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ControlWave MRMS-IC Configuration Manual (D5140)

1. E pesca E ET t see ims use omm j 1 oI EL EM pen a rasi Ce er ee ets Na Figure 3 34 Summary Page Measurement tab 870 Configuring Stations and Runs Measurement Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 3 8 2 Alarm Tab The Alarm tab shows the Run Quality Bit DP SP FT Beta Speed of Sound Delta ABAR Frequency and Flow Rate current values and alarm status You can check the Show Alarm Limits box to display alarm limits and the current status EXE OFF Dit wmm ati Presa sw 0080 Not Arlee DE Figure 3 35 Summary Page Alarm tab Issued May 2012 Configuring Stations and Runs Measurement Tab 371 ControlWave MRMS IC Configuration Manual 05140 3 9 Limits Page Gas Composition Allowable Ranges When you click the mte Paga button on the Measurement tab MRMS IC opens up a page which displays the allowable ranges for each gas component Gas Composition Allowable Ranges CITTTNENEENENENENE 7775 NEN E an Bue 14 NCA Pears NCS 538 Caton Dovde 007 Hanes Ps 0 Dew Part Ene c2 Fer He Wan
2. E as Unsigned wa Nests Unassigned Ma 02 Unsssgned Figure 3 33 Gas Chromatograph Configuration Custom sub tab Daniel User Defined User Defined List When this is the GC Type click on any gas component and enter the list element number 1 to n where n is the highest numbered list element which holds that value Otherwise leave the component as 0 which is equivalent to Unassigned Press the Enter key after you make each entry Issued May 2012 Configuring Stations and Runs Measurement Tab 3 69 ControlWave MRMS IC Configuration Manual D5140 3 8 Summary Pages When you click the ST Measurement tab MRMS IC opens up s you can access by clicking on its own tabs button on the ries of summary pages which Click on the box es for a station you want to view This displays the basic information for that station or if you choose Select Stations AII displays information for all stations station O Station 2 for the site 3 8 1 Measurement Tab The Measurement tab provides detailed information for a station including the station name the run name pressure flow and temperature the forward and reverse flow and energy rates as well as current and previous hour and day totals and non resettable volume and energy totals
3. Address Enter the address of the UFM here Press Enter lo save the selection Type Use the drop down menu to select the type of UFM Press Enter to save your selection Issued May 2012 Configuring Inputs and Outputs VO Tab 2 9 ControlWave MRMS IC Configuration Manual 05140 2 2 7 Multi variable Transmitters Transducers If you have one or more multi variable transmitters click the Transducers link on the top of the Usage page to call up the Transducers page The Transducers page shows the first three multi variable transmitters If you want to view a different group of three click the button corresponding to the range of MVTs 1 3 or 4 6 on the top of the screen MVTs aman Pretest BSAP SAP Communication tocol Drm z feam 3 3 Nane te at et Set ara en gt z DE sima dom P Ue Zw em OP Ue Tm o pm Cus os ons em hele Cece cece i Sonn Se CEP NE Re p os cele _ en zem son m Oua TD Uie Zee ee ee ss 29 0 Figure 2 6 Transducers Page Multi Variable Transmitters Each MVT includes the following fields Field Description EnablediDisabled Click this button to enable communication from this
4. Main Rotor Pulse count rom main rotor Count input Sense Rotor Pulse count from sense rotor Count Input ACFis DeliaVa The DeltaVa reading displayed here Deviation Delta The Deviation Delia ABar reading is displayed here Abar Corrected Flow The current corrected flow energy rate and uncorrected Rate Energy flow rate are displayed on this screen The units of flow and Rate energy rates are set the Run Configuration page Uncorrected Flow Rate Max Rates The minimum and maximum flow rates for an auto adjust forthisRun meter run are calculated as follows Minimum Flow Rate max frequency AGAT Factor Min 100 Maximum Flow Rate max frequency AGAT Factor Max 100 Where Min defaults to 5 Max defaults to 90 issued May 2012 Configuring Stations and Runs Measurement Tab 333 ControlWave MRMS IC Configuration Manual D5140 3 2 13 Ultrasonic Tab Run Configuration Click on the Ultrasonic tab and the following screen opens j C mage aE i munus ui ee Lom Fion Doa Er eam Counts Ovenide Live Frequency Hz Conection Factor Pulse Second K Used ue 0000 same 3535 Coveted Fon Fite cum maana Rare is Fu
5. To access various pages of the MRMS_IC application click on the tab for the function you want to configure then click on the buttons which appear on that tab By default the I O tab appears first Click on the tab you want t click on any of the buttons for cess then adis tab B o E Losd Save Coriguetin lorel LM eres Metus Moser Customer Mobus Slave uttons Figure 1 12 Tabs and Buttons in MRMS_IC The next several chapters describe the functions available on each tab of the application T8 Gelling Started Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 You need not configure all the features of the application only those that you need for your particular purpose and measurement needs 1 6 Entering Data in Fields of the MRMS_IC Application Whenever you select a field and enter data or select from a drop down menu you must press the Enter key to confirm and save your choice To exit a field without entering data press the Ese key Issued May 2012 Getting Started 19 This page is intentionally left blank ControlWave MRMS IC Configuration Manual 051 40 Chapter 2 Configuring Inputs and Outputs I O Tab This chapter s configuring the MRMS IC application to pt field inputs and outputs L O This is accomplished from the MRMS IC s VO tab Note Although you ca
6. Generic MB sub tab of I O tab 2 24 Gas Chromatograph Configuralion screen from Measurement tab 3 57 3 59 Site Configuration tab of Status Configuration option from Measurement tab 3 5 Status fields Ultrasonic tab of Status Configuration option from Measurement tab 336 Status Configuration button on Measurement Tab Stop Collection button in Log page 3 42 Storage Folder field in Log page 341 Store Data on Collection field in Data Storage Parameters dialog box3 44 Stream field on Gas Chromatograph Configuration screen from Measurement tab 3 58 Summary fields in Maintenance Mode Station tab3 50 Summary fields in Maintenance Mode site tab 3 47 Summary Pages from Measurement tab 3 70 Tabs accessing different pages through 1 8 Tag Name field Tor Transducers on the I O tab 241 Target File field in Log page 341 field on Site Configuration tab of Status Configuration option from Measurement tab 3 6 Temperature fields on Alarm Configuration tab of Status Configuration option from Measurement tab Time field Gas Chromatograph Configuration screen from Measurement tab 3 60 Time field on Current tab Gas Chromatograph Configuration screen from Measurement tab 3 63 Time Out field 3 22 Issued May 2012 Index 09 ControlWave MRMS IC Configuration Manual 05140 for Generic MB sub tab of I O tab
7. Mixed I O Card I O Slot 2 Go Back 1 nae BB x WIN oc HIS pem LM 1 User DI5 1 33 38 Ren Dif Presse HENI T Inu ST Deaton ar 4 EUNDI C358 71 9 7 HEBEL Meses IBEBROO mo 1 eh 2 mr y m 1 Ex ss 31 Samplers mg 4 deinen 5 LE ran ace 3 Ag s 2 T ELIT 70 1 5 s 10 Dale ott Pat imps Figure 2 3 Mixed Module assignments in the MRMS IC application are fixed based on the I O slot Because you can have an expanded communication module ECOM in either slot 1 or 2 designations begin with the right most slot and go in reverse order In other words the mixed module in 1 0 slot 6 holds user DIL whereas the mixed module in slot 1 holds user 016 5 Configuration is limited based on the I O type Refer to the sub sections that follow Note You may have noticed that when the cursor is left hovered over an IO point the graphics to the left display the applicable connection points for direct and remote IO Issued May 2012 Configuring Inputs and Outputs VO Tab 23 ControlWave MRMS IC Configuration Manual 05140 1 Graphic displa
8. Seal Tor wore n WT Gas Chrom 7 Y Daam Tine Fed Stats No Enora Seheduicd Sta Wo Errors ire Feed Data Value In Uso Last Good GC Allow Local Enty Scheduled Data Disabled Date Scheduled Fad Scheduled GC ler vai rm e nnnm roam ama 4 nad rona nau ce ammon vang vomer se 0 5500 0 5000 0 5500 0 5000 me osoon annoa osoon nomo 0 0000 0 0000 0 0000 0 0000 cs 0000 onon 0000 cove as noon ss onu cw WM 020000 05006 80000 nzo 100000 0 0000 0 0000 cr 0 0000 0 0000 0000 0 0000 1 ca wovon sooo 3 0000 wes mamme 0 1000 0 0000 we 8 000 5 0007 0 0000 0 0009 mca 0 0000 0 0000 co vom aono Neocs 0 0000 8000 5 0000 3 0000 5 00 5 000 0 0000 0 0009 ves 0 0000 j 0 0000 vivo 0 0000 me nass vim aono 0 0000 5 0008 9 0000 3 0000 An amu WOW 59000 53959 00088 oan 100000 100 Figure 3 28 Gas Chromatograph Configuration 3 7 1 General Field Description D
9. Eneray Rate liven ated foa fak 0 000 E3M3 DAY_ 0 000 GJIDAY 0 000 E3M3 HOUR Min Max Rates for thie Run Minimum Rate Units mun tones Units 25080 23 ESMJIDAY 451509313 EMDAY Figure 3 13 Turbine tab Field Description Settings HSCR The source for the High Speed Counter HSC comes from a High Speed Counter Input via the I O cards The user may select from the Default HSC this would be the Run X AGA7 Hz selection from the configuration page or from a Shared Hz input The maximum input is used to calculate the minimum and maximum flow rates through the meter run Maximum input Low Flow Cutoff The low flow cutoff is the minimum frequency that will stil be considered valid for flow measurement the frequency of the inputs from the high speed counter fall below this number volume will not be measured Issued May 2012 Configuring Stations and Runs Measurement Tab 3 29 ControlWave MRMS IC Configuration Manual 05140 Correction Factor Linearization Enabled Disabled C Factor Current Counts Pulse Counter Input Override Input Frequency Hz Correction Factor 7 Pulse Second The correction factor represents either Ihe volume in Cubic Feet per pulse or the number of pulses per volume in Cubic Feet The factor value is entered as shown in the box below while the K factor units are selected by using the pus
10. to the MRMS IC Communication ick the BSAFIMODBUS bution o toggie he Protocol used to communicate with ths MVT between BSAP BSAPMODBUS protocol and MODBUS protocol Port Use the dropdown menu to specify the ControlWave Micro serial communication port which connects to this MVT Press Enter to save the selection 210 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Address Enter the address of the MVT here Press Enter to save the selection Xmir Type Use the drop down menu to select the type of data coming from this Choose either Type Data from this type GPT gage pressure and temperature DP PIT differential pressure static pressure and temperature T temperature Press Enter to save your selection This eld apples MODBUS communication Click ether Prax or select MODBUS register set used by tis Comm Stats Good This read only fed shows the percentage of successful communication ransacions wih this Good Polls This read only fied shows the number of good poll messages in communications with this MVT Bad Polis This read only field shows the number of bad poll messages in communications with this MVT his button resets the communication statistics in the Good Good Polls and Bad Polls fields Current Status These read only fields
11. Configuring Stations and Runs Measurement Tab 3 67 ControlWave MRMS IC Configuration Manual D5140 3 7 5 Normalization Tab Gas Chromatograph Configuration For chromatographs that support C6 or C6 C9 normalization of that data is done here E Des eof Ew re Figure 3 32 Gas Chromatograph Configuration Normalization sub tab The gas chromatograph will report a single value for either C6 or C6 and C9 The percentage applied to each component C6 C7 C8 C9 and C10 will be how the number reported by the gas chromatograph will be distributed across the components 3 58 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 7 6 Custom Tab Gas Chromatograph Configuration You configure the user defined Custom Data Map here This map is used when you choose User Defined as the GC Type on the Current tab See Section 3 7 1 for information on setting the GC Type Daniel User Defined When this is the GC Type click on any gas component and use the drop down menu to select which Modbus register 7001 to 7016 holds that value See Figure 3 33 below Otherwise leave the component Unassigned Press the Enter key after you make each selection a a oC mn C ceme Unssied
12. ControlWave MRMS IC Configuration Manual D5140 Runs or Stations in Maintenance mode will be indicated with magenta outline around the black box When not in Maintenance mode the box will be black with border Configuring Stations Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 6 2 Station Tab Individual stations may be put into Maintenance Mode When this occurs all runs assigned to the station are placed in Maintenance Mode The following items are available on the Station Maintenance Mode scree _ Y x Saas Manton ones aloo Auna neron Wesce ee EEE Mareo Tre noms dormer om HEE s ao BOL He Figure 3 24 Maintenance Mode Station tab Field Description Salona This section of the screen controls the maintenance mode for the selected station Maint 7 Maintenance To disable the maintenance mode toggle the button to Maint Off To enable the maintenance mode toggle the button to Maintenance Auto Rst Off Tif Auto Reset is enabled maintenance mode for the station will be disabled automatically after the period set under the Maintenance Mode Auto Reset Timer If Auto Reset is disabled maintenance mode for the station will never be disabled automatically
13. bow Pot ES riam Susie RES 0 00 005 Com Bat Pato Range Z sns oio specter Referencing AGAJ deta 1992 Bota Rato Derved rom onice Diameter Pipe diameter Used m ang of rie ana Pipe Diameter Figure 3 36 Gas Composition Allowable Ranges page 3 72 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 10 Daily Run Corrected and Uncorrected Volume When you click the button on the Measurement tab MRMS IC opens up a page which displays the corrected and uncorrected volume for each meter run Daily Run Corrected and Uncorrected Volume CT CT D 77 aM pe mm E tees 25 E E fas 73 Rub i ji Figure 3 37 Daily Run Corrected and Uncorrected Volume page Issued May 2012 Configuring Slations and Runs Measurement Tab 3 73 This page is intentionally left blank ControlWave MRMS IC Configuration Manual D5140 Chapter 4 Sampler Control Tab 4 1 Sampler This chapter discusses the Sampler Click the button on the Control tab to configure the Sampler The Station Manager allows up to 12 outputs any combination of analog outputs and pulsed digital outputs to be configured for sampling functions
14. 2 23 Time Set Daylight Saving Time screen from tab 2 29 Time Stamp field for High Speed Counters on the tab2 8 for Transducers on the VO tab 2 11 Today s Energy Fwd field Station Summaries tab of Status Configuration option from Measurement tab 39 Today s Energy Rev field Station Summaries tab of Status Configuration option from Measurement tab 39 Today s Volume Fwd field Station Summaries tab of Stalus Configuration option from Measurement tab 38 Today s Volume Rev field Station Summaries tab of Stalus Configuration option from Measurement tab 3 9 Troubleshooting 1 TX Data field for Local DLM on the VO tab 2 12 Type field for UFM on the I O tab 2 9 in Log page u UC Flow Rate Units field Station Configuration tab of Status Configuration option from Measurement tab 342 Ultrasonic Flow Meters 29 Uncorrected Flow Rate field Auto Adjust tab of Status Configuration option from Measurement tab 3 33 PD tab of Status Configuration option from Measurement tab 3 38 Turbine tab of Stalus Configuration option from Measurement tab 3 31 Ultrasonic tab of Status Configuration option from Measurement tab 3 35 units 3 18 3 26 3 27 3 31 3 33 3 35 3 38 Units field in Al Maintenance tab 3 55 Units field for Analog Input on the VO tab 26 for Analog Output on the I O tab 2 7 for Customer Slave signal list grid on
15. 3 45 option from Measurement tab 3 32 Serial for Customer Slave on the I O tab 2 14 Serial field for Generic MB sub tab of I O tab 2 20 Serial Number field for Transducers on the tab 241 Set Point field for Stacked or Redundant Transmitters Orifice tab of Status Configuration option from Measurement tab 3 27 Set RTU Date Time with Register Values button for Time Set and Daylight Saving Time screen from tab 2 31 Signal List grid Signal Name field for Customer Slave signal list grid on the I O tab 248 247 Signals Collected field for Customer Slave signal list grid on the I O tab 2 19 Site Configuration Data Tab from Status Configuration button on Measurement Tab 34 Site Name field in Log 341 Slot n field IND 8 Index Issued May 2012 ControlWave MRMS IC Configuration Manual 05140 Site Configuration tab of Status Configuration option from Measurement tab 3 6 Slot Number field in Al Maintenance tab Source button Gas Chromatograph Configuration screen from Measurement tab 3 58 Source field for differential pressure on Orifice tab of Status Configuration option from Measurement tab 3 26 Source field for Static Pressure and Flowing Temperature Run Configuration tab of Status Configuration 3 55 option from Measurement tab 3 17 SP field for Transducers on the I O tab 241 Span field in Al Maintenance tab 3 55 Span field for A
16. Note If Auto Reset is set at the Station level it takes precedence over the setting at the site and run level To disable Auto Reset make certain that itis disabled at the site station and run level Issued May 2012 Configuring Stations and Runs Measurement Tab 3 49 ControlWave MRMS IC Configuration Manual D5140 Maintenance Mode Time Elapsed Time The Maintenance Mode Auto Reset Timer is the format DD HH MM SS S Where number of days HH number of hours MM number of minutes sss number of seconds resolution of 10ths The maximum time allowed for the maintenance mode auto reset timer is 24 20 31 28 9 24 Days 20 hours 31 minutes 23 9 seconds This is the amount of time the station has been in maintenance mode Remaining Time When Auto Reset is enabled this is the time remaining until the maintenance mode is automatically reset When Auto Reset is disabled this field remains at 00 00 00 00 0 Summary For each station the runs assigned to that station are displayed Runs in Maintenance mode will be indicated with a magenta outline around the black box When not in Maintenance mode the box will be black with no border 3 50 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 6 3 Run Tab Individual runs may be put into Maintenance The following
17. PSR Traneducers onthe VO tab 240 BTU Saturation Setting Site Configuration tab of Status Configuration inst anoo om Status Configuration option from in Data Storage Parameters dialog box3 44 Measurement ui 9418 Archives Assignment iid Tor Analog Input on the O tab 26 C Factor feld for Analog Output on the VO tab 2 7 on Auto Adjust tab of Status Contiguration for Discrete Input on the VO tab 2 5 option from Measurement tab 3 33 for Discrete Output on the IO tab 25 Turbine tab of Staus Configuation option for High Speed Counters on the VO tabe 8 Measurement tab 330 Atmospheric Pressure field Calculations Uses feld Station Configuration tab of on Station Configuration tab of Status Configuraton option trom Status Configuation option trom Measurement tab Measurement tab Audit Log bution Cancelbutton Issued May 2012 Index ND ControlWave MRMS IC Configuration Manual 05140 for Floating Point Format dialog box 2 19 Chromatograph Data Set field Run Configuration tab of Status Configuration option from Measurement tab 3 16 Station Configuration tab of Status Configuration option from Measurement tab 348 Clear Registers button for Time Set and Daylight Saving Time screen from tab 2 30 Coils List 12 field for Customer Slave on the tab Collect Data button Audit Log page 3 43 Collect Diagnostic Data every field MV
18. When an analog output is configured as a Sampler output then any analog input or process variable may be mapped to the Sampler output The analog output will vary as the analog input or process variable varies depending on the scale factor and the zeroes and spans selected for the inputs and outputs When a pulsed digital output is configured as a Sampler output then a process Variable representing some accumulated value run flow energy station flow or energy should be mapped to the output Other analog inputs and process variables may be mapped to the pulsed digital output but it may not make sense to do so The following screen opens Sampler Ouiput Configuration Pent Coton eT 2 tase cum irum EN v cone 3 Figure 4 1 Sampler Output Configuration Issued May 2012 Sampler Control Tab ControlWave MRMS IC Configuration Manual 05140 Field Description Point Configuration Point Number Select the point to be configured 1 through 12 from the drop down menu These points correspond to the Sampler 1 through Sampler 12 selections in the Analog Output and Digital Output assignment screens Analog Il he value to be mapped to the sampler output is an analog input then select the desired input from the drop down menu next to the Analog label List 29 Point Number i the sampler is to be mapped to some othe
19. Au Retort Matera Tire mates Tine 0 00 00 0 Hess Fiore Tre Hs ws 1 7 sn Sahota Port ter Figure 3 27 Maintenance Mode Al Maintenance tab Field Description AlMainlenance This section of the screen controls the maintenance mode for the selected Al input Maint Off 7 To disable the maintenance mode toggle the button to Maint Maintenance Off To enable the maintenance mode toggle the button to Maintenance Auto Rst Off If Auto Reset is enabled maintenance mode for the Al input will be disabled automatically after the period set under the Maintenance Made Auto Reset Timer If Auto Reset is disabled maintenance mode for the Al input will never be disabled automatically Maintenance The Maintenance Mode Auto Reset Timer is in the format DD Mode Time HH MM SS S 3 54 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Where number of days HH number of hours MM number of minutes sss number of seconds resolution of 10ths The maximum time allowed for the maintenance mode auto reset timer is 24 20 31 23 9 24 Days 20 hours 31 minutes 23 9 seconds Elapsed Time This is the amount of time the AI input has been in maintenance mode Remaining Time When Auto Reset is enabled this is the time remaining until the maintenance mode is automatically res
20. D5140 New Orifice Diameter Bela Ratio Min Max Rates for his Bun may be entered here New Orifice Diameter 2 00000 INCH The orifice diameter in use does not change until the plate change mode changes from Plate Change Active to Normal Inactive The Orifice Diameter in use appears in the Settings section Th Bela ratio is the orifice diameter divided by the pipe diameter Beta Ratio 0 481 The beta ratio is displayed on this screen If the beta ratio is out of range it will appear in red text The low limit for the beta ratio is 0 15 and the high limit for the beta ratio is 0 60 The minimum and maximum flow rales for an orifice run are calculated outputs of the AGA3I The DP minimum is always 10 inches and the DP maximum is equal to the DP span 3 28 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 2 11 Turbine Tab Run Configuration Click on the Turbine tab and the following screen opens Baton T Setings HSCH Maximum Input Low Flow Cutoff Correction Factor ficus Defaut HSC 5000 000 i 0 000 1 000 m3 Pulse eosin EEE Disabled 14000 GU Counts Ovenide Live mice Gani tn 0 000 Live 0 000 0 041 35 315
21. 2012 ControlWave MRMS IC Configuration Manual D5140 Field Description Port Specify the serial communication port on the ControlWave Micro you want to use for Modbus slave communication Use the following code Enterthis To select this serial CW Micro port COMI coma coms coma coms come 7 coms 9 coma 10 COMI COMI Press Enter to save the selection iP Click the IP selection to use IP Modbus Open Modbus communication Modbus Slave Address Enter the Modbus slave address If the local slave address you enter has already been assigned to either the SCADA Enron Modbus slave interface or any of the other Customer Modbus Slave sessions you will see a Loc Addr Conflict message Modify the Modbus Slave Address as required to resolve the conflict if you want to communicate using Enron Modbus click this selection Gould It you want to communicate using Gould Modbus click this selection Data Parameters Wc Choose the data word order to match the data word order used by the Modbus Master that communicates with this Modbus Slave igi Word First Gick Wi To speci tha The igh words Wt Low Word First ick histo speci thatthe Tow word is Trst Choose the data byte order to match the data byte Issued May 2012 Configuring Inputs and Outputs VO Tab 235 ControlWave MRMS IC Configuration Manual D5140 Field Description High B
22. 26 for Analog Output on the VO tab 2 7 for Transducers on the I O tab 242 IND 10 Index Issued May 2012 This page is intentionally left blank ControlWave MRMS IC Configuration Manual 05140 Instruction Manual May 2012 Headquarters Emerson Process Management Remote Automation Solutions 6005 Rogerdale Road Houston TXT7072U5 A T 12818792699 F 1 281 988 4445 weww EmersonProcess com Remote Europe Emerson Process Management Remote Automation Solutions Emerson House Kiril Drive Keil industrial Estate Aberdeen UK AB21 OEU T444 1224 215700 F 44 1224215799 wv EmersonProcesscom Remote North American Latin America Emerson Process Management Remote Automation Solutions 6005 Rogerdsle Road Houston TX USA 77072 71281 8792699 F 1 281 988 4445 we EmersonProcess com Remote Middle East Africa Emerson Process Management Remote Automation Solutions Emerson FZE PO fox 17033 Jebel Ali Free Zone South2 Dubai UAE T 971 48118100 F 971 48865465 wo EmersonProcesscom Remote Asia Pacific Emerson Process Management Remote Automation Solutions 1 Pandan Crescent Singapore 128461 1656777 8211 F 656777 0947 _ ww EmersonProcess com Remote Remote Automation Solutions 2012 Remote Automation Solutions a busines uit of Emerson Process Management All rights reserved Remote Automation Solutions a business unit of Emerson Process Management shall not be lable for technic
23. 3 22 MVT Common Settings Tab Site Configuration ay 323 Station Summaries Tab Site Configuration 7 32 4 Station Configuration Tab Station Configuration 310 325 Station Data Tab Station Configuration 315 32 6 Run Configuration Tab 3 16 327 Alarm Configuration Tab Run Configuration 321 328 Linearization Config Tab Run Configuration 323 329 PVIGO Averages Tab Run Configuration es 3 2 10 Orifice Tab Run Configuration ee oe mc 3 2 11 Turbine Tab Run Configuration RE mc 3212 Auto Adjust Tab Run Configuration sssaaa 77882 3 2 13 Ultrasonic Tab Run Configuration Bree 3 2 14 PD Tab Run Configuration 337 Issued May 2012 Contents ControlWave MRMS IC Configuration Manual 05140 33 View Local Archives 339 33 1 Selecting Logs to View se d 3 39 Collect Local Logs s i 3 40 34 1 Selecting Archives for Collection 3 40 342 Collecting a Single Archive ee hse 22208 40 343 Collecting Multiple Archives de 22208 40 344 Log Collection Parameters 3 40 35 View Audit Log 343 351 Data Storage Parameters dialog box 344 3 5 2 Search Data Collection Criteria dialog box 3 45 38 Maintenance Mode sete creer 228 46 36 1 Site Tab ie x iine 3 46 362 Station ee 4 3 49 363 RunTab den nin 864 PVE TAD 3 53 365 AI Maintenance Tab 3 54 37 Gas
24. Chromatograph Configuration 3 56 37 1 General 3 56 372 Current Tab Gas Chromatograph Configuration 3 61 373 Component Tab Gas Chromatograph Configuration 3 65 374 Delta Limit Tab Gas Chromatograph Configuration 3 67 3 7 5 Normalization Tab Gas Chromatograph Configuration e 3 68 3 78 Custom Tab Gas Chromatograph Configuration oe 3 69 38 Summary Pages 38 1 Measurement Tab 3 70 382 Alarm Tab 371 39 Limits Page Gas Composition Allowable Ranges 3 72 3 10 Daily Run Corrected and Uncorrected Volume 3 73 Chapter 4 Sampler Control Tab 4 1 41 Sampler 41 List 29 s 44 Appendix Troubleshooting Index IND 1 Contents Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Chapter 1 Getting Started This chapter discusses how to install the MRMS IC application and provides some general information about how to use it In This Chapter What is MRMS IC Before You Begin Installing MRMS IC Software Starting MRMS IC Software 14 1 MRMS IC IP Startup 14 2 MRMS 1 Serial Startup 14 8 Logging Onto the ControlWave Micro Accessing Pages of the IC Application Entering Data in Fields of the MRMS IC Application 1 1 What is MRMS IC Multi Run Multi Station MRMS software with Industry Canada IC Measurement Canada approvals is a software application that allows the ControlWave Micro controller to mana
25. Configuration The minimum and maximum ranges for each of the gas components may be set here main po sc ES name Ta Figure 3 30 Gas Chromatograph Configuration Component sub tab Field Description Deadband BTU The Deadband to use between GC BTU and MRMS IC calculated BTU from GC components This is an absolute value Deadband Specific The Deadband fo use between GC specific gravity and Gravity MRMS IC calculated specific gravity from GC components This is an absolute value Component OOR ows specified range Otherwise shows the most recently detected out of range component Stale Time The stale dala time lin sconds is entered here If data from the gas chromatograph has not been updated within this time limit the data will be declared stale Component name gas component is out of range Minimum Maximum The minimum and maximum values for this gas component GC When there are no errors from the chromatograph this data will reflect the most recent data polled fram Issued May 2012 Configuring Stations and Runs Measurement Tab 3 55 ControlWave MRMS IC Configuration Manual
26. Cubic Feet per Minute MMSCF SEC Millions of Standard Cubic Feet per Second E6M3 YEAR Milions of Standard Cubic Meters per Year E6M3 DAY Milions of Standard Cubic Meters per Day E6M3 HOUR Milions of Standard Cubic Meters per Hour E6M3 MIN Milions of Standard Cubic Meters per Minute E6M3 SEC lions of Standard Cubic Meters second Select the desired units of measure for the energy rale from the drop down menu and press Enter to save your selection Energy rate units include MMBTU Millions of British Thermal Units Megajoules KJ Kilojoules J Joules ERG Ergs KCAL Kilocalories CAL Calories CHU Centigrade Heat Unit KWH Kilowatt Hour QUAD short scale quadrilion British Thermal Units THERM Therms TONTNT Tons of TNT TONCOAL Tons of coal MMMBTU Bilions of British Thermal Units GJ joules Select the desired units of time to associate with the energy rate units from the drop down menu and press Enter to save your selection Select the desired units of measure for the uncorrected flow rate from the drop down menu and press Enter to save your selection Uncorrected flow rate units include MACFIYEAR Thousands of Actual Cubic Feel par Year 312 Configuring Stations and Runs Measurement Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 T MACFIDAY sanct Ctl Fog MACFIHOUR Thousands of Actual Cubic Feet per Hour MACF
27. PV GQ Averages tab The averaging method for the differential pressure is always flow dependent time weighted linear averaging The averaging method for the static pressure and flowing temperature may be any of the API averaging methods The averaging method for the gas quality data is always time weighted linear averaging 3 24 Configuring Stations and Runs Measurement Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 3 2 10 Orifice Tab Run Configuration To configure a run as an orifice meter click on the Measurement Type on the Run Configuration tab and select Orifice from the drop down menu then press Enter Measurement Type Orifice Click on the Orifice tab and the following screen opens i Y omnta aro y Settings ice Diameter Pipe Diameter Low Flow Tap Location 21000 mc aori 0250 Up Stream Diferental Pressure MT Override Live Unite Hardware i None e 24990 KPA Cumont Rater Fow Rate Units Energy fote m EIMAWDAY 0000 977 Plate Elapsed Time Now Diameter Bota Ratio Normal o0 00 00 00 000 2 00000 INCH Min Max
28. TY Ht Lat Last oorr imm TS Dt Moo Der ime E estope elay hade 8 Sioa 8 Reon Comi 0 NOT ce V L7 BEEN TE E qm eem Figure 2 11 Generic Modbus Master This page includes the following fields Field Description Settings Communications Pot Modbus communications can use either serial or IP communications 2 20 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Field Description Serial Click the Serial selection to use serial Modbus communication and specify the port you want to use See Port Bort Specify the serial communication port on the ControlWave Micro you want to use for Modbus master communication Use the following code Enterthis To select this serial CW Micro port COMI come coms coma coms come COM7 coms coma 10 COMI 11 Press Enter to save the selection eevousens Click the IP selection to use IP Modbus Open Modbus communication IP Address If you want to use IP Modbus Open Modbus enter the IP address of the port used by this master Enter the Modbus slave address Ifthe local slave address you enter has already been assigned to ei
29. clock 1 PM is 13 2 PM is 14 and so on Midnight is 00 Enter the desired contract hour and press Enter to save your entry The default is 9 9AM Flowing Units You can select units for corrected flow Flow Uncorrected UC Flow and Energy rates for the Combined station flow and energy rates independently of the meter run rates Flow Rate Units Select the desired units of measure for the corrected flow rate from the drop down menu and press Enter to save your selection Flow rate units include MSCFIYEAR Thousands of Standard Cubic Feet per Year MSCFIDAY Thousands of Standard Cubic Feet per Day MSCFIHOUR Thousands of Standard Cubic Feet per Hour MSCFIMIN Thousands of Standard Cubic Feet per Minute MSCFISEC Thousands of Standard Cubic Feet per Second ESMS YEAR Thousands of Standard Cubic Meters per Year ESMS DAY Thousands of Standard Cubic Meters per Day ESMS HOUR Thousands of Standard Cubic Meters per Hour ESMS MIN Thousands of Standard Cubic Meters per Minute ESM3 SEC Thousands of Standard Cubic Meters per Second MMSCF YEAR Milions of Standard Cubic Feet per Year MMSCF DAY Milions of Standard Cubic Feet per Day MMSCF HOUR Millions of Standard Cubic Feet per jour Issued May 2012 Configuring Stations and Runs Measurement Tab 311 ControlWave MRMS IC Configuration Manual D5140 Energy Rate Units Energy Rate Time Units UC Flow Rate Units MMSCFIMIN Milions of Standard
30. display the most recent status messages from this Tag Name This readonly fed shows the ig rame Tomis MVT BSAP Serial Number This read only fied shows the serial number from this MODBUS only Time Stamp This read only field shows the time stamp of the most recent value received from this MVT This read only field shows the most recent differential pressure reading from this MVT SP This read only field shows the most recent static Issued May 2012 Configuring Inputs and Outputs VO Tab 2 11 ControlWave MRMS IC Configuration Manual D5140 pressure reading from this MVT This read oniy field shows the most recent temperature reading from this Unis shows the engineering unis or is variable E Zero This react oniy fed shows the vale for is variable Span a to the Zero value represents what the process variable should display when the field input to the MVT is 20mA 2 3 Local DLM Note The local Data Line Monitor provides details about low level communication messages sent through a selected serial port used by the MRMS IC Typically you would only use the local if you are a very advanced user and need to perform communication troubleshooting for a particular port The local DLM only displays the first 80 characters of a message The local DLM only captures messages approximately every h
31. for the deviation between the speed of sound as calculated using AGA 10 and the speed of sound reported from the ultrasonic meter may be configured Frequency For linear meter types ultrasonic turbine AutoAdjust and positive displacement PD meters High High High Low and Low Low alarm limits may be set for the frequency input Enabled Disabled An alarm may be Enabled or Disabled via the Enable Disable button By default the alarms are disabled When an alarm is disabled no entries made into the Audit Trail the value goes in to or out of alarm 3 22 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual 05140 3 2 8 Linearization Config Tab Run Configuration The MRMS IC program allows for the linearization of the frequency outputs of turbine meters configure the linearization table click on the Linearization Config Tab This screen opens Y aa D Y Ribes Linearization Run 2 ism p sm Figure 3 10 Linearization Config tab This linearization table must be configured by the user Click the Push to Edit Values button to makes your entries For up to 12 points the user must enter an uncorrected flow rate in units of Actual Cubic Feet per hour and an associated correction factor factor The MRMS IC program will interpolate between any
32. host supports BSAP alarms To configure the alarm limits for run specific data click on the Alarm Configuration Tab This screen opens Sn ET Ya i mend T Terrae Js T Vemm Lom p se pem T om T T em 708 Figure 3 9 Alarm Configuration tab The following items may be configured for alarms Field Description Flow Rate The High and Low Limits for the flow rale are automatically calculated based on Ihe Maximum and Minimum flow rates through the meter run DiPressue Foran orifice meter only High High High Low and Low Low alarm mis may be set for the differential pressure input Static Pressure For all meter types High High High Low and Low Low alarm limits may be set for the static pressure input Issued May 2012 Configuring Stations and Runs Measurement Tab 3 21 ControlWave MRMS IC Configuration Manual 05140 Temperature For all meter types High High High Low and Low Low alarm limits may be set for the flowing temperature input Beta Ratio Foran orice meter only High and Low alarm mits may be set forthe calculated beta rao Speed of Sound For an ultrasonic meter only the High alarm limit
33. on the RTU The revision is in the format V v Rnn Where Vis the major version number 16 minor version number Ran is the revision build number if this is a revision release of the software PLC Firmware These fields reier to the ControlWave intemal system firmware that controls operation the ControlWave Micro 4 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual 05140 Major Minor OBSI Version Load Versions project currently executing in SDRAM RAM Name BOOTFILE Name BOOTFILE Date Status This read only field shows the major revision number of the system firmware running in the ControlWave Micro This read only eld Shows the minor revision number of the system firmware running in the ControlWave Micro Reserved for future use The load version fields let you compare the revisions of the ControlWave project stored in flash ControWave bootproject and the revision of the ControWave This y ows ControlWave project executing in the ControWave Micro s SDRAM This read only field shows the date and time stamps of the ControlWave project executing in the ControlWave Micro s SDRAM Dates use the format where mmis the two digit month 01 to 12 ddis the two digit day 01 to 31 and yyy is the four digit year Timestamps are in the format hh mm ss where hhis the 2 digit hour 0 to 23 mmis
34. pulse per 1 0 MSCF 1 the user wants a pulse for every 100 SCF 100 standard cubic feet then the entry should be 0 1 1 pulse per 0 1 MSCF If the user wants a pulse for every 2 0 MSCF then the entry should be 2 0 1 pulse per 2 0 MSCF If the user wants a pulse for every 200 SCF 200 standard cubic feet then the entry should be 0 2 1 pulse per 0 2 MSCF Counts The Counts value represents the total number of pulses output since the last time the Push to Reset button was pressed Analog Output Scale Factor If the Output Mode is selected as analog then the user must apply a scale factor to the output If no scaling is required the scale factor should be set to 1 0 Below are some examples of using the Scale Factor To convert a flow rate in units of MSCF Hour to MMSCF Hour the scale factor should be 0 001 1 1000 To convert a flow rate in units of MMSCF Hour to MSCF Hour the scale factor should be 1000 0 To convert a flow rate in units of MSCF Hour to MSCFiDay the scale factor should be 24 0 To convert a flow rate in units of MSCF Day to MSCF Hour the scale factor should be 0 04167 1724 Any scale factor needed to perform the proper units conversion may be entered here Issued May 2012 Sampler Control Tab 23 ControlWave MRMS IC Configuration Manual D5140 4 1 1 List 29 List 29 is a modifiable list and may be edited using the On Line Edit tool t
35. s what MRMS IC uses for control and processing Live This read only field shows the actual ON OFF status of this discrete input point Points that are ON show in red al are OFF shown groen Points that are ON show in red EN tat aro OFF stow in groen TA Has ba on shout Conse 2 2 2 Discrete Outputs DO Discrete outputs DOs include the following fields Field Description PNT This read only field displays the VO point number Pv Thisread oly field shows the value of the process variable PV MRMS IC will output to the field device This read only field shows details of the fixed assigned to this point Issued May 2012 Configuring Inputs and Outputs VO Tab 25 ControlWave MRMS IC Configuration Manual D5140 2 2 3 Analog Inputs Al Analog inputs Als include the following fields Field Description PNT This read only field displays the VO point number This read only field shows the calculated value of the analog input process variable PV based on the configured Zero and Span 1f the value shows in red the value is questionable 2108 This could indicate no connection a communication problem with the field device data timeout or some other problem that could cause the value to be invalid Zero Enter should read when the Al field input is
36. shows the calculated value of the analog output process variable PV based on the configured Zero and Span This value will be sent to the field device Enter the value that the process variable should read when the AO field output is 4mA Press Enter to save your selection Span Enter the value that when added to the Zero value represents what the process variable should display when the AO field output is 20mA Press Enter to save your selection For example if Zero is 5 and Span is 20 then The AO field output is 5 AmA 25 20mA 10 mA The engineering units for this process variable Click in the field and select the proper units from the drop down menu Press Enter to save your selection This read only field shows details of the fixed VO assigned to this point Assignment Issued May 2012 Configuring Inputs and Outputs VO Tab 27 ControlWave MRMS IC Configuration Manual 05140 2 2 5 High Speed Counters HSC High speed counters HSC include the following fields Field Description PNT This read only field displays the VO point number The number varies depending upon the type of l O module Counts This read only field displays the number of counts since the last power cycle Time Stamp This read only field displays the timestamp of the last sample from the HSC module The timestamp is the number of milliseconds since boot Assignmen
37. the 2 digit minute 0 to This read on fed shows ihe name ofthe ConroWave bootpoject sored in FLASH at the ContolWave iy the ControlWave bootproject stored in FLASH at the ControlWave Micro Dates use the format mm dd yy where mmis the two digit month 01 to 12 ddis the two digit day 01 to 31 and yyyy is the four digit year Timesiamps are in he format mmrss where his 2 dig hour 01023 mmis tne 2 91 minute 0 to dgis This read only feld shows Match i he nam and dais ofthe ControWave project executing in SDRAM is identical to that forthe bootproject stored in FLASH If this field shows Mismatch this indicates that the ControlWave project executing in SDRAM is not the same as the bootproject This is an error condition because if the unit restarts for any reason the bootproject overwrites the project executing in SDRAM on restart and you will lose the M pr This read only field shows the current date and time stamps of the ControlWave Micro s real time clock Dates use the format mmdd yyyy where the two digit month 01 to 12 ddis the two digit day 01 to 31 and yyyyis the four digit year Timestamps are in the format hh mm ss where hhis the 2 digit hour 0 to 23 mmis the 2 digit minute 0 to 59 and ss is the two digit second 0 to 59 Issued May 2012 Configuring Stations and Runs Measurement Tab 35 ControlWave MRMS IC Configuration Manual 05140 PLC
38. two points on this table to calculate the C Factor for a specific flow rate When you finish making your entries click the Push to Confirm and Lock Values button T the user does not configure all 12 points then the last non zero entry AX Caution jor ACFIH will be used as the last correction factor Any uncorrected flow rate above this point will use the correction factor for this point there will be no interpolation performed Issued May 2012 Configuring Stations and Runs Measurement Tab 3 23 ControlWave MRMS IC Configuration Manual D5140 3 2 9 PV GQ Averages Tab Run Configuration The MRMS IC program calculates and displays averages for the proc values used for measurement and the gas quality data used by the measurement for each run To view the averages for the process variables and gas quality data click on the PV GQ Averages Tab This screen will appear usec Y xetenexs or s Men Previous Hau Presiaus Hew se c Lao n2 crum ul MET us EE Tus Canon wow von us xc co DX cs 0500 0000 ves an Figure 3 11
39. uncorrected flow rate are displayed on this screen The units of flow and energy rates set from the Run Configuration page Flow Rate Min Max Bates for this Bun Ultrasonic Meter Data The minimum and maximum flow rates for an ultrasonic meter run are calculated as follows Minimum Flow Rate max frequency AGA7 Factor Min 100 Maximum Flow Rate max frequency AGAT Factor Max 100 Where Min defaults to 5 Max defaults to 90 1t a MODBUS interface to the ultrasonic meter has been configured from the Configuration section the data collected from the ultrasonic meter is displayed here select the ultrasonic meter that data is being collected from right click on the US Meter Number box and enter the appropriate meter number The Speed of Sound SOS readings from each path of the ultrasonic meter are displayed and the average is calculated At the same time the Mult Run Multi Station controller calculates the Speed of Sound per the AGA 10 equations The calculated value is Issued May 2012 Configuring Stations and Runs Measurement Tab 35 ControlWave MRMS IC Configuration Manual D5140 compared to the average value from the ultrasonic meter and if the deviation is greater than the deviation limit an alarm will be generated This alarm will be entered into the Audit Trail and will be available via both the BSAP Slave communications and MODBUS communications interf
40. 3 Station Summaries Tab Site Configuration 38 324 Station Configuration Tab Station Configuration 340 325 Station Data Tab Station Configuration 345 326 Config Tab Run Configuration 346 327 Configuration Tab Run Configuration 321 328 Linearization Config Tab Run Configuration 3 23 329 Averages Tab Run Configuration 324 3210 Orifice Tab Run Configuration 525 3211 Turbine Tab Run Configuration 329 3212 Auto Adjust Tab Run Configuration 3 32 3213 Ultrasonic Tab Run Configuration 334 3214 Tab Run Configuration 337 View Local Archives 339 331 Selecting Logs to View 3 39 84 Collect Local Logs 340 3 4 1 Selecting Archives for Collection 3 40 342 Collecting a Single Archive 3 40 34 3 Collecting Multiple Archives 840 344 Collection Parameters 340 35 View Audit Log 343 351 Data Storage Parameters dialog box 352 Search Data Collection Criteria dialog box 345 36 Maintenance Mode 361 Site Tab 346 362 Station Tab 349 363 Run Tab 351 PVs Tab 3 53 365 Al Maintenance Tab 3 54 37 Gas Chromatograph Configuration 356 371 General 3 56 372 Current Tab Gas Chromatograph Configuration 361 373 Component Tab Gas Chromatograph Configuration 3 65 374 Delta Limit Tab Gas Chromatograph Configuration 367 375 Normalization Tab Gas Chromatograph Configuration 3 68 Issued May 2012 Configuring Stations and Runs Measurement Tab ControlWave MRMS IC Co
41. 4mA Press Enter to save your selection Span Enter the value that when added to the Zero value represents what the process variable should display when the Al field input is 20mA Press Enter to save your selection For example if Zero is 5 and Span is 20 then lithe Al feld inputis PV willbe 4mA 5 20mA 25 12 15 Units Assignment The engineering units fortis process variable Gick n the feid and select the proper units the drop down menu Press Enter to save your selection This read only fied shows details of the fixed assigned to this point Use Stacked DP Transmitter Use Single DP Transmitter Only button This button toggles VO assignments based on whether you use a single DP transmitter or stacked transmitters To use stacked click the Use Stacked DP Transmitter assignments change to stacked the label on the button then changes to Use Single DP Transmitter Only To use a single DP transmitter click the Use Single DP Transmitter and assignments change to single the label the button then changes to Use Stacked DP Transmitter 26 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 2 2 4 Analog Outputs AO Analog outputs AOs include the following fields Field Description PNT This read only field displays the VO point number PV This read only field
42. 54 3 47 option from Measurement tab 3 5 Manual field for Customer Slave signal list grid on the tab 2 19 Max Meter Flow field Auto Adjust tab of Status Configuration option from Measurement tab 3 32 Max Signals to Collect field for Customer Slave signal list grid on the I O tab 248 Maximum field on Component Ranges tab Gas Chromatograph Configuration screen from Measurement tab 3 65 Maximum Input field PD tab of Status Contiguration option from Measurement tab 3 37 Turbine tab of Status Contiguration option from Measurement tab 3 29 on Ultrasonic tab of Status Configuration option from Measurement tab 3 34 Maximum Monitor Count field MVT Common Settings tab of Status Configuration option from Measurement tab 37 Measurement Tab 32 Measurement Tab Summary Pages IND 6 Index Issued May 2012 ControlWave MRMS IC Configuration Manual 05140 from Measurement tab Measurement Type field 3 70 for Customer Slave signal lst grid on the I O tab 218 Run Configuration tab of Status Configuration option from Measurement tab Min Max Rates field Turbine tab of Status Contiguration option from Measurement tab Min Max Rates for this Run 346 3 31 Auto Adjust tab of Status Configuration option from Measurement tab Ultrasonic tab of Status Configuration option from Measurement tab Min Max Rates for this Run field PD tab o
43. 8 Issued May 2012 Index IND S ControlWave MRMS IC Configuration Manual 05140 Turbine tab of Status Configuration option from Measurement tab 3 31 Ultrasonic tab of Status Configuration option from Measurement tab 3 35 b Linearization Config tab of Status Configuration option from Measurement tab 3 23 Linearization Enabled Disabled button Auto Adjust tab of Status Configuration option from Measurement tab 3 32 Turbine tab of Status Configuration option from Measurement tab 3 30 List 29 field on Sampler screen 42 List Number field for Generic MB sub tab of I O tab 2 24 Live field in Al Maintenance tab 3 55 Live field for Discrete Input on the VO tab 2 5 Load Registers with the PCs Date Time button for Time Set and Daylight Saving Time screen from I O tab 2 30 Load Registers with the RTUs Date Time button for Time Set and Daylight Saving Time screen from I O tab 2 30 Load Save Configuration 2 25 Log field in Log Log collection 3 40 Low Bit First field for Customer Slave on the I O tab 2 16 for Generic MB sub tab of I O tab 2 22 Low Byte First field for Customer Slave on the I O tab 2 16 for Generic MB sub tab of I O tab 2 22 Low Flow Cutoff field Auto Adjust tab of Status Configuration option from Measurement tab 3 32 Orifice tab of Status Configuration option from Measurement tab 3 26 PD t
44. Archive Data will not include duplicate data However whenever the Audit Trail is collected the entire audit trail is collected If there is an existing Audit Trail file on the PC hard drive the data from this collection is appended to the existing file There be duplicate data in the AUD file Issued May 2012 Configuring Stations and Runs Measurement Tab 3 41 ControlWave MRMS IC Configuration Manual D5140 Start Collection Click here to start the log collection Stop Collection While an Archive ofthe Audi Trails being collected the user may stop the collection by clicking on the Stop Collection button View Storage itis possible to view ine stored data locally Select the item that includes local data and then click on View Storage button Note Only one may be selected for the View Storage feature to available A screen similar to this one will appear Convert to CSV ilis possible lo conver the stored data to a comma separated variable CSV file Select the item that includes local data and then click on Convert to CSV button Note Only one item may be selected for the Convert to CSV feature to be available message will appear in the message window indicating that the conversion is complete A file with an extension of CSV will now be located in the same folder as the stored data The file name will be of the format sitename_originalextension CSV Where s
45. D5140 In Use ihe gas chromatograph If there are errors from the chromatograph this data will represent the last good data retrieved from the gas chromatograph If no valid communications are ever established with gas chromatograph the default values wil be used The In Use data is the data that willbe used for measurement The In Use data is the validated data from the source specified GC Fixed or Scheduled If data from the specified source is not valid the last good data is used 3 55 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 7 4 Delta Limit Tab Gas Chromatograph Configuration The maximum change allowed per component is entered here emere CT Y perm oc ve von vos a none core care cr Too mn TUS 50 0000 RT Figure 3 31 Gas Chromatograph Configuration Delta Limit sub tab Field Description Delta Limit If a gas component has changed beyond the della limit entered here MRMS IC highlights its name in red Component Delta Shows All OK no gas components have changed beyond the delta limit Otherwise it shows the most recently detected component that has changed beyond the delta limit Issued May 2012
46. EC E3M3 YEAR E3M3 DAY E3M3 HOUR E3M3 SEC MMACF YEAR MMACFIDAY MMACF HOUR MMACE MIN MMACF SEC E6M3 YEAR E6M3 DAY E6M3 HOUR E6M3 SEC where Actual Cubic Feet E3M3 Thousands of Cubic Meters E6M3 Millions of Cubic Meters Energy Rate Units MMBTU MJ 1 ERG KCAL CAL CHU KWH QUAD THERM TONTNT TONCOAL MMMBTU GJ Issued May 2012 Configuring Stations and Runs Measurement Tab 818 ControlWave MRMS IC Configuration Manual D5140 where MMBTU Millions of British Thermal Units MJ Mega joules KJ Kilojoules J Joules ERG Ergs KCAL Kilocalories CAL Calories CHU Celsius heat unit KWH Kilowatt Hours QUAD short scale quadrillion THERM Therms TONTNT Tons of TNT TONCOAL Tons of Coal MMMBTU Billions of BTU GJ Gigajoules Energy Rate Time Units YEAR DAY HOUR MIN SEC 3 20 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 2 7 Alarm Configuration Tab Run Configuration The MRMS IC program allows for certain items to be configured as alarms When an item is configured as an alarm then any time the value goes into out of the alarm state an entry will be made in the Audit Trail In addition if the MRMS IC controller is being used in a BSAP network then these alarms will be reported to the SCADA host if the SCADA
47. IMIN Thousands of Actual Cubic Feet per Minute MACFISEC Thousands of Actual Cubic Feet per Second Thousands of Cubic Meters per Year ESM3 DAY Thousands of Cubic Meters per Day ESM3 HOUR Thousands of Cubic Meters per Hour ESMSMIN Thousands of Cubic Meters per Minute Thousands of Cubic Meters per Second MMACFIYEAR Milions of Actual Cubic Feet per Year MMACFIDAY Milions of Actual Cubic Feet per Day MMACFIHOUR Milions of Actual Cubic Feet per Hour MMACFIMIN Milions of Actual Cubic Feet per Minute MMACFISEC Millions of Actual Cubic Feet per Second EGMS YEAR Milions of Cubic Meters per Year E6M3 DAY Milions of Cubic Meters per Day E6M3 HOUR Milions of Cubic Meters per Hour EGMSMIN Milions of Cubic Meters per Minute por Meers per Second Chromalograph BTU Saturation Setting Glick the Dry BTU button if you want MRMS IC to use the dry BTU value from the gas chromatograph click the Sat Wet BTU button if you want MRMS IC to use the saturated wet BTU value from the gas chromatograph Chromalograph Data Set Compressibility Calc Gross Method if you choose AGAS Gross for your compressibility calculations select the gross method here from the drop down menu and press the Enter key to save your selection SG COZ Enter the chromatograph data set you want to use and press Enter to save your entry Specify 0 it you want
48. Identification This read only field identifies boot PROM firmware installed in the ControlWave Micro To use the MRMS IC application your boot PROM firmware must have the prefix CWM Power Dc Detected 10 Total Points Als AOs Dis Dos HSCs RTDs Tes the ControlWave Micro This read only field shows the DC voltage level at the ControlWave Micro s power supply sequencer module PSSM These fields show the types of UO modules detected by the MRMS IC as being installed in the ControWave Mi This read only field shows details of the installed VO module that the MRMS IC detects in this ControlWave Micro slot The slot number from 1 to 14 refers to slots in the base and expansion housings These fields show the total number of different types of VO points from all the VO modules detected by the MRMS IC application This read oniy field shows the total number of analog inputs residing across all O modules detected by the MRMS IC application This read oniy field shows the total number of analog outputs residing across all modules detected by the MRMS IC application This read only field shows the total number of discrete inputs residing across all O modules detected by the MRMS IC application Note This count includes all possible Dis including a DI DO point configured as DO This read only field shows the total number of discrete outputs residing
49. Instruction Manual Doc Number D5140 Part Number D301719X012 May 2012 ControlWave MRMS IC Configuration Manual EMERSON wwnw EmersonProcess comJRemote This page is intentionally left blank ControlWave MRMS IC Configuration Manual 05140 Contents Chapter 1 Getting Started What is MRMS IC Before You Begin Installing MRMS IC Software Starting MRMS IC Software 144 MRMS ICIP Startup 14 2 MRMS IC Serial Startup 14 3 Logging Onto the ControlWave Micro Accessing Pages of the 1 Application Entering Data in Fields of the IC Application 1 1 1 1 Chapter 2 Configuring Inputs and Outputs I O Tab 24 VO Tab 22 VO Usage 22 1 Discrete Inputs DI 222 Discrete Outputs DO 22 3 Analog Inputs 224 Analog Outputs 225 High Speed Counters HSC 226 Ultrasonic Flow Meters 227 Mult variable Transmitters Transducers 23 Local DLM 24 Customer Modbus Slave 24 1 Signal List Grid 24 2 Floating Point Formal 25 Generic Modbus Master 2 6 Load Save Configuration 2 61 Performing VO Array Operations 26 2 Crealing a Recipe 263 Saving the Recipe Me 264 Recalling a Saved Recipe and Sending lis Values to the Controller 27 Time Sel Daylight Saving Time Chapter 3 Configuring Stations and Runs Measurement Tab 34 3 1 Measurement Tab 32 Stalus Configuration Mes 32 1 Site Configuration Data Tab Site Configuration ise
50. Meter UFM Configuration wer 25 26 Transducers Page 20 2 97 Daly Run Gorecied and 27 Local DLM 213 vai Samo ui Giga 1 29 Signal Let Gd 248 2 10 Floating Point Format dialog box2 19 Sete Hoke 414 2 11 Generic Modbus Master 220 on Gas Chromatograph Configuration screen 212 Lond Save Conlguaton 228 Chromalograph 213 aray Fendi 22 Fed Staus eld on Curent a 215 set Sigal Property dialog bora 27 en Gas Chronatograph Gontiguration seran 216 Signal Leto Load Page 228 z 217 Edt Signal Properiy 225 Flosing Format Ron BENIN E EE Customer Save signal Ist on te VO tab 1 Measurement Tab in MRMS C 52 2 Seecing Sie Sons and funs 9 FOM Rale Wife 3 3 Site Configuration data tab 3 4 Status Configuration option trom 304 MVT Gommon Settings tab 37 F 3 Staton Summaries ta EH row 6 Salon Configuration ab 3 10 EIL NER feb 315 Status Configuration option from 3 Run Configuration ib 5 16 a 88 Alum Coriguraton tb S21 MET 210 Linearization Conf tb 323 MESA NM Averages ab 3 24 atus Confguraton option 2 Measurement tab 3 Tune tb 25 NT 4 Auto Ades i 322 15 Utrasoni tb Sie PD ab oar Woz Index ControlWave MRMS IC Configuration Manual 05140 Alarm Configuration tab of Status Configuration option from on Station Configuration tab of Status Configuratio
51. Modbus Coils To display coils in the signal list grid click this button Section 2 4 1 for instructions on using the signal list grid Each Modbus slave session has two dedicated lists for Modbus Registers and the other for Modbus Coils To display registers in the signal list grid click this button Section 2 4 1 for instructions on using the signal list grid This read only displays status code Tndicating the health ofthe Modbus slave communications If you see any code other than 0 here or see an error message above the code see Appendix Errors and Troubleshooting for more information 2 4 1 Signal List Grid The Signal List grid displays lists of variables included in the MRMS IC application Issued May 2012 Configuring Inputs and Outputs VO Tab 217 ControlWave MRMS IC Configuration Manual 05140 Mts i Siete 8 emm Field Signal List information Number application Specifies the number of the list In some cases pushing a button elsewhere on the page filis in this number in other cases you must enter a list number directly Signals to Collect Specifies the number of list items to retrieve into the grid control Depending upon how many list items are collected you may need to use a
52. Reset is set at the Station level or Run Level it 3 46 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 takes precedence over the setting at the site level To disable Auto Reset make certain that i is disabled at the site station and run level Maintenance The Maintenance Mode Auto Reset Timer is in the format DD Mode Time HH MM SS S Where DD number of days HH number of hours MM number of minutes sss number of seconds resolution of 10185 The maximum time allowed for the maintenance mode auto reset timer is 24 20 31 23 9 24 Days 20 hours 31 minutes 23 9 seconds This is the amount of time the site has been in maintenance Elapsed Ns Remaining Time When Aulo Reset is enabled this is the time remaining until the maintenance mode is automatically reset When Auto Reset is disabled this field remains at 00 00 00 00 0 Tn this section of the display the maintenance mode status will be indicated Summary Any runs not assigned to stations are shown in the Unassigned column Runs assigned to stations are displayed in the appropriate Station n columns In this example the runs are assigned as follows Run 1 to Station 1 Run 2 to Station 2 Run 3 to Station 1 Run 4 to Station 2 Run 5 to Station 1 Run 6 to Station 2 Issued May 2012 Configuring Stations and Runs Measurement Tab 3 47
53. T Common Settings tab of Status Configuration option from Measurement tab 37 Collect List button for Customer Slave signal list grid on the VO tab 248 Collect Local Logs button 3 40 Collect Process Variable PV Data field MVT Common Settings tab Status Configuration option from Measurement tab 37 Collection Rate field for Generic MB sub tab of I O tab 2 23 Comm Mode field on Gas Chromatograph Configuration screen from Measurement tab 3 57 Comms field Gas Chromatograph Configuration screen from Measurement tab 3 57 Component Delta field on Della Limit tab Gas Chromatograph Configuration screen from Measurement tab 3 67 Component OOR field on Component Ranges tab Gas Chromatograph Configuration screen from Measurement tab 3 65 Compressibilty Calc field Station Configuration tab of Status Configuration option from Measurement tab 343 Contract Hour field Station Configuration tab of Status Configuration option from 247 Measurement tab 341 Control field for Customer Slave signal list grid on the I O tab 2 18 Convert Data to Extended Format field in Data Storage Parameters dialog box3 44 Convert to CSV button in Log page Corrected Energy Rate field Turbine tab of Status Configuration option from Measurement tab 3 31 3 42 Corrected Flow Rate field Auto Adjust tab of Status Configuration option from Measurement tab 3 33 PD tab of Status Configuration op
54. TI MAX DE 500 Figure 2 15 Insert Signal Property dialog box In either case a dialog box opens and you can enter the variable s name If desired you can also enter a value for the variable Click OK when you are finished Repeat for each additional variable If you don t enter values for the variable when you insert it you can load the current values in the MRMS IC for all variables in the recipe by clicking on Read From RTU Issued May 2012 Configuring Inputs and Outputs VO Tab 2 27 ControlWave MRMS IC Configuration Manual D5140 Figure 2 16 Signal List to Load Another way to specify variables for the recipe is to load the variables from the list To do this click the Load Signal List from RTU button then specify the number of the signal list and click OK Signal Property of Row 4 8G Cw LOCATI Figure 2 17 Edit Signal Property If as you are creating the recipe you decide you want to change a variable or value for a particular entry either right click on the entry and choose Edit Signal from the pop up menu or click the Modify Signal button Make changes as desired and click OK If you want to delete variable in the recipe either right click on the line for that variable and choose Delete Signal from the pop up menu click the Delete Signal button You will be prompted to confirm the deletion For information on changing the floating point format of va
55. Today This Week or This Month Direction The data may be collected and viewed from the Oldest entry to the Newest entry or from the Newest entry to the Oldest entry Issued May 2012 Configuring Stations and Runs Measurement Tab 3 45 ControlWave MRMS IC Configuration Manual D5140 3 6 Maintenance Mode It is possible to put the Site Stations Runs or individual analog inputs into maintenance mode To enter Maintenance Mode select the Measurement tab and click on de Msirtenancs Mode obo The following screen opens 3 6 1 Site Tab Ls Y Be Y Be a ETT eere EE re wm wee Ex eam 50 eo s zen CD Figure 3 23 Maintenance Mode Site tab The entire site may be placed in Maintenance Mode When this occurs all runs at the site are placed in Maintenance Mode The following items are available on the Site Maintenance Mode screen Field Description Sie This section of the screen controls the maintenance mode for Ste the site Mamon o the maintenance mode toggle the button to Maint Maintenance enable the maintenance mode toggle the button to Maintenance Jute Rat Of 1 Reset is enabled maintenance mode for the site will be disabled automatically after the period set under the Maintenance Mode Auto Reset Timer If Auto Reset is disabled maintenance mode for the site will never be disabled automatically Note if Auto
56. UCFLOWRATE 44 Sampler Control Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 FO FC3 0R FLOW FC FC3 0R UCFLOWRATE FC FC4 OR FLOW FC FCS OR FLOW RATE FC FCS OR ENERGY RATE FC FC6 0R UCFLOWRATE 63 64 65 66 67 68 69 70 n 72 73 74 75 76 FC FC6 0R ENERGY RATE FC FC7 0R UCFLOWRATE FC STATION 1 FFLOWRATE FC STATION 1 FENERGYRATE FC STATION 1 RENERGYRATE FC STATION 2 RFLOWRATE FC STATION 2 RENERGYRATE FC STATION 3 FENERGYRATE FC STATION 4 FFLOWRATE FC STATION 4 FENERGYRATE FC STATION 4 RENERGYRATE Run 3 Flow Rate Run 3 Uncorrected Flow Rate Run 3 Energy Rate Run 4 Flow Rate Run 4 Uncorrected Flow Rate Run 4 Energy Rate Run 5 Flow Rate Run 5 Uncorrected Flow Rate Run 5 Energy Rate Run 6 Flow Rate Run 6 Uncorrected Flow Rate Run 6 Energy Rate Run 7 Flow Rate Run 7 Uncorrected Flow Rate Run 7 Energy Rate Run 8 Flow Rate Run 8 Uncorrected Flow Rate Run 8 Energy Rate Station 1 Forward Flow Rate Station 1 Reverse Flow Rate Station 1 Forward Energy Rate Station 1 Reverse Energy Rate Station 2 Forward Flow Rate Station 2 Reverse Flow Rate Station 2 Forward Energy Rate Station 2 Reverse Energy Rate Station 3 Forward Flow Rate Station 3 Reverse Flow Rate Station 3 Forward Energy Rate Station 3 Reverse Energy Rate Station 4 Forward Flow R
57. ab 3 52 Remaining Time field in Maintenance Mode site tab 347 Reset button for Transducers on the I O tab 241 Revision field Site Configuration tab of Status Configuration option from Measurement tab 3 4 RTDs field Site Configuration tab of Status Configuration option from Measurement tab 3 6 RTS Delay Mode field for Customer Slave on the tab 2 17 for Generic MB sub tab of I O tab 2 23 Run ID field Run Configuration tab of Status Configuration option from Measurement tab 3 16 RX Data field for Local DLM on the VO tab 242 s Sampler button on Utilities Tab 41 Scale Factor field on Sampler screen 43 Scheduled Data Disabled Enabled button on Current tab on Gas Chromatograph Configuration screen from Measurement tab 3 63 Scheduled field on Current tab on Gas Chromatograph Configuration screen from Measurement tab 3 63 Scheduled Status field on Current tab on Gas Chromatograph Configuration screen from Measurement tab 3 62 Search Criteria button on Audit Log page 3 43 Search Data Collection Criteria dialog box Search Method fields in Select Data Collection Criteria dialog box 3 45 Seconds field for Time Set and Daylight Saving Time screen from V O tab 2 31 Sense Rotor Count Input field Auto Adjust tab of Status Configuration option from Measurement lab 3 33 Sense Rotor Factor Ks field Auto Adjust tab of Status Configuration
58. ab of Status Configuration option from Measurement tab 337 Turbine tab of Stalus Configuration option from Measurement tab 3 29 Ultrasonic tab of Status Configuration option from Measurement tab 3 34 Low Word First field for Customer Slave on the I O tab 2 15 for Generic MB sub tab of I O tab 2 21 Main Rotor Count Input field Auto Adjust tab of Status Configuration option from Measurement tab 3 33 Main Rotor Factor Km field Auto Adjust tab of Status Configuration option from Measurement tab 3 32 Maint Off Maintenance button in Maintenance Mode Station tab 3 49 Maint Off Maintenance button in Al Maintenance tab 3 54 Maint Off Maintenance button in Maintenance Mode site tab 346 Maintenance Mode from Measurement tab 3 46 Maintenance Mode Al Maintenance Tab from Measurement tab 3 54 Maintenance PVs Tab from Measurement tab 3 53 Maintenance Mode Run Tab from Measurement tab 3 51 Maintenance Mode Site Tab from Measurement tab 3 46 Maintenance Mode Station Tab from Measurement tab 3 49 Maintenance Mode time field in Maintenance Mode Station tab3 50 Maintenance Mode Time field in Al Maintenance tab Maintenance Mode Time field in Maintenance Mode Run tab 3 52 Maintenance Mode Time field in Maintenance site tab Maintenance Off Maintenance button in Maintenance Mode Run tab3 51 Major field Site Configuration tab of Status Configuration 3
59. aces Status Diagnostics information relating to communications with the ultrasonic meter the gain on each path and the overall status of the ultrasonic meter is collected and displayed here 3 36 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 2 14 PD Tab Run Configuration Click on the PD tab and the following screen opens T Y i if i Y Maximum Input Ed im Correction Factor IK rewency We muse sfide vl oo e ton ae eren Putse Counter Input Cows Freguency izl Conection Foctor Pulse 5econd tn Used sam 35315 Flow Rato Enemy Rate Uncontested Fw Hato conn Ema 0 000 GMDAY mam Fees ter Is Run Minimum Rato Unite How Rate Unis 25000283 E3MapDRY ASIDI E3MGDAY Figure 3 16 PD tab Field Description Settings Maximum Input maximum input is used to calculate the minimum and maximum flow rates through the meter run Low Flow Cutoff positive displacement meter typically has very low frequency counts A valid frequency may be well below 1 Hz that is it be several seconds between pulses It is not unusual to see 30
60. across VO modules detected by the MRMS IC application Note This count includes all possible DOs including DI DO point configured as a Di iy igi speed counter inputs residing across all O modules detected by the MRMS IC application This read only field shows the total number of resistance temperature device inputs residing across all VO modules detected by the MRMS IC application This read only field shows the total number of thermocouple inputs residing across all modules detected by the MRMS IC application 3 6 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 2 2 MVT Common Settings Tab Site Configuration This page configures details for the multivariable transmitter transducer MVT I wa TEE emet ENTER Figure 3 4 MVT Common Settings tab Field Description Collect Process Enter how often in milliseconds the ControWave Variable PV Data Micro should collect process variable PV data For every msecs natural gas measurement in custody transfer applications the API requires updates no less frequent than 1 0 seconds 1 000 milliseconds The ControlWave Micro can communicate with up to eight 8 MVTs per second using a single RS 485 port at 19 200 baud Press the Enter key to save your entry Collect Diagnostic Data Enter how often to collect diagnostic dala from the _ every msecs In
61. al or editorial errors in this manual or omissions from this manual REMOTE AUTOMATION SOLUTIONS MAKES NO WARRANTIES EXPRESSED OR IMPLIED INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE RESPECT TO THIS MANUAL AND IN NO EVENT SHALL REMOTE AUTOMATION SOLUTIONS BE LIABLE FOR ANY INCIDENTAL PUNITIVE SPECIAL OR CONSEQUENTIAL DAMAGES INCLUDING BUT NOT LIMITED TO LOSS OF PRODUCTION LOSS OF PROFITS LOSS OF REVENUE OR USE AND COSTS INCURRED INCLUDING WITHOUT LIMITATION FOR CAPITAL FUEL AND POWER AND CLAIMS OF THIRD PARTIS Bristol Inc Bristol Canada 5 de and Emerson Process Management Ld Remate Automation Solutions UK are wholly owned subsidiaries of Emerson Electric Co doing business as Remote Automation Solutions a business unit of Emerson Process Management ROCLINK Bristol Bristol Babcock ControWave TeleFlow Helicoid Opentnterprse and METCO are trademarks of Remote Automation Solutions AMS Pant Web and the PlantWeb logo are mark of Emerson Electric The Emerson logo is a trademark and service mark ofthe Emerson Electric Co All ather marks property of their respective owners The contents of this publication are presented for informational purposes only While every effort has been made to ensure informational accuracy they are not to be construed as warranties or guarantees express or implied regarding the products services described berein or t
62. alf second therefore it can miss some messages Click the sci button on the 1 0 tab to activate the Data Line Monitor function The DLM includes the following fields Field Description Monitor Port Use the dropdown menu to select the ControlWave Micro serial communication port you want the DLM to monitor Press Enter lo save the selection Note After you collect the data if you select None for the monitor port you can copy data from the window to the clipboard You can then paste this data into another file for off line review TX Data This read only fad shows the mosi recent message transmited trough tis por RX Data This read oniy field shows the most recent message received through this window The window shows successive messages detected by the DLM Most recent messages appear at the top you can use the scroll bar to adjust the window to show earlier messages 212 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Monitor Pot Gama ICUSICEBDWIZ437E o Te uo R manos Re EM d Ee Gace aie fe Bouan M ME amp 00 HEN 2 ES BT 0 5 2 momes FEE ME 2 R maoan HE EE 14 Ro d EE 7 E
63. ameters dialog box3 44 Data Line Monitor DLM 242 Data Set field on Gas Chromatograph Configuration screen from Measurement tab 3 56 Data Size field for Customer Slave on the tab 2 16 for Generic MB sub tab of I O tab 2 22 Data Storage button Audit Log page 3 43 IND2 Index Issued May 2012 ControlWave MRMS IC Configuration Manual 05140 Data Storage Parameters dialog box Data Type field for Customer Slave signal list grid on the I O tab 248 Data Value in Use field on Current tab on Gas Chromatograph Configuration screen from Measurement tab 3 61 Date field Gas Chromatograph Configuration screen from Measurement tab 3 60 Date field on Current tab Gas Chromatograph Configuration screen from Measurement tab 3 63 Day field for Time Set and Daylight Saving Time screen from VO tab Daylight saving time Time Set Daylight Saving Time screen from V O tab DC field 2 30 on Site Configuration tab of Status Configuration option from Measurement tab 3 6 Dead Band field for Stacked or Redundant Transmitters Orifice tab of Status Configuration option from Measurement tab 3 27 Deadband BTU field on Component Ranges tab on Gas Chromatograph Configuration screen from Measurement tab 3 65 Deadband Specific Gravity field on Component Ranges tab Gas Chromatograph Configuration screen from Measurement tab 3 65 Delay field for Generic MB su
64. ariable Transmitters The selection of the source is made via the Hardware AVMVT button on the screen ifMVTis chosen the user may select from any of 12 Default Al Stacked Override Live The user may select from either the default AI as specified in the Run x Differential Pressure field on the VO configuration page or a pair of stacked transmitters Stacked DP x Lo Hi selections the on use by selecting Override instead of Live When Override is selected the user may enter the desired value for the measurement to be used When Live is selected the Value will be driven by the appropriate input value Note the action of changing from Live to Override or 3 26 Configuring Stations and Runs Measurement Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 Value Units Stacked Transmitters Set Point Dead Band Current Rate Plate Change Override to Live is entered in the Audit trail When in Override any changes made to the Value are entered in the Audit Trail Note This override is done at the Run Measurement level not at the level Because of this care needs to be taken when overriding runs configured for bidirectional measurement because the logic overriding the measurement values occurs after the logic for routing the measurement inputs to the proper run The differential pressure value in use
65. as Chromatograph Configuration Custom Tab from Measurement tab 3 69 Gas Chromatograph Configuration Normalization Tab from Measurement tab 3 68 Gas Chromatograph Configuration Delta Limit Tab from Measurement tab GC field on Component Ranges tab Gas Chromatograph Configuration screen from Measurement tab 3 65 GC field on Current tab Gas Chromatograph Configuration screen from Measurement tab 3 63 GC Type field Gas Chromatograph Configuration screen from Measurement tab 3 58 GFC IP Address field Gas Chromatograph Configuration screen 3 67 from Measurement tab 3 57 Good Polls field for Transducers on the I O tab 241 Gould Modbus field for Customer Slave on the I O tab 2 15 Gross Method field In Use field on Component Ranges tab Gas Chromatograph Configuration screen from Measurement tab 3 66 In Use field on Current tab Gas Chromatograph Configuration screen from Measurement tab 3 54 Indicate Communications Failure when No Response after field MVT Common Settings tab of Status Configuration option from Measurement tab 37 Installation installing MRMS IC software 12 INV field for Discrete Input on the VO tab 2 5 IP Address field for Generic MB sub tab of I O tab 2 21 IP field for Customer Slave on the I O tab 2 15 for Generic MB sub tab of I O tab 2 21 K Used field PD tab of Status Configuration option from Measurement tab 3 3
66. ata Set The MRMS IC can poll rom 1 10 6 gas chromatographs The polling can be done for a single stream or multiple streams of data from each chromatograph Each polled stream is considered a data sel For each data set the communications mode chromatograph address data mapping and stream must be configured The data set to be configured is selected from the drop down list 3 56 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Comm Mode Port Addr GC IP Address Comms Status Communications to the gas chromatograph may be via either a Serial RS 232 or RS 485 or an IP Ethernet connection For serial communications to the gas chromatograph the serial port must be configured for the proper protocol baud rate etc via the Flash Configuration Profile communication port settings ifthe serial communication mode is selected the serial port on the MRMS IC controller that will be connected to the gas chromatograph will be specified here The serial port must be configured for the proper protocol baud rate etc via the Flash Configuration Profile communication port settings specified here Every gas chromatograph will have a local address from 1 to 255 address of the gas chromatograph will be specified here itis necessary to configure the IP address and routing for te MRMS IC controller so that the IP address o
67. ate Station 4 Reverse Flow Rate Station 4 Forward Energy Rate Station 4 Reverse Energy Rate Issued May 2012 Sampler Control Tab 45 This page is intentionally left blank ControlWave MRMS IC Configuration Manual D5140 Appendix E Troubleshooting Error Codes Error Code s Possible Remedy 78001 Mode not supported These codes indicate that the serial port is not configured properly in 8002 Invalid mode for serial the Flash Configuration Profile Verify that the MODE for the serial port connected to the gas chromatograph is configured as a MODBUS Master B06 invalid Slave address This code indicates thal the Addr sating is conec pal tis means tis less than 1 or greater than 55 Set the Addr value to the proper local slave address of the gas chromatograph which should be number from 1 to 255 8017 Invalid response received from This code indicates that the gas chromatograph is responding with slave data however the response message cannot be interpreted properly For a serial connection verify that the dala bits stop bits and parity are configured to match the settings on the chromatograph For an RS 485 connection verity that the Ignore Echo setting is set to TRUE Verify that terminating and biasing resistors are set properly 28018 Timeout waiting for response Verify the gas chromatograph is turned on from slave Verify that the commun
68. ated forward energy total when flow is in the forward direction odd or is the accumulated reverse energy total even This read only field shows today s accumulated energy total from the corresponding bi directional even numbered station when flow is in the reverse direction Odd stations only Issued May 2012 Configuring Stations and Runs Measurement Tab 3 9 ControlWave MRMS IC Configuration Manual D5140 3 2 4 Station Configurat MRMS IC supports up to six individual stations Erud EE 1 Staton Name Station 1 Station Common Setting Value Unite Atmospheric Pressure 14 700 PSI Bose Pressure 14 730 PSI Base Temperature 50 000 Deg F Contract Hour 8 Flowing Units Flow Rate Units Energy Rate Unite GI Energy Rate Time Urite DAY UC Flow Rate Units E3M3IHOUR Gas Chromatoaraph BTU Saturation Seiting ChromotogephDcte Set Compressibiiy Calc Gross Method Calculations Uses Dry BTU EE Re 1 Gross SG COZ Averaging Averaging Method Upon Flow Failure Use Flow Weighted Linear Ava Flow Weighted T INKAS is selected then none of the rans associated with th station can be configured as orifice ype Figure 3 6 Station Configuration tab Field Description Station Name The station refers to a natural ga
69. ation uses a flow weighted average or a straight average during a no flow condition Click the Flow Weighted button to use a flow weighted average when there is no flow Click the Straight Average bulton to use a straight average when there is no flow 834 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 2 5 Station Data Tab Station Configuration The current station Flow and Energy rates are indicated here The flow rate is in units of MSCF per hour and the energy rate is in units of MMBTU per hour Station The current hour contract day and contract month and the previous Accumulations hour contract day and contract month accumulations are displayed here in units of MSCF and MMBTU Forward Reverse When configuring for bidirectional flow the stations must be paired 1 and 2 3 and 4 or 5 and 6 The odd numbered stations 1 3 or 5 are the forward flowing stations and the even numbered stations 2 4 or 6 are the reverse flowing stations When a pair of stations is configured for bidirectional flow the Station Summary screen for the odd numbered forward stations will indicate flow and energy rates in the forward column when flow is in the forward direction and will indicate flow and energy rates in the reverse column when flow is in the reverse direction However the Station Summary screen for the even
70. b tab of I O tab 2 23 Delay field for Customer Slave on the tab 2 17 Delta field on Delta Limit tab Gas Chromatograph Configuration screen from Measurement tab 3 67 Description field in Log page 341 Deviation Delta Abar field Auto Adjust tab of Status Configuration option from Measurement tab 3 33 Deviation Error Limit field Auto Adjust tab of Status Configuration option from Measurement lab 3 33 Diff Pressure fields on Alarm Configuration tab of Status Configuration option from Measurement tab 3 21 Direction field Run Configuration tab of Status Configuration option from Measurement tab Direction fields 346 in Select Data Collection Criteria dialog box 3 45 Dis field 344 229 Site Configuration tab of Status Configuration option from Measurement tab 3 6 Disabled Enabled button on Sampler screen 42 Disabled Enabled field for Generic MB sub tab of I O tab 2 24 Discrete Inputs DI 25 Discrete Outputs DO 25 DOs field Site Configuration tab of Status Configuration option from Measurement lab 3 6 DP field or Transducers on the VO tab 2 11 E Elapsed time field in Maintenance Mode Station tab3 50 Elapsed Time field in Al Maintenance tab 3 55 field in Maintenance Mode Run tab 3 52 Elapsed Time field in Maintenance Mode site tab 347 Orifice tab of Status Configuration option from M
71. cipe Files NER eed i SS p non p Ep moro p duoc roro puo pg Figure 2 12 Load Save Configuration Issued May 2012 Configuring Inputs and Outputs VO Tab 2 25 ControlWave MRMS IC Configuration Manual D5140 2 6 1 Performing I O Array Operations 1 Enter a valid username password combination for the controller that has full privileges in the RTU User Name and RTU Password fields Veraned Si 6 Thee mea or thc tenn ee oe eal en Figure 2 13 Array Read Write 2 To read values from the array in the controller and store those values in a PC disk file click Save Configuration to Disk 3 The Data Array Save Restore utility starts Note Allow the Data Array Save Restore utility to run by itself you need not enter any values unless it generates an error 2 26 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 2 6 2 Creating a Recipe Do ee Em E C eee asus season ie tee 12 Figure 2 14 Recipe To create a recipe you must first specify the variables you want included in the recipe One way to do this is to either right click on the grid in the center of the Recipe page and choose Insert Signal from the pop up GG
72. ck the button on the tab to open the Time Set Daylight Saving Time page Issued May 2012 Configuring Inputs and Outputs VO Tab 2 29 ControlWave MRMS IC Configuration Manual 05140 Time Set Daylight Saving Time Lond esters the DateTime E E 3 5 o Le D sem a Set FTU Date Time wih Register You Figure 2 19 Time Set Daylight Saving Time page Field Description Current RTU Date and This read only fied shows the current date and time Current Date and This read only field shows the current date and time Time at the PC workstation Clear Registers Click this button to set all six ime registers Year Month Day Hour Minutes and Seconds to zero Load Registers with the Gick is bution to store the controller tme inthe six RTUs Date Time time registers Toad Registers with the Gick iis bution fo Sore the PG workslalion lime In the PCs Date Time six time registers Year This time register holds a year value You can setit by typing in a value or you can load it by one of the buttons Month This time register holds a month value Vou can set it by typing in value or you can load it by one of the buttons Day gi y by typing in a value or you can load it by one of Ihe buttons 2 30 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Ma
73. d on this sub tab cmm D Dati 3 Moran Seles Se EN gerne ur vat 090 1 1i J TosG pud0 cel 1 0 0000 0000 asson cenoo oseon cenoo 1 monan ooon we oonan 85008 00080 a oman 0 0080 0000 u 0 e w 00000 390800 3 8003 95 0900 03 9000 cw aeos 090 oon cs asmo summ eso wal e iom uaa n j nomo ue pem ger E rmm vum tma ERR vans sor Figure 3 29 Gas Chromatograph Configuration Current sub tab Field Description When All Disabled Use Enable or Disable the use of fixed data by togging Fixed this button When Disabled fixed properties will not be used if communications to the gas chromatograph are disabled or if there is a failure detected Instead the last good values will be used When Enabled the fixed properties will be used if communications to the gas chromatograph are disabled or if there is a failure detected Data Value in Use Shows LAST when the last good GC value is used or FIXED when a fixed value is used Fixed Status fixed dala status message will be reported here If the fixed da
74. d within a specified limit a Stale Time Failure will be reported Comm Fail This indicates a communication failure between the MRMS IC controller and the GC See the Comm Status Code section for more details Issued May 2012 Configuring Stations and Runs Measurement Tab 3 59 ControlWave MRMS IC Configuration Manual D5140 Date Time Delta Fall This indicates that the change in one or more of the values reported back by the GC have a change from one poll to the next that is larger than the limit allowed Fixed Data Fail This message indicates an error in the Fixed Data configured for this data set The details of this error will be found in the Fixed Properties Status message Timed Data Fall This message indicates an error in the Scheduled Data configured for this data set The details of this error will be found in the Scheduled Data Status message When the gas quality data is being collected from a gas chromatograph the date of the most recent Update wil be reported here The date format is When the gas quality data is being collected fram a gas chromatograph the time of the most recent Update will be reported here The time format is hhmmss 3 50 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 7 2 Current Tab Gas Chromatograph Configuration The Current gas chromatograph data is reporte
75. dicate Communications Failure when No Response after msecs Maximum Monitor Count in milliseconds You should not set the interval of this collection to be very short because it interfere with the higher priority PV data collection Press the Enter key to save your entry Enter the period in miliseconds that the MAMS IC application waits before declaring that a loss in communications to the MVT constitutes communications timeout imum nu pai application uses to count good bad polls and determine the good Issued May 2012 Configuring Stations and Runs Measurement Tab 37 ControlWave MRMS IC Configuration Manual D5140 3 2 3 Station Summaries Tab Site n paure Dor IL D 1 or rM D D Dr D o LAM gv Toda vee Toda Eee 35 Dr Dr 1 D SES SES Es Figure 3 5 Station Summaries tab Note Fields appear grayed out if the station is not configured Field Description Station n Identifies one of the six stations Flow Rate Fwd This read only field shows the instantaneous flow rate at this station If this station supports bi directional flow this is the instantaneous forward flow rate when flow is the forward direction odd or is t
76. dit Log The buttons associated with audit collection are Field Description Collect Data To view the current entries in the Audit Trail click the Collect Data button Data Storage To store the collected data click on the Data Storage button Note It is recommended that the Collect Local Logs function be used to collect and store Audit Trail data to the PC hard drive rather than this function since more features are available for collecting storing and viewing the data Search Criteria Gick this bution fo speci search cir Issued May 2012 Configuring Stations and Runs Measurement Tab 3 43 ControlWave MRMS IC Configuration Manual D5140 3 5 1 Data Storage Parameters dialog box Data Storage Parameters IF Stere Date on Calecion Cancel Storage Parameters MGT G Deae Append ile Data Deins F Conver edo Figure 3 21 Data Storage Parameters dialog box Field Description Store Data on When this box checked the data willbe stored Collection automatically on collection This means as additional data is collected by scrolling down using the vertical scroll bar this data is automatically written to the PC hard drive Storage eters Fie Deine the storage and tie name Tor the collected data Create File if Create File is selected new file will be created every time data is collected If the nam
77. e THM she 4 Hs Reo HM 1o EM B 0 This simple DLM has a resolution of about 500 MSec Some messages may nat be captured Only the fist 00 characters ot the message will be captured Figure 2 7 Local DLM Issued May 2012 Configuring Inputs and Outputs VO Tab 213 ControlWave MRMS IC Configuration Manual 05140 2 4 Customer Modbus Slave MRMS IC supports a single Modbus slave session you can configure to provide a Modbus slave interface to the controller Click the Comensa button on the tab to bring up the Customer Modbus Slave page Customer Modbus Slave Dm EM ace aa ete ratana i tora e Lend Fl a it em Ee sae Wis Faden B 98 _foangrort rona You can feria ape E A view either coils or registers in the Signal List grid Figure 2 8 Customer Slave Page This page includes the following fields Field Description Settings Communications Pot Modbus communications can use either serial or IP communications Serial Glick the Serial selection to use serial Modbus communication and specify the port you want to use See Port 214 Configuring Inputs and Outputs VO Tab Issued May
78. e field Issued May 2012 Index IND 7 ControlWave MRMS IC Configuration Manual 05140 Site Configuration tab of Status Configuration option from Measurement tab 3 4 Pulse Counter Input Override Live field Ultrasonic tab of Status Configuration option from Measurement tab 3 35 Pulse Counter Input Override Input button Turbine tab of Status Configuration option from Measurement tab 3 30 Push to Reset button Sampler screen 42 PV field for Analog Input on the tab 24 for Analog Output on the I O tab 2 for Discrete Input on the I O tab 2 for Discrete Output on the tab 2 5 PV GQ Averages tab of Status Configuration option from Measurement tab 3 24 PVs field Run Configuration tab of Status Configuration option from Measurement tab 3 16 R RAM Date field Site Configuration tab of Status Configuration option from Measurement tab 3 5 RAM Name field Site Configuration tab of Status Configuration option from Measurement tab 3 5 Recipe 227 Records fields in Select Data Collection Criteria dialog box 3 45 Register Count field for Generic MB sub tab of I O tab 2 24 Register List 13 field for Customer Slave on the tab 2 17 Register Set field for Transducers on the I O tab 241 Remaining time field in Maintenance Mode Station 1263 50 Remaining Time field in Al Maintenance tab 3 55 field in Maintenance Mode Run l
79. e of the file is one previously created all previous data will be lost Append File 1 Append File is selected newly collected data will be added to previously collected data in the file of the same name Data Delimiter The following data delimiters may be selected Space Comma or Semicolon This will be the delimiter used to separate the data fields Date Time Signal Description Audit Seq Global Seq Convert Data to Not applicable Extended Format 3 44 Configuring Stations and Runs Measurement Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 3 5 2 Search Data Collection Criteria dialog box The following search criteria may be applied Select Data Collection Criteria Bath Nam 3 alams Orb Seach Mood Colect All Available C Stani Dae C Nonest 6 From Newest to Didest Figure 3 22 Select Data Collection Criteria dialog box Field Description Records The user may elect to collect to view Alarms and Events Events Only or Alarms Only Search Method The user may elect to Collect All Available Records or may specify the time period Start Date Enter the start date here All records that occurred on or after that date will be collected Period The user may specify a period from which to collect the dala The available selections are
80. easurement tab 3 27 Enabled Disabled alarm button Alarm Configuration tab of Status Configuration option from Measurement tab 322 Enabled Disabled button for Transducers the VO tab 2 10 for UFM on the I O tab 2 9 Energy Rate field Auto Adjust tab of Status Configuration option from Measurement tab 3 33 PD tab of Status Configuration option from Measurement tab 3 38 Ultrasonic tab of Status Configuration option from Measurement tab 335 Energy Rate Fwd field Station Summaries tab of Slatus Configuration option from Measurement tab 38 Energy Rate Rev field Station Summaries tab of SlatusiConfiguration option from Measurement tab 38 Energy Rate Time Units field Station Configuration tab of Status Configuration option from Measurement tab Energy Rate Units field Station Configuration tab of Status Configuration option from Measurement tab Enron Modbus field for Customer Slave on the VO tab 2 15 Error Codes Expected Deviation Abar field 342 342 Issued May 2012 Index IND 3 ControlWave MRMS IC Configuration Manual 05140 Auto Adjust tab of Status Configuration option from Measurement tab 3 32 Exponent field for Floating Point Format dialog box 2 19 12 18 F Fields entering data in 19 Figures 1 1 MRMS IC Installer Welcome Screen 1 2 Read Me Page 13 1 8 License Agreement page 13 1 4 Installation in Prog
81. ed from the gas chromatograph The default values are shown above valid communications are ever established with gas chromatograph these values will be used The name of the component appears in red if ihe gas component is out of range The Fixed Data appears as shown When the Allow Local Entry box is marked this data may be entered locally Otherwise the data only be downloaded via the SCADA Host The default values are shown Issued May 2012 Configuring Stations and Runs Measurement Tab 3 53 ControlWave MRMS IC Configuration Manual D5140 In Use if the Use Fixed Properties state is set to Enabled this data will be moved to the In Use data column if communications to the gas chromatograph are disabled or there is a failure indicated with the gas chromatograph However if there is an error with the fixed data this data will not be moved to the In Use data column instead the last good values from the gas chromatograph will be used The in Use data appears as shown The In Use data is the data that wil be used for measurement The In Use dala is the validated data from the source specified GC Fixed or Scheduled If data from the specified source is not valid the last good data is used 3 54 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 7 3 Component Tab Gas Chromatograph
82. et When Auto Reset is disabled this field remains at 00 00 00 00 0 Al Point to be Calibrated Select the Al point to be calibrated from the drop down menu Live The live value coming from the Analog Input in Use The value in use When maintenance mode is off this will be the live value When maintenance mode is on this value may be overridden by the user Units Span This will be the units of the variable assigned from the VO configuration page This willbe span of the variable assigned from the VO configuration page Zero This willbe the zero of the variable assigned from the configuration page Slot Number This is the VO Slot Number that this point is assigned to Point Number This is the VO point on the VO slot that this variable is assigned to Issued May 2012 Configuring Stations and Runs Measurement Tab 3 55 ControlWave MRMS IC Configuration Manual D5140 3 7 Gas Chromatograph Configuration When you click the button on the Measurement tab MRMS IC opens up the Gas Chromatograph Configuration pages The Gas Chromatograph Configuration page includes a general configuration area at the top and then multiple tabs with additional information Gas Chromatograph Configuration DataSet Comm Mode Pot Add GCIP Addrose Staus GC Type fes sma C Wome T n pissed D Daniele Custos Mappia vasi t Source
83. f Status Configuration option from Measurement tab Min Max Rates fields Office tab of Status Configuration option from Measurement tab 3 33 3 35 3 38 3 28 Minimum field on Component Ranges tab Gas Chromatograph Configuration screen o OK button or Floating Point Format dialog box 2 19 Orifice Diameter field Orifice tab of Status Configuration option from Measurement tab 3 25 Output Mode field on Sampler screen 42 Override Live button Orifice tab of Status Configuration option from Measurement tab 3 26 OverrideiLive field for Static Pressure and Flowing Temperature Run Configuration tab of Status Configuration option from Measurement tab 3 17 from Measurement tab 3 65 E Minor field Pages on Site Configuration tab of Status Configuration accessing by clicking on tabs 18 option from Measurement tab 3 5 Pipe Diameter field Minutes field Orifice tab of Status Configuration option for Time Set and Daylight Saving Time screen from Measurement tab 3 25 from VO tab 231 Plate Change fields Modbus Master 2 20 Orifice tab of Status Configuration option Modbus Slave 244 from Measurement tab 3 27 Modbus Slave Address PLC Identification field for Customer Slave on the VO tab 2 15 Site Configuration tab of Status Configuration Modbus Slave Address field option from Measurement tab 3 6 for Generic MB sub tab of I O tab 2 21 PLC Ti
84. f the gas chromatograph is reachable This button willbe used to enable or disable communications to the gas chromatograph If communications are disabled and valid data has never been retrieved from the gas chromatograph for this data set the default Fixed chromatograph values will be seen in the GC column of the Current GC Data section on this page It communications are disabled and valid data has been retrieved from the gas chromatograph for this data set the last valid data will be seen in the GC column of the Current GC Data section on this page status code indicating the health of the communications between the MRMS IC controller and the chromatograph will be displayed here It any code other than 0 is displayed here see Appendix Troubleshooting Issued May 2012 Configuring Stations and Runs Measurement Tab 3 57 ControlWave MRMS IC Configuration Manual D5140 GC Type The MRMS IC load is configured to communicate to gas chromatographs that emulate the Daniel 2251 MODBUS communications scheme GC Type Explanation Danie Default The Daniel 2251 has a default data Mapping map where the gas components are located in a set of specific registers Daniel The Daniel 2251 and other compatible Custom GCs also allow for a custom data Mapping map where the gas components can be assigned to a user defined set of registers When the gas chromatograph is configured in
85. ge up to six 6 natural gas measurement stations The MRMS IC application consists of A ControlWave project file PRO pre programmed for multi run multi station natural gas measurement A customized flash configuration profile FCP file that configures the ports audit and archive parameters of the ControlWave Micro for the MRMS IC A TechView session This includes the TechView session file associated INI files and a set of HTM menus customized for the MRMS IC application You use these menus to configure the application 1 2 Before You Begin You must install the ControlWave Micro controller on site and connect field devices to its modules For information on ControlWave Micro hardware see document C ControlWave Micro You must install OpenBSI 5 7 software including TechView on your PC workstation You must also install the latest service pack and patches Service Pack 2 Patch D See the OpenBSI Utilities Manual D5081 the BSI_Config User s Manual D5128 and the TechView User Manual D5131 for details on installation requirements Issued May 2012 Getting Started TT ControlWave MRMS IC Configuration Manual 05140 You must connect the PC workstation to the ControlWave Micro controller You can communicate using a serial cable or an Ethernet cable Cable diagrams are included in CI ControlWave Micro The ControlWave Micro must be running a flash configuration profi
86. hbutton This information is available from the turbine meter data plate Enables disables use of ihe inearization table The current linearization factor being used The Counis value represents the total number of events pulses in the most recent execution cycle coming from the High Speed Counter Input The user may override the measurement values in use by selecting Override instead of Live When Override is selected the user may enter the desired value for the frequency to be used When Live is selected the Value will be driven by the appropriate high speed counter input value Note The action of changing from Live to Override Override to Live is entered in the Audit trail When in Override any changes made to the Value are entered in the Audit Trail Note This override is done at the Run Measurement level not at the V O level Because of this care needs to be taken when overriding runs configured for bidirectional measurement because the logic overriding the measurement values occurs after the logic for routing the measurement inputs to the proper run The frequency value in use is shown here When Live is selected via the Override Live button this value is the value coming from the HSC input When Override is selected via the Override Live button this value may be entered by the user The entered value will be used in the measurement calculation This is the co
87. he VO level Because of this care needs to be taken when overriding runs configured for bidirectional measurement because the logic overriding the measurement values occurs after the logic for routing the measurement inputs to the proper run Value The stalic pressure and flowing temperature values in use are shown here When is selected via the Override Live button this value is the value coming from the Static Pressure or Flowing Temperature Source When Override is selected via the OveridelLive button this value may be entered by the user and the entered value will be used in the measurement calculation Units The units for the measurement inputs come from the input source Flowing Units Flow Rate and Energy Rate units may be assigned on a per run basis Flow Rate Units MSCF YEAR MSCF DAY MSCF HOUR MSCF MIN MSCF SEC E3M3 YEAR E3M3 DAY E3M3 HOUR E3M3MIN E3M3 SEC MMSCF YEAR MMSCF DAY MMSCF HOUR MMSCFMIN MMSCF SEC 818 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 E6M3 YEAR E6M3 DAY E6M3 HOUR E6M3 SEC where MSCF Thousands of Standard Cubic Feet MMSCF Millions of Standard Cubic Feet E3M3 Thousands of Cubic Meters E6M6 Millions of Cubic Meters MIN Minutes SEC Seconds Uncorrected UC Flow Rate Units MACF YEAR MACF DAY MACF HOUR MACF MIN MACFIS
88. he instantaneous reverse flow rate even Flow Rate Rev This read only shows the instantaneous reverse flow rate from the corresponding bi directional even numbered station when flow is in the reverse direction Odd stations only Energy Rate This read only field shows the instantaneous energy rate at this station If this station supports bi directional flow this is the instantaneous forward energy rate when flow is in the forward direction odd or is the instantaneous reverse energy rale even energy rate from the corresponding bi directional even numbered station when flow is in the reverse direction Odd stations only Today s Volume Fwd This read only field shows today s accumulated flow total volume If this station supports bi directional flow this is the accumulated forward flow total when fow is in forward direction odd or is the Energy Rate Rev Configuring Stations and Runs Measurement Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 Today s Volume Rev Today s Energy Fwd Today s Energy Rev accumulated reverse flow total even This read oniy field shows today s accumulated iow total from the corresponding bi directional even numbered station when flow is in the reverse direction This read only field shows today s accumulated energy total If this station supports bi directional flow this is the accumul
89. heehee tema see agent sess RHO CARERS Click Agree 4 Du Au Figure 1 3 License Agreement page Issued May 2012 Getting Started 13 ControlWave MRMS IC Configuration Manual 05140 vets IC 2 31 Application Setup rote mm Z aen eee e ape Coo sitamsaeco occ in Figure 1 4 Installation in Progress 5 The installation begins If you see the following message box click OK to confirm that you have the proper OpenBSI version installed Click OK MANS 1C 2 31 Appticotion Setup Figure 1 5 Confirm OpenBSI Version 6 At the completion of the installation click Next T4 Gelling Started Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Click Next MRIS IC 2 31 Appli Installation Complete Setup wes completed successfully completed f Figure 1 6 Installation Completion 7 Now click Finish to exit the installer 8 URAS IC 2 31 Application Sotup Completing the MRMS IC 2 31 Application Setup Wizard PENS IC 230 Pppicazon has bon ret compute ick Fri to cose this Click Finish Figure 1 7 Exit the Installer Issued May 2012 Getting Started 15 ControlWave MRMS IC Configuration Manual D5140 1 4 Starting MRMS IC Software You start the MRMS_IC software by invoking the proper TechView file There are two ways to do this Star
90. heir use or applicability Remate Automation Solutions reserves the right to modify or improve the designs or specications of such products at any time without notice sales are governed by Remote Automaton Solutions terms and conditions which are available upon request Remote Automation Solutions does not assume responsibility for the selection use or maintenance of any product Responsibility for proper selection use and maintenance ofany Remote Automation Solutions product remains solely with the purchaser and end user amp EMERSON Process Management
91. ications cables between the Station Manager controller and the gas chromatograph are wired correctly and connected at both ends If this is an IP Ethernet connection verify that both the gas chromatograph and the controller can be pinged at the IP addresses assigned to them Verify the gas chromatograph supports the MODBUS Slave protocol Verify that the baud rate data bits stop bits and parity settings on the serial port of the controller match the settings on the gas chromatograph 8020 Communication Port failure following message indicates that no data is being received from the gas chromatograph Verify the communication por is physically installed on the Station Manager controller Replace the CPU or Communications Expansion Card with a known good card If the same error is indicated replace the ControlWave Micro chassis with a known good chassis Issued May 2012 Troubleshooting ET This page is intentionally left blank ControlWave MRMS IC Configuration Manual 05140 Index Good field for Transducers on the I O tab 241 1 1 Pulse Per field Sampler screen 42 A DeltaVa field Auto Adjust tab of Status Contiguration option from Measurement tab 3 33 Adar field on Gas Chromatograph Configuration screen from Measurement tab 3 57 Address field for Transducers on the l O tab 241 for UFM on the tab 29 Al Point to be Calibrated field in Al Mai
92. is shown here When is selected via the Override Live button this value is the value coming from the Differential Pressure Source When Override is selected via the Override Live button this value may be entered by the user and the entered value will be used in the measurement calculation The units Tor the measurement inputs come from the input source transmitter measures at a low range of measurement and a second transmitter measures at a higher range These selections are not available it you choose Default Al When using Stacked Transmitters the user must enter a set point where the measurement will transition from the low range transmitter to the high range transmitter A deadband may be entered that will prevent the measurement from switching back and forth between the high and low transmitters The current flow and energy rates are displayed on this screen The units of flow and energy rates are set from the Run Configuration page To change the orifice diameter the user must change the Plate Change mode from Normal Inaclive to Plate Change Active While the Plate Change mode is Active the Differential Pressure Static Pressure and Temperature values are frozen Elapsed Time While the Plate Change mode is Active the elapsed time is displayed Issued May 2012 Configuring Stations and Runs Measurement Tab 3 27 ControlWave MRMS IC Configuration Manual
93. items are available on the Run Maintenance Mode s x m usus weno fate Reset Mamon fett Mee voe re SERE State EBERT omata es oa EDEN Mi euni jefe Mamon Moin on ta Reset RENE es af emt mS mnis Figure 3 25 Maintenance Mode Run tab Field Description Runn This section of the screen controls the maintenance mode Tor the selected run Maint Oft 7 Maintenance To disable the maintenance made toggle the button to Maint Off To enable the maintenance mode toggle the button to Maintenance Auto Rst Off T Auto Reset is enabled maintenance mode for the run will be disabled automatically after the period set under the Maintenance Mode Auto Reset Timer I Auto Reset is disabled maintenance mode for the site will never be disabled automatically NOTE if Auto Reset is set at the Run level it takes precedence over the setting at the site or station level To disable Auto Reset make certain that it is disabled at the site station and run level Issued May 2012 Configuring Stations and Runs Measurement Tab 3 51 ControlWave MRMS IC Configuration Manual 05140 Maintenance Mode Time Elapsed Time The Maintenance Mode Auto Reset Timer is
94. itename is the Site Name originalextension is the original extension Rnn Gnn or AUD Collection Status While collections are in progress status messages will be posted in the Messages message window When the collection is complete the message Log Collection Complete will appear GC Stean Collecton cancelled bythe user Canceling log colection BC Stream 1 Dolectng GC Stream 1 Hourly Collecting Column Names 3 42 Configuring Stations and Runs Measurement Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 3 5 View Audit Log Note To collect the Audit Trail for storage on the PC hard drive it is recommended that the Collect Local Logs function be used The MRMS IC controller maintains an Audit Trail The audit trail includes entries any time a configuration change is made that could affect measurement To view the Audit Trail 1 Select the Measurement tab and click the button The following screen will appear Click on the Collect Data button This will collect the first set of records typically 24 records To view additional records scroll down using the vertical scroll bars p geraten mass tarte ove SHUT WE a PRC ene ON 00 ze ND EA ERETTO Me E ERETTE Figure 3 20 Au
95. lates for this Rum Mininum Flow Fate unis Marinum Urie 3509 ESM3DAY 0 000 ESMGIDAY Figure 3 12 Orifice tab Field Description Setings Orifice Diameter ameler isplayed i Settings section of this screen To change the orifice diameter see the Plate Change section Pipe Diameter The pipe diameter change may be made by clicking the box with the pipe diameter value in it and entering the desired pipe diameter value When the new value of the pipe diameter is entered a new beta ratio will be calculated and displayed in the Plate Change section Issued May 2012 Configuring Stations and Runs Measurement Tab 3 25 ControlWave MRMS IC Configuration Manual D5140 Low Flow Cutoff Pressure Tap Location The low flow cutoff is the minimum value for differential pressure where measurement will be performed Ifthe differential pressure drops below this value the measured flow goes to zero The user may change the low flow cutoff value by clicking the box with the low flow cutoff value and entering new value and clicking OK The user may change the units that the low flow cutoff value is measured by clicking on the units box and selecting the desired units from the drop down menu clicking on Pressure Tap Location butlon Source measurement may come from either Analog Inputs via the VO cards Hardware Al or via serial communications to the Multi V
96. le file compatible with MRMS IC software For information on updating FCP files see Chapter 5 of the OpenBSI Utilities Manual 05081 The ControlWave Micro must be running the Control Wave project PRO file configured for MRMS IC See Chapter 7 of the OpenBSI Utilities Manual D5081 for information on downloading Control Wave project PRO file Note If you ordered your ControlWave Micro with MRMS IC software pre installed the FCP and PRO files are already loaded when the unit ships from the factory 1 3 Installing MRMS IC Software Note MRMS_IC runs on the following Windows operating systems Windows XP 1 Double click on the MRMS IC application icon 2 Click Next on the welcome screen of the installer Welcome to the MRMS IC 2 31 Application Setup Wizard m guttis Next Figure 1 1 MRMS_IC Installer Welcome Screen 12 Gelling Started Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 next screen includes Read Me file which describes the changes since the last release of MRMS 1 Click Next after you review the changes IC 2 31 Application Setup Figure 1 2 Read Me Page 4 Review the license agreement and click the I Agree button to proceed with the installation or Cancel to abort the installation process numm Venen femen ass altars eto
97. llections operate 3 40 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Field Description Site Name Storage Folder Type Description Log The Site Name is defined by the user on the Site Configuration screen via the Status Configuration menu item The Site Name is used as the base name for the files created by the collection and conversion processes default gi collections is C Mrms_ic Logs This may be changed by clicking on the Browse button and locating a different folder However this change is not permanent and the next time the Collect Local Logs screen is opened the Storage Folder will revert to C Mrms_ic Logs The type of log either Audit or Archive description of the log is popi d Archive or Audit is selected from the Hourly Logs table rg y The file base name will be the Site Name in this case Unamed Site and the extension will be one of the following Rnn Where R indicates an Archive for a measurement run and nn indicates the run number Gnn Where G indicates an Archive for a gas chromatograph stream and nn indicates Ihe stream number AUD Represents the Audit Trail collection Ifa file of the same name exists in the Storage Folder any new Archive data collected since the last Archive data was collected will be appended to the file The
98. loat 2 Reg Cnt 2 Adr 1 Two registers will be used for each 32 bit floating point number The MODBUS Master must poll a single register for each 32 bit number Press Enter to save the selection If you don t make a selection the field shows Not Set 216 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Field Description RTS Delay Mode Select from one of two modes for the Ready 1o Send RTS delay mode Message Delay Mode After the Modbus Slave port raises RTS a delay timer starts The length of the delay is determined by the value in the Delay Time field No message is sent until after this delay expires The value of CTS does not affect the operation of this mode CTS Timeout Mode After the Modbus slave port raises RTS it uses the Delay Time value as the maximum time to wait for CTS to be received from the master If the Modbus slave port receives CTS at any time before this time expires the port starts to transmit the message If the Modbus slave port does not receive a CTS from the master prior to the expiration of the Delay Time it does not respond to the master and instead reports an error Press Enter to save the selection Belay mee Speci the Delay miliseconds used by the RTS Delay Mode and CTS Timeout Mode Coils List 12 Each Modbus slave session has two dedicated lists for Modbus Registers and the other for
99. lude a single bit Byte Data Each Register will include a single byte 16 Bit Integer Each Register will include a single 16 bit integer 32 Int 1 Reg Cnt Each Register will Include a 32 bit double integer 32 Bit Float 1 Reg Cnt Each Register will Include 32 bit floating point number 32 Bit Int 2 Reg Cnt 2 Adr 2 Two registers will be used for each 32 bit double integer The MODBUS Master must poll two registers for each 32 bit integer 32 Bit Float 2 Reg Cnt 2 Adr 2 Two registers will be used for each 32 bit floating point number The MODBUS Master must poll two registers for each 32 bit number 32 Bit Int 2 Reg Cnt 2 Adr t Two registers will be used for each 32 bit double integer The MODBUS Master must poll a single register for each 32 bit integer 32 Bit Float 2 Reg Cnt 2 Adr 1 Two registers will be used for each 32 bit floating point number The MODBUS Master must poll a single register for each 32 bit number Press Enter to save the selection If you don t make selection the field shows Not Set p down menu 222 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Field Description Function Cade Read Coil Status Read Stat Peed Input Status Peed Holding Registers Pead Input Registers Farce Single Cuil Freset Single Register Feed Exception Statu
100. lues in the recipe see Section 2 4 2 2 6 3 Saving the Recipe Type the path and filename for your recipe file in the Filename field or click Change Filename to select a recipe from the default recipe area Standard recipe files are stored with a file extension of RCP You also have the option of saving the file as a CFG file which is intended for use with Coastal Flow Measurement Inc Flow Cal software 2 28 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 bkn Gere B q m 3 CUTS eea Figure 2 18 Saving the Recipe Once you have specified the path and filename click on the Write to File button answer Yes to the confirmation prompt and the control writes the recipe to the specified file 2 6 4 Recalling a Saved Recipe and Sending Its Values to the Controller To recall a recipe which you have saved previously use the Change Filename button to locate it or type its path and filename in directly in the Filename field Finally click the Read From File button and the recipe will be brought into the web page Once the recipe file has been loaded you can send the recipe values to the controller by clicking on the Write to RTU button answer Yes to the confirmation prompt and the control writes the recipe to the controller 2 7 Time Set Daylight Saving Time Cli
101. m is assigned at the Station level the user will be unable to assign the stream at the run level hiomatograph Data Sel Station GC Data Set 1 Must Be Set Ta To Enatie This If the chromatograph stream is assigned as 0 at the Station level the user will be able to assign the stream at the run level Direction Tf the run being configured has been assigned lo a station configured as a forward flowing station this will be indicated on this screen as Forward and the PV s section will be grayed out Pus T the run being configured has been assigned to a EE station configured as a reverse flowing station this will be indicated on this screen as Reverse It will then be possible to configure the PVs Process Variables section The user may then select 816 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 between Isolated and Non Isolated PVs Isolated PV is used when the forward run and reverse run each are using different Input Sources Non Isolated PV is used when the forward run and reverse run are using the same Input Sources Direction Reverse E G Woreclated Station Assignment To assign the run to station click on the Station Assignment box Station Assignment aeneo E Station 3 Station 4 Station aly Station 6 Select slation from the dro
102. me field Status field Site Configuration tab of Status Configuration for Customer Slave on the tab 2 17 option from Measurement tab 3 5 Monitor Port field PNT field for Local DLM on the VO tab 242 for Analog Input on the I O tab 26 Month field for Analog Output on the VO tab 2 7 for Time Set and Daylight Saving Time screen for Discrete Input on the tab 2 5 from VO tab 230 for Discrete Output on the VO tab 2 5 Multi variable Transmitters 240 for High Speed Counters on the I O tab2 8 MVT Common Setlings Tab from Point 42 Status Configuration button Point Number on Measurement Tab 37 field in Al Maintenance tab 3 55 MVT field Port field Orifice tab of Status Configuration option from Measurement tab 3 26 for Customer Slave on the tab 2 15 for Generic MB sub tab of I O tab 2 21 MVT field for Static Pressure and Flowing for Transducers on the I O tab 240 Temperature for UFM on the tab 2 9 Run Configuration tab of Status Configuration on Gas Chromatograph Configuration screen option from Measurement tab 3 17 from Measurement tab 3 57 New Orifice Diameter field Orifice tab of Status Configuration option from Measurement tab Number field 3 28 Precision field or Floating Point Format dialog box 2 19 Pressure Tap Location field Orifice tab of Status Configuration option from Measurement tab 3 26 Program Nam
103. n in Fels tate Mn Flea ECT ERN DEM af Sound ERINA a Poi Cat ram a 0000 Deviation 2 Gaint 00000 0 0000 1 2 0 0000 0000 Ganz 0 0000 0 0000 von LTM pay tana noo ana AEDO mas s t sus Figure 3 15 Ultrasonic tab Field Description Settings HSCH The source for the Counter input comes from a High Speed Counter Input via the VO cards The user may select from the Default HSC this would be the Run X AGAT Hz selection fram the VO configuration page or from a Shared Hz input Maximum The maximum input is used to calculate the minimum and maximum Input flow rates through the meler run Low Flow The low flow cutollis the minimum frequency that wil sU considered Cutoff valid for flow measurement If the frequency of the inputs from the high speed counter fall below this number volume will not be measured Correction The correction factor represents either the volume in Cubic Feel Factor K pulse or the number of pulses per volume in Cubic Feel The factor value is entered as shown in the box below while the factor units are selected by using the push button This information is available from the UFM meter data plate Current Counts The Counts value represents the event pulse total during the most recent execution cycle coming from the High Speed Counter Inp
104. n option from Measurement tab Measurement tab 319 Flowing Unis feds on Run Configuration tab of Status Configuraton on from M Tec High BI First feld Station Data tab of Staus Confguraton for Customer Sive on the VO tab 248 option from Measurement tab 3 15 foc Genono Mb sub tab of HO SEA High Byte First eid on PD lab of Status Configuration option from Tor Customer Slave on the WO tab 246 Measurement tab 3 38 Turbine tab of Stalus Configuratlon option High Speed Counters HSC 28 Measurement tab 330 Hgh Word 8 ub 215 on Ultrasonic tab of Status Configuration option for Customer Slave on the VO tab 2 1 ene for Generic MB sub tab of IO tab 221 Frequency fields Hour fen Tie Se Dayighi Saving Ting sereen Siatus Configuration option trom m i tt ud tine tab o Siabs Confguraon option for Transducers on the I O tab 2 12 rom Measurementiah a on Ulrasoni tab of StatusiGoiiguration option for Generic MB sub tab of I O tab 2 22 trom IA HSCs feia a Site Configuration tab of Status Confguration option rom Measurement ab 35 Gas Chromatograph Configuration button on Measurement lab 556 Gas Ghromelograph Conigurion lt Component Canale Congo Canonem TS E trom Measurement tab 65 1O Tab 21 Chromatograph Configuration Current Tab in ise ss from Measurement tab 3 61 G
105. n view data through an IP connection the MRMS IC application only allows configuration changes when you establish a physical serial connection to serial communication port 1 on the ControlWave Micro In This Chapter 21 U0 Tab BA 22 10 Usage 22 22 1 Discrete Inputs Di 22 5 222 Discrete Outputs DO Xem EET 223 Analog Inputs Al 26 224 Analog Outputs 27 225 High Speed Counters HSC 28 2 26 Ultrasonic Flow Meters UFM 29 227 Multivariable Transmitters Transducers 2 10 23 Local DLM 24 Customer Modbus Slave snnt 241 Signal List Grd 242 Floating Point Formal nc HENCE UE 25 Ultrasonic Data 2 20 26 Load Save Configuration 2 25 26 1 Performing Array Read or Write Operations 2 26 262 Creating a Recipe 2 27 2 63 Changing Floating Point Format of Values in the Recipe 2 28 2 6 4 Saving the Recipe 2 28 265 a Saved Recipe and Sending its Values to the aE 28 27 Generic Modbus Master 2 29 28 Time SetDaylight Saving Time 2 29 2 1 Tab Click the tab to display the various I O options you can configure We ll discuss each of these in the sections that follow ro poses To configure an VO function sto feature click on ne its button eu ee es aser Cane etn Testen Figure 2 1 Tab in MRMS IC Issued May 2012 Configuring Inputs and Outputs VO Tab 241 Cont
106. nalog Input on the I O tab 26 for Analog Output on the VO tab 2 7 for Transducers on the l O tab 242 Speed of Sound field Alarm Configuration tab of Status Configuration option from Measurement tab 3 22 Speed of Sound fields Ultrasonic tab of Status Configuration option from Measurement tab 3 36 Stale Time field on Component Ranges tab on Gas Chromatograph Configuration screen from Measurement tab 3 65 Start Collection button in Log page 342 Start Index field or Customer Slave signal list grid on the I O tab 248 Start Register field for Generic sub tab of tab 2 23 Starting MRMS IC software 16 Static Pressure fields on Alarm Configuration tab of Status Configuration option from Measurement tab 3 21 Station Accumulations on Station Data tab of Status Configuration option from Measurement tab 3 15 Station Assignment field on Run Configuration tab of Status Configuration option from Measurement tab 3 17 Station Configuration Tab from Status Configuration button Measurement Tab 340 Station Data Tab from Stalus Configuration button on Measurement Tab 3 15 Station n field Station Summaries tab of Status Configuration option from Measurement tab 3 8 Station Name field Station Configuration tab of Status Configuration option from Measurement tab 3 10 Station Summaries Tab from Status Configuration button on Measurement Tab Status field
107. nfiguration Manual D5140 3 7 6 Custom Tab Gas Chromatograph Configuration 3 69 38 Summary Pages 3 70 381 Measurement Tab 3 70 382 Alarm Tab 371 39 Limits Page Gas Composition Allowable 3 72 3 10 Daily Run Corrected and Uncorrected PERR 3 73 3 1 Measurement Tab Click the Measurement tab to display the measurement options you can configure We ll discuss each of these in the sections that follow Mo Messeren B cone m Ges one Guru FarUncoreces Volume Click on the button to configure or view a particular function Figure 3 1 Measurement Tab in MRMS IC 32 Configuring Stations and Runs Measurement Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 3 2 Status Configuration When you click the E button on the Measurement tab MRMS IC opens up a tree structure that shows the site and lists the stations and meter runs Calling up pages for Double click on items in the tree to bring up configuration pages for configuring the site the site station or meter run station or meter run Click on the site name to call Unnamed Site up pages for configuring the Stations site If no site name exists Staton yet click on Unnamed MC Site Click on the Station n name to call up pages for Runs configuring the station to call up pages for configuring the me
108. ntenance tab 3 55 Als field Site Configuration tab of Status Configuration option from Measurement tab 3 6 Alarm field for Customer Slave signal list grid on the I O tab 248 Alarm Tab Summary Pages from Measurement tab an Allow Local Entry field on Current tab on Gas Chromatograph Configuration screen Auto Rst Off button in Al Maintenance tab 3 54 button in Maintenance Mode Run tab 3 51 Auto Off button in Maintenance Mode site tab in Maintenance Mode Station tab Averaging Method field on Station Configuration tab of Status Configuration option from Measurement tab 346 3 49 3 14 Bad Polls field for Transducers on the VO tab 2 11 Base Pressure field Station Configuration tab of Status Configuration option from Measurement tab Base Temperature field Station Configuration tab of Status Configuration option from Measurement tab 11 Beta Ratio field Orifice tab of Status Configuration option 3 10 from Measurement tab 3 28 Beta Ratio fields Alarm Configuration tab of Status Configuration option from Measurement tab 3 22 BOOTFILE Date field Site Configuration tab of Status Configuration option from Measurement 3 5 Measurement tab 362 Vcn fum MEME Analog field Site Configuration tab of Staus Configuration on Sampler screen 42 option Measurement tab 95 Analog Inputs 26 BSAP MODBUS button Analog Outputs AO 2
109. nual D5140 Field Description Hour This time register holds an hour value You can set it by typing in a value or you can load it by one of the buttons Minutes This time register holds a minute value You can set it by typing in a value or you can load it by one of the buttons Seconds This time register holds a seconds value You can set it by typing in a value or you can load it by one of the buttons Set RTU Date Time with Click this button to update the controller s date and Register Values time with the values currently in the time registers Issued May 2012 Configuring Inputs and Outputs VO Tab 231 This page is intentionally left blank ControlWave MRMS IC Configuration Manual D5140 Chapter 3 Configuring Stations and Runs Measurement Tab Note Although you can view data through an IP connection the MRMS IC application only allows configuration changes when you establish a physical serial connection to serial communication port 1 on the ControlWave Micro This chapter discusses configuring the stations and meter for the MRMS IC application as well as all the measurement functions for the various meter runs This is accomplished from the MRMS IC Measurement tab This Chapter 31 Measurement Tab 32 32 Status Contfiguration 33 321 Site Configuration Data Tab Site Configuration 34 322 Common Settings Tab Site Configuration 37 32
110. numbered reverse stations will indicate flow and energy rates in the forward column when flow for the combined station is in the reverse direction and will always indicate no flow or energy rate in the reverse column Fe Ras EMQAY aay Baia ITHERMIDAYI tomma mn SUE cup SUE WM 3 Pesas to j Cwe m 909 19 Previous Contact 03 89 caret Previous Cane 1 Figure 3 7 Station Data tab Issued May 2012 Configuring Stations and Runs Measurement Tab 315 ControlWave MRMS IC Configuration Manual 05140 3 2 6 Run Configuration Tab omes EE ms Tare acs the ee dehet gt 7 cioe Ce e ow tents EE ate GJ tme ate Tne Uni Dav Figure 3 8 Run Configuration tab Field Description Enter a name and press the Enter key to save your entry The generic Run ID of Run 1 will be replaced by the user specific Run ID Measurement Type Select the measurement type rom the drop down menu Chromatograph Data Set The chromatograph stream used for measurement of this run may be assigned at the Station level or at the Run level If a chromatograph strea
111. o add or remove items from the list By default List 29 includes these values Position in the List Variable Name Description 1 MVT 1 Static Pressure 2 MVT MVT 1 SP 1 Differential Pressure MVT 1 Temperature MVT 2 Static Pressure MVT 2 Differential Pressure MVT 2 Temperature MVT 3 Static Pressure MVT 8 Differential Pressure MVT 3 Temperature MVT 4 Static Pressure MVT 4 Differential Pressure MVT 4 Temperature MVT 5 Static Pressure MVT 5 Differential Pressure MVT 5 Temperature MVT 6 Static Pressure MVT 6 Differential Pressure MVT 6 Temperature MVT MVT 7 DP MVT 7 Static Pressure MVT MVI 7 SP MVT 7 Differential Pressure MVTMVT 7 MVT 7 Temperature MVT MVT 8 DP MVT 8 Static Pressure MVT 8 Differential Pressure MVT 8 Temperature MVT 9 Static Pressure MVT 9 Differential Pressure MVT 9 Temperature MVT 10 Static Pressure MVT 10 Differential Pressure MVT 10 Temperature MVT 11 Static Pressure MVT 11 Differential Pressure MVT 11 Temperature MVT 12 Static Pressure MVT 12 Differential Pressure MVT 12 Temperature Run 1 Flow Rate Run 1 Uncorrected Flow Rate Run 1 Energy Rate Run 2 Flow Rate FC FC2 0R UCFLOWRATE Run 2 Uncorrected Flow Rate FC FC2 0R ENERGY RATE Run 2 Energy Rate 2 DP MVI MVT 8 FT MVT MVT 4 DP MVT MVI 5 SP MVT MVT 6 DP MVT MVT 8 FT MVT MVT 9 SP MVT MVT 11 DP MVT MVT 12 FT FC FC1 0R
112. ontrolWave Micro as described in Section 1 4 3 1 4 2 MRMS IC Serial Startup Once you start the TVS file for serial operation TechView opens the Runtime Configuration Parameters dialog box Runtime Configuratt How many urs coes the RTU sapnileaton ef losd suppor Whatis he Local Address ofthe RTU hat you ike to cennecto What pat would you ike o use com Whatbaudiale would Figure 1 10 Serial Runtime Parameters Ignore the number of runs this parameter does not apply to MRMS IC Enter the BSAP local address of the ControlWave Micro to which you are connected Select the serial communication port on the PC which you are using to communicate with the ControlWave Micro Select the baud rate on the serial communication line Click OK Log onto the ControlWave Micro as described in Section 1 4 3 1 4 3 Logging Onto the ControlWave Micro In the SignOn to RTU dialog box enter Username Password combination that allows full access to the ControlWave Micro then click the SignOn button Issued May 2012 Getting Started 17 ControlWave MRMS IC Configuration Manual 05140 SignOn to RTU Itis recommended hal you supply a username when signing to Controwave type devices 5 Statu Login recited Usemame SYSTEM Passwort d Signon Cancel Figure 1 11 Logging onto the ControlWave Micro 1 5 Accessing Pages of the MRMS IC Application
113. or register operations The address transmitted to the Slave is less than the value specified here For example the address 7031 is sent as 7030 for Function code Issued May 2012 Configuring Inputs and Outputs VO Tab 2 23 ControlWave MRMS IC Configuration Manual 05140 Field Description Register Count Disabled Enabled Status List Number DataView to see the collected Modbus data 3 Press Enter to save the selection Specify the number of coils or registers the Master should read The value can range from 1 to 2000 for coils or 1 to 125 for 16 bit registers or 1 to 62 for 32 bit registers Press Enter to save the selection Modbus Master his Tead only Weld displays a sius Gode dang the health of ihe Modbus master communications If you see any code other than 0 here or see an error message above the code see Appendix E Errors and Troubleshooting for more information 224 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 2 6 Load Save Configuration The Load Save Configuration feature provides a way to save and restore MRMS IC configuration data It uses the Data Array Save Restore utility and the recipe utility to accomplish the read write operations Click the nea ave button on the 1 0 tab to activate the Load Save Configuration page 4 Load Save Configuration Re
114. p down menu and press Enter Note if the Station ID has been changed on the Station Configuration screen the user defined Station Name will appear in the drop down menu instead of the generic Station Name After assigning a run to a station the run will appear under the station in the Site Tree Static Pressure and Every type of measurement requires a static Flowing Temperature pressure measurement and a temperature measurement Source The source for these measurements may come from either Analog Inputs via the cards Hardware Al or via serial communications to the Multi Variable Transmitters MVT The selection of the source is made by clicking on the button MVT is chosen the user may select from any of the 12 Issued 2012 Configuring Stations and Runs Measurement Tab 847 ControlWave MRMS IC Configuration Manual D5140 OverriderLive The user may override the measurement values in use by selecting Override instead of Live When Override is selected the user may enter the desired value for the measurement to be used When Live is selected the Value will be driven by the appropriate input value Note the action of changing from Live to Override Override to Live is entered in the Audit trail When in Override any changes made to the Value are entered in the Audit Trail Note These overrides are done at the Run Measurement level not at t
115. ported If there is a problem with the scheduled data entries a Timed Data message will be reported as a GC Failure Message and the specific error will be reported here The errors are No Errors Value Out of Range The MRMS IC controller has detected a component out of range One of the components exceeds the out of range limits defined the Component Ranges screen HtVal Check Fall Heating value checksum failure The MRMS IC controller calculates the expected heating value based on the mole percent of each gas component It compares the entered heating value with the calculated heating value and if the values are not within x a HtVal Checksum is reported SG Check Fail Specific Gravity checksum failure The MRMS IC controller calculates the expected specific gravity based on the mole percent of each gas component It compares the entered specific gravity with the calculated specific value and if the values are not within x an SG Checksum Fail is reported Value Sum Fail The mole percent of each component is added If the value is not 100 4 some programmable limit the Value Sum failure is reported 3 62 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Allow Local Entry Scheduled Data Disabled Enabled Date Time Scheduled Component name Fixed When the Allow Local En
116. r process variable rather than an analog input it may be mapped from List 29 Select the List 29 point number which corresponds to the particular process variable and the variable name shows at right List 29 is a modifiable list and may be edited using the On Line Edit tool to add or remove items from the fist Sampler Configuration Ater the source is configured the Sampler Configuration itself must be completed The items in this frame enable the sampler select the output mode configure the way the pulse output behaves if Pulse is the selected Output Mode and determine scaling Disabled Enabled The Sampler output is Enabled Disabled by toggling the button Output Mode The output mode may be selected as an analog output Analog or pulsed digital output Pulse If the Output Mode is selected as Pulse the items in this frame configure the Pulse Output Push to Reset By clicking on the Push to Reset button the Counts value will be set to 0 T Pulse The user is required to enter the ratio of pulses input quantity For instance 42 Sampler Control Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 Assume the pulse output is mapped to the station accumulated volume The station accumulated volume is in units of MSCF thousands of standard cubic feet If the user wants a pulse for every 1 0 MSCF then the entry should be 1 0 1
117. rement Tab 3 39 ControlWave MRMS IC Configuration Manual D5140 3 4 Collect Local Logs One or more Archives can be selected for collection From the MRMS IC Measurement tab click the button to begi 3 4 1 Selecting Archives for Collection To select an Archive or for collection click on the desired description in the log collection control Storage Faller TE ege Browse Type Decoration legf Target Fle Alive 6CDaa Set2 Hou 25 Active Fun 3Houly 8 Active Run4Hoaly 73 GCDetaSet4 Houly 28 a Run Ho Active GCDeta Set Houl E Archive Run SHou a Archive GCDeta Set ta Active Run 1 Daly 2 E iL gt T Stop Colecion View Storage Convert to CSV GC Data Set Calecing a GC Data Sat 1 15 Minue Collecting Colm Names Fun Tine Complete Fund 15 Minute Collecting Figure 3 19 Selecting Logs for Collection 3 4 2 Collecting a Single Archive To collect one of the Archives listed for collection highlight the desired item in the list then click on the Start Collection button 3 4 3 Collecting Multiple Archives To collect more than one Archive hold down the Ctrl key to highlight multiple items and then click on the Start Collection button 3 4 4 Log Collection Parameters There are several different log collection parameters and read only fields which govern or report how the log co
118. ress 14 1 5 Confirm OpenBSI Version 14 1 6 Installation Completion 1 5 1 7 Exit the Installer 15 1 8 MRMS IC TVS file icons 16 1 9 IP Runtime Parameters 16 1 10 Serial Runtime Parameters 1 7 1 11 Logging onto the ControlWave Micro 1 12 Tabs and Buttons in MRMS IC 1 8 2 1 O Tab in MRMS IC 24 2 2 10 Usage Screen Showing Modules Detected 2 2 2 3 Mixed I O Module 2 3 2 4 Connection Points for Physical 02 4 3 17 Selecting a Log to View 3 39 3 18 Archive 3 39 3 19 Selecting Logs for Collection 3 40 3 20 Audit Log 3 43 3 21 Data Storage Parameters dialog box 3 44 3 22 Select Data Collection Criteria dialog box3 45 3 23 Maintenance Mode Site tab 3 46 3 24 Maintenance Mode Station tab3 49 3 25 Maintenance Mode Run tab 3 51 3 26 Maintenance Mode PVs tab 3 53 3 27 Maintenance Mode Al Maintenance tab 3 54 3 28 Gas Chromatograph Configuration3 56 3 29 Gas Chromatograph Configuration Current sub tab 3 61 3 30 Gas Chromatograph Configuration Component sub tab 3 65 3 31 Gas Chromatograph Configuration Delta Limit sub tab 3 67 3 32 Gas Chromatograph Configuration Normalization sub tab 3 68 3 33 Gas Chromatograph Configuration Custom sub tab Daniel User Defined3 69 3 34 Summary Page Measurement tab3 70 3 35 Summary Page Alarm lab 3 71 3 36 Gas Composition Allowable Ranges 2 5 Utasoni low
119. rolWave MRMS IC Configuration Manual D5140 2 2 VO Usage When you click the button on the tab the Usage page displays a graphical representation of the ControlWave Micro showing each of the modules detected by the MRMS IC If MRMS IC cannot detect a particular module or an slot is empty its graphic shows Not Present MRMS IC only uses Mixed modules Slot Usage UFMs Transducers Click Gard Type below to configure VO pointe These are pictures only and indicate type of caris and not specifie options quasaid quasaid quasaid 10N ion Click on the graphical representation of a module to configure Figure 2 2 Usage Screen Showing I O Modules Detected When you move the cursor over the CPU module an Expansion Communication ECOM module or any module you ll see a yellow box on the screen To configure follow these steps 1 From the I O tab click the Usage button 2 Position the cursor over module you want to configure a yellow box indicates the cursor position on any configurable module 3 Click on the module you want to configure This opens a screen showing the possible choices for The Mixed Module shows multiple types of VO see Figure 2 3 22 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140
120. rors are reported or detected Checksum Fail A checksum failure has been reported by the gas chromatograph GC Analyzer Fail GC The GC reports an analyzer failure PreAmp Fall GC The GC reports a PreAmp failure Component of Range The MRMS IC controller has detected component out of range One of the components exceeds the out of range limits defined the Component Ranges screen HtVal Checksum Heating value checksum failure The MRMS IC controller calculates the expected heating value based on the mole percent of each gas component It compares the reported heating value with the calculated heating value and if the values are not within x a HtVal Checksum Fail is reported SG Checksum Specific Gravity checksum failure The MRMS IC controller calculates the expected specific gravity based on the mole percent of each gas component It compares the reported specific gravity with the calculated specific value and if the values are not within x an SG Checksum Fail is reported Total Out of Range The mole percent of each component is added If the value is not 100 4 some limit the Total Out ol Range failure is reported General Fail General failure from the GC This comes from a Modbus register General Fail DI General failure from the GC This comes from a discrete input DI Stale Time Fail If the data from the gas chromatograph has not update
121. rrection factor calculated by the AGA 7 equation This correction factor multiplied by the frequency will 30 Configuring Stations and Runs Measurement Tab Issued 2012 ControlWave MRMS IC Configuration Manual D5140 provide the corrected flow rate K Used The AGA 7 calculation requires the K factor to be input in units of Cubic FeevPulse The Used value always represents the K factor in the units of Cubic Feet Pulse Corrected Flow Rate The current corrected energy rate and Energy Rate uncorrected flow rate are displayed on this screen Uncorrected Flow Rate The units of flow and energy rates are set from the Run Configuration page Min MaxRaesiorthis The minimum and maximum flow rales for a turbine Run meter run are calculated as follows Minimum Flow Rate max frequency Factor Min 100 Maximum Flow Rate max frequency Factor Max 100 Where Min defaults to 5 Max defaults to 90 Issued May 2012 Configuring Stations and Runs Measurement Tab 331 ControlWave MRMS IC Configuration Manual D5140 3 2 12 Auto Adjust Tab Run Configuration Click on the Auto Adjust tab and the following screen opens Tess sam 1 Cem ain Roto Factor Seres Rotor Factor Lon Hos Cit ita L5 pon emer Diner eder EET enm
122. s Force Multiple Coils Preset Multiple Registers Press Enter to save the selection Select from one of two modes for the Ready RTS delay mode Message Delay Mode After the Modbus Master port raises RTS a delay timer starts The length of the delay is determined by the value in the Delay field No message is sent until after this delay expires The value of CTS does not affect the operation of this mode CTS Timeout Mode After the Modbus Master port raises RTS it uses the Delay value as the maximum time to wait for CTS to be received from the slave If the Modbus Master port receives CTS at any time before this time expires the port starts to transmit the message If the Modbus master port does not receive a CTS from the slave prior to the expiration of the Delay it does not respond to the slave and Instead reports an error end Press Enter to save the selection see Spediy the Delay n iliseconds used by ihe RTS Delay Mode and CTS Timeout Mode Press Enter to save the selection Time Out msec Specify the time in milliseconds that the Modbus master must wait for a response from the Modbus slave before the master declares that the slave timed out Press Enter to save the selection Galiscion ais sec Specly theTmeral n miliseconds between pol altempts by the Modbus master Press Enter o Save the selection Start Register Specify the starting address for coil
123. s measurement station with one or more associated meter runs Enter and press the Enter key to save your entry Atmospheric Pressure Enter the standard atmospheric barometric pressure Value Units for the station in the Value field and press Enter to save your entry Then select the desired Units of measure from the drop down menu and press Enter to save your selection The default is 14 7 PSI Note Units are absolute pressure units Base Pressure Value Enter the base pressure that the MRMS IC Units application should use when it performs AGA calculations in the Value field and press Enter to save your entry Then select the desired Units of measure from the drop down menu and press Enter to save your selection The default 14 73 PSI 310 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 absorutey Base Temperature Enter the base temperature that the MRMS IC Value Units application should use when it performs AGA calculations in the Value field and press Enter to save your entry Then select the desired Units of measure from the drop down menu and press Enter to save your selection The default is 60 Deg F Contract Hour The contract hour determines the start of the gas day This is when the current day totals and averages get rolled over to the previous day totals and averages The contract hour is based on a 24 hour
124. s of Cubic Feet Pulse The current corrected fiow energy rate and uncorrected flow rate are displayed on this screen The units of flow and energy rales are set from the Run Configuration page The minimum and maximum flow rates for a PD meter run are calculated as shown below Minimum Flow Rate max freq Min 100 AGA7 Factor Maximum Flow Rate max freq Max 100 AGAT Factor Where Min defaults to 5 Max defaults to 90 3 38 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 3 View Local Archives Note To collect the Archives for storage on the PC hard drive it is recommended that the Collect Local Logs function be used The MRMS IC controller maintains Hourly Archives Logs for each meter run and each gas chromatograph stream To view the Archive select the Measurement tab and click on the button The following screen opens Select an Archive o View kom the List Below Figure 3 17 Selecting a Log to View 3 3 1 Selecting Logs to View To view the desired archive 1 Click on the description for the desired archive in the Select an Archive from the List Below box This updates the File Number in the Archive Collection Parameters field 2 click the Collect Data button See Figure 3 17 Figure 3 18 Archive Issued May 2012 Configuring Stations and Runs Measu
125. scroll bar to View them Start Index Collect List Normally the signal iist grid displays variables beginning with the first variable in the list If you want to skip further into the list enter the number of the first list item you want to see in this field and the grid starts displaying from that item forward Glick this button to force the Signal List grid to collect the specified list now Floating Point Format ck ths to speciy the Foating Point Format dialog box See Figure 210 Signal Name Shows te variable name for this SL oF WS descriptor Data Type Shows the variable type such as Real or Boolean _ arm This variable is an alarm and this shows AFT indicates the variable is alarm inhibited If this shows AE it indicates that the variable is alarm enabled iris Shows GF il indicates the variable is inhibited If this shows CE it indicates that the variable is control enabled 218 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Field Description Manual If this shows M it indicates the variable is manual inhibited If this shows ME it indicates that the variable is manual enabled Value Shows the current value of the variable Shows the engineering uns specified fortis variable Signals Culiecied Displays a count ofthe number ol varabes colecied into the
126. seconds or more between pulses from a PD meter during normal flowing conditions Therefore the low flow cutoff for a PD meter is the maximum amount of time allowed between two consecutive pulses before the flow rate is zeroed However all pulses received by the MRMS IC controller from a PD meter are included in volume totalization for the meter run Correction Factor The correction factor represents either the volume in Cubic K Feet per pulse or the number of pulses per volume in Cubic Feet The K factor value is entered as shown in the box below while the K factor units are selected by using the push button This information is available from the PD meter data plate Issued May 2012 Configuring Stations and Runs Measurement Tab 337 ControlWave MRMS IC Configuration Manual D5140 Curent Counts Frequency H2 Correction Factor J Pulse Second Used Corrected Flow Rate Min Max Rates forthis Run This shows the number of pulses received ai the high speed counter input This is the derived frequency Because a positive displacement meter can have very low frequency pulses lt 1 Hz this number can be a fraction less than 1 0 This is the correction factor calculated by the AGA 7 equation This correction factor multiplied by the frequency will provide the corrected flow rate eq of Cubic Feet Pulse The Used value always represents the K factor in the unit
127. signal list grid 2 4 2 Floating Point Format The floating point format is the way floating point real numbers display within a screen in the MRMS IC application To change this format you click the _FbetngPointFemet button on a page to call up the Float Format dialog box Float Format Precision Exponert Example 123455787 Figure 2 10 Floating Point Format dialog box Field Description Width Choose the total number of characters in the field including the decimal point used to display a floating point number Precision Choose the number of places to the right of the decimal point which the floating point number should show Exponent Select one of these formats show number in exponential notation f show number in floating point notation 9 allow application to choose the best fit format for this number Click this to save your entries and exit the dialog box ick his fo discard your entres and the dialog Issued May 2012 Configuring Inputs and Outputs VO Tab 218 ControlWave MRMS IC Configuration Manual 05140 Field Description 2 5 Generic Modbus Master Click the button on the tab to activate the Generic Modbus page There are multiple pages for Modbus Master 1 MB1 to Modbus Master 5 MBS You click on a tab to call up the appropriate Modbus Master Generic Modbus Master Se
128. soos 199 Moin Botar Cant Input Sense Rotor Count Input Deviation Delta A L omo ww ww noa aom wm Emm ww Enemy Figure 3 14 Auto Adjust tab Field Description Settings Low Flow Cutoff The low flow cutoff is the minimum flow in units of Actual Cubic Feet per second that will still be considered valid for flow measurement If the flow rate falls below this number volume will not be measured Main Rotor The main rotor is the upstream rotor and has a greater Factor Km blade angle to the flow of gas Sense Rotor The sense rotor is the downstream rotor and has a Factor Ks shallower blade angle to the flow of gas Linearization Enable disable use of the linearization table Enabled Disabled Max Meter Flow The maximum meter flow is the maximum flow rale through the meter in units of thousands of actual cubic feet per hour This number is used to calculate the Minimum and maximum flow rate through the meter Expected Average relative adjustment between main and sense rotors Deviation Abar 32 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Deviation Error sets a limit on the diference between the expected Abar Limit and the calculated Abar Factor Current iinearization factor
129. t This read only field shows details of the fixed VO Use AutoAdjust Use yl Single HSC Input button you use a single HSC input or you use Auto Adjust Which requires two HSC inputs To use auto adjust click the Use AutoAdjust and assignments change to show two HSC inputs the label the button then changes to Use Single HSC Input To use single HSC input click the Use Single HSC Input and assignments change to a single HSC the label on the button then changes to Use AutoAdjust 28 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 2 2 6 Ultrasonic Flow Meters UFM If you have one more ultrasonic flow meters click the UFMs link on the top of the I O Usage page to call up the UFM page Communications urme Disabled Disabled Port Pot sdas CE Adder 0 Tre Tre une Disabled Disabled m m ETE etes EI Type UFMS UFMS Disabled Disabled rot Wu ees Eo Type Figure 2 5 Ultrasonic Flow Meter UFM Configuration Configure the following fields for your ultrasonic flow meter Field Description Enabled Disabled Click this bution To enable communication from tis UFM to the MRMSAC Port Tse dropdown meni to speci the ContraWave Micro serial communication port which connects to this UFM Press Enter to save the selection
130. ta entries are valid No Errors will be reported If there is a problem with the fixed data entries a Fixed Data Fail message will be reported as a GC Failure Message and the specific error will be reported here The errors are No Errors Value Out of Range The MRMS IC controller has detected a component out of range One of the components exceeds the out of range limits defined the Component Ranges screen Check Fall Heating value checksum failure Issued May 2012 Configuring Stations and Runs Measurement Tab 3 51 ControlWave MRMS IC Configuration Manual D5140 Scheduled Status The MRMS IC controller calculates the expected heating value based on the mole percent of each gas component It compares the entered heating value with the calculated heating value and if the values are not within x a HtVal Checksum Fail is reported SG Check Specific Gravity checksum failure The MRMS IC controller calculates the expected specific gravity based on the mole percent of each gas component It compares the entered specific gravity with the calculated specific value and if the values are not within x an SG Checksum Fail is reported Value Sum Fail The mole percent of each component is added If the value is not 100 4 some programmable limit the Value Sum failure is reported here If the scheduled data entries are valid No Errors will be re
131. ter run Selecting the Site Stations and Runs Issued May 2012 Configuring Stations and Runs Measurement Tab 33 ControlWave MRMS IC Configuration Manual D5140 3 2 1 Site Configuration Data Tab Site Configuration The Site Configuration Data tab shows basic information about the site Sie Corvigeration Data ww mecum CT Suwssamaes e e E Name RAM Date DOOTFILE Mame BOUTFILE Date Statue nns c 3 o oS Swi HALEDIDOZHEG TAG Sioto aoe 3 Namen menn Nai Present Doe w Ses soie sce Sitt 4AL 6 DIDO ZHSG TAO setis Not Present mm 9 sena 8 Figure 3 3 Site Configuration data tab Field Description Site Name The site refers to the geographical location ar an organizational name associated with this MRMS IC controller You might name the site after the RTU node name or a place Enter a name and press the Enter key to save your entry Sofware Program Name This read only fed shows the name ofthe sofware installed on the RTU Revision This read only field shows the revision of the MRMS IC software running
132. the VO tab 2 19 for Transducers on the I O tab 242 Orifice tab of Status Configuration option from Measurement tab 3 27 Units field for Static Pressure and Flowing Temperature Run Configuration tab of Status Configuration option from Measurement tab 3 18 Upon No Flow Condition Use field Station Configuration tab of Status Configuration option from Measurement tab 344 US Meter Number field Ultrasonic tab of Status Configuration option from Measurement tab 3 35 Use AutoAdjust or Use Single HSC Input button for Analog Input on the l O tab 28 Used Stacked DP Transmitter or Single DP Transmitter only button for Analog Input on the I O tab 26 Value field for Customer Slave signal list grid on the I O tab 2 19 Orifice tab of Stalus Configuration option from Measurement tab 3 27 Value field for Static Pressure and Flowing Temperature Run Configuration tab of Status Configuration option from Measurement tab 3 18 View Audit Log button 3 43 View Storage button in Log 3 42 w When All Disabled Use Fixed button on Current tab on Gas Chromatograph Configuration screen from Measurement tab 3 61 Width field for Floating Point Format dialog box 2 19 x Xmir Type field for Transducers on the I O tab 241 Y Year field for Time Set and Daylight Saving Time screen from tab 2 30 z Zero field in Al Maintenance tab 3 55 Zero field for Analog Input on the VO tab
133. the format DD HH MM SS S Where DD number of days HH number of hours MM number of minutes sss number of seconds resolution of 10ths The maximum time allowed for the maintenance mode auto reset timer is 24 20 31 23 9 24 Days 20 hours 31 minutes 23 9 seconds This is the amount of time the run has been in maintenance mode Remaining Time When Auto Reset is enabled this is the time remaining unti the maintenance mode is automatically reset When Auto Reset is disabled this field remains at 00 00 00 00 0 3 52 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 3 6 4 PVs Tab From this screen you can view individual process variables for each run Y Figure 3 26 Maintenance Mode PVs tab The Live values always show the live value coming into the MRMS IC controller either through an analog input or a multi variable transmitter The In Use values are the values currently in use for measurement Issued May 2012 Configuring Stations and Runs Measurement Tab 353 ControlWave MRMS IC Configuration Manual D5140 3 6 5 Al Maintenance Tab It is possible to put any nalog input into maintenance mode The following items are available on the AI Maintenance Mode Er Y Sa Y Y Y n
134. ther the SCADA Enron Modbus slave interface or any of the other Customer Modbus Slave sessions you will see a Loc Addr Conflict message Modify the Modbus Slave Address as required to resolve the conflict Modbus Slave Address Data Parameters Word Order Choose the data word order to match the data word order used by the Modbus Slave that communicates with this Modbus Master High Word First Click this to specify that the high word is first Low Word First Click this to specify that the low word is first Choose the data byte order to match the data byte order used by the Modbus Slave that communicates with this Modbus Master Issued May 2012 Configuring Inputs and Outputs VO Tab 221 ControlWave MRMS IC Configuration Manual 05140 Field Description High Byte First Low Byte First Bit Order High Bit First Low Bit First Data Size Function Code Click this to specify that the high byte is first Glick this to specify that the low byte is first Choose the data bit order to match the data bit order used by the Modbus Slave that communicates with this Modbus Master it is first in a byte ick this to specify that the higi of data thal the Tow B Wat a By oF data Select the appropriate dala format for Modbus Register data from the drop down menu The available selections are Single Bit Each Register will inc
135. this way the MRMS IC controller determines the custom register map automatically However a Daniel C9 chromatograph register assignments cannot be auto detected ser inthe case where the gas chromatograph does not support either the Daniel Default Mapping or the Daniel Custom Mapping a user defined data map can be configured this option is selected itis then necessary to make the register assignments on the Custom tab See Section 3 7 6 for details on configuring custom European This configuration is rarely used in 2000 North America Most chromatographs deployed in North America support the Daniel 2251 emulation This communication scheme is necessary for the European version of the Encal 2000 chromatograph because not all of the registers required by the Daniel emulation are supported EiPaso This is a Daniel GC with El Paso data Mapping Stream Many chromatograph can support gas streams The gas stream to be collected is specified here Source Choose between gas chromatograph GC or analog input AI fr the source 358 Configuring Stations and Runs Measurement Tab issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Status There are a number of failure conditions that can be reported These failure conditions are either reported by the gas chromatograph or may be derived by the MRMS IC controller The messages are No Errors No er
136. ting MRMS IC from For an IP connection click Start gt Programs gt MRMS IC gt the Start Programs MRMS IC IP tvs Menu For a serial connection clic MRMS 1 Serial tvs Start gt Programs gt MRMS gt Starting IC from From a desktop icon similar to those below or from the an icon MRMS_IC SUPPORT folder double click the IP or serial TVS file depending upon your type of connection 9 9 Figure 1 8 MRMS IC TVS file icons For IP communication see Section 1 4 1 MRMS IC IP Startup For serial communication see Section1 4 2 MRMS IC Serial Startup 1 4 1 MRMS IC IP Startup Note Although you can view data through an IP connection the MRMS IC application only allows configuration changes when you establish a physical serial connection to serial Communication port 1 on the Control Wave Micro Once you start the TVS file for IP operation TechView opens the Runtime Configuration Parameters dialog box Runtime Configuration Parameters How many uns deesthe BTUs eppioaion ay losd suppor Whatie ne P Address ofthe RTU thal yeu ceto connect to Figure 1 9 IP Runtime Parameters 1 Ignore the number of runs this parameter does not apply for 16 Gelling Started Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 MRMS IC Enter the IP address of the ControlWave Micro IP port to which you are connected Click OK Log onto the C
137. tion from Measurement tab 3 38 Turbine tab of Status Configuration option from Measurement tab 3 31 Ultrasonic tab of Status Configuration option from Measurement tab 3 35 Correction Factor field PD tab of Status Configuration option from Measurement tab 3 37 Turbine tab of Status Contiguration option from Measurement tab 3 30 Ultrasonic tab of Status Configuration option from Measurement tab 334 Correction Factor Pulse Second field PD tab of Status Configuration option from Measurement tab 3 38 Turbine tab of Status Contiguration option from Measurement tab 3 30 on Ultrasonic tab of Status Configuration option from Measurement tab 3 35 Counts field for High Speed Counters on the tab2 8 PD tab of Status Configuration option from Measurement tab 3 38 Sampler screen 43 Turbine tab of Status Contiguration option from Measurement tab 3 30 Ultrasonic tab of Status Configuration option from Measurement tab 3 35 Create File field in Data Storage Parameters dialog box3 44 Current PC Date and Time field for Time Set and Daylight Saving Time screen from tab 2 30 Current Rate field Orifice tab of Status Configuration option from Measurement tab 327 Current RTU Date and Time field for Time Set and Daylight Saving Time screen from I O tab 230 Current Status field for Transducers on the tab 241 D Data Delimiter field in Data Storage Par
138. to set this on a per run basis Use the drop down menu to select the calculation you want MRMS IC to use for compressibility and press the Enter key to save your selection Choices include SG CO2 he MRMS IC application performs alculations using inputs of relative ensity specific gravity or SG and mole fractions of nitrogen 2 Issued May 2012 Configuring Stations and Runs Measurement Tab 818 ControlWave MRMS IC Configuration Manual D5140 Calculations Uses land carbon dioxide 50 2 MRMS IC application performs calculations using inputs of the heating value HV the relative density specific gravity or SG and the mole fraction of carbon dioxide 1002 Note MRMS IC ignores the method setting for calculations other than AGAS Gross This setting determines whether the MRMS IC application uses In Use or Fixed gas chromatograph data if the gas chromatograph GC fails A GC failure could include a communication failure range problem and so on Click the Fixed Scheduled button to use fixed data during GC failure or the GC button to use in use GC data during a GC failure Averaging Averaging Method Use the drop down menu to select the averaging method you want MRMS IC to use and press the Enter key to save your selection Upon Flow Failure Use This setting determines whether the MRMS IC applic
139. try check box is marked it is possible to enter the Scheduled and Fixed data locally When is it not marked this data may only be downloaded via the SCADA Host using either the Enron MODBUS or BSAP protocols itis possible io load gas component data to the MRMS IC controller and then schedule when this data will become the in use data Scheduled data is written to the fixed data at the scheduled time To enable this feature toggle the Scheduled Data Disabled Enabled button The scheduled dala and the Date and Time for the scheduled data to be used may be downloaded the SCADA Host using either the Enron MODBUS BSAP protocols The dala may also be entered locally if the Allow Local Entry check box is marked The Scheduled Data appears when you click this box When the Allow Local Entry box is marked this data may be entered locally Otherwise the data only be downloaded via the SCADA Host By default these values are 0 0 This data will be moved to the In Use data column at the date and time specified in the Scheduled Data Date and Time fields Format for Date is MMDD format for Time is hhmm The data retrieved from the gas chromatograph appears as shown When there are no errors from the chromatograph this data will reflect the most recent data polled from the gas chromatograph If there are errors from the chromatograph this data will represent the last good data retriev
140. ut 334 Configuring Stations and Runs Measurement Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 Pulse Counter Input Override Live Frequency Hz Correction Factor Pulse Second Used Corrected Flow Rate Energy Rate Uncorrected The user may override the measurement values in use by selecting Override instead of Live When Live is selected the Value will be driven by the appropriate high speed counter input value Note the action of changing from Live to Override or Override to Live is entered in the Audit trail When in Override any changes made to the Value are entered in the Audit Trail Note This override is done at the Run Measurement level not at the VO level Because of this care needs to be taken when overriding runs configured for bidirectional measurement because the logic overriding the measurement values occurs after the logic for routing the measurement inputs to the proper run When Override is selected the user may enter the desired value for the frequency to be used This is the correction factor calculated by the AGA 7 equation This correction factor multiplied by the frequency will provide the corrected flow rate The AGA 7 calculation requires the K factor to be input in units of Cubic Feet Pulse The Used value always represents the factor in the units of Cubic Feet Pulse The current corrected flow energy rate and
141. ys ea Point is On Pontis location of WHEN physical 3 Discrete Inputs connections for PNT INV Live Assignment an VO point p User DIT when you hover es the cursor over ele 2 Ultrasonic 1 DATA not Valid the PNT er ee elo 10 5 gt 4 _ Figure 2 4 Connection Points for Physical Notes MRMS IC application only uses Mixed modules Depending upon your particular configuration you might not use all the inputs or outputs in a particular meter run or station If you have that comes from an ultrasonic flow meter or a multi variable transmitter that communicates with the MRMS IC through a communication port instead of an module you configure it from the UFM or Transducer pages discussed later in this chapter To return to the Usage page from any page underneath it the Go Back link 24 Configuring Inputs and Outputs VO Tab Issued May 2012 ControlWave MRMS IC Configuration Manual D5140 2 2 1 Discrete Inputs 01 Discrete inputs DIs include the following fields Field Description PNT This reacronly fel displays he VO point number INV you etek tis box fora given 10 point so that is displayed MRMS IC inverts the real lve field value and uses the inverted value as the process value For example if the Live value of discrete I O point 5 is OFF and INV is selected for that point PV is set ON and that
142. yte First Low Byte First Bit Order High Bit First Low Bit First Data Size order used by the Modbus Master That communicates with this Modbus Slave Glick this to specify that the low byte is first Choose the data bit order to match the data bit order used by the Modbus Master that communicates with this Modbus Slave Glick this to specify that the high bit is first Glick this to specify that the low bit is first Select the appropriate data format for Modbus Register data from the drop down menu The available selections are Single Bit Each Register will include a single bit Byte Data Each Register will include a single byte 16 Bit Integer Each Register will include a single 16 bit integer 32 Bit Int 1 Reg Cnt Each Register will Include a 32 bit double integer 32 Bit Float 1 Reg Cnt Each Register will Include 32 bit floating point number 32 Bit Int 2 Reg Cnt2 Adr 2 Two registers will be used for each 32 bit double integer The MODBUS Master must two registers for each 32 bit integer 32 Float 2 Reg Cnt 2 Adr 2 Two registers will be used for each 32 bit floating point number The MODBUS Master must poll two registers for each 32 bit number 32 Bit Int 2 Reg Cnt 2 Adr t Two registers will be used for each 32 bit double integer The MODBUS Master must poll a single register for each 32 bit integer 32 Bit F

ControlWave MRMS-IC Configuration Manual (D5140)

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