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Configure Frequency/Digital output sources

Section 5: Calibrate and configure the meter

3410 Series Gas Ultrasonic Meters Operations Manual

January 2018

3-9000-777 Rev E

Figure 5-11 CPU Module - Frequency/Digital outputs common ground - Type 4

A. FODO1 and Digital input1 - shared common ground - Type 4 CPU Module (Group 1)

B. FODO2, FODO3, FODO4 and FODO5 - shared common ground - Type 4 CPU Module (Group
2)

Summary of Contents for Daniel 3410 Series

Page 1: ...erations Manual Pa r t N u m b er 3 9 0 0 0 7 7 7 Rev i s i o n E Ja n ua r y 2 0 18 DanielTM 3410 Series Gas Ultrasonic Flow Meters 3414 Gas Ultrasonic Flow Meter 3411 and 3412 Gas Ultrasonic Flow Meters ...

Page 2: ......

Page 3: ...888 356 9001 1 713 827 3380 Asia Pacific Republic of Singapore 65 6777 8211 65 6777 0947 0743 Europe Stirling Scotland UK 44 0 1786 433400 44 0 1786 433401 Middle East Africa Dubai UAE 971 4 8118100 971 4 8865465 Daniel Measurement and Control Inc Headquarters 11100 Brittmoore Park Drive Houston TX 77041 USA http www EmersonProcess com Return Material Authorization RMA A Return Material Authorizat...

Page 4: ...rt symbol It is used to alert you to potential physical injury hazards Obey all safety messages that follow this symbol to avoid possible injury or death Safety alert symbol Danger indicates a hazardous situation which if not avoided will result in death or serious injury Warning indicates a hazardous situation which if not avoided could result in death or serious injury Caution indicates a hazard...

Page 5: ...d and trained personnel should install operate repair and maintain this product Verify that this is the correct instruction manual for your Daniel product If this is not the correct documentation contact Daniel at 1 713 827 6314 You may also download the correct manual from http www daniel com Save this instruction manual for future reference If you resell or transfer this product it is your respo...

Page 6: ...instructions contact your Daniel representative for clarification or assistance Install this product as specified in the INSTALLATION section of this manual per applicable local and national codes Follow all instructions during the installation operation and maintenance of this product Connect the product to the appropriate pressure and electrical sources when and where applicable Ensure that all ...

Page 7: ...IBILITY FOR PROPER SELECTION USE AND MAINTENANCE OF ANY DANIEL PRODUCT REMAINS SOLELY WITH THE PURCHASER AND END USER TO THE BEST OF DANIEL S KNOWLEDGE THE INFORMATION HEREIN IS COMPLETE AND ACCURATE DANIEL MAKES NO WARRANTIES EXPRESSED OR IMPLIED INCLUDING THE IMPLIED WARRANTIES OF MERCHANTABIL ITY AND FITNESS FOR A PARTICULAR PURPOSE WITH RESPECT TO THIS MANUAL AND IN NO EVENT SHALL DANIEL BE LI...

Page 8: ...s storage or handling or any other cause not the fault of Daniel are not covered by this limited warranty and shall be at Buyer s expense Daniel shall not be obligated to pay any costs or charges incurred by Buyer or any other party except as may be agreed upon in writing in advance by Daniel All costs of dismantling reinstallation and freight and the time and expenses of Daniel s personnel and re...

Page 9: ... keys 3 1 Overview 13 3 1 1 Obtaining optional keys 13 3 1 2 GC interface key 14 3 1 3 AGA10 key sound velocity calculation 14 3 1 4 Continuous Flow Analysis CFA key 14 3 1 5 Key status 14 3 2 Configure optional keys 15 Section 4 Flow measurement 4 1 Transducer timing control 18 4 1 1 Terminology 19 4 2 Signal processing 20 4 2 1 Stacking 20 4 2 2 Filtering 20 4 2 3 Batch cycle processing 21 4 2 4...

Page 10: ...er polynomial 47 5 1 5 No wet calibration 49 5 1 6 Triggered Delta Volumes 49 5 3 Calibrate Analog inputs and outputs 52 5 4 Calibrate meter factors 55 5 4 1 Flow calibration 55 5 4 2 Configure Frequency Digital output sources 57 5 5 Configure Frequency outputs 61 5 6 Configure digital input outputs 63 5 7 Outputs test mode 64 5 8 Configure HART outputs 65 5 8 1 Configure the four dynamic variable...

Page 11: ...ading log records 113 6 2 3 Options for reading daily and or hourly log records 113 6 2 4 Options for reading audit alarm and or system log records 113 6 2 5 Collecting and viewing log records 114 6 2 6 Collecting Logs 115 6 2 7 Collect meter archive logs 121 Section 7 Tools commands 7 1 Edit Compare Configuration parameters 123 7 2 Waveform viewer 125 7 2 1 View the transducer waveforms 125 7 2 2...

Page 12: ... calculation 143 Appendix C Troubleshooting comm mech and elec C 1 Communications troubleshooting 145 C 2 Mechanical electrical troubleshooting 147 Appendix D Flow rate summary charts D 1 Flow rate summary charts 149 Appendix E Write protected configuration parameters E 1 Write protected configuration 153 Appendix F Engineering drawings F 1 3410 Series engineering drawings 167 Appendix G Index G 1...

Page 13: ...5 8 Fixed gas composition data points 72 Table 5 9 GC reported gas composition data points 73 Table 5 10 In Use gas composition data points 74 Table 5 11 C6 breakdown to standard components by component ID 75 Table 5 12 Gas Chromatograph Sim 2251 Registers 76 Table 5 13 Supported Component IDs 77 Table 5 14 GC Communication status list 78 Table 5 15 GC read gas property invalid conditions 79 Table...

Page 14: ...dicators group monitored data points 107 Table 6 18 Audit log local display group monitored data points 107 Table 6 19 Audit log meter information group monitored data points 108 Table 6 20 Audit log pressure and temperature group monitored data points 108 Table 6 21 Audit log Reynolds number calculation group monitored data point 109 Table 6 22 Audit log signal processing group monitored data poi...

Page 15: ...ve high 56 Figure 5 9 Gating configuration parameter State gated active low 56 Figure 5 10 CPU Module Frequency Digital outputs common ground 59 Figure 5 11 CPU Module Frequency Digital outputs common ground Type 4 60 Figure 5 12 Meter Outputs Test Page 64 Figure 5 13 Field Setup Wizard Local Display 82 Figure 6 2 Maintenance Logs 115 Figure 6 3 Log Complete Dialog 116 Figure 6 4 Microsoft Excel R...

Page 16: ...List of Tables Daniel 3410 Series Gas Ultrasonic Meters Installation Manual January 2018 3 9000 777 Rev E viii List of Tables ...

Page 17: ... all ultrasonic meter wiring Check the settings of any bit switches on transmitter I O cards Start Daniel MeterLinkTM Establish flow in the meter at lease 3 feet per second to ensure good thermal mixing Save the meter configuration file your As Found record of the meter In Daniel MeterLinkTM select Tools Edit Compare Configuration Click the Read button and select File Save Open File Program Settin...

Page 18: ...2 Startup checklist Section 1 Startup checklist 3410 Series Gas Ultrasonic Meters Operations Manual January 2018 3 9000 777 Rev E ...

Page 19: ...rs Quick Start Manual P N 3 9000 763 located inside the back cover The Daniel MeterLink installation program is available for download from the Daniel Measurement and Control Inc website http www daniel com um2 htm 2 1 Daniel MeterLink utilities Daniel MeterLink provides the following utilities to configure the meter s flow measurement units meter output parameters communications settings output t...

Page 20: ... connection properties click OK accept the changes or Click Cancel to discard any changes and close the dialog a Direct connection to connect to the meter directly through one of the serial ports on the meter using one of the serial ports on your computer Click Direct to set the following parameters Protocol TCP IP is a read only field and is the only protocol Daniel MeterLink uses Note Daniel Ult...

Page 21: ... and direct serial connections to a meter Click Modem Properties to bring up the Dial up networking entry Daniel MeterLink has created for this meter Most of the information required is setup correctly by Daniel MeterLink Baud Rate Select the desired Baud Rate from the drop down list Telephone Enter the telephone number for the modem to which the meter is connected Include digits to obtain to an o...

Page 22: ...en connecting to a meter with DHCP enabled use the IP address of 192 168 135 100 to connect to the meter In this mode you can create just one Meter Directory record with this IP address to connect to all your meters with DHCP enabled When the connection is made select to use the Meter Name in the meter instead of the Meter Directory Name in order to keep all log files and configurations separate f...

Page 23: ...rasonic Data or enter another location 3 Click Save If you have an existing METER_DIRECTORY_EXPORT DAT file you are prompted to change the file name or replace the file If changing the file name keep the DAT extension to maintain functionality when importing the file to the new machine 4 Copy the exported file to the new machine 5 Use the Import command to select this file and import it into the M...

Page 24: ...settings factory default Maintenance log System log Save your meter s configuration file Use the Tools Edit Compare Configuration menu to display the dialog Enable the View All or Metrology radio button and click Read The All View displays the meter s extended configuration parameters Grayed out values are read only but help describe the configuration The Metrology View displays the path dimension...

Page 25: ...s User name Company name Data folder where meter s data is stored Select the checkbox to create a subfolder with the meter s name under Data folder for saving and opening files for your meter Display units of measurement U S Customary or Metric for necessary unit conversions read by the meter Meter volume units gal cubic feet or bbl Prompt to save meter config configuration prompts you to save a c...

Page 26: ...ltrasonic Flow Meters support RS 232 or RS 485 4 wire or 2 wire half duplex serial interface to an external system e g flow computer using Modbus ACSII protocol with the following parameters Refer to your flow computer user manual to set I O settings required to allow serial communication with the Daniel 3410 Gas Ultrasonic Flow Meters The Daniel 3410 Gas Ultrasonic Flow Meters supports ASCII and ...

Page 27: ...agnostics and three status alert groups Failed Maintenance and Advisory Refer to the Daniel 3410 Series Gas Ultrasonic Meters HART Field Device Specification P N 3 9000 761 for details Also see the HART Communications Foundation AMSDevice Manager and 475 375 Field Communicator websites http www hartcomm org protocol about aboutprotocol html http www2 emersonprocess com en US brands amssuite Pages ...

Page 28: ...12 Setup the meter in a DeltaV System Section 2 Setup meter communications 3410 Series Gas Ultrasonic Meters Operations Manual January 2018 3 9000 777 Rev E ...

Page 29: ...eature is enabled via a software key value that is specific to the meter s CPU Board This software feature key consists of 16 characters divided into four hyphen separated 4 character groups such as 1234 5678 90AB CDEF This dialog is only available while connected to a meter with firmware that contains option keys to enable In Daniel MeterLink access the Key Manager to view key statuses add keys o...

Page 30: ...ergy values This feature is enabled disabled via the GCKey data point 3 1 3 AGA10 key sound velocity calculation The optional AGA10 sound velocity calculation feature allows the meter to calculate the predicted sound velocity based upon the gas composition and compare this value to the measured average sound velocity The gas composition can be either specified via data points or optionally read li...

Page 31: ...k Write to Meter to write the keys to the meter After the keys are written successfully the Key Manager dialog closes If for any reason one or more keys were not written successfully before the Key Manager closes a message displays stating which keys could not be written to the meter This could occur if communications to the meter is lost between entering the Key Manager dialog and clicking Write ...

Page 32: ...16 Configure optional keys Section 3 Optional feature keys 3410 Series Gas Ultrasonic Meters Operations Manual January 2018 3 9000 777 Rev E ...

Page 33: ...rred to as chords are angled to the pipe axis and each chord has two transducers acting alternately as transmitter and receiver as shown in Figure 4 1 This permits the transit times to be measured both with and against the flow upstream and downstream The transducers are mounted on the meter body at accurately known locations for each pipe size so the distance L between opposing transducers and th...

Page 34: ...re 4 2 Models 3412 or 3411 measurement principle 4 1 Transducer timing control The following terms are used in explaining the effects of transducer timing control the performance of batch data collection and calculation updates in Daniel 3410 Gas Ultrasonic Flow Meters Figure 4 3 Signal Analyzer update rate stack size filter and emission rate ...

Page 35: ...ce is fired Emission rate the time elapsed before the next transducer in a sequence is fired regardless of stack size minimum emission rate is 2 milliseconds with the Filter ON or OFF We recommend the default Filter setting which is the OFF position Stack emission rate the time elapsed before a single transducer is re fired when stacking is enabled minimum stack emission rate is 2 milliseconds wit...

Page 36: ...are should be taken when turning on stacking and it is recommended to consult with Daniel Customer Service if you are unsure of how stacking a signal can affect the meter s operation Refer to Technical Support under the Help menu of Daniel MeterLink for contact information The number of consecutive times to fire each transducer is specified via the StackSize data point Available stack sizes are 1 ...

Page 37: ...when stacking is used i e the stack size is not set to None The actual emission rates used readable via the EmRateActual and StackEmRateActual data points are functions of the desired emission rates meter type firing sequence stack size and pipe diameter The user specifies the desired emission rates via the EmRateDesired and StackEmRateDesired data points If a desired emission rate is set to zero ...

Page 38: ...easurement mode as long as at least one chord is operational If while in the Measurement mode all chords fail then the meter re enters the Acquisition mode If the VelHold data point is set to a value greater than zero then while in the Acquisition mode the meter holds the average weighted flow velocity to the last good value for up to the VelHold number of batches before setting the velocity to ze...

Page 39: ...velocity measured by the chord as shown in Equation 4 1 and Equation 4 2 Equation 4 1 Chord Gas Velocity Equation 4 2 Chord Sound Velocity where the PortAngleFactor is a dimensionless factor that is dependent upon the chord port angle with respect to the meter body For 60 degree port angles for 75 degree port angles The data point names often use a short hand way of identifying the receiving trans...

Page 40: ...ocity on an hourly basis This feature is enabled via the AGA10Key see Section 3 1 3 The gas property data required for using this feature can be specified via data points or optionally read from a Daniel GC see Section 5 11 The AGA8 Detailed Method must be selected via the HCH_Method data point see Section 5 11 in order for the AGA10 calculations to be performed as the AGA10 calculations require A...

Page 41: ...d check flow velocity specified via the SndSpdChkMinVel data point which has a default value of 1 m s and the measured sound velocity was always valid as indicated by the QMeterValidity data point 4 4 3 Average weighted gas flow velocity When all active chords are non failed the average weighted gas flow velocity is a weighted sum of the chord velocity measurements as shown in Equation 4 4 where t...

Page 42: ...aintains a set of bins for each active chord where each bin contain three data values 1 the chord s average velocity within the bin s velocity range 2 the chord s average proportion value and 3 an indicator that the value is still the default Is Fwd Rev Prop A D DfltBin 1 10 A chord proportion value is the ratio of the chord velocity to the average weighted flow velocity as shown in Equation 4 5 b...

Page 43: ...or updating the bin data range 1 1000 default 24 The NumVals data point that determines how quickly an average value changes is also configurable via the Edit Compare Configuration screen range 1 1000 default 10 Equation 4 6 Updating chord proportion bin data values where chord bin n 1 st average velocity m s chord bin nth average velocity m s update factor data point dimensionless NumVals chord v...

Page 44: ...ocity average proportion data pairs then the interpolated proportion is the linear interpolation between the two data pairs if the chord s velocity has a non default average velocity average proportion data pair on one side of it but not the other then the interpolated proportion is the data pair average proportion if there are only default average velocity average proportion data pairs then the i...

Page 45: ...le correction to the raw volumetric flow rate as shown in Equation 4 9 subject to the low flow cut off If the resulting value is below the low flow cut off value it is set to zero The low flow cut off volumetric flow rate CutRate is the specified low flow velocity threshold ZeroCut converted to a volumetric flow rate Equation 4 9 Flow condition volumetric flow rate where raw volumetric flow rate m...

Page 46: ...ressure effect expansion correction factor is not calculated it is set to 1 0 Equation 4 10 Pressure effect expansion correction where Equation 4 11 Pressure effect strain per unit stress where expansion correction factor due to pressure dimensionless ExpCorrPressure pipe strain per unit stress MPaa 1 StrainPerUnitStress calculated as shown in Equation 4 8 flow condition absolute pressure MPaa Abs...

Page 47: ...e flow condition temperature must be available i e the EnableTemperatureInput data point must be set to Live 1 or Fixed 2 see Section 5 9 2 The temperature effect calculation is shown in Equation 4 12 If the temperature effect expansion correction factor is not calculated it is set to 1 0 Equation 4 12 Temperature Effect Expansion Correction where expansion correction factor due to temperature dim...

Page 48: ... 05 then the specified value is used Calculating the meter factor requires that the flow condition pressure and temperature be live or fixed and that the AGA8 calculations are performed either internally or externally If the profile effect correction factor is to be meter calculated but either the flow condition pressure and or temperature are is disabled or the AGA8 calculations are not performed...

Page 49: ...Equation 4 14 Equation 4 14 Reynolds number where Reynolds Number dimensionless ReynoldsNumber MAX maximum function that takes the maximum of the values within the brackets factor to approximately correct for velocity profile effects 0 94 for JuniorSonicTM meters 1 00 for SeniorSonicTM meters dimensionless geometric constant pi dimensionless 3 14159 raw volumetric flow rate m3 h QMeter natural gas...

Page 50: ... flow rate where 4 5 8 Volume The Daniel 3410 Series Gas Ultrasonic Flow Meter meter provides forward and reverse volume accumulators for each of the three volumetric flow rate values raw flow condition raw with expansion and or profile correction and base condition Each volume accumulator is actually stored as a data pair 64 bit unsigned integer portion 32 bit floating point fractional portion Fo...

Page 51: ...e energy rate is valid if the base condition volumetric flow rate is valid indicated by QBaseValidity where TRUE 1 indicates valid and if the in use gas properties are valid indicated by AreGasPropertiesInvalidInUse where FALSE 0 indicates valid The energy rate is accumulated into the corresponding direction energy total regardless of the energy rate validity The forward and reverse direction ener...

Page 52: ... is indicated by the MassRateValidity data point TRUE 1 indicates valid The mass rate is valid if the flow condition volumetric flow rate is valid indicated by QFlowValidity where TRUE 1 indicates valid and if the AGA8 flow condition calculation is valid indicated by AGA8FlowCalcValidity where TRUE 1 indicates valid The mass rate is accumulated into the corresponding direction mass total regardles...

Page 53: ... chords on the other side It is readable via the CrossFlow data point Ideally the Cross flow should be 1 0 Chord turbulence Chord Turbulence is a estimate of the turbulence percentage at a chord location A value is calculated for each active chord and is readable via the TurbulenceA TurbulenceB TurbulenceC or TurbulenceD data points A value of 0 indicates no appreciable turbulence Profile Factor T...

Page 54: ...38 3410 Series gas flow meter characterizations Section 4 Flow measurement 3410 Series Gas Ultrasonic Meters Operations Manual January 2018 3 9000 777 Rev E ...

Page 55: ...er detail below Important The WRITE PROT switch on the CPU Module must be disabled OFF before writing calibration factors to the meter After the meter is configured enable the WRITE PROT switch ON to write protect the configuration Collect a Maintenance Log and configuration file the meter s As left configuration settings 5 1 1 Dry calibration The dry calibration gas flow velocity is the result of...

Page 56: ...efficients Regardless of what flow calibration method is selected the zero flow calibration polynomial coefficients will be applied first 3 Set the flow calibration method to None None 4 Enter the appropriate forward and reverse meter factors and click Write to send the factors to the meter 5 Click the Cancel button to cancel any changes and close the dialog box Modification of dry calibration par...

Page 57: ...nge 0 95 1 05 Guidelines This value should only be modified under direction of Daniel personnel Forward A2 Data points affected FwdA2 Options Enter a value s m or s ft within the range 0 1 0 1 s m Guidelines This value should only be modified under direction of Daniel personnel Forward A3 Data points affected FwdA3 Options Enter a value s2 m2 or s2 ft2 within the range 0 1 0 1 s2 m2 Guidelines Thi...

Page 58: ... s ft within the range 0 1 0 1 s m Guidelines This value should only be modified under direction of Daniel personnel Reverse A3 Data points affected RevA3 Options Enter a value s2 m2 or s2 ft2 within the range 0 1 0 1 s2 m2 Guidelines This value should only be modified under direction of Daniel personnel Table 5 1 Data Points for dry calibration Daniel MeterLink Display Name Data Points Options an...

Page 59: ...Wet calibration gas flow velocity where Configure the data points listed below from the Daniel MeterLink Calibration Meter Factors menu 1 Choose a Flow Calibration Method Polynomial Piece wise linear None If set to None then the wet calibration has the same value as the dry calibration wet calibration gas flow velocity m s AvgFlow dry calibration gas flow velocity m s DryCalVel selected wet calibr...

Page 60: ...2 pairs of volumetric flow rates and meter factors for each flow direction FwdFlwRt1 FwdMtrFctr1 FwdFlwRt12 FwdMtrFctr12 for forward flow RevFlwRt1 RevMtrFctr1 RevFlwRt12 RevMtrFctr12 for reverse flow Refer to Section 5 4 to configuring these data points using Daniel MeterLink The input flow rates should be entered in descending order highest first with their corresponding meter factors If these a...

Page 61: ... inputs the flow direction and the dry calibration gas flow velocity If set to Piece wise Linear then the piece wise linearization flow rate and meter factor parameters are used to calculate the meter factor to be applied Figure 5 3 Calibration Meter Factor Piecewise linearization wet calibration gas flow velocity m s AvgFlow dry calibration gas flow velocity m s DryCalVel linear meter factor dime...

Page 62: ...ece Wise linearization calibration Daniel MeterLink Display Name Data Points Options and Guidelines Forward Flow Rate Data points affected FwdFlwRate1 FwdFltRate12 Options Enter a value m3 h or ft3 h within the range 0 200000 m3 h Guidelines The flow rates must be entered from highest to lowest Forward Meter Factor Data points affected FwdMtrFctr1 FwdMtrFctr12 Options Enter a value dimensionless w...

Page 63: ...order polynomial where If selecting Polynomial Coefficients the C calibration coefficients are applied Figure 5 4 Calibration Meter Factor Polynomial wet calibration gas flow velocity m s AvgFlow dry calibration gas flow velocity m s DryCalVel wet calibration 0th order coefficient m s FwdC0 or RevC0 wet calibration 1st order coefficient dimensionless FwdC1 or RevC1 wet calibration 2nd order coeffi...

Page 64: ... points affected FwdC0 Options Enter a value m s or ft s within the range 1 1 m s Forward C1 Data points affected FwdC1 Options Enter a value dimensionless within the range 0 95 1 05 Forward C2 Data points affected FwdC2 Options Enter a value s m or s ft within the range 0 1 0 1 s m Forward C3 Data points affected FwdC3 Options Enter a value s2 m2 or s2 ft2 within the range 0 1 0 1 s2 m2 Reverse C...

Page 65: ...igDeltaVols data point to FALSE to clear the trigger and indicate the calculation completion The triggered delta volume functionality is retained across power cycles as the accumulated volumes values at the last event trigger are saved in non volatile memory The delta volume data points are stored internally in non volatile memory as double precision floating point numbers The delta volume data po...

Page 66: ...ssure and temperature analog inputs Meter factors Section 5 4 View or edit the calibration coefficients for the meter Flow calibration Section 5 4 1 Calibrate the meter during flowing conditions Frequency Digital output sources Section 5 4 2 Outputs that can be configured as either a frequency output or a digital status Frequency output Section 5 5 Configure the available frequency outputs Meter D...

Page 67: ...as composition to use on alarm AGA8 calculations Section 5 12 Configure the properties necessary for the AGA8 calculations Selections include Gross Method 1 Gross Method 2 Detail Externally Continuous flow analysis Section 5 13 Configure the Continuous Flow Analysis features Selections include Flow limits SOS comparison Liquid detection Abnormal profile Blockage Internal bore buildup Local Display...

Page 68: ...erature or pressure and click Next The Current Calibration screen shows the current offset and gain and the input scaling i e the pressures or temperatures corresponding to the minimum 4 mA input and maximum 20 mA inputs 2 Click Next to proceed to the Calibration Method screen then select either the offset or two point calibration methods The Offset method requires a single calibration point and o...

Page 69: ...ter the correct value in the Actual edit box Finally the Finish screen shows the new calculated offset and gain values Figure 5 5 Offset calibration 5 Click Finish to write the values to the meter If the meter is not configured to use live values from the analog input for calculation a prompt displays asking if the configuration should be changed to use the live input ...

Page 70: ...nts affected IsAO1EnableTest Options Click on the StartAO1 button to enter the test mode TRUE Note the Start button will become the Stop button after clicking on it Click on the StopAO1 button to exit the test mode FALSE Note the Stop button will become the Start button after clicking on it Guidelines The specified test value takes effect within one batch period of clicking the Start button see be...

Page 71: ...ic Flow Meters can be calibrated during flowing conditions by selecting the calibration type in Daniel MeterLink from Calibration Flow Calibration In a timed calibration the meter records the volume through the meter over a user specified period of time for a calibration run A gated calibration records the volume seen between switch closures directly from a prover for the number of passes it takes...

Page 72: ...e low State gated active high Figure 5 8 Gating configuration parameter State gated active high State gated active low Figure 5 9 Gating configuration parameter State gated active low A Microsoft Excel file is generated and the calibration log report can be saved or appended to an existing file High Low Calibration Start Calibration Stop High Low Calibration Start Calibration Stop High Low Calibra...

Page 73: ... Phase Digital output 1A is based on Digital output1A content Frequency1A Validity and Flow Direction Digital output 2A is based on Digital output 2A content Frequency Output 2 Validity and Flow Direction Digital output 2B is based on Digital output 2B content Frequency Output 2 Validity and Flow Direction Frequency or Digital Outputs FODO2 FODO3 FODO4 FODO5 source options FO1A DO1A FO1B DO1B FO2A...

Page 74: ...ees out of phase with Phase A Bidirectional output reports flow on Phase A only in the forward direction and on Phase B only in the reverse direction The outputs for FODO1 and Digital Output1 Group 1 on the CPU Module share a common ground and have 50V isolation FODO2 and FODO3 Group 2 on the CPU Module share a common ground and have 50V isolation This allows an output to be connected to a differe...

Page 75: ...ate and configure the meter 3 9000 777 Rev E January 2018 Configure Frequency Digital output sources 59 Figure 5 10 CPU Module Frequency Digital outputs common ground A FODO1 and Digital input1 shared common ground Group 1 B FODO2 and FODO3 shared common ground Group 2 ...

Page 76: ...Series Gas Ultrasonic Meters Operations Manual January 2018 3 9000 777 Rev E Figure 5 11 CPU Module Frequency Digital outputs common ground Type 4 A FODO1 and Digital input1 shared common ground Type 4 CPU Module Group 1 B FODO2 FODO3 FODO4 and FODO5 shared common ground Type 4 CPU Module Group 2 ...

Page 77: ...tion Maximum frequency output Valid frequency output options are 1000 Hz and 5000 Hz The following fields are used to configure the frequency outputs selected to output a volumetric flow rate The fields are only enabled if the associated output s Content is set to Uncorrected Actual or Corrected Standard Full scale volumetric flow rate used with output Enter the flow rate to be equivalent to the m...

Page 78: ...rate to be equivalent to the maximum frequency of the frequency output Energy pulse A read only value showing the calculated inverse of the K factor Each frequency output has its own register Mass Rate The following fields are used to configure the frequency outputs selected to output a mass rate The fields are only enabled if the associated output s Content is set to Mass rate Full scale mass rat...

Page 79: ... calibration The IsDI1ForCalActiveLow data point specifies the polarity for digital input 1 DI1 when it is configured via IsDI1UsedForCal for use in synchronizing a calibration See also IsDI1ForCalState Gated FALSE Cal Active High TRUE Cal Active Low default The IsDI1ForCalStateGated data point specifies the calibration gating for digital input 1 DI1 when it is configured via IsDI1UsedForCal for u...

Page 80: ...monitor the live values of all the frequency current analog and digital outputs Additionally the outputs can be set into a Test mode to force the outputs to a specific user defined value This dialog box is only available while connected to a meter When the dialog box first opens the available Outputs show the current Live values the outputs are driving The LED Test mode will remain gray while not ...

Page 81: ...s are updated As long as this dialog is open with an output in test mode the output will remain in test mode or until the Stop button is clicked to end the test In the event communications are lost between Daniel MeterLink and the meter before a test mode is stopped the meter will automatically end the test mode after the NonNormalModeTimeout has expired This can be from 1 to 30 minutes depending ...

Page 82: ...hat values will be read in over the HART interface Volume units Mass units Energy units Flow rate time units Velocity Pressure Temperature 5 9 Configure Meter corrections Meter profile corrections are used for Daniel 3412 and 3411 Ultrasonic Flow meters only as shown inSection 5 9 1 Section 5 9 2 and Section 5 9 3 5 9 1 Flow profile correction Select the profile correction Fixed Calculated or Defa...

Page 83: ...re MaxInputPressure MinIn putTemperature MaxInputTemperature If an input is fixed then its value is specified via a data point SpecFlowPressure SpecFlowTem perature Alarm limits can be specified for each input LowPressureAlarm HighPressureAlarm LowTem peratureAlarm HighTemperatureAlarm Additionally the flow condition pressure is configurable to be gage or absolute via the InputPressureUnit data po...

Page 84: ... Input Type EnablePressureInput or EnableTemperatureInput Data Validity PressureValidity or Tem peratureValidity Data Source Upon Alarm FlowPOrTSrcUponAlarm In Use Data Source FlowPressure or FlowTem perature Disabled N A N A In Use value unchanged Live Valid N A Average of live values LiveFlowPressure or Live FlowTemperature Invalid Last good value In Use value unchanged Fixed Fixed data point Sp...

Page 85: ... alarm This value is common with the pressure Alarm selection so when one is changed the other will change to match 5 10 3 Configure the pressure parameters for the meter Pressure reading Select either Gage or Absolute for the type of pressure reading desired If a live pressure transmitter is connected select the type of reading the transmitter outputs If Absolute is selected you must also enter t...

Page 86: ...7 data bits Even parity and 1 stop bit for ASCII Modbus and 8 data bits No parity and 1 stop bit for RTU Modbus GC baud rate Select the baud rate for which the GC is configured GC comms address Enter the Modbus ID of the GC GC stream number Enter the stream number for the gas composition the Daniel Gas Ultrasonic meter will read GC heating value units Select the units for which the heating value i...

Page 87: ...C registers polled by the meter The gas property data can either be fixed specified via data points or optionally read from a Daniel Gas Chromatograph GC Reading the gas property data from a GC requires a valid GC feature key see Section 3 1 2 Use the Field Setup Wizard in Daniel MeterLink to configure these parameters Fixed gas property data If the data is fixed then the heating value and its ref...

Page 88: ...points MoleFractionN2Method2 MoleFractionCO2 MoleFractionH2 MoleFractionCO MoleFractionMethane MoleFractionEthane MoleFractionPropane MoleFractionIsoButane MoleFractionNButane MoleFractionIsoPentane MoleFractionNPentane MoleFractionNHexane MoleFractionNHeptane MoleFractionNOctane MoleFractionNNonane MoleFractionNDecane MoleFractionH2S MoleFractionHelium MoleFractionWater MoleFractionOxygen MoleFra...

Page 89: ...r Btu Dry Btu Saturated or Btu Actual so that the correct GC register is read Also the heating value unit must be specified via the GCHeatingValueUnit data point as either Btu ft3 kJ m3 kJ dm3 MJ m3 kCal m3 or kWh m3 The GC reported gas composition is readable via the data points listed in Table 5 9 below The validity of the GC read gas property data is readable via the AreGasPropertiesInvalidGC d...

Page 90: ...ith the fixed gas property data The meter maps the appropriate input gas property data points fixed or GC reported as discussed above to the corresponding In Use data points the HeatingValueInUse data point and the gas composition data points listed in the Table 5 10 below The fixed gas component data points map directly to the corresponding In Use gas component data points The GC reported gas com...

Page 91: ...is selected as Fixed then the In Use gas property data is valid since the fixed data is assumed to be valid If the source data is selected as Live GC then the In Use gas property data is valid only if the GC read gas property data is valid Optional gas chromatograph interface The Daniel 3410 Series Gas Ultrasonic Flow Meter can optionally interface with any Daniel gas chromatograph GC that support...

Page 92: ...34 Stream identifier 3041 Cycle time start month 1 12 3042 Cycle time start day 1 31 3043 Cycle time start last two year digits 3044 Cycle time start hour 0 23 3045 Cycle time start minutes 0 59 3046 GC alarm bitmap 1 3047 GC alarm bitmap 2 3001 3016 Component codes 7001 7016 Mole fractions for corresponding component codes 7033 BTU dry 7034 BTU sat 7035 Specific gravity 7038 Total unnormalized mo...

Page 93: ...ltrasonic Meter must add 100 to each ID read from the GC before looking it up in this table Table 5 13 Supported Component IDs Component IDs METHANE 100 CO2 117 PROPANE 102 H2S 140 CO 115 IBUTANE 103 IPENTANE 105 NHEXANE 139 NOCTANE 152 NDECANE 150 ARGON 146 C6PLUS_COMP_ID_1 108 C6PLUS_COMP_ID_3 110 NITROGEN 114 ETHANE 101 H20 144 HYDROGEN 112 O2 116 NBUTANE 104 NPENTANE 106 NHEPTANE 145 NNONANE 1...

Page 94: ...ad again at the end of the data collection to determine if another update occurred during the data collection i e the data is not all from the same update If so the meter discards the gas property data just read and begins looking immediately for the next update If the meter cannot successfully communicate with the GC after four consecutive polls 15 seconds apart then the meter indicates the commu...

Page 95: ...ommunication timeout 19 GC response message ASCII protocol incomplete 20 GC response message RTU protocol incomplete 21 GC gas property data spans more than one update Table 5 15 GC read gas property invalid conditions Indication Data Point Condition IsGCAlarmPresent Invalid GC feature key see Section 3 1 2 Port improperly configured such as if configured without using the Daniel MeterLink Field S...

Page 96: ...components as a percentage Gas composition Fixed use the fixed gas composition stored in the meter for all calculations Live GC use a gas composition collected by the meter from a gas chromatograph for all calculations This option is only available with a GC key or is enabled with the Continuous Flow Analysis key Configure the Gas properties for the gas chromatograph Base temperature Base pressure...

Page 97: ... to use to perform the baseline The wizard will step you through setting a baseline in one direction it is necessary to baseline the meter in both directions if the meter will be operating in a bi directional application For meters only operating in a uni directional application the meter only needs one baseline The status message displayed on the Meter monitor screen about the baseline not being ...

Page 98: ...rs for the local display Use the drop down arrow in the Display Items list box and select or modify the parameters that will be displayed the Display items the Display units and the Scroll delay Important When connected to a meter with the local display option reverse flow direction is indicated with a minus sign negative before the value s shown on the local display Figure 5 13 Field Setup Wizard...

Page 99: ...irection as shown in the table below Table 5 16 Local display labels descriptions and valid units Local display labels descriptions and valid units QFLOW Uncorrected volume flow rate ACF Actual Cubic Feet ACM Actual Cubic Meters MACF Thousand Actual Cubic Feet MACM Thousand Actual Cubic Meters TDYVL Current day s forward uncorrected volume ACF Actual Cubic Feet ACM Actual Cubic Meters MACF Thousan...

Page 100: ...housand Standard Cubic Meters TDYVL Current days reverse corrected volume SCF Standard Cubic Feet SCM Standard Cubic Meters MSCF Thousand Standard Cubic Feet MSCM Thousand Standard Cubic Meters YSTVL Previous days forward corrected volume SCF Standard Cubic Feet SCM Standard Cubic Meters MSCF Thousand Standard Cubic Feet MSCM Thousand Standard Cubic Meters YSTVL Previous days reverse corrected vol...

Page 101: ...ture DEGF Degrees Fahrenheit DEGC Degrees Celsius PRESS Flow condition pressure PSI Pound per square inch MPA Megapascals FRQ1A Frequency channel 1A HZ Hertz FRQ1B Frequency channel 1B HZ Hertz KFCT1 Frequency 1 K factor CF Cubic Feet CM Cubic Meters MCF Thousand Cubic Feet MCM Thousand Cubic Meters FRQ2A Frequency channel 2A HZ Hertz FRQ2B Frequency channel 2B HZ Hertz KFCT2 Frequency 2 K factor ...

Page 102: ...86 Configure the Local Display Section 5 Calibrate and configure the meter 3410 Series Gas Ultrasonic Meters Operations Manual January 2018 3 9000 777 Rev E ...

Page 103: ...a point s average value over the log interval day or hour to be recorded FLOW GATED causes the data point s flow gated average value over the log interval day or hour to be recorded A point s flow gated average is the average of its values when the flow is above the low flow cut off If the flow does not exceed the cut off during the interval then the data point s flow gated average is the same as ...

Page 104: ...and cannot overwrite old unread records The data points included in the daily log and the corresponding log action are as shown in the table below Data points required by the API Chapter 21 standard are marked with an asterisk For information on a particular data point consult Daniel MeterLink online help see the help topic for any data point in Daniel MeterLink Click Help Gas 3410 Series Register...

Page 105: ...ledD unused IsSNRTooLow unused IsPressureInvalid IsTemperatureInvalid IsAnyLogFull unused IsReverseFlowDetected IsBoreBuildupDetected IsLiquidDetected IsAbnormalProfileDetected IsReverseFlowDetected IsSndVelCompErr AreGasPropertiesInvalidInUse unused Paths A B Dual path meters Paths A D 4 path meters SndVelA SndVelB SndVelC SndVelD Flow Gated FlowVelA FlowVelB FlowVelC FlowVelD Flow Gated AvgFlow ...

Page 106: ...Average Transit time standard deviation SDevTmA1 SDevTmA2 SDevTmB1 SDevTmB2 SDevTmC1 SDevTmC2 SDevTmD1 SDevTmD2 Flow Gated MethaneInUse Flow Gated EthaneInUse Flow Gated PropaneInUse Flow Gated IsoButaneInUse Flow Gated NButaneInUse Flow Gated IsoPentaneInUse Flow Gated NPentaneInUse Flow Gated NHexaneInUse Flow Gated NHeptaneInUse Flow Gated NOctaneInUse Flow Gated NNonaneInUse Flow Gated NDecane...

Page 107: ...mDate Snapshot HeatingValueInUse Flow Gated PosEnergy Totalize NegEnergy Totalize PosEnergy Snapshot NegEnergy Snapshot TurbulenceA Flow Gated TurbulenceB Flow Gated TurbulenceC Flow Gated TurbulenceD Flow Gated ProfileFactor Flow Gated Symmetry Flow Gated CrossFlow Flow Gated PosMass Totalize NegMass Totalize PosMass Snapshot NegMass Snapshot SwirlAngle Flow Analysis Gated ProfileFactor Flow Anal...

Page 108: ...oint IsHourlyLogFull indicates whether or not the hourly log is full and cannot overwrite old unread records The data points included in the hourly log and the corresponding log action are as shown in the table below Data points required by the API Chapter 21 standard are marked with an asterisk For information on a particular data point consult Daniel MeterLink online help Table 6 2 Hourly log ac...

Page 109: ...geDetected IsReverseFlowDetected IsLiquidDetected IsAbnormalProfileDetected IsReverseFlowDetected IsSndVelCompErr AreGasPropertiesInvalidInUse unused Paths A B Dual path meters Paths A D 4 path meters SndVelA SndVelB SndVelC SndVelD Flow Gated FlowVelA FlowVelB FlowVelC FlowVelD Flow Gated AvgFlow Flow Gated Percent of good batch signals PctGoodA1 PctGoodA2 PctGoodB1 PctGoodB2 PctGoodC1 PctGoodC2 ...

Page 110: ...is Gated SwirlAngle Flow Analysis Gated MethaneInUse Flow Gated EthaneInUse Flow Gated PropaneInUse Flow Gated IsoButaneInUse Flow Gated NButaneInUse Flow Gated IsoPentaneInUse Flow Gated NPentaneInUse Flow Gated NHexaneInUse Flow Gated NHeptaneInUse Flow Gated NOctaneInUse Flow Gated NNonaneInUse Flow Gated NDecaneInUse Flow Gated CO2InUse Flow Gated N2InUse Flow Gated H2SInUse Flow Gated HeliumI...

Page 111: ... Tools Edit Compare Configuration screen The default is to overwrite old unread records Refer to Options for reading audit alarm and or system log records for information on reading records and marking records as read The data point IsAuditLogFull indicates whether or not the audit log is full and cannot overwrite old unread records The data points monitored and collected for the audit log are as ...

Page 112: ...tureHV RefTemperatureMolarDensity Tbase Table 6 4 Audit log AGA 10 group monitored data points AGA 10 data group Data point AGA10Key IsSndVelCompEnabled SndVelCompErrLimit Table 6 5 Audit log Baseline group monitored data points Baseline data group Data point FwdBaselineAvgFlow FwdBaselineComment FwdBaselineCrossFlow FwdBaselineFlowPressure FwdBaselineFlowTemperature FwdBaselineProfileFactor FwdBa...

Page 113: ...lineSwirlAngle RevBaselineSymmetry RevBaselineTime RevBaselineTurbulenceA RevBaselineTurbulenceB RevBaselineTurbulenceC RevBaselineTurbulenceD Table 6 6 Audit log calibration group monitored data points Calibration data group Data point AvgDlyA AvgDlyB AvgDlyC AvgDlyD CalFlag CalMethod DltDlyA DltDlyB DltDlyC DltDlyD FwdA0 FwdA1 FwdA2 FwdA3 FwdC0 FwdC1 Table 6 5 Audit log Baseline group monitored ...

Page 114: ...Rt12 FwdFlwRt2 FwdFlwRt3 FwdFlwRt4 FwdFlwRt5 FwdFlwRt6 FwdFlwRt7 FwdFlwRt8 FwdFlwRt9 FwdMtrFctr1 FwdMtrFctr10 FwdMtrFctr11 FwdMtrFctr12 FwdMtrFctr2 FwdMtrFctr3 FwdMtrFctr4 FwdMtrFctr5 FwdMtrFctr6 FwdMtrFctr7 FwdMtrFctr8 FwdMtrFctr9 LA LB LC LD PipeDiam RevA0 RevA1 RevA2 RevA3 Table 6 6 Audit log calibration group monitored data points Calibration data group Data point ...

Page 115: ...vFlwRt11 RevFlwRt12 RevFlwRt2 RevFlwRt3 RevFlwRt4 RevFlwRt5 RevFlwRt6 RevFlwRt7 RevFlwRt8 RevFlwRt9 RevMtrFctr1 RevMtrFctr10 RevMtrFctr11 RevMtrFctr12 RevMtrFctr2 RevMtrFctr3 RevMtrFctr4 RevMtrFctr5 RevMtrFctr6 RevMtrFctr7 RevMtrFctr8 RevMtrFctr9 SystemDelay WtA WtD XA XD Table 6 6 Audit log calibration group monitored data points Calibration data group Data point ...

Page 116: ...etProp Table 6 8 Audit log colocated meter group monitored data point Colocated meter data group Data point ColocMeterMode Table 6 9 Audit log communication group monitored data point Communications data group Data point CommTCPTimeoutPortA CommTCPTimeoutPortB Table 6 10 Audit log data logging group monitored data points Data logging data group Data point AlarmTurnOffHysterisisCount AlarmTurnOffHy...

Page 117: ...w analysis group monitored data points Flow analysis data group Data point AbnormalProfileDetectionLmt BlockageCrossFlowLmt BlockageSymmetryLmt BlockageTurbulenceLmtA BlockageTurbulenceLmtB BlockageTurbulenceLmtC BlockageTurbulenceLmtD ContinuousFlowAnalysisKey FlowAnalysisHighFlowLmt FlowAnalysisLowFlowLmt IsAbnormalProfileDetectionEnabled IsBlockageDetectionEnabled IsBoreBuildupDetectionEnabled ...

Page 118: ...e AO1FullScaleMassRate AO1FullScaleVolFlowRate AO1MaxVel AO1MinVel AO1TestModeOutputPercent AO1TrimCurrent AO1TrimGainExtMeasCurrent AO1TrimZeroExtMeasCurrent AO1ZeroScaleEnergyRate AO1ZeroScaleMassRate AO1ZeroScaleVolFlowRate AO2ActionUponInvalidContent AO2Content AO2CurrentTrimGain AO2CurrentTrimZero AO2Dir AO2FullScaleEnergyRate AO2FullScaleMassRate AO2FullScaleVolFlowRate AO2MaxVel AO2MinVel A...

Page 119: ...e FODO3Mode FODO3Source FODO4Mode FOD43Source FODO5Mode FODO5Source FODO6Mode FODO6Source Freq1BPhase Freq1Content Freq1Dir Freq1FeedbackCorrectionPcnt Freq1FullScaleEnergyRate Freq1FullScaleMassRate Freq1FullScaleVolFlowRate Freq1MaxFrequency Freq1MaxVel Freq1MinVel Freq1TestModeOutputPercent Freq1ZeroScaleEnergyRate Freq1ZeroScaleMassRate Freq1ZeroScaleVolFlowRate Freq2BPhase Freq2Content Freq2D...

Page 120: ...EnableTest IsAO2EnableTest IsDI1ForCalActiveLow IsDI1ForCalStateGated IsFreq1BZeroedOnErr IsFreq1EnableTest IsFreq2BZeroedOnErr IsFreq2EnableTest Table 6 14 Audit log gas chromatograph group monitored data points Gas chromatograph data group Data point GasPropertiesSrcSel GasPropertiesSrcSelGCAlarm GCBaud GCCommTimeout GCDesiredStreamTimeout GCHeatingValueType GCHeatingValueUnit GCKey GCModbusID G...

Page 121: ... point AlarmDef AsyncEnable AvgSoundVelHiLmt AvgSoundVelLoLmt ChordalConfig ChordInactvA ChordInactvB ChordInactvC ChordInactvD DampEnable DeviceNumber DitherEnable FlowDir MaxNoDataBatches MeterMaxVel MinChord MinPctGood NonNormalModeTimeout RTCSecondsSinceEpochSet SpecCorrectionFactor SSMax SSMin UnitsSystem VelHold VolFlowRateTimeUnit VolUnitMetric VolUnitUS WallRoughness XdcrFiringSync ZeroCut...

Page 122: ...s HART data group Data point HARTDate HARTDescriptor HARTDeviceFinalAssyNum HARTEnergyUnit HARTLongTag HARTMassUnit HARTMessage HARTMinNumPreambles HARTNumPreambleBytesFromSlave HARTPollingAddress HARTPressureUnit HARTQVContent HARTRateTimeUnit HARTSlot0Content HARTSlot1Content HARTSlot2Content HARTSlot3Content HARTTag HARTTemperatureUnit HARTTVContent HARTVelUnit HARTVolUnit ...

Page 123: ...tart DidPowerFail DoWarmStart IsConfigProtected IsCorePresent PowerFailTime WatchDogReset Table 6 18 Audit log local display group monitored data points Local display data group Data point LocalDisplayFlowRateTimeUnit LocalDisplayItem1 LocalDisplayItem10 LocalDisplayItem2 LocalDisplayItem3 LocalDisplayItem4 LocalDisplayItem5 LocalDisplayItem6 LocalDisplayItem7 LocalDisplayItem8 LocalDisplayItem9 L...

Page 124: ...ch2 Table 6 20 Audit log pressure and temperature group monitored data points Pressure and temperature data group Data point AtmosphericPress EnablePressureInput EnableTemperatureInput FlowPOrTSrcUponAlarm FlowPressureWhileCal FlowTemperatureWhileCal HighPressureAlarm HighTemperatureAlarm InputPressureUnit LiveFlowPressureCalCtrl LiveFlowPressureGain LiveFlowPressureOffset LiveFlowTemperatureCalCt...

Page 125: ...og signal processing group monitored data points Signal processing data group Data point BatchPercentSmoothing BatchSize CRange DltChk EmRateActual EmRateDesired Filter FireSeq GainHighLmt GainLowLmt MaxHoldTm MaxNoise MinHoldTime MinSigQlty NegSpan Pk1Pct Pk1Thrsh Pk1Wdth PosSpan SampInterval SampPerCycle SetXdcrType SndSpdChkMaxVel SndSpdChkMinVel SNRatio SpecBatchUpdtPeriod StackEmRateActual St...

Page 126: ... the meter power down time by examining the PowerFailTime record s The PowerFailTime record time stamp indicates to within a few seconds the time that the meter was started The As left value indicates the time to within a few seconds that the meter was powered down Table 6 23 Audit log tracking group monitored data points Tracking data group Data point ResetTrkParam Tamp TampHi TampLo TampSen Tamp...

Page 127: ...n select whether old unread records can be overwritten by new records when the log becomes full via the data point DoOverwriteUnreadAlarmLog This point can be modified using the Daniel MeterLink Tools Edit Compare Configuration screen The default is to overwrite old unread records Refer to Options for reading audit alarm and or system log records for information on reading records and marking reco...

Page 128: ...gSoundVelLoLmt AvgSoundVelHiLmt SpecFlowPressure LowPressureAlarm HighPressureAlarm SpecFlowTemperature LowTemperatureAlarm HighTemperatureAlarm LiveFlowPressure LowPressureAlarm HighPressureAlarm LiveFlowTemperature LowTemperatureAlarm HighTemperatureAlarm AvgFlow MeterMaxNegVel MeterMaxVel SysTemp 40 C 100 C SysVoltage1V 0 90V 1 10V SysVoltage1V2 1 08V 1 32V SysVoltage2V5 2 225 V 2 775 V SysVolt...

Page 129: ...ter Archive Logs screen The are three log groups daily hourly event audit alarm and system logs Select the desired log group s via the Collect daily log Collect hourly log Collect event log check boxes If the event group is selected the audit alarm and system logs are individually selectable Whenever any log is collected the current meter configuration is also collected 6 2 3 Options for reading d...

Page 130: ...The meter configuration follows the log data separated by a blank line The collected log data is also displayed on the screen Don t log to file This option will not save any of the collected log data to a file but will display it on the screen After selecting the desired log type s and the log format click on the Collect button to initiate the log data collection If a format that saves the data to...

Page 131: ...lays Figure 6 2 Maintenance Logs 3 Set the log collection Duration mins 2 minutes is the default value which is normally adequate to capture a good snapshot of the meter s current diagnostic parameters To get a good representation of the meter performance it is recommended that there be at least 30 records lines of data The actual number of records collected are a function of the type of communica...

Page 132: ...er Technician or Engineer The log file captures all the data regardless of the view setting selected If the Technician view is selected some of the data will be hidden The view can be changed when the Microsoft Excel file is opened then selecting View Custom Views or by un hiding the columns by selecting Format Column Unhide 7 To begin collecting logs click the Start button Daniel MeterLink collec...

Page 133: ...as Ultrasonic Meters Operations Manual Section 6 Archive logs 3 9000 777 Rev E January 2018 Collecting Logs 117 11 Charts is the default view when you open the Maintenance Log Figure 6 5 Microsoft Excel Charts View ...

Page 134: ...ecting Logs Section 6 Archive logs 3410 Series Gas Ultrasonic Meters Operations Manual January 2018 3 9000 777 Rev E 12 The Inspection Report is the report view Figure 6 6 Microsoft Excel Inspection Report View ...

Page 135: ...Gas Ultrasonic Meters Operations Manual Section 6 Archive logs 3 9000 777 Rev E January 2018 Collecting Logs 119 13 The next Microsoft Excel report view is Meter Config Figure 6 7 Microsoft Excel Meter Config View ...

Page 136: ...ecting Logs Section 6 Archive logs 3410 Series Gas Ultrasonic Meters Operations Manual January 2018 3 9000 777 Rev E 14 The last Microsoft Excel report view is Raw Data Figure 6 8 Microsoft Excel Raw Data View ...

Page 137: ...Archive log file The Log format can be selected as either Microsoft Excel Comma separated values and Don t log to file The Don t log to file option will not save any of the log data to file but will only display it on the screen The meter configuration is always collected and included into the archive log file Select the desired log options and click Collect Daniel MeterLink opens a Save As dialog...

Page 138: ...122 Collect meter archive logs Section 6 Archive logs 3410 Series Gas Ultrasonic Meters Operations Manual January 2018 3 9000 777 Rev E ...

Page 139: ...parameters of a configuration to a connected meter Comparing and converting legacy configurations Save and Print configurations Command Description Edit Compare Configuration Open edit and compare configurations from files and meters Waveform Viewer Collect view save print ultrasonic waveforms from meter or file Gas SOS Calculator Calculate speed of sound for a known gas composition Outputs Test T...

Page 140: ...iguration may not be the full configuration Click Write Checked to write only the values with a selected check box next to the value and are visible in the currently selected view Select any values to write and clear any values you don t want to write to the meter before clicking Write Checked 6 Open a configuration in the editor and select Meter or select File to compare it to a configuration sav...

Page 141: ...Link has not written anything to the new meter All the values highlighted in yellow are values from the legacy configuration d Click Write Checked to write the changed portion of the configuration to the new meter If any data point failed to be written you must correct the invalid value and click Write Checked again until the configuration is written without any errors Once the configuration is wr...

Page 142: ...stored to a file using the Diagnostic Collection Stream to file check box This utilizes the Daniel 3410 Series Gas Ultrasonic Flow Meterr s patented snapshot and playback feature to accurately record the flow signals that can then be later reproduced for detailed analysis Waveforms are displayed in the time domain e g the waveform signal is plotted against time Figure 7 4 Waveform viewer time doma...

Page 143: ... along the horizontal axis for either the Stacked or Filtered waveform If filtering is on the markers will be on the Filtered waveform If filtering is off the markers will be on the Stacked waveform The green marker shows the point where the first motion is detected The purple marker shows the zero crossing which is the point that the meter uses as the arrival point of the signal 7 2 2 Navigate th...

Page 144: ...k on a simulator This U S Patented feature is useful to allow Daniel to reproduce any field specific conditions a Click the Stream to file checkbox and wait for the waveforms to start streaming to the screen The meter is returning raw waveforms just as they are received without any stacking or filtering b Click Record to start saving all of the raw waveforms to file The collection of waveforms can...

Page 145: ... F4 Toggles the cursor between and fast and slow moving cursor The cursor is physically larger for the fast moving cursor Toggle Lines Markers F9 Toggles off the lines connecting the collected data and forces on the markers Toggle Mouse Position Tip Ctrl F4 Turns on tool tip showing the coordinates at which the mouse pointer in pointing Toggle Nearest Point Tip Ctrl F9 Turns on tool tip showing th...

Page 146: ...yed are defined in the File Program Settings dialog 7 3 1 Calculate SOS for the gas composition 1 Enter the gas composition as percentages into the Gas composition inputs table If you are connected to a Daniel Gas Ultrasonic meter running AGA8 Detailed Method the In Use gas composition is read from the meter and displayed in Gas composition inputs It also indicates if the values are Fixed or Live ...

Page 147: ...position Only available options will be enabled 6 In addition to reading values from a meter click Write to Meter to display a dialog to give you the option to write Pressure Temperature and Gas Composition to the meter Only available options will be enabled Pressure and Temperature must be set to Fixed in the meter to enable the selections to write these values to the meter Likewise to enable the...

Page 148: ...lculator menu click Close to return to the Main window of Daniel MeterLink 7 4 Outputs test The Outputs Test dialog box allows you to monitor the live values of all the frequency current and digital outputs Additionally the outputs can be set into a Test mode to force the outputs to a specific user defined value This dialog box is only available while connected to a meter Refer to Section 5 7 in t...

Page 149: ...te You must have a valid Continuous Flow Analysis key to enable this feature See Section 3 1 1 for instructions about obtaining the Continuous Flow Analysis key and Section 5 13 1 to configure the baseline parameters for your meter using the Tools Set Baseline Wizard menu Figure 7 7 Baseline viewer The Baseline viewer indicates the current flow direction forward or reverse and gauges display the f...

Page 150: ...e is centered on the Symmetry set in the baseline the percentage defined by Symmetry limit configurable in the Field Setup Wizard on the Continuous Flow Analysis page Cross Flow Displays the cross flow for the meter The cross flow is calculated from the chordal velocities as VelocityA VelocityC VelocityB VelocityD The green zone is centered on the cross flow set in the baseline the percentage defi...

Page 151: ... display in the table under Upgrade All of the components will be identified as if they are older newer or the same as what is currently installed in the meter 2 Daniel MeterLink only downloads components that are different than what is currently installed in the meter At least one component must be different for download before the Download button is enabled 3 Click Download to initiate the downl...

Page 152: ...ss to ensure all components are updated 7 7 1 Error recovery for program download failure If the Program Download failed during firmware upgrade Daniel MeterLink can no longer connect to the meter or a message Attempt FTP only connection displays when trying to connect perform a Backup Upgrade It is possible for the meter to lose its programming if the meter power fails during a firmware upgrade p...

Page 153: ...nk caption reads Connected to meter name 4 Go to Tools Program Download to attempt the firmware upgrade again If the firmware upgrade is successful the meter should start working as normally as the meter s configuration is not normally lost 5 If the configuration is lost a configuration file was saved by the Program Download utility on the initial firmware upgrade attempt Use Edit Compare Configur...

Page 154: ...e displayed After 4096 messages have been displayed the oldest messages are cleared from the list as new messages are added The Address combo box filters new messages so that only those with the selected address 1 32 are displayed By default all addresses are displayed The address filter does not affect messages already displayed only new messages Figure 7 9 Communications analyzer 1 Check Browse ...

Page 155: ...c and U S Customary units of measure used with Daniel Ultrasonic Gas Flow Meters and Daniel MeterLink Table A 1 Conversion Factors per unit of measurement Conversion Factors Unit of Measurement F 32 x 5 9 C C 273 15 K 1 K C 5 9 C F 10 6 MPa Pa 0 006894757 MPa psi 0 1 MPa bar 0 101325 MPa atm 0 000133322 MPa mmHg 0 3048 m ft 0 0254 m in 103 dm3 m3 10 6 m3 cc m3 cm3 0 3048 3 m3 ft3 0 0254 3 m3 in3 3...

Page 156: ...140 CONVERSION FACTORS PER UNIT OF MEASUREMENT Conversion factors Daniel 3410 Series Gas Ultrasonic Meter Operations Manual June 2016 3 9000 777 Rev D ...

Page 157: ...y Volumetric Flow Rate Inverse K Factor where frequency K Factor pulses m3 or pulses ft3 Freq1KFactor and Freq2KFactor frequency Inverse K Factor m3 pulse or ft3 pulse Freq1InvKFactor and Freq2InvKFactor frequency full scale volumetric flow rate m3 h or ft3 h Freq1FullScaleVolFlowRate and Freq2FullScaleVolFlowRate maximum frequency Hz pulses s Either 1000 or 5000 Hz Freq1MaxFrequency and Freq2MaxF...

Page 158: ...3 h QMeter gas flow velocity ft s AvgFlow geometric constant pi dimensionless 3 14159265 pipe inside diameter in PipeDiam volumetric flow rate m3 h QMeter gas flow velocity m s AvgFlow geometric constant pi dimensionless 3 14159265 pipe inside diameter m PipeDiam Q ft 3 hr Vft s 3600 s hr πDin 2 4 1ft 12in 2 Vft s Din 2 3600 π 4 12 2 s ft 2 hr in 2 Vft s Din 2 19 63495 s ft 2 hr in 2 Q ft 3 hr Vft...

Page 159: ... assemblies and transducer holders are also etched on the individual components The length of the meter body is found on the original calibration sheet supplied with the meter Equation B 5 Chord L Dimension where chord L dimension in LA LD meter housing length in transducer 1 mount length in transducer 2 mount length in transducer 1 length in transducer 2 length in transducer 1 stalk length in tra...

Page 160: ...144 CHORD L DIMENSION CALCULATION Miscellaneous equations Daniel 3410 Series Gas Ultrasonic Meter Operations Manual January 2018 3 9000 777 Rev E ...

Page 161: ... port when the UPLINK port is used to connect the hub to a LAN Ensure the meter and PC are not plugged in to a hub non usable UPLINK port Verify that the meter is powered up by checking that CPU Module LED 1 is on either solid red or green If the LED is not on check power to the meter If the LED is on check the Ethernet cable connections Q2 My CPU Module LINK LED is on but I can t communicate with...

Page 162: ...LAN A3 Before connecting multiple meters via Ethernet on a LAN each meter must be configured with a unique user specified IP address following the initial communication quick start instructions in Section 2 1 Contact your IT department for valid IP addresses for your LAN and Gateway address if required Once a meter s IP address is configured the meter may be connected to the intranet LAN and acces...

Page 163: ...eters of the Daniel MeterLink program are set according to jumpers on the meter CPU board See Section 2 1 of this manual for instructions on configuring communications Check switch S 1 on the field connection board and ensure that it is in the correct position RS 485 or RS 232 communication Note that S1 is located at the top left side of the board one or more of the chords is not indicating a read...

Page 164: ...nterconnect cables between the base enclosure and the transmitter enclosure chord is not indicating Check the resistance of the failed transducer If Chord A is not indicating change the transducer cables from Chord D to chord A If Chord D then fails the transducers are bad on Chord A The same test procedure can be accomplished by swapping Chords B and C if a chord fails in either chord Note that t...

Page 165: ...4 409 7 635 12 036 17 082 26 968 42 417 61 349 99 070 142 661 900 2 207 5 021 8 694 13 706 19 452 30 710 48 302 69 861 112 816 162 455 1000 2 482 5 646 9 777 15 414 21 875 34 536 54 320 78 565 126 872 182 696 1100 2 763 6 286 10 885 17 161 24 355 38 451 60 478 87 471 141 254 203 405 1200 3 050 6 939 12 015 18 943 26 883 42 443 66 756 96 551 155 917 224 521 1300 3 341 7 602 13 164 20 753 29 453 46 ...

Page 166: ...4000 38 41 87 39 151 3 238 5 338 6 534 6 840 8 1216 1964 2828 4500 43 56 99 10 171 6 270 5 384 0 606 2 953 5 1379 2227 3207 5000 48 81 111 1 192 3 303 1 430 3 679 3 1068 1545 2495 3593 5500 54 17 123 2 213 4 336 4 477 4 753 8 1186 1715 2769 3987 6000 59 62 135 6 234 9 370 2 525 5 829 7 1305 1887 3048 4389 6500 65 17 148 3 256 8 404 7 574 5 907 0 1427 2063 3332 4798 7000 70 82 161 1 279 0 439 8 624...

Page 167: ...1 800 46 6 105 8 183 2 288 9 410 0 647 2 1 018 1 472 2 378 3 424 900 53 1 120 5 208 7 328 9 466 8 737 0 1 159 1 677 2 708 3 899 1000 59 7 135 5 234 6 369 9 525 0 828 9 1 304 1 886 3 045 4 385 1100 66 5 150 9 261 2 411 9 584 5 922 8 1 451 2 099 3 390 4 882 1200 73 4 166 5 288 4 454 6 645 2 1 019 1 602 2 317 3 742 5 389 1300 80 4 182 4 315 9 498 1 706 9 1 116 1 755 2 539 4 100 5 904 1400 87 5 198 6 ...

Page 168: ...9 29 186 47 131 67 869 4500 1 045 2 378 4 119 6 492 9 215 14 549 22 883 33 097 53 447 76 963 5000 1 171 2 664 4 615 7 275 10 326 16 302 25 641 37 086 59 889 86 240 5500 1 300 2 957 5 121 8 072 11 459 18 091 28 454 41 154 66 458 95 699 6000 1 431 3 254 5 637 8 885 12 612 19 912 31 319 45 298 73 150 105 336 6500 1 564 3 557 6 162 9 713 13 787 21 767 34 236 49 517 79 964 115 148 7000 1 700 3 866 6 69...

Page 169: ... in the ON position The data points in Table E 1are applicable for firmware v1 06 and later Table E 1 Write protected configuration parameters Write protected configuration parameters AbnormalProfileDetectionLmt Address AlarmDef AO1ActionUponInvalidContent AO1Content AO1Dir AO1FullScaleEnergyRate AO1FullScaleMassRate AO1FullScaleVolFlowRate AO1MaxVel AO1MinVel AO1TrimCurrent AO1TrimGainExtMeasCurr...

Page 170: ...yRate AO2ZeroScaleMassRate AO2ZeroScaleVolFlowRate AsyncEnable AtmosphericPress AvgDlyA AvgDlyB AvgDlyC AvgDlyD AvgSoundVelHiLmt AvgSoundVelLoLmt BatchSize BlockageTurbulenceLmtA BlockageTurbulenceLmtB BlockageTurbulenceLmtC BlockageTurbulenceLmtD CalMethod ChordInactvA ChordInactvB ChordInactvC ChordInactvD City ColocMeterMode ContractHour CRange DailyLogInterval DampEnable DeviceNumber DI1IsInvP...

Page 171: ...DO1AContent DO1AIsInvPolarity DO1BContent DO1BIsInvPolarity DO1PairTestEnable DO2AContent DO2AIsInvPolarity DO2BContent DO2BIsInvPolarity DO2PairTestEnable EmRateDesired EnableExpCorrPress EnableExpCorrTemp EnablePressureInput EnableTemperatureInput FireSeq FlowAnalysisHighFlowLmt FlowAnalysisLowFlowLmt FlowDir FlowPOrTSrcUponAlarm FODO1Mode FODO1Source FODO2Mode Table E 1 Write protected configur...

Page 172: ... FODO6Source Freq1BPhase Freq1Content Freq1Dir Freq1FeedbackCorrectionPcnt Freq1FullScaleEnergyRate Freq1FullScaleMassRate Freq1FullScaleVolFlowRate Freq1MaxFrequency Freq1MaxVel Freq1MinVel Freq1ZeroScaleEnergyRate Freq1ZeroScaleMassRate Freq1ZeroScaleVolFlowRate Freq2BPhase Freq2Content Freq2Dir Freq2FeedbackCorrectionPcnt Freq2FullScaleEnergyRate Freq2FullScaleMassRate Freq2FullScaleVolFlowRate...

Page 173: ...aleMassRate Freq2ZeroScaleVolFlowRate FwdA0 FwdA1 FwdA2 FwdA3 FwdBaselineAvgFlow FwdBaselineComment FwdBaselineCrossFlow FwdBaselineFlowPressure FwdBaselineFlowTemperature FwdBaselineProfileFactor FwdBaselineSwirlAngle FwdBaselineSymmetry FwdBaselineTime FwdBaselineTurbulenceA FwdBaselineTurbulenceB FwdBaselineTurbulenceC FwdBaselineTurbulenceD FwdC0 FwdC1 FwdC2 FwdC3 FwdFlwRt1 FwdFlwRt10 Table E ...

Page 174: ...FwdFlwRt3 FwdFlwRt4 FwdFlwRt5 FwdFlwRt6 FwdFlwRt7 FwdFlwRt8 FwdFlwRt9 FwdMtrFctr1 FwdMtrFctr10 FwdMtrFctr11 FwdMtrFctr12 FwdMtrFctr2 FwdMtrFctr3 FwdMtrFctr4 FwdMtrFctr5 FwdMtrFctr6 FwdMtrFctr7 FwdMtrFctr8 FwdMtrFctr9 GasPropertiesSrcSel GasPropertiesSrcSelGCAlarm GCBaud GCCommTimeout GCDesiredStreamTimeout GCHeatingValueType GCHeatingValueUnit Table E 1 Write protected configuration parameters ...

Page 175: ...iptor HARTDeviceFinalAssyNum HARTEnergyUnit HARTLongTag HARTMassUnit HARTMessage HARTMinNumPreambles HARTNumPreambleBytesFromSlave HARTPollingAddress HARTPressureUnit HARTQVContent HARTRateTimeUnit HARTSlot0Content HARTSlot1Content HARTSlot2Content HARTSlot3Content HARTTag HARTTemperatureUnit HARTTVContent HARTVelUnit HARTVolUnit HCH_Method HighPressureAlarm HighTemperatureAlarm Table E 1 Write pr...

Page 176: ...req2BZeroedOnErr IsFreq2EnableTest LA LB LC LD LinearExpansionCoef LiquidDetectionSDevCrossFlowLmt LiquidDetectionSDevProfileFactorLmt LiquidDetectionSDevSymmetryLmt LiveFlowPressureCalCtrl LiveFlowPressureGain LiveFlowPressureOffset LiveFlowTemperatureCalCtrl LiveFlowTemperatureGain LiveFlowTemperatureOffset LowFlowLmt LowPressureAlarm LowTemperatureAlarm MaxHoldTm MaxInputPressure MaxInputTemper...

Page 177: ...Number MinChord MinHoldTime MinInputPressure MinInputTemperature MinPctGood MinSigQlty NegSpan NonNormalModeTimeout NumVals PBase PipeDiam PipeOutsideDiameter Pk1Pct Pk1Thrsh Pk1Wdth PoissonsRatio PosSpan PropUpdtBatches RefPressExpCoef RefPressureGr RefPressureMolarDensity RefTemperatureGr RefTemperatureHV RefTemperatureMolarDensity RefTempLinearExpCoef Table E 1 Write protected configuration par...

Page 178: ...low RevBaselineFlowPressure RevBaselineFlowTemperature RevBaselineProfileFactor RevBaselineSwirlAngle RevBaselineSymmetry RevBaselineTime RevBaselineTurbulenceA RevBaselineTurbulenceB RevBaselineTurbulenceC RevBaselineTurbulenceD RevC0 RevC1 RevC2 RevC3 ReverseFlowDetectionZeroCut ReverseFlowVolLmt RevFlwRt1 RevFlwRt10 RevFlwRt11 RevFlwRt12 RevFlwRt2 RevFlwRt3 RevFlwRt4 RevFlwRt5 RevFlwRt6 Table E...

Page 179: ...vFlwRt9 RevMtrFctr1 RevMtrFctr10 RevMtrFctr11 RevMtrFctr12 RevMtrFctr2 RevMtrFctr3 RevMtrFctr4 RevMtrFctr5 RevMtrFctr6 RevMtrFctr7 RevMtrFctr8 RevMtrFctr9 SampInterval SampPerCycle SetXdcrType SndSpdChkMaxVel SndSpdChkMinVel SndVelCompErrLimit SNRatio SpecBatchUpdtPeriod SSMax SSMin StackEmRateDesired StateAndCountry StationName Tamp Table E 1 Write protected configuration parameters ...

Page 180: ...ons Manual January 2018 3 9000 777 Rev E TampHi TampLo TampSen TampWt TBase TmDevFctr1 TmDevLow1 Tspe TspeHi TspeLmt TspeLo TspeSen TspeWt Tspf TspfHi TspfLo TspfMatch TspfSen TspfWt UnitsSystem VelHold VolFlowRateTimeUnit VolUnitMetric VolUnitUS WallRoughness XA XB XC XD Table E 1 Write protected configuration parameters ...

Page 181: ...r Operations Manual Write protected configuration parameters 3 9000 777 Rev E January 2018 Write protected configuration 165 XdcrFiringSync XdcrFreq XdcrNumDriveCycles YoungsModulus ZeroCut Table E 1 Write protected configuration parameters ...

Page 182: ...166 WRITE PROTECTED CONFIGURATION Write protected configuration parameters Daniel 3410 Series Gas Ultrasonic Meter Operations Manual January 2018 3 9000 777 Rev E ...

Page 183: ... 3410 Series engineering drawings 167 APPENDIX FPAGE 498 Appendix F Engineering drawings F 1 3410 Series engineering drawings List of Engineering Drawings This appendix contains the following engineering drawing s for the ultrasonic meter DMC 005324 3410 Series Gas Ultrasonic Flow Meters System Wiring Diagram ...

Page 184: ...168 3410 SERIES ENGINEERING DRAWINGS Engineering drawings Daniel 3410 Series Gas Ultrasonic Meter Operations Manual January 2018 3 9000 777 Rev E ...

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Page 189: ... settings 9 D Daily and hourly log data point actions 87 Daniel MeterLink Communication analyzer 138 Current outputs 3 Field Setup Wizard 3 Frequency outputs 3 Frequency Digital outputs sources 3 General 3 HART outputs 3 Meter corrections 3 Meter Digital outputs 3 Startup 3 Temperature and pressure 3 Daniel MeterLink Tools Baseline viewer 133 Gas SOS Calculator 130 Outputs test 132 Transducer swap...

Page 190: ...ter record 4 Direct connection 4 Ethernet initial connection steps 6 Export a meter record 7 Import a meter record 7 Modem connection 5 Setup the meter in a DeltaV System 11 Signal processing 20 batch cycle 21 batch update period 21 emission rates 21 filtering 20 smoothing 22 stacking 20 Sim 2251 Register 76 SIM2251 mode 75 Stack emission rate 19 Stack size 19 Stacking 19 Startup checklist 1 Equip...

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Page 192: ...AE T 971 4 811 8100 Asia Pacific Singapore T 65 6777 8211 2018 Daniel Measurement and Control Inc All rights reserved Unauthorized duplication in whole or part is prohibited Printed in the U S A Daniel Measurement and Control Inc Daniel is an Emerson Automation Solutions business unit The Daniel name and logo are trademarks of Daniel Industries Inc The Emerson logo is a trademark and service mark ...

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