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User Manual - Applied Control

1. Brn seves _Awosean B uveo one Figure 24 Differential Meters GOST tab 2 Review the values in the following fields Field Description GOST Selects the GOST flow calculation for the meter run Note If you select this check box the program automatically resets the Units to Metric Fluid Type to Natural Gas and Meter Type to Annubar Type 1 if you have not already selected a valid Annubar option as a Meter Type Pipe Coefficient A B Sets for each pipe choice the coefficient value required for corrections to pipe c Probe Coefficient A B C Pipe Diameter Temp Probe Diameter Temp diameter in accordance with the GOST 8 563 1 standard Sets for each probe choice the coefficient value required for corrections to probe diameter in accordance with the GOST 8 563 1 standard This read only field shows the corrected pipe diameter for temperature at flowing conditions calculated according to the GOST 8 563 1 standard This read only field shows the corrected Annubar probe orifice diameter for temperature at flowing conditions calculated according to the GOST 8 563 1 standard 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 4 to define parameters for linear meters 28 Rev Jan 09 Expanded Calculation Set User Manual 3 4 Linear Meters Screen Use this screen and its tabs to specify a broad range of meter specific parameters fo
2. 1 Review the values in the following fields Field Description Diff Meter Indicates the current differential meter Click to display additional differential meters for this screen Tag Provides a short description up to 10 alphanumeric characters forthe 7 selected differential meter Station Indicates the station associated with this differential meter Click to display all valid selections Meter Description Provides a user defined description of up to 30 alphanumeric characters to further identify the selected differential meter Meter Type Sets the physical type of differential meter installed Click to display all valid selections The default value is Flange Tapped Orifice Note For Venturi ASME MFC 3m 1989 meters you must define a coefficient of discharge For generic Annubar meters you must define the probe width and the flow coefficient For V Cone meters you must define a flow coefficient Pipe Internal Defines the internal diameter of the meter pipe Diameter 20 Rev Jan 09 Field Expanded Calculation Set User Manual Description Diameter Low Flow Cutoff Flow Discharge Active Alarms Defines the measured diameter of the meter selected in the Meter Type field Ifthe Meter Type is Flange Tapped Orifice this value indicates the measured diameter of the orifice Ifthe Meter Type is Venturi this value indicates the internal diameter of the throat section of th
3. 2 INSTALLATION 2 1 Installing the License Key 2 1 1 Verifying the License Key 2 2 Downloading the ExpandedCalc tar Program aro lo 3 CONFIGURATION 9 3 1 Device Information Screen 3 2 Station Screen 3 2 1 Station General Tab 3 2 2 Station Gas Quality Tab 3 2 3 Station Advanced Tab 3 2 4 Station Alarms Tab 3 3 Differential Meters Screen 3 3 1 Differential Meters General Tal 3 3 2 Differential Meters Inputs Tab 3 3 3 Differential Meters Advanced Tab 3 3 4 Differential Meters Alarms Tab 3 3 5 Differential Meters Calibration Factors Tab 3 3 6 Differential Meters GOST Tab 3 4 Linear Meters Screen 3 4 1 Linear Meters 3 4 2 Linear Meters Inputs Tab 3 4 3 Linear Meters Advanced Tab 3 4 4 Linear Meters Alarms Tab 3 4 5 Linear Meters Calibration Factors Tab 3 4 6 Linear Meters Mass Meter Press Effect Tab 3 5 Saving the Configuration 4 REFERENCE MATERIALS 41 4 1 Point Type 60 Differential Meter Configuration 4 2 Point Type 61 Station Configuration 4 3 Point Type 62 Linear Meter Configuration Rev Jan 09 iii Expanded Calculation Set User Manual This page is intentionally left blank iv Rev Jan 09 Expanded Calculation Set User Manual 1 INTRODUCTION 1 1 Scope and Organization This document serves as the user manual for the Expanded Calculation Set program QER 06Q018
4. Swee eat Torase Nawal irt Sereda AvoSeor E uras Oo Figure 27 Linear Meters Inputs Tab 2 Review the values in the following fields Field Description Uncorrected Volume Assigns the point type logical and parameter TLP of the uncorrected or gross volume volume at flowing pressure and temperature through the meter Click to display the Select TLP screen and define your TLP selection If you select Undefined for the uncorrected volume input you can enter a value for the uncorrected volume flow rate Otherwise the program displays the value for the currently selected input Note This field displays only if you selected Volume as the Meter Type on the General Tab Mass Assigns the point type logical and parameter TLP of the value of the mass flow through the meter Click to display the Select TLP screen and define your TLP selection If you select Undefined for the mass input you can enter a value for the mass flow rate Otherwise the program displays the value for the currently selected input Note This field displays only if you selected Mass as the Meter Type on the General Tab Rev Jan 09 31 Expanded Calculation Set User Manual 32 Field Description Static Pressure Temperature Assigns the point type logical and parameter TLP of the value of the pressure of the fluid in the line Click to display the Select TLP screen and define
5. the program adjusts all components proportionally to their original values to force the total mole percentage to 100 Indicates the conditions assumed for the entered heating value Valid values are Dry heating value represents the gas without a water component Wet heating value represents the gas saturated with water at the flowing pressure and temperature or As Deliv heating value represents the gas in the state as delivered to the customer Indicates the heat of combustion of the fluid 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 2 3 to define advanced parameters for stations Rev Jan 09 15 Expanded Calculation Set User Manual 3 2 3 Station Advanced Tab Use this tab to set up parameters for stations 1 Select the Advanced tab on the Station screen Remote Oprins Cntrir BOC covlore Meter Uses Toos Mrdov do R T AH EEEE Tas Baten om Sine eit ver Dee i gt e San Tsat Gerni Gas Guay p Ponen Tabulo eiee owas Dinan IEE1 ao m w foo w reach ste C akame Ere a teat Gi LG ies Ls thee sts ee Condire Base Presun 1165 Bae Teronaue ET Bas Dereiv Cabaite C soD Xene asin been an Men ax 100 Laus m 2 ea be SED Mie Bn seeds AuoScan E unas Figure 16 Station Advanced tab 2 Review the values in the following fields Field Description Property
6. vam neers Pesan a fio ire Sakre aul OD 4 Temere al a Stokoe OP Enath T Died Law DP Low DP Soe Hy DP sai Ba saws Anosesn Beas che Figure 20 Differential Meters Inputs tab 2 Review the values in the following fields Field Description Differential Pressure Assigns the point type logical and parameter TLP of the differential pressure value across the meter or high differential pressure if you enabled Stacked DP Click to display the Select TLP screen and define your TLP selection Note If you select Undefined for the I O Definition you can enter a value for the differential pressure Otherwise the program displays the value for the currently selected input Static Pressure Assigns the point type logical and parameter TLP of the pressure of the fluid in the line either upstream or downstream See the descriptions for Pressure Tap selections on the Advanced tab Click to display the Select TLP screen and define your TLP selection Note If you select Undefined for the I O Definition you can enter a value for the static pressure Otherwise the program displays the value for the currently selected input 22 Rev Jan 09 Expanded Calculation Set User Manual Field Description Temperature Assigns the point type logical and parameter TLP for the temperature of the fluid in the line Click to display the Select TLP screen and define your TLP selectio
7. 60 Differential Meter Configuration 61 Station Configuration 62 Linear Meter Configuration Rev Jan 09 41 4 1 Point Type 60 Differential Meter Configuration Expanded Calculation Set User Manual Point type 60 is associated with differential orifice meter types The program maintains one logical point for each active differential meter and saves point type 60 information to internal configuration memory Parm ri Name Access Program or User Update Data Type Length Range Default Version Description of functionality and meaning of values o Tag ID 1 Viscosity Option 2 Specific Heat Option 3 Flowing Density Option 42 R O RW RW RW System User User User STRING UINT8 UINT8 UINT8 10 1 1 0x20 gt 0x7E for each ASCII Character Orifice X where X is the meter number 1 00 1 00 1 00 1 00 Identifies the specific differential meter run This parameter is copied to the associated orifice meter point 113 x 0 Selection to determine the viscosity of the fluid 0 User Entered Use default value for fluid selected 2 Calculate from fluid type pressure and temperature Selection to determine the specific heat ratio User Entered Use default value for the fluid selected 2 Calculate from fluid type pressure and temperature Selection to determine the density of the fluid at flowing con
8. Calculation Units Base Conditions Atmospheric Pressure Data 16 Indicates the supercompressibility property calculation associated with this station Note Generally the fluid type automatically determines the property calculation as NIST 23 For air the only valid property calculation is Detailed AGA8 For natural gas however you can select Detailed AGA8 Gross 1 AGA8 or Gross 2 AGA8 Sets the engineering units the program uses US is the default value Sets values for the pressure temperature and density the program uses to calculate the net or corrected volume For Base Density if you select Enter provide a value in lb ft at the specified base pressure and temperature in the associated field If you select Calculate the program displays the calculated base density value in the associated field Indicates how the program calculates atmospheric pressure Valid values are Calculate calculate value from elevation or Enter use the value provided Note If you select Enter you must also provide a value in the associated field Sets values for the meter site s elevation above sea level and latitude in degrees of latitude Rev Jan 09 Expanded Calculation Set User Manual Field Description Local Gravitational Sets whether the program uses an entered value or calculates the local Acceleration gravitational acceleration If you select Enter provide the value in the associated fi
9. ExpandedCalc tar Program This section provides instructions for installing the ExpandedCalcs tar program file into the Flash memory on the ROC800 To download the program using ROCLINK 800 software 1 Select any empty program number into which to download the program User Program Administrator Device User Program Envionmart Used ee SRAM aM 19676 DRAM 90112 2043904 FLASH 15872 S869712 Liar Vesian 252 User Progansirstaledin Device Name orn No Progam a NoProgan Version Libran Version Na Progam palier Created DRAM Used 0 NoProgen Honde 0 FLASH Used 0 Norman Enty Pe Dinis Restat Coue T Download User Pragiam Fie I brome Figure 4 User Program Administrator 2 Click Browse in the Download User Program File frame The Select User Program File screen displays see Figure 5 3 Select the path and user program file to download from the CD ROM Program files are typically located in the Program Files folder on the CD ROM As Figure 5 shows the screen lists all valid user program files with the TAR extension Rev Jan 09 5 Expanded Calculation Set User Manual Select User Program File NyCowuler Fie pare aa Resot poe Ermas J iser ogena Cofeh aes J Figure 5 Select User Program File 4 Click Open to select the program file The User Program Administrator screen displays As shown in Figure 6 note that the Download User Program File frame
10. Figure 30 Linear Meters Calibration Factors tab 2 Review the values in the following fields Field Description Deadweight Sets the option the program uses to correct the flow rate for calibration errors Gravitational resulting from a deadweight test to calibrate static pressure performed at a Correction location with a gravitational acceleration that differs from that during calibration of the deadweight set Enter a value for the gravitational acceleration at the location where the deadweight set was calibrated User Correction Sets a flow factor value the system multiplies by the flow equation to correct for Factor calibration errors from other calibration equipment You can also use this factor for special user applications 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 4 6 to define mass meter pressure effect parameters for the linear meters 36 Rev Jan 09 Expanded Calculation Set User Manual 3 4 6 Linear Meters Mass Meter Press Effect Tab Use this tab to set up options for mass meter pressure effects for linear meters Note If you select Volume as the Meter Type on the Linear Meters screen s General tab this tab is unavailable for entry 1 Select the Mass Meter Press Effect tab on the Linear Meters screen S KOCLINK B00 Linear Meters Remete Opts Cerir CEECEE ocd DES Meee Hw Reet COoR ar e e a S tug ube Se suing ened te Adoncas
11. day of production clears today s accumulators and logs data to the Daily History database 0 represents midnight on a 24 hour clock Note Ensure that this value is correct for your organization Changing this value directly affects the contract hour in the history segment configuration Calculation Standard Indicates the standard the program uses for calculations The default value is Gas AGA3 92 AGA7 96 AGA11 2003 Fluid Type Sets the fluid the station handles Click to display all valid selections The default value is Natural Gas Station Values These display only fields show the current values defined for various station parameters 12 Rev Jan 09 Expanded Calculation Set User Manual Field Description Active Alarms This display only field shows any flow alarms currently active 2 Click Apply to save any changes you have made to this screen 3 Proceed to Section 3 2 2 to define gas quality parameters for the station Rev Jan 09 13 Expanded Calculation Set User Manual 3 2 2 Station Gas Quality Tab Use this tab to set up specifics of gas quality for a station 1 Select the Gas Quality tab on the Station screen ote Oprtns Cate BOC covlore Meter Uses Toos ndov Hado B S RtH Pes ODER He ew Sart Tas Bant Gerua E Comat C Le Naha dct ata Hess Told Futon Dy C Wal C de Deiv fio wma Bra seeds _Anosoan E unas Figure 15 Station Gas Quali
12. of Emerson Electric Co doing business as Remote Automation Solutions RAS a division of Emerson Process Management FloBoss ROCLINK Bristol Bristol Babcock ControiWave TeleFlow and Helicoid are trademarks of RAS AMS PlantWeb and the PlantWeb logo are marks of Emerson Electric Co The Emerson logo is a trademark and service mark of the Emerson Electric Co All other trademarks are 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 or services described herein or their use or applicability RAS reserves the right to modify or improve the designs or specifications of such products at any time without notice All sales are governed by RAS terms and conditions which are available upon request RAS does not assume responsibilty for the selection use or maintenance of any product Responsibility for proper selection use and maintenance of any RAS product remains solely with the purchaser and end user 2006 2009 Remote Automation Solutions division of Emerson Process Management All rights reserved ii Rev Jan 09 Expanded Calculation Set User Manual Contents Page 1 INTRODUCTION 1 1 4 Scope and Organization 1 2 Product Overview 1 3 Program Requirements 1 3 1 License Keys piv
13. to Figure 2 7 Replace the CPU faceplate 8 Replace the screws on the CPU faceplate 9 Replace the wire channel cover 10 Restore power to the ROC800 Rev Jan 09 3 Expanded Calculation Set User Manual 2 1 1 Verifying the License Key Installation After you install the license key you can verify whether the ROC800 recognizes the key From the ROCLINK 800 screen select Utilities gt License Key Administrator The License Key Administrator screen displays License Key Nun Appleatin Name Provider Ware App Code Version Avantis Available Psion Tine Coated 1 aa are Emerson FD e o00 1 Of Exton 19 13 2002 D20411 4 Expanded Cale Emerson CD elno 1 No Expiraton 07 12 2005 10 1023 N Leann kat Buen Nee Nun Appleaton Name Provider Nare AppOade Veision Quant Avaiatle Exiaion Tine Coated aeiiae X carcer Figure 3 License Key Administrator The Expanded Calc program appears in the Application Name column For further information on the License Key Administrator screen refer to the ROCLINK 800 Configuration Software User Manual Form A6121 Note The value in the App Code field on this screen indicates the total number of stream licenses available on this ROC800 After you verify that the license key is correctly installed and recognized proceed to Section 2 2 Rev Jan 09 Expanded Calculation Set User Manual 2 2 Downloading the
14. which is intended for use in the ROC800 Series Remote Operations Controllers ROC800s This manual describes how to download install and configure the Expanded Calculation Set user program referred to as the Expanded Calcs program or the program throughout the rest of this manual You access and configure this program using ROCLINK 800 Configuration Software loaded on an IBM compatible personal computer running 2000 with Service Pack 2 XP or Vista The sections in this manual provide information in a sequence appropriate for first time users Once you become familiar with the procedures and the software the manual becomes a reference tool This manual has the following major sections Section 1 Introduction Section 2 Installation Section 3 Configuration Section 4 Reference This manual assumes that you are familiar with the ROC800s and their configuration For more information refer to the following manuals ROC809 Remote Operations Controller Instruction Manual Form A6116 ROC827 Remote Operations Controller Instruction Manual Form A6175 ROCLINK 800 Configuration Software User Manual Form A6121 1 2 Product Overview The Expanded Calculation Set program enables a ROC800 to calculate the density viscosity and specific heat ratio of various pure fluids based on the National Institute of Standards and Technology Standard Reference Database 23 NIST 23 The program then c
15. 48 Libar Version 252 User Progans Irstaledin Device Name Enere T 3 No Pogan Vason 1 01 litte Version 241 Cinnte eses 017182009 122512 DRAM Used 290816 E NoPregan Hande 1 FLASH Used 04521 7 No pogan Pe 02E Pogan Dino 1 2 3 Resta Counter 7 sis sat Ste au frome Reset Courier Download User Program Fie E Foran Fies Eipardedtab ar brome Download Stat Dowrioad PLUNGE Obes Figure 9 User Program Administrator Rev Jan 09 7 Expanded Calculation Set User Manual 8 Click Close The ROCLINK 800 screen displays and the download is complete sa ROCLINK 500 On Line See Bi ver BOC Gevfgve Meer ines Teds rdw le B S Pele KO ER He ew Uer Pogam 5B vee Figure 10 ROCLINK 800 8 Rev Jan 09 Expanded Calculation Set User Manual 3 CONFIGURATION After you have loaded the Expanded Cales program on the ROC800 you configure the program using one ROCLINK 800 screen Device Information and three program specific screens Station Differential Meters and Linear Meters Use the Points tab on the ROCLINK 800 Device Information screen ROC gt Information to configure the number of active orifice differential meters and the number of active linear turbine including the Coriolis mass meters Use the Station screen to select the calculation standard and specify the fluid being measured or the percentage of various components in the fluid
16. Cntstr Et ven Boc covfove Meer Lier Teds Wedo tele oe B S MEAL NH Ree ODRR ag ew Dil Metar T Dit J Tag Dicet Steir Staion Ej Bemal nate AANER some cate fet sos pienui Posnania Poso ls stares sioa She Ste C Bam Upea Je Hore Monel absebie Domate Patona et Tene een oot feng bout Vicon Specio Hos Rain C Ene C Er T e pe Bra sews Auosesn Beas chee Figure 21 Differential Meters Advanced tab 2 Review the values in the following fields Field Description Meter Material Indicates the meter s construction material Meter Ref Temp Sets the temperature at which the meter s dimension orifice diameter throat diameter probe width or V Cone diameter was measured Pipe Material Indicates the meter tube s construction material Pipe Ref Temp Sets the temperature at which the pipe s internal diameter was measured Pressure Tap Identifies the location of the static pressure tap and the type of static input Select Upstream or Downstream to indicate the physical location of the pressure tap relative to the meter Select Gauge if the static pressure transmitter produces a pressure relative to atmospheric pressure or select Absolute if the transmitter produces a pressure relative to a vacuum 24 Rev Jan 09 Field Expanded Calculation Set User Manual Description Viscosity Flowing Density Sets whether the program uses an ent
17. Note Each AGA 3 7 8 license key accommodates a maximum of six meter runs You can define any combination of active orifice meter runs and active turbine meter runs as long as the sum of the two does not exceed the maximum of 6 runs Provided you have a maximum of two AGA 3 7 8 license keys installed the system can support a total of 12 runs Field Description Orifice Indicates the number of active orifice differential meters Turbine Indicates the number of active turbine linear meters Click Apply to save your changes Click OK to close the screen Proceed to Section 3 2 to configure station values Rev Jan 09 Expanded Calculation Set User Manual 3 2 Station Screen Use this screen and its tabs to specify a broad range of station specific parameters To access this screen 1 From the Directory Tree select User Program gt Program 1 ExpandedCale gt Display 1 Station 2 Double click 1 Station 1 The Station screen displays showing the General tab A ROCLINK BOD Station Remote Oprtns Corie Ee Bit Sey BOC Coge upie iter Doe urde PP De RASS SRE Se WN Pe CURE uP N San Maam I Tag Sant ere Gas Quni avances alams HitoySeanen Eene z Comeon JE E eesosnscxacacan aa o E rerata ero a are tips easier sean serena He ea ere ee Satna mwas ET iy ma repre IT lady Ze Mae fale E Baal awn BO een ErewTote Mo Erara Yost bests aT asd fe Ert Sevede AdoSean E Le
18. Remote Automation Solutions Expanded Calculation Set Program For ROC800 Series Remote Operations Controllers User Manual QER 06Q018 Form A6203 January 2009 EMERSON Expanded Calculation Set User Manual Revision Tracking Sheet January 2009 This manual may be revised periodically to incorporate new or updated information The revision date of each page appears at the bottom of the page opposite the page number A change in revision date to any page also changes the date of the manual that appears on the front cover Listed below is the revision date of each page if applicable Page Revision All pages Jan 09 Initial release Sep 06 NOTICE Remote Automation Solutions RAS division of Emerson Process Management shall not be liable for technical or editorial errors in this manual or omissions from this manual RAS MAKES NO WARRANTIES EXPRESSED OR IMPLIED INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE WITH RESPECT TO THIS MANUAL AND IN NO EVENT SHALL RAS 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 PARTIES Bristol Inc Bristol Canada BBI SA de CV and Emerson Process Management Ltd Remote Automation Solutions division UK are wholly owned subsidiaries
19. Use the Differential Meters screen to select the type of meter and to specify meter specific parameters for supported differential meters orifice Venturi Annubar or V Cone Use the Linear Meters screen to select either a volume or mass input and to specify meter specific parameters for supported linear meter runs turbine PD meter ultrasonic or Coriolis To configure the program after logging onto ROCLINK 800 and successfully installing the program and license key proceed through the program screens as shown in this section You can access all the program specific screens from the main ROCLINK 800 screen ROCLINK B00 On Line Comt ROCBOD Remote Oprtns Chir BAC covfore Meter Uses Toos Andov Hao MAL AK Fa COAT he ow eo Bech doe eee EB User Diephay Figure 11 ROCLINK 800 Rev Jan 09 9 Expanded Calculation Set User Manual 3 1 Device Information Screen Use this screen to set the active number of meters To access this screen 1 Select ROC gt Information from the ROCLINK menu bar The Device Information screen displays 2 Select the Points tab Device Information General Internet Points Other Information System Configuration Module infomation Maimun Active Meter Runs 6 Orlice Turbine Update W ok X Cancet Figure 12 Device Information Points tab Review and change as necessary the values in the following fields
20. anded Calcs version 1 1 program is compatible with version 2 13 or greater of the ROC800 Series firmware and with version 1 83 or greater of the ROCLINK 800 software Program specifics include Target User Defined Flash Used SRAMUsed DRAM ROCLINK Display File Name Univ est Derined i Pask is Used n ROCLINK Disple veen POint UDP nbytes nbytes Sn ersion Number ExpandedCalc tar C890 60 61 62 84 621 924 290 816 1 83 1 2 3 Note You must connect a PC to the ROC800 s LOI port before starting the download For information on viewing the memory allocation of user programs refer to the ROCLINK 800 Configuration Software User Manual Form A6121 1 3 1 License Keys License keys when matched with valid license codes grant access to applications such as the Expanded Calcs program The term license key refers to the physical piece of hardware that can contain up to seven different licenses refer to Figure 1 Each ROC800 can have none one or two license keys installed If you remove a license key after enabling an application the firmware disables the task from running This prevents unauthorized execution of protected applications in a ROC800 J1 Ems Ae Figure 1 License Key You must install the following license keys to use the Expanded Calculation Set program Expanded Calculation Set License Key AGA_3 7 8 License Key not included in this program 2 Re
21. anual Program Parm Name Access or User Data Length Range Default Version Description of functionality Update Type and meaning of values 9 Probe Coeff A RW User Float OE TERS o A Ces GOST PIOS 10 Probe Coeff B RW User Float a Anyam TERIS o 5 6 Roe AOST Proe 1 Probe Coeff C RW User Float aL Ava ies o tigd Peer RIE Any valid IEEE 754 Indicates GOST calculated 12 Pipe Temp HO Program Float 3 float 2 1 00 pipe diameter in millimeters Any valid IEEE 754 Indicates GOST calculated 3 Probe Temp uO Tina Eleat a float x 1 00 probe diameter in millimeters Indicates what engineering units the process variables inputs and calculation should 14 Units RW User UINT8 1 0 gt 1 o 1100 a e A T 112 x 4 English Units Metric Units 15 Station Number RW User UINT8 1 ost o 1 00 EEE wih 16 Viscosity RW Both Float 4 gt 0 6 9x10 4 00 __ Indicates the viscosity of the fluid 44 Rev Jan 09 4 2 Point Type 61 Station Configuration Expanded Calculation Set User Manual Point type 61 is the point associated with station configuration information The program maintains one logical point for each active station and saves point type 61 information to internal configuration memory Parm ri Name Access Program or User Update Data Type Length Range Default Version Description of functionality and meaning of values o Tag ID 1 Fluid Type R O RW System User STRING UINT8 10 1 0
22. ay or Tonnes Day for Mass Day SCF Hr or m Hr for Volume Hour or Lb Hr or Kg Hr for Mass Hour Low Alarm Sets the value that flow must fall below before the program generates a low alarm Define units using the Alarming field MSCF Day or kM Day for Volume Day MLb Day or Tonnes Day for Mass Day SCF Hr or m Hr for Volume Hour or Lb Hr or Kg Hr for Mass Hour Alarm Deadband Sets alarm limits in which the flow must fall within before the program clears an existing alarm Define units using the Alarming field MSCF Day or kM Day for Volume Day MLb Day or Tonnes Day for Mass Day SCF Hr or m Hr for Volume Hour or Lb Hr or Kg Hr for Mass Hour SRBX Sets whether the program generates a spontaneous report by exception SRBX message when a flow alarm for this meter is set and or cleared 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 4 5 to define calibration factors for the linear meters Rev Jan 09 35 Expanded Calculation Set User Manual 3 4 5 Linear Meters Calibration Factors Tab Use this tab to set up calibration factors for linear meters 1 Select the Calibration Factors tab on the Linear Meters screen fade to WH it 2 ODO S he ow tog faret Sam fowm gt evel irus avance avame ETA JE Mas Meter Press Fite Dent Brasta Crete T Sieis Piesaire Canais Brav doe ae wee lee CoreienFaeer TT Bia Saves Avosoan lund Coie
23. dis Clore 2 Figure 13 Station General tab Note The Station screen like the Differential Meters and Linear Meters screens has a tab format Sections 3 2 1 through 3 2 4 discuss the requirements for each tab on the Station screen Rev Jan 09 1 Expanded Calculation Set User Manual 3 2 1 Station General Tab Use this tab which displays when you access the Station screen to provide general information about the station TEn Yer BoC covfove Meer Lifter Toos Nedon tele Dea els MEAT WH Onn san an st Tas Bant Geral Gas Quei Acroncea tomes Haowssment amean CortatHar 0 Cale Sand tye ieuan 1 Bot A Asc 203 F 2 ec estes aon usom gt ew aonb ite in Usa soir sene 1235150107801569 Sante nena ton Portae ET knit Ze jos Emana EO ney Masha ED Tanrasttay Bas Dern Revel fig Few oda Enets EDS Clee Erem eee Maatee ED Tere Neosat sve svwsoar I uvas Figure 14 Station General tab 1 Review the values in the following fields Field Description Station Indicates the current station Click to display additional stations for this screen Tag Provides a short description up to 10 alphanumeric characters for the selected station tory Segment Indicates the segment in the historical database in which the program stores history points for meters in this station Contract Hour Indicates the hour at which the system totals values for a single
24. ditions 0 User Entered Rev Jan 09 Parm Name Access Program or User Update Data Type Length Range Expanded Calculation Set User Manual Default Version Description of functionality and meaning of values Rev Jan 09 Differential Meter Type GOST option Pipe Coeff A Pipe Coeff B Pipe Coeff RW RW RW RW RW User User User User User UINT8 UINT8 Float Float Float 1 0 6 10 gt 25 1 0 gt 1 Any valid IEEE 754 float Any valid IEEE 754 float Any valid IEEE 754 float o 1 00 o 1 00 o 1 00 o 1 00 o 1 00 Selection for the type of differential meter 0 Flange Orifice 6 Venturi 10 Annubar 485 Type 1 11 Annubar 485 Type 2 12 Annubar 485 Type 3 13 Annubar Diamond Type 10 14 Annubar Diamond Type 15 16 15 Annubar Diamond Type 25 26 16 Annubar Diamond Type 35 36 17 Annubar Diamond Type 45 46 18 Annubar Diamond Type 19 Annubar Diamond Type 15 16 20 Annubar Diamond Type 25 26 21 Annubar Diamond Type 35 36 22 Annubar Diamond Type 45 46 23 Annubar Streamline Type 43 44 24 Annubar Other Enter d and K 25 V cone Indicates the GOST calculations to be used with this meter as opposed to AGA 0 Provides GOST Pipe Coefficient A Provides GOST Pipe Coefficient B Provides GOST Pipe Coefficient C 43 Expanded Calculation Set User M
25. e meter Ifthe Meter Type is Annubar this value indicates the width of the Annubar probe The program sets probe width for all other types of Annubar meters Ifthe Meter Type is V Cone this value indicates the internal diameter of the V Cone meter Note This field s label changes based on the meter type selected i Sets the minimum value of differential pressure DP the program considers as a valid flow If the DP falls below this value the program sets all flow values to zero Displays the calculated flow or discharge coefficient for flange tapped orifice meters and defined Annubar meter types For Venturi Annubar other and V Cone meters enter the value of the flow or discharge coefficient provided with the meter calibration sheet supplied with the meter This display only field shows any flow alarms currently active 2 Click Apply to save any changes you have made to this screen 3 Proceed to Section 3 3 2 to define inputs for differential meters Rev Jan 09 21 Expanded Calculation Set User Manual 3 3 2 Differential Meters Inputs Tab Use this tab to set up values for differential pressure static pressure and temperature 1 Select the Inputs tab on the Differential Meters screen A ROCLINK B00 Differential Meters Remote Oprtns Cott BOC covfare Meter Ues Toos Mdo Hado B S RETINE Pes ODER He ew D Meta T Doest Tag owce Sistine Staion E Berma platens Alame Calbstn Ferta sos
26. eld If you select Calculate the program calculates the local gravitational acceleration from the site elevation and latitude entered on the Advanced tab Heavy Gas Assigns the mole percentages of the composite heavy gas mole percentage Distribution C6 usually referred to as hexane or C6 the program assigns to hexane heptane octane nonane and decane The percentages must add to 100 If the Total of the distribution among the five heavier components is less than 100 the program increases the values for decane first then nonane octane heptane and hexane until the total equals 100 Similarly if the Total is more than 100 the program reduces the values for decane nonane octane heptane and hexane until the total equals 100 Note These adjustments do not display on the screen 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 2 4 to define alarms for stations Rev Jan 09 17 Expanded Calculation Set User Manual 3 2 4 Station Alarms Tab Use this tab to set up alarms and spontaneous report by exception SRBX messages 1 Select the Alarms tab on the Station screen iit tas R T AHA Pe COTS Ha ew E Tox ami Sere Gas oust aera Al Amen Vere Dap Amonas Da I onda st T Onam Dear Hindar Alam Dex Bra seeds AuoScan E unas Figure 17 Station Alarms tab 2 Review the values in the following fields Fie
27. ered value for the fluid s viscosity uses a default viscosity for the selected fluid or calculates at flowing temperature and pressure a viscosity value for the selected fluid If you select Enter provide a value in centipoise in the associated field Note Calculate is an option only if you have selected either Natural Gas or Air as a Fluid Type on the Station screen s General tab Also a program default is to display viscosity in cP unless you have selected Natural Gas as the Fluid Type and US as the Units Sets whether the program uses an entered value for the fluid s specific heat ratio uses a default specific heat ratio for the selected fluid or calculates at flowing temperature and pressure a specific heat ratio value for the selected fluid If you select Enter provide a value in the associated field Note If you select either Calculate or Use Default the program displays the specific heat ratio value in the associated field Calculate is an option only if you have selected either Natural Gas or Air as a Fluid Type on the Station screen s General tab Sets values for density at the flowing pressure and temperature If you select Enter provide a value in the associated field If you select Calculate the program displays the flowing density value in the associated field Note Enter is an option only if you have selected either Natural Gas or Air as a Fluid Type on the Station screen s General tab 3 Click Apply to
28. he process variables inputs and calculations use The 1 Units RW User UINT8 1 0 gt 1 o 1 00 Program copies this parameter to the associated station point 112 x 4 0 English Imperial units 1 Metric units 46 Rev Jan 09 47 Expanded Calculation Set User Manual This page is intentionally left blank Rev Jan 09 Expanded Calculation Set User Manual If you have comments or questions regarding this manual please direct them to your local sales representative or contact Emerson Process Management Remote Automation Solutions Marshalltown lowa 50158 USA Houston TX 77065 USA Pickering North Yorkshire UK Y018 7JA d Website www EmersonProcess com Remote EMERSON nagi
29. identifies the selected program and that the Download amp Start button is active User Program Administrator Device User Program Envionmart Used ee SRAM aM 10676 DAAM 90112 2043904 FLASH 15872 583712 User Pragans Irstaledin Device No Pogan NoProgam No Progam No Progam NoProgan 2 3 a 5 No Pogam 6 7 8 NoPragan Name NePrgan Libar Version 252 Version Libran Version Created DRAM Used 0 Hande 0 FLASH Used 0 Ery Pe Displays Restart Counter T Statue Eney Reset Counter Download Stat Dowrioad Figure 6 User Program Administrator 5 Click Download amp Start to begin loading the selected programs The following message displays Rev Jan 09 Expanded Calculation Set User Manual Confirm Download Download amp Start User Program 1 Figure 7 Confirm Download 6 Click Yes to begin the download When the download completes the following message displays ROCLINK 800 1 Download amp Start User Program COMPLETED Figure 8 ROCLINK 800 Download Confirmation 7 Click OK The User Program Administrator screen displays see Figure 9 Note that The Device User Program Environment frame reflects the use of system memory The User Programs Installed in Device frame identifies the installed program s User Program Administrator Jeet Program Enon a Used ee 1728 18752 DRAM 305024 1740992 FLASH 103935 4756
30. l Meters 2 Double click 1 Orifice 1 The Differential Meters screen displays showing the General tab S ROCLINK B00 Differential Meters Remote Oprins Cntr Fisk eit vex ROC covfove mee uis Teos ardo Beo OSE ERS METRIN PONN ow Dimam omer s tag Fee swen set sd Genel at ate ame Cate tans ast ie Desser Nelo type Fange Tada SSC Fw stage Ceti ca fie Feehan Danair EDT ra Dit Diner FE ve LowFewcisat BT bre ova Low High NoFew Wand 87 Bin savede suse Brain oe Jt aro Figure 18 Differential Meters General tab Note The Differential Meters screen tike the Station and Linear Meters screens has a tab format Sections 3 3 1 through 3 3 6 discuss the requirements for each tab on the Differential Meters screen Rev Jan 09 19 Expanded Calculation Set User Manual 3 3 1 Differential Meters General Tab Use this tab which displays when you access the Differential Meters screen to provide general information about the differential meters ICLINK 609 Differential Meters Remote Oprtnie Cntr BAC covlare Meter Utes Teas Mndov Hado ECEE EEA TET TEL Dil Metan T Dries T z Tag Ocet Sisti Staton 1 Ej Gow nate avanema Alame Cats fe 805 Fo Diashange Ci 4 fis Feetveraibandee EDT ow Dips Diner FE rn Levtewtuet BT bre oar Low High NoFew Mansi 87 Bin Seeds AuoScan E unas Figure 19 Differential Meters General tab
31. ld Description Alarming Activates or disables the alarm function based on flow value You can set alarms to trigger on either volume day or mass day High Alarm Sets the value that flow must exceed before the program generates a high alarm Define units using the Alarming field MSCF Day or kM Day for Volume Day or MLb Day or Tonnes Day for Mass Day Low Alarm Sets the value that flow must fall below before the program generates a low Alarm Deadband RBX alarm Define units using the Alarming field MSCF Day or kM Day for Volume Day or MLb Day or Tonnes Day for Mass Day Sets alarm limits in which the flow must fall within before the program clears an existing alarm Define units using the Alarming field MSCF Day or kM Day for Volume Day or MLb Day or Tonnes Day for Mass Day Sets whether the program generates a spontaneous report by exception 7 7 SRBX message when a flow alarm for this meter is set and or cleared 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 3 to define parameters for differential meters Rev Jan 09 Expanded Calculation Set User Manual 3 3 Differential Meters Screen Use this screen and its tabs to specify a broad range of meter specific parameters for supported differential meters orifice Venturi Annubar or V Cone To access this screen 1 From the Directory Tree select User Program gt Program 1 ExpandedCale gt Display 2 Differentia
32. lms cabrio Fate MeN Pa El eatin FOODIE Pat Ba Seve avsess BJuniis ce Figure 31 Linear Meters Mass Meter Press Effect tab 2 Review the values in the following fields Field Description Mass Pressure Activates the option the program uses to compensate the raw mass flow Compensation reading from a Coriolis meter for pressure effect on the meter The meter was initially calibrated at a specific line pressure Changes in pressure affect the stiffness of the metering tube Valid values are Enabled you provide a pressure effect coefficient in PSI for the program to use or Disabled no compensation calculation occurs Note This value comes from the meter calibration sheet provided with your Coriolis mass meter Calibration Pressure Indicates the calibration pressure of the meter in PSIG This field is required if you enable pressure compensation Note This value comes from the meter calibration sheet provided with your Coriolis mass meter 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 5 to save the configuration Rev Jan 09 37 Expanded Calculation Set User Manual 3 5 Saving the Configuration Whenever you modify or change the configuration it is a good practice to save the final configuration to memory To save the configuration 1 Select ROC gt Flags The Flags screen displays Flags Advanced Restart Restore Configuration Warm Sta
33. low rate for calibration errors Gravitational resulting from a deadweight test performed at a location with a gravitational Correction acceleration that differs from that during calibration of the deadweight set Select a correction independently for each type of input since the program applies the correction twice if the deadweight test set is used to calibrate both the differential pressure and static pressure Enter a value for the gravitational acceleration at the location where the deadweight set was calibrated User Correction Sets a flow factor value the system multiplies by the flow equation to correct for Factor calibration errors from other calibration equipment You can also use this factor for special user applications 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 3 6 to define GOST related parameters for differential meters Rev Jan 09 oF Expanded Calculation Set User Manual 3 3 6 Differential Meters GOST Tab Use this tab to set up GOST related flow calculations for differential meters 1 Select the GOST tab on the Differential Meters screen SA ROCLINK B00 Differential Meters Kemote Oprtis Cott ite Dios Fe Onae he ew Tas ror Sieh Soe Sel rts Ati a ener Net Bega 6087 opion zes te ied e s Wd osr ye piora Em Fourteen ate maerore Poe aaa Poo tas Pototan Pros Cot sip tert aosy tc Aan med m Poedia tens fiT m m Frebodis Tens B m fo
34. n Note If you select Undefined for the I O Definition you can enter a value for the temperature Otherwise the program displays the value for the currently selected input Stacked DP Provides an option to allow two differential pressure transmitters for low and high differential pressure ranges Valid values are Enabled allow two transmitters or Disabled allow only one transmitter Low DP Input Assigns the point type logical and parameter TLP of the differential pressure input the program uses in low flow conditions Click to display the Select TLP screen and define your TLP selection Note This option is valid only if Stacked DP is enabled Low DP SetPoint Sets the switchover value at which the meter switches from using the high DP input to the low DP input Note This option is valid only if Stacked DP is enabled High DP SetPx Sets the switchover value at which the meter switches from using the low DP input to the high DP input Note This option is valid only if Stacked DP is enabled 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 3 3 to define advanced parameters for differential meters Rev Jan 09 23 Expanded Calculation Set User Manual 3 3 3 Differential Meters Advanced Tab Use this tab to set up parameters for differential meters 1 Select the Advanced tab on the Differential Meters screen LINK 800 Differential Meters Remote Oprtns
35. ntly displayed linear meter Click to display additional linear meters for this screen Tag Provides a short description up to 10 alphanumeric characters for the selected linear meter Station Indicates the station associated with this linear meter Click to display all valid selections Meter Description Provides a user defined description of up to 30 alphanumeric characters to further identify the selected linear meter Meter Type Sets the physical type of linear meter installed Valid values are Volume or Mass The default value is Volume Note This selection changes the field labels on the Inputs tab If you select Volume the first field on the Inputs tab is Uncorrected Value If you select Mass the first field on the Inputs tab is Mass Active Alarms This display only field shows any flow alarms currently active 2 Click Apply to save any changes you have made to this screen 3 Proceed to Section 3 4 2 to define inputs for the linear meters 30 Rev Jan 09 Expanded Calculation Set User Manual 3 4 2 Linear Meters Inputs Tab Use this tab to set up uncorrected volume static pressure and temperature information for the linear meters 1 Select the Inputs tab on the Linear Meters screen Remote Oprtns Cntr TER ver BOC covigve eer Lites Teos Wide Bei SHEE PONa Lissa F Totnet tag Tutte Sater oms Sena g dmc ams Caran acer ass ln Ee Mandrin abe Urecmetdvee Mand EO
36. opies these physical property values to the associated meter and station parameters which enables the calculation of mass standard volume and energy flow rates and accumulations The program supports the following fluids oxygen nitrogen hydrogen carbon dioxide liquid carbon dioxide vapor carbon monoxide helium argon steam and water Additionally the program supports the configuration of air and natural gas which permits the use of a single interface regardless of the fluid type The standard firmware calculates air and natural gas properties using the American Gas Association Report No 8 AGA8 This program also supplements the flow calculation capabilities of the ROC800 to support calculation of flow through various types of differential and linear meters Differential meter types supported include flange tapped orifice Venturi Annubar and V Cone Any linear meter that provides either an actual gross volume or a mass flow represented as either a pulse or analog input or retrieved through serial communications is supported Rev Jan 09 1 Expanded Calculation Set User Manual Additionally the Expanded Calcs program allow calculation of flow rates using the Russian MI 2667 GOST standard permitting flow calculations for gas steam water and fluid applications in metric units It supports installations implementing either an Annubar Diamond II or an Annubar 485 T shaped element 1 3 Program Requirements The Exp
37. or Tonnes Day for Mass Day SCF Hr or m Hr for Volume Hour or Lb Hr or Kg Hr for Mass Hour Alarm Deadband Sets alarm limits in which the flow must fall within before the program clears an existing alarm Define units using the Alarming field MSCF Day or kM Day for Volume Day MLb Day or Tonnes Day for Mass Day SCF Hr or m Hr for Volume Hour or Lb Hr or Kg Hr for Mass Hour SRBX Sets whether the program generates a spontaneous report by exception SRBX message when a fiow alarm for this meter is set and or cleared 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 3 5 to define calibration factors for differential meters 26 Rev Jan 09 Expanded Calculation Set User Manual 3 3 5 Differential Meters Calibration Factors Tab Use this tab to set up calibration parameters 1 Select the Calibration Factors tab on the Differential Meters screen LINK 800 Differential Meters Remote Oprtns Cats TEn ven Boc covfove Meer Lier Toos Wedo tele Dem B S RETINE Pee ODER He ew De Meta 7 Doest Toss ico Stair Staion rem nate trend some Elbo Fc sor Death Giavtatcnai Corector T saic Paseue T DitertaPesue Celt ran Acos fire Met w Brn savede Avwsou B uveo cue Figure 23 Differential Meters Calibration Factors tab 2 Review the values in the following fields Field Description Deadweight Sets the option the program uses to correct the f
38. r supported linear meters turbine positive displacement ultrasonic and Coriolis To access this screen 1 From the Directory Tree select User Program gt Program 1 ExpandedCalc gt Display 3 Linear Meters 2 Double click 1 Turbine 1 The Linear Meters screen displays showing the General tab S ROCLINK B00 Linear Meters Remote Oprins Cate AH th P ODO S He ow Tag Tube Sam Seis Gonads Advances tame Cavaion Fate Maus eres Ee Maon Weer Tyc8 G vaimo C Mors Aesvetane Nere eT sit Seve Auoses ipes Cwe Figure 25 Linear Meters General tab Note The Linear Meters screen like the Station and Differential Meters screens has a tab format Sections 3 4 1 through 3 4 6 discuss the requirements for each tab on the Linear Meters screen Rev Jan 09 29 Expanded Calculation Set User Manual 3 4 1 Linear Meters General Tab Use this tab which displays when you access the Linear Meters screen to provide general information about linear meters A ROCLING B00 Linear Meters Rem Ese Em New ROC Coque eier dues Toe emu eb Dem CU EE EA E he ow Usana ua tay aT saen fa E Bonera nuts Advance tuma Caltrain Facio Mats Me Press zeci waos ive same ere swen susean irene chee Figure 26 Linear Meters General tab 1 Review the values in the following fields Field Description Linear Meter Indicates the curre
39. re Gauge the static pressure transmitter produces a pressure relative to atmospheric pressure or Absolute transmitter produces a pressure relative to a vacuum Static K Factor Sets the number of pulses represented either as pulses ft or pulses m for volume or pulses Lb or pulses Kg for mass No Flow Time Indicates in seconds the amount of time the program waits without receiving a pulse to be considered in a no flow condition Low Flow Cutoff Sets the minimum value of the uncorrected volume or mass input the program considers to be a valid flow Note The program applies this value only when the uncorrected volume or mass input is not a pulse input point type The program counts all pulses and considered them as valid flow Rev Jan 09 33 Expanded Calculation Set User Manual 34 Field Description Calculated Speed of Sound Measured Speed of Sound Variable K Factors Sets whether the program calculates the speed of sound through the fluid The speed of sound does not affect the flow calculation but you may compare that value against the measured speed of sound from an ultrasonic meter for diagnostic purposes Valid values are Disabled no calculation occurs or Enabled calculate speed of sound in accordance with AGA 10 Note If a serial connection to an ultrasonic meter is available and you select Enabled the program updates the Calculated field automatically Sets the speed of sound as mea
40. rt From Factory Defaults Cold Start amp Clear Alarms Cold Start amp Clear Events Cold Start amp Clear FSTs Cold Start amp Clear History Data Cold Statt amp Clear ALL E Update W 0K X Cancel tos Figure 32 Flags screen 2 Click Save Configuration A verification message displays ROCLINK 800 2 Perform Flash Memory Save Configuration No Figure 33 Perform screen 38 Rev Jan 09 Expanded Calculation Set User Manual 3 Click Yes A confirmation message displays ROCLINK 800 Flash Memory Save Configuration request sent to device Figure 34 Flags screen 4 Click OK to begin the save process The Status field on the Flags screen displays In Progress When the process ends the Status field on the Flags screen displays Completed 5 Click Update on the Flags screen This completes the process of saving your new configuration Note For archive purposes you should also save this configuration to your PC s hard drive or removable media such as a diskette or a flash drive using the File gt Save Configuration option on the ROCLINK 800 menu bar Rev Jan 09 39 Expanded Calculation Set User Manual This page is intentionally left blank 40 Rev Jan 09 Expanded Calculation Set User Manual 4 REFERENCE MATERIALS This section provides tables of information on the user defined point types the Expanded Calculation program uses
41. save any changes you have made to this screen 4 Proceed to Section 3 3 4 to define alarms for differential meters Rev Jan 09 25 Expanded Calculation Set User Manual 3 3 4 Differential Meters Alarms Tab Use this tab to set up alarms and spontaneous report by exception SRBX messages 1 Select the Alarms tab on the Differential Meters screen A ROCLING B00 Differential Meters Remote Oprtns ott Fee eat ver Boc Cotare tear idee Toos ardo baln oe S Gh W LI Pet GRaebr ow Dhima er Yap oot sie Sort I eel at Absent Ai caldera ar her Haham E ooa amp plamon eine De londa 00 ND Aombestart Oey Armon Moss Dey AimonVebne Hae srek lam ser Bra seas Avosesn Beas che a Figure 22 Differential Meters Alarms tab 2 Review the values in the following fields Field Description Alarming Activates or disables the alarm function based on flow value You can set alarms to trigger on volume day mass day volume hour or mass hour High Alarm Sets the value that flow must exceed before the program generates a high alarm Define units using the Alarming field MSCF Day or kM Day for Volume Day MLb Day or Tonnes Day for Mass Day SCF Hr or m Hr for Volume Hour or Lb Hr or Kg Hr for Mass Hour Low Alarm Sets the value that flow must fall below before the program generates a low alarm Define units using the Alarming field MSCF Day or kM Day for Volume Day MLb Day
42. sured by the ultrasonic meter Note If a serial connection to an ultrasonic meter is available you can map this parameter to a Modbus register for automatic updates Sets whether the program accepts multiple frequency and K factor pairs and then calculates a K factor by interpolating between the entered points Valid values are Disabled no calculation occurs or Enabled enter up to 12 Frequency K Factor pairs 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 4 4 to define alarms for the linear meters Rev Jan 09 Expanded Calculation Set User Manual 3 4 4 Linear Meters Alarms Tab Use this tab to set up alarms and spontaneous report by exception SRBX messages 1 Select the Alarms tab on the Linear Meters screen SBEUL IN LI RPA Geasay ew eer oi o Banera Irs Seasons at cabrio Fasia Mas eters Ee Maring bites ihan fann 70m Cam ole lomain maa iaa AlenDeatard OD Ka F Ondansa F Gran cise Bn Seeds _Anosoan E unas Figure 29 Linear Meters Alarms tab 2 Review the values in the following fields Field Description Alarming Activates or disables the alarm function based on flow value You can set alarms to trigger on volume day mass day volume hour or mass hour High Alarm Sets the value that flow must exceed before the program generates a high alarm Define units using the Alarming field MSCF Day or kM Day for Volume Day MLb D
43. ty tab 2 Review the values in the following fields Field Description Gas Component Heavy Gas Option Gas Quality Sets for each indicated gas the mole components present in the natural gas this station is measuring Note These selections are valid only if the selected fluid type is natural gas or air For all other fluids the program sets the appropriate gas components Indicates whether the program splits the mole percentage of hexane and heavier hydrocarbons into mole percents of hexane heptane octane nonane and decane based on a pre determined split displayed on the Advanced tab Sets the source of the gas quality values Valid values are Constant values are manually entered or Live values are updated by an online gas chromatograph Note If you select Live the program does not generate either events or periodic and daily history records when the gas quality values change If you select Constant the program does generate both events and period and daily history records when the gas quality values change Rev Jan 09 Field Expanded Calculation Set User Manual Description Normalization Type Heating Value Basis Heating Value Sets how the program adjusts the gas composition if the entered values do not add up to 100 percent Valid values are Methane Adjust the program adjusts the mole percentage of methane up or down to force the total mole percentage to 100 or Full Normalization
44. v Jan 09 Expanded Calculation Set User Manual 2 INSTALLATION This section provides instructions for installing the Expanded Calcs program Read Section 1 3 of this manual for program requirements 2 1 Installing the License Key If you order the Expanded Calcs program for a new ROC800 your ROC800 is delivered with the license key installed Go to Section 2 2 If you order the program for an existing ROC800 you must install the license key yourself Caution Failure to exercise proper electrostatic discharge precautions such as wearing a grounded wrist strap may reset the processor or damage electronic components resulting in interrupted operations When working on units located in a hazardous area where explosive gases may be present make sure the area is in a non hazardous state before performing these procedures Performing these procedures in a hazardous area could result in personal injury or property damage To install a license key 1 Remove power from the ROC800 2 Remove the wire channel cover 3 Unscrew the screws from the Central Processing Unit CPU faceplate 4 Remove the CPU faceplate 5 Place the license key in the appropriate terminal slot P4 or P6 in the CPU 1 ul l lL Incorrect Correct aata Figure 2 License Key Installation e license key install itin slot PSSST 6 Press the license key into the terminal until it is firmly seated refer
45. x20 gt 0x7E for each ASCII Character Oo Station X where X is the meter number 1 00 0 1 00 2 Base Density Option 3 Number of GOST Meters RW RW User Program UINT8 UINT8 1 1 012 0 1 00 Identifies a specific station The program copies this tag to the associated station 112 x 0 Selection for the type of fluid being measured with this station 0 Natural Gas 1 Oxygen 2 Nitrogen 3 Hydrogen 4 Helium 5 Carbon Monoxide 6 Carbon Dioxide Liquid 7 Carbon Dioxide Gas Selection to determine the density of fluid at base conditions 0 User entered 1 System calculated Indicates the number of GOST differential meters associated with this station Rev Jan 09 45 Expanded Calculation Set User Manual 4 3 Point Type 62 Linear Meter Configuration Point type 62 contains configuration information for linear turbine meter types The program maintains one logical point for each active linear meter and saves point type 62 information to internal configuration memory Program ire Name Access Z User Tes Length Range Default Version Description ot functionality ona Identification name for specific 0x20 gt Ox7E for Qfice X Linear Meter Run The program o Tag ID RO System STRING 10 each ASCII emear 1 00 copies the tag from the Character re melo associated linear meter run to the linear tag Indicates the engineering units t
46. your TLP selection Note If you select Undefined for the static pressure input you can enter a value for the static pressure Otherwise the program displays the value for the currently selected input Assigns the point type logical and parameter TLP for the temperature of the fluid in the line Click to display the Select TLP screen and define your TLP selection Note If you select Undefined for the temperature input you can enter a value for the temperature Otherwise the program displays the value for the currently selected input 3 Click Apply to save any changes you have made to this screen 4 Proceed to Section 3 4 3 to define advanced parameters for the linear meters Rev Jan 09 Expanded Calculation Set User Manual 3 4 3 Linear Meters Advanced Tab Use this tab to set up advanced parameters for linear meters 1 Select the Advanced tab on the Linear Meters screen ER ver S08 congre User M ro DSA gt e MEAT We PP CUOS Ae ee Linea ee T Tutet Tos owim saen Swims Ganera rss Adc damma Carati Fasia Mas ner Ee Siate Preza Unte ai K Faen Ente Died isshare a LowFon ant ET 24 Speedol Sau Endid Disb Memed T Mie Caoiasi T ws Bra f amets _Auoscan Euras cue f n Figure 28 Linear Meters Advanced tab 2 Review the values in the following fields Field Description Static Pressure Units Indicates the type of static pressure unit Valid values a

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