page 52 – Edit retention times from the Chromatogram Viewer; Display raw data from the Chromatogram Viewer
  • Page 53 – Is Partial Peak; Set the gas chromatograph’s date and time; Set daylight savings
  • Page 54 – Enable Daylight Savings; The Daylight Savings options
  • Page 57 – Heater configuration
  • Page 58 – Set a heater’s voltage type; Monitor the temperature of a heater
  • Page 59 – Set PWM Output; Fixed On
  • Page 60 – Take a heater out of service; Valve configuration
  • Page 61 – Rename a valve; Set a valve’s operational mode
  • Page 62 – Monitor the operational status of a valve
  • Page 63 – Managing the gas chromatograph's pressure; Change the carrier pressure set point
  • Page 64 – Check the status of the EPC; Switch to a different EPC mode
  • Page 66 – Offset the baseline; Ignite the FID flame
  • Page 67 – Reset the preamp value; Detectors...
  • Page 68 – Discrete inputs; Rename a discrete input; Set a discrete input’s operational mode
  • Page 69 – Monitor the operational status of a discrete input; Invert the polarity of a discrete input; Discrete outputs; Rename a discrete output
  • Page 70 – Set a discrete output’s operational mode; Monitor the operational status of a discrete output
  • Page 71 – Set the usage mode for a discrete output; Discrete Output...
  • Page 72 – Rename an analog input; Set an analog input’s operational mode
  • Page 73 – Set the scale values for an analog input device; Set the type of analog input signal
  • Page 75 – Analog outputs; Rename an analog output; Set an analog output’s operational mode
  • Page 76 – Set the scale values for an analog output device; Map a system variable to an analog output; Monitor the status of an analog output
  • Page 77 – Calibrate an analog output; The Hardware Inventory List
  • Page 78 – IO Function
  • Page 79 – Configure the system
  • Page 80 – Time Format; Time Notation
  • Page 81 – EV Check; Auto
  • Page 82 – The Component Data Tables
  • Page 83 – Edit a Component Data Table
  • Page 86 – Add a component to a Component Data Table
  • Page 87 – Remove a component from a Component Data Table; Delete; View the standard values for a component
  • Page 88 – Display raw data from the Component Data table
  • Page 90 – The Timed Events tables
  • Page 92 – Configure integration events
  • Page 95 – Configure spectrum gain events; Gain; Time
  • Page 96 – Set the cycle and analysis time; Remove an event from the Timed Event Table
  • Page 97 – Add an event to the Timed Event Table
  • Page 98 – The Validation Data Tables
  • Page 99 – Calculations; Set standard calculations by stream
  • Page 100 – Edit average calculations; Applications; Unused
  • Page 101 – View an archive of averages for a given variable
  • Page 102 – Copy an average calculation configuration
  • Page 103 – Copy component settings; Set the calculation method to GPA or ISO
  • Page 104 – GPA
  • Page 105 – Set alarm limits
  • Page 106 – False; True
  • Page 107 – System alarms; Streams
  • Page 108 – Designate how a stream will be used; Link a valve with a stream
  • Page 109 – Assign a data table to a particular stream; Change the base pressure for a stream
  • Page 110 – Create a stream sequence for a detector; Communications
  • Page 111 – Create or edit registers
  • Page 112 – Data Type; Full Scale; FLOAT
  • Page 113 – Create a MAP file
  • Page 114 – Import
  • Page 116 – Assign a variable to a register
  • Page 118 – Map a FOUNDATION fieldbus variable
  • Page 121 – Alarms; View unacknowledged and active alarms
  • Page 122 – Acknowledge and clear alarms; View the alarm log
  • Page 123 – The maintenance log
  • Page 124 – Add an Entry to the Maintenance Log; Delete an entry from the maintenance log; The parameter list
  • Page 125 – View and edit the parameter list; Import the Parameter List
  • Page 126 – Drawings and documents; View drawings or documents; Close
  • Page 127 – Add files to the GC; Delete files from the GC; The event log
  • Page 128 – Reports; Report types
  • Page 133 – Calibration sample report
  • Page 134 – Final Calibration sample report
  • Page 135 – Validation sample report
  • Page 136 – Final Validation sample report
  • Page 137 – Raw Data sample report; View reports from live data
  • Page 138 – View a saved report
  • Page 139 – Generate reports from archived data; Generate analysis and calibration reports from archived; Archive Report; CTRL
  • Page 140 – Generate an Average report from archived data
  • Page 141 – Schedule the generation of reports
  • Page 142 – Trend data; View live trend data
  • Page 143 – View saved trend data; Trend Graph options
  • Page 145 – Properties of the trend graph; The trend graph bar; The graph; Point
  • Page 147 – The Trend bar; Edit a trend graph; Enter a description for a trend graph
  • Page 148 – Save a trend; View associated trend data; Remove a trend graph from view
  • Page 149 – Refresh a trend graph; Display trend data; TRD
  • Page 150 – Generate a repeatability certificate
  • Page 152 – Generate a GC Configuration report
  • Page 154 – Example: First page from a sample GC Configuration report; Delete archived data from the gas
  • Page 155 – Reset; The molecular weight vs. response factor
  • Page 157 – Auto sequencing; Auto Sequence...; GC Status Bar; Analyze a single stream
  • Page 158 – Calibrate the gas chromatograph
  • Page 159 – Validate the gas chromatograph
  • Page 160 – Configure the valve timing; The effect of valve timing on component leaks.
  • Page 161 – Auto Valve Timing sample report; Auto valve timing alarms; Halt an analysis
  • Page 162 – Stop an analysis; Confirmation message
  • Page 165 – The Modbus Test program; Modbus protocol comparison
  • Page 166 – Comparing SIM_2251 and User_Modbus Protocols; Set communication parameters
  • Page 167 – Obtain Modbus Data
  • Page 168 – Stop; Transmit a single data type
  • Page 170 – Transmit; Transmit data using a template
  • Page 172 – Set the log parameters
  • Page 174 – Register; Communication errors; Update; Users; Regular
  • Page 175 – Administrator
  • Page 176 – Create a user
  • Page 177 – Edit a user profile
  • Page 179 – Password reset warning message; Find out who is connected to the gas chromatograph; Upgrade the firmware
  • Page 180 – Cold booting
  • Page 181 – Adjust the sensitivity of the LOI Keys; Set the I/O card type
  • Page 183 – Insert before
  • Page 184 – The Edit User-defined Calculation window; Clear All; Clear Line
  • Page 186 – Done; Calculator functions
  • Page 188 – Insert a comment; Insert a conditional statement; An example of a conditional statement; The Expression Editor in Edit Condition mode
  • Page 189 – Insert Condition; Edit Expression area
  • Page 190 – Insert an expression
  • Page 191 – Create a constant
  • Page 192 – Create a temporary variable; Edit Temporary Variables; Insert a system variable
  • Page 193 – The Expression Editor
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Software for Gas Chromatographs

3-9000-745, Rev F

April 2014

MON2020

Applies to all Emerson XA Series Gas Chromatographs

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Summary

Page 5 - Chapter 1

Contents Chapter 1 Getting started .................................................................................................................1 1.1 MON2000 and MON2020 ...............................................................................................................2 1.2 Getting s...

Page 6 - Chapter 3

2.4.6 Chromatogram Viewer tables ........................................................................................ 35 2.4.7 Open a comparison file .................................................................................................. 37 2.4.8 Save a comparison file ..................

Page 7 - Chapter 4

3.7.3 Set the scale values for an analog input device ............................................................... 63 3.7.4 Set the type of analog input signal ................................................................................. 63 3.7.5 Monitor the status of an analog input ...........

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