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PanaFlow HT User`s Manual

1. Table 7 Modbus Cal Terminal Block I O Type Connection Specifications RS485 RS485 Communications Standard RS485 communications port Frequency Passive Output Max customer supply voltage 30 VDC Output Max current draw 200 mA Recommended load 300 Q Power Supplies Standard 100 240 VAC 50 60 Hz Optional 12 to 28 VDC Power Consumption 10 Watts maximum Wiring Connection All conduit entries are M20 or M25 24 NPT can be ordered with adapter Operating Temperature 40 to 140 F 40 to 60 C Note The LCD display is only visible down to 13 F 25 C 86 PanaFlow HT User s Manual Appendix A Specifications A 3 Electronics cont Storage Temperature 40 to 158 F 40 to 70 C Data Logging Requires Vitality Software XMT900 logging PanaFlow HT User s Manual 87 88 no content intended for this page PanaFlow HT User s Manual Appendix B Menu Maps Appendix B Menu Maps PanaFlow HT User s Manual 89 Appendix B Menu Maps 90 PanaFlow HT User s Manual Appendix B Menu Maps Press y to enter the Display Measurement menu Velocity Std Volumetric Total Soundspeed Reynolds Diagnostic Actual Volumetric Inventory Total Channel Forward Reverse 1 2 Net Time Days Flow Value Signal Quality Signal Process
2. E23 indicates an error on multiple channels PanaFlow HT User s Manual Chapter 4 Error Codes and Troubleshooting Table 5 Flow Error String cont E15 ActiveTw E15 indicates an error with the active Tw measurement This may be caused by a transducer error a parameter programming error or extreme process temperatures The error means that the measurement of how long it is taking the ultrasonic signal to pass through the bundled waveguide is outside reasonable limits E6 CycleSkip E6 indicates that a cycle skip has occurred in the signal processing measurement This is usually due to poor signal integrity possibly because of bubbles in the pipeline sound absorption by very viscous fluids or cavitation ES Amplitude ES indicates an amplitude error in the signal processing measurement The signal amplitude is either excessively high or lovv This is also due to poor signal integrity much like an E6 error E4 SignalQuality F4 indicates a Signal Quality error This means the signal shape upstream to downstream reciprocity or signal correlation value is poor The cause is usually the same as E6 or E5 E3 VelocityRange E3 is a velocity range error meaning that the calculated velocity is outside the velocity limits defined for this application The velocity we are measuring is not reasonable for the fluid and pipe size programmed in the data set This could be a programmi
3. PanaFlow HT User s Manual NT32 Table 10 XMIT Modbus Map cont Appendix C Modbus Map Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 742 1858 VIEWER MCU error 18 RO INT32 MCU error See error code tables 744 1860 VIEWER Option error 18 RO INT32 Option error See error code tables 746 1862 VIEWER MCU startup error 18 RO INT32 MCU startup error See error code tables 748 1864 VIEWER Option startup error 18 RO INT32 Option startup error See error code tables Display Integer Read Write 900 2304 Gen User Display Language 18 RW INT32 902 2306 VIEWER Display Variable_1 Register Address 18 RW INT32 904 2308 VIEWER Display Variable_1 Unit Code Address 18 RW INT32 VIEWER Display Variable_2 Register Address VIEWER VIEWER Display Variable_2 Unit Code Address Display Totalizer_1 Register Address VIEWER VIEWER Display Totalizer_1 Unit Code Address Display Totalizer_2 Register Address VIEWER VIEWER Display Totalizer_2 Unit Code Address Display Graph_1 Register Address VIEWER Gen User Display Graph_1 Unit Code Address select the velocity Gen User Gen User select the Actual Volumetric select the Standardized Volumetric Gen User Gen User select Mass select Totalizer Gen User VIEWER select Density Select Decimal VIEWER Gen U the type of DISPLAY
4. SERVICE Composite Test Frequency for Frequency Output FACTORY FACTORY Composite Sensor serial number 3 Composite Sensor serial number 4 FACTORY FACTORY Composite Sensor serial number 5 Composite Sensor serial number 6 FACTORY Composite Flowmeter System serial number SIL USER Composite Unit Type Time see Unit Table C 2 SIL USER SIL USER Composite Unit Type Viscosity see Unit Table C 2 Composite Unit Type Standard Volumetric see Unit Table C 2 PanaFlow HT User s Manual FACTORY Composite Standard BWT buffer 1 serial number 109 Appendix C Modbus Map 110 Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 815A 33114 FACTORY Composite Standard BWT buffer 2 18 RW INT32 serial number 815C 33116 FACTORY Composite Standard BWT buffer 3 18 RW INT32 serial number 815E 33118 FACTORY Composite Standard BWT buffer 4 18 RW INT32 serial number 8160 33120 FACTORY Composite Standard BWT buffer 5 18 RW INT32 serial number 8162 33122 FACTORY Composite Standard BWT buffer 6 18 RW INT32 serial number 8164 33124 FACTORY Composite UMPU receiver serial 18 RW INT32 number Channel 1 Real FF Terminal Block 4 8400 33792 SERVICE JCh I Chord Wt factor 18 RW IEEE 32 bit SERVICE Ch_1 Time Buffer Offset IEEE 32 bit
5. SERVICE SERVICE Ch 1 Time in wedge Ch_1 Path Length P IEEE 32 bit IEEE 32 bit 33802 SERVICE SERVICE Ch_1 Axial Length L Ch_1 delay between successive transmits IEEE 32 bit IEEE 32 bit 33804 SERVICE Ch_1 DeltaT Offset IEEE 32 bit eger FF Ter minal Block 4 34048 SERVICE Ch_1 Pct of Peak INT32 34050 SERVICE Ch 1 Min Peak INT32 34052 SERVICE Ch 1 Max Peak INT32 34054 34056 SERVICE SERVICE Ch 1 Reynolds correction selection 0 Off 1 On Ch 1 enum of transducer type ex T5 0 BWT INT32 34058 SERVICE Ch_1 Transducer Freq 500000 500kHz 1000000 1MHz 34060 SERVICE Ch 1 Errors Allowed Channel 2 Real FF Terminal Block 5 34816 SERVICE SERVICE Ch_2 Composite Coefficient Ch_2 Time Buffer Offset IEEE 32 bit IEEE 32 bit SERVICE SERVICE Ch_2 Time in wedge Ch_2 Path Length P IEEE 32 bit IEEE 32 bit SERVICE Ch_2 Axial Length L IEEE 32 bit 880A 34826 SERVICE Ch 2 delay between successive 19 RVV IEEE 32 bit transmits 880C 34828 SERVICE Ch_2 DeltaT Offset 19 RW IEEE 32 bit Channel 2 Integer FF Terminal Block 5 8900 35072 SERVICE Ch_2 Pct of Peak 12 RW INT32 PanaFlow HT User s Manual Table 10 XMIT Modbus Map cont Appendix C Modbus Map Register in Hex Register in Decimal
6. 2 VIEWER Minimum Output_1 Pulse Value IEEE 32 bit 512 VIEWER Minimum Output 1 Pulse Time IEEE 32 bit 131072 VIEWER Minimum Output 1 Frequency Base IEEE 32 bit Value 33554432 VIEWER Minimum Output 1 Frequency Full IEEE 32 bit Value PanaFlow HT User s Manual 105 Appendix C Modbus Map 106 Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 2E08 8589934592 VIEWER Minimum Output 1 Alarm Value 18 RO IEEE 32 bit 2E0A 11786 VIEWER Minimum Output_1 Control Output 18 RO IEEE 32 bit Value 2E80 VIEWER Minimum Output_2 Pulse Value 18 RO IEEE 32 bit 2E82 VIEWER Minimum Output_2 Pulse Time 10 RO IEEE 32 bit 2E84 VIEWER Minimum Output_2 Frequency Base 18 RO IEEE 32 bit Value 2E86 VIEWER Minimum Output_2 Frequency Full 18 RO IEEE 32 bit Value 2E88 VIEWER Minimum Output_2 Alarm Value 18 RO IEEE 32 bit 2E8A 11914 VIEWER Minimum Output_2 Control Output 18 RO IEEE 32 bit Value Digital Out Min Integer Read Only 2F00 12032 VIEWER Minimum Output_1 Test Pulse Value 18 RO INT32 2F02 12034 VIEWER Minimum Output_1 Frequency Full 6 RO INT32 Frequency 2F04 12036 VIEWER Minimum Output_1 Test Frequency 6 RO INT32 VIEWER Value Minimum Output_1 Frequency Error Handling Value VIEWER Minimum Output_2 Test Pulse Value VIEWER Minimum Output_2 Freq
7. Access Level Variable Unit Group Read Only Read Write Format 35074 SERVICE Ch_2 Min Peak 12 RW INT32 35076 SERVICE Ch_2 Max Peak 12 RW INT32 35078 SERVICE Ch_2 Reynolds correction selection 0 Off 1 On 18 RW INT32 35080 SERVICE Ch 2 enum of transducer type ex T5 0 BWT 18 RW INT32 35082 SERVICE Ch_2 Transducer Freq 500000 500kHz 1000000 1MHz RW INT32 35084 SERVICE Ch_2 Errors Allowed RW INT32 Measurements Input Registers Composite Channel Real 33280 VIEWER Composite Velocity IEEE 32 bit 33282 VIEWER Composite Volumetric IEEE 32 bit 33284 VIEWER Composite Mass Flow IEEE 32 bit 33286 VIEWER Composite Fwd Batch Totals IEEE 32 bit 33288 VIEWER Composite Rev Batch Totals IEEE 32 bit 33290 VIEWER Composite Totalizer Time IEEE 32 bit 33292 VIEWER Composite Sound Speed IEEE 32 bit 33300 VIEWER Composite Current Correction Factor IEEE 32 bit 33302 VIEWER Composite Current Reynolds Number IEEE 32 bit 33304 VIEWER Composite Current operating temperature read from temperature sensor IEEE 32 bit 33306 VIEWER Composite Standard Volumetric IEEE 32 bit 33308 VIEWER Composite Net Batch Totals IEEE 3
8. IEEE 32 bit VIEWER Minimum Channel Up Amp Disc IEEE 32 bit VIEWER Minimum Channel Dn Amp Disc IEEE 32 bit VIEWER Minimum Channel Signal Gain Up IEEE 32 bit VIEWER Minimum Channel Signal Gain Down PanaFlow HT User s Manual IEEE 32 bit Appendix C Modbus Map Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format AEl8 44568 VIEWER Minimum Channel_SNR on UP channel 18 RO IEEE 32 bit AEIA 44570 VIEWER Minimum Channel_SNR on DOWN 18 RO IEEE 32 bit channel AEIC 44572 VIEWER Minimum Channel Time in buffer on UP 19 RO IEEE 32 bit channel CH Integer Min AF00 44800 VIEWER Minimum Channel status bit map 18 RO INT32 AF02 44802 VIEWER Minimum Channel Up Peak 18 RO INT32 AF04 44804 VIEWER Minimum Channel Dn Peak 18 RO INT32 AF06 44806 VIEWER Minimum Channel most significant 18 RO INT32 error AF08 44808 VIEWER Minimum Channel dynamic threshold 12 RO INT32 on UP channel AF0A 44810 VIEWER Minimum Channel dynamic threshold 12 RO INT32 on DOWN channel AFOC 44812 VIEWER Minimum Channel Errors of Last 16 18 RO INT32 Ultrasonic Files A000 40960 VIEWER Channel 1 Raw Up 18 RO signed short VIEWER Channel 1 Raw Down signed short VIEWER VIEWER Channel 1 Correlate Up Channel 1 Correlate Down signed short
9. Channel 1 Delta T Channel 1 Up Signal Quality Channel 1 Down Signal Quality Channel 1 Up Amp Disc Channel 1 Down Amp Disc Channel 1 SNR on Up Channel 1 SNR on Down Channel 1 Time in Buffer on Up Channel 1 Time in Buffer on Down Channel 1 Signal Gain Up Channel 1 Signal Gain Down Channel 1 Up Peak 141 Appendix F Data Records 142 Table 13 Initial Settings cont Parameter Initial Value Channel 1 Down Peak Channel 1 Dynamic Threshold Up Channel 1 Dynamic Threshold Down Channel 2 Velocity Channel 2 Sound Speed Channel 2 Transit Time Up Channel 2 Transit Time Down Channel 2 Delta T Channel 2 Up Signal Quality Channel 2 Down Signal Quality Channel 2 Up Amp Disc Channel 2 Down Amp Disc Channel 2 SNR on Up Channel 2 SNR on Down Channel 2 Time in Buffer on Up Channel 2 Time in Buffer on Down Channel 2 Signal Gain Up Channel 2 Signal Gain Down Channel 2 Up Peak Channel 2 Down Peak Channel 2 Dynamic Threshold Up Channel 2 Dynamic Threshold Down PanaFlow HT User s Manual F 3 Diagnostic Parameters Appendix F Data Records The values for the diagnostic parameters immediately after initial installation of the meter and verification of proper operation should be entered below These initial values can then be compared to current values to help diagnose any
10. 3 6 2c Totalizer UserPref Flow Units Volumetric Actual 4 Volumetric Std Mass Totalizer y FlowUnits Totalizer d o Yes Totalizer Totalizer o Molin Ae Volumetric Std Mass Totalizer EEES Metric PanaFlow HT User s Manual To check and or change totalizer measurement units under UserPref Flow Units use the A or V arrow key to select Totalizer and press V A screen similar to the following appears To remove Totals from display menus use the A or V arrow key to select No and press V The screen returns to the previous display To continue setting up the Totalizer select Yes press Enter and a screen similar to the following appears Use the A or V arrow key to select Actual Standard or Mass totals press twice and a screen similar to the following appears If no change is required press Vi If change is required select the appropriate measurement category and press V twice A screen similar to the following appears If no change is required press Y If change is required select the appropriate measurement type press V and the display returns to the previous screen Press the X key twice to return to the UserPref Flow Units screen 45 Chapter 3 Initial Setup and Programming 3 6 2d Density UserPref Flow Units To calculate Mass Flow you must enter Actual Density To measure Volumetric Volumetric Std Std you must enter Actual Density
11. Format 1 Variable 2 Variables Totalizer i PanaFlow HT Ultrasonic Liquid Flowmeter User s Manual Forward Total MA e SR as A Reverse Total Net Total Totalizer Time Ve ee Program Review Password Level Setting Not included under I General User j Password Display Keypad Lockout mu Unlocked See Service Manual Flow Units _ Meter Tag Label System Date password level SIL Limits Meter Setup Password Backlight Off On 4 Zero Cutoff l Path Err Handling Display Timeout ae ee Xxx seconds Not included under password level General User Density KV Value Confirmation Units English Appendix B Menu Maps Figure 31 Display Menu Map 93 Appendix B Menu Maps Display Main Menu To enter the Input Output menu on the initial screen highlight the lock symbol and press V Select Program and press V Then enter a SIL or higher level password In the User Preference menu select Setting then press the right arrow key Display Format USER PREFERENCES See Figure 25 Program Program Review Keypad Lockout Password Level Password INPUT OUTPUT S
12. System Status Ch x Velocity Ch x Transit Time Up Chx Up Signal Quality Chx Dn Signal Quality Ch x Active TWup Ch x Active TWdn Ch x Peak Up Ch x Peak Dn m s or ft s usec unitless unitless usec usec unitless unitless Figure 29 Display Measurement Menu Map Ch x Soundspeed Dn Ch x Delta T Ch x Up Amp Disc Ch x Dn Amp Disc Ch x Gainup Ch x Gaindn Ch x Peak Up Ch x Peak Dn N X m s or ft s nsec unitless unitless dB dB Ch x Transit Time Dn Chx SNR Dn Chx SNR Up Ch x Error Status Ch x Report Error Ch x Error Ne XS usec unitless unitless unitless enum unitless enum PanaFlow HT Ultrasonic Liquid Flowmeter User s Manual 91 Appendix B Menu Maps Display Note Display either 1 variable 2 variables or totalizer Main Menu I i I Display Format Program Program Review Keypad Lockout Password XXXX I Figure 30 Meter Programming Overview 2 Save ange Typical Access e General User Access GEN Active Commissioned Factory i sor gt Settings Settings Settings Factory Access e Program Review Display See exact section for specific access PanaFlow HT Ultrasonic Liquid Flowmeter User s Manual 92 Display
13. future malfunction of the system Ch1 Velocity Table 14 Diagnostic Parameters Ch2 Velocity Ch1 Soundspeed Ch2 Soundspeed Ch1 Transit Time Dn Ch2 Transit Time Dn Ch1 Transit Time Up Che Transit Time Up Ch1 Delta T Ch2 Delta T Ch1 Up Signal Quality Ch2 Up Signal Quality Ch1 Dn Signal Quality Che Dn Signal Quality Ch1 Up Amp Disc Ch2 Up Amp Disc Ch1 Dn Amp Disc Ch2 Dn Amp Disc Ch1 SNR Up Ch2 SNR Up Ch1 SNR Dn Ch2 SNR Dn Ch1 Active TVVup Che Active TVVup Ch1 Active TWdn Ch2 Active TWdn Ch1 Gainup Ch2 Gainup Ch1 Gaindn Ch2 Gaindn Chi Error Status Ch2 Error Status Ch1 Report Error Ch2 Report Error Ch1 Peak Up Ch2 Peak Up Ch1 Peak Dn Ch2 Peak Dn Ch1 Peak Up Ch2 Peak Up Ch1 Peak Dn Ch2 Peak Dn Chi Error Ch2 Error PanaFlow HT User s Manual 143 no content intended for this page 144 PanaFlow HT User s Manual Appendix G CE Mark Compliance Appendix G CE Mark Compliance G 1 Introduction For CE Mark compliance the PanaFlow HT flowmeter must be wired in accordance with the instructions in this appendix IMPORTANT CE Mark compliance is required only for units intended for use in EC countries G 2 Wiring The PanaFlow HT must be wired with the recommended cable and all connections must be properly shielded and grounded Refer to Table 15 for the specific r
14. 810A 33034 FACTORY Composite UMPU board serial number 18 RW INT32 810C 33036 VIEWER Composite Totalizer Command 0 18 RW INT32 Batch Reset 1 Batch Start 2 Batch Stop 3 Inventory Reset 810E 33038 SERVICE Composite Command 0 Off 1 18 RW INT32 Commissioned 2 Factory 8110 33040 SIL USER Composite Which test to run 0 None 18 RW INT32 1 Watchdog Test 2 Open SIL Output switch 3 Close SIL Output switch 8112 33042 SIL USER Composite Service 18 RW INT32 8114 33044 SIL USER Composite Factory 18 RW INT32 8116 33046 SIL USER Composite User 18 RW INT32 8118 33048 SIL USER Composite AnalogOut Command for 18 RW INT32 trim 0 Trim Off 1 Low Set 2 High Set 3 Zero trim 4 Span trim 5 Percent Set sllA 33050 FACTORY Composite Sensor serial number 1 18 RW INT32 811C 33052 FACTORY Composite Sensor serial number 2 18 RW INT32 811E 33054 SERVICE Composite Tracking Windows 0 Off 1 18 RW INT32 On 8120 33056 SERVICE Composite MultiK Active 0 Off 1 On 18 RW INT32 8122 33058 SERVICE Composite MultiK Type 0 Velocity 1 18 RW INT32 Reynolds 8124 33060 SERVICE Composite MultiK Pairs 18 RW INT32 SERVICE Composite KV Input Selection SIL USER Composite System Command such as commit accept halt 0 Init 1 Halt 2 Cancel 3 Submit 4 Commit 5 Commit as Factory 6 Commit as Commissioned 7 Password Change request SERVICE Composite Active TW 0 Disabled 1 Enabled PanaFlow H
15. Magnetic Keypad Using ua datada 27 Main Menu A dans Dawa auld el ES a pe 36 Main Menu Map eo ris PE es Ei ds 36 Mass Changing Flow Units 44 Measurement Type Programming u Es pea taca mes RE ur la 30 Meni Mapeo aaa Lea gon ttl aad See de LA yet 25 Meter Body Identification Qu ees 7 Mater ac i edats era ern 84 Meter Setup Option au ita 47 Met r SES ar nados 83 Meter Tau ies nekaa ds me dt veres pe 41 Min Max Output Testing 73 Modbus IO te ee een 19 Modbus Part sew SA EA da ES 70 Modbus Stop Bits SL et En DS da 71 Modbus Service Port Address 71 Modbus Service Port Setting Up 69 Moda e ti dad RE 10 Electronics aia AAA A 10 O On Board Temperature Setting 73 Operating Temperature 86 Output A Option Board Programming SI Output Analog Switch Testing 73 Output B Option Card cc sis 54 PanaFlow HT User s Manual P PanaFlow HT Electrical Connections 11 Electronics Package 10 Identification Aussaat 6 Magnetic Keypad cu nassen ann 21 ONEVIEW aa ES ea DES ERBEN 1 Tras POr ici a kenn 7 Unpacki dos 2 Aa Fanti oe eae EA 6 Password a as das az 49 Path Error Handling 0 4 scan ii 48 Pig D tectioi ya See kata Lo gas eta 135 Pipe Measurements en are ES El 81 Problems pas aus ia PRE a Re
16. Mass y to select the value and then V again to confirm the selection or X to cancel the selection Note To select a particular measurement unit go to Flow Units on page 43 Table 1 Available Parameters and Units Velocity meters sec ft s feet sec Volumetric Actual Liters per Second GAL S Gallons per Second Liters per Minute GAL M Gallons per Minute Liters per Hour GAL H Gallons per Hour Mega Liters per Day GAL D Gallons per Day Cubic Meter per Second ft3 S Cubic Feet per Second Cubic Meter per Minute Cubic Feet per Minute Cubic Meter per Hour Cubic Feet per Hour Cubic Meter per Day Cubic Feet per Day Barrels per Second Barrels per Second BBL M Barrels per Minute BBL M Barrels per Minute BBL H Barrels per Hour BBL H Barrels per Hour 30 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming Table 1 Available Parameters and Units cont Parameter Units Metric Unit Imperial BBL D Barrels per Day BBL D Barrels per Day KGAL M _ Kilo gallons per Minute KGAL M Kilo gallons per Minute KGAL H Kilo gallons per Hour KGAL H Kilo gallons per Hour KGAL D Kilo gallons per Day KGAL D Kilo gallons per Day KBBL M __ Kilobarrels per Minute KBBL M Kilobarrels per Minute KBBL H Kilobarrels per Hour KBBL H Kilobarrels per Hour KBBL D Kilobarrels per Day KBBL D Kilobarrels per Day Standard Liters per Second standard cubic feet per hour Standard L
17. TimeOut for DISPLAY Gen U BackLight Control Lock menu nit type for velocity for Metric 1 for English nit type for actual volumetric for Metric 1 for English for Metric 1 for English nit type for mass for Metric 1 for English PanaFlow HT User s Manual U 0 U 0 Unit type for standard volumetric 0 U 0 U nit type for totalizer 0 Avol 1 Svol 2 Mass 101 Appendix C Modbus Map 102 Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 936 2358 Gen User Unit type for Actual volumetric of 18 RW INT33 totalize 0 for Metric 1 for English 938 2360 Gen User Unit type for Standard volumetric of 18 RW INT34 totalizer 0 for Metric 1 for English 93A 2362 Gen User Unit type for Mass of totalizer 18 RVV INT35 0 for Metric 1 for English 93C 2364 Gen User Unit type for Density 18 RVV INT32 0 for Metric 1 for English Display Integer Read Only B00 2816 VIEVVER Maximum TimeOut for DISPLAY 18 RO INT32 B02 2818 VIEVVER Minimum TimeOut for DISPLAY 18 RO INT32 Log Integer Read Write D00 3328 Gen User Log control status 18 RW INT32 D02 3330 Gen User Log interval 13 RW INT32 D04 3332 Gen User Logging time 13 RW INT32 D06 3334 Gen User Number of variables to log 18 RW INT32 D40 3392 Gen
18. VIEWER Minimum Channel Time in Wedge IEEE 32 bit 44038 VIEWER Minimum Channel Path Length P IEEE 32 bit 44040 VIEWER Minimum Channel Axial Length L IEEE 32 bit 44042 VIEWER Minimum Channel delay between successive transmits IEEE 32 bit 44044 VIEWER Minimum Channel DeltaT Offset IEEE 32 bit VIEWER Minimum Channel Pct of Peak VIEWER VIEWER Minimum Channel Min Peak Minimum Channel Max Peak VIEWER Minimum Channel Reynolds correction selection VIEWER Minimum Channel enum of transducer type ex T5 VIEWER Minimum Channel Transducer Freq VIEWER Minimum Channel Errors Allowed CH Real Max AA00 PanaFlow HT User s Manual VIEVVER Maximum Channel Velocity IEEE 32 bit 121 Appendix C Modbus Map 122 Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format AA02 43522 VIEWER Maximum Channel Sound Speed 20 RO IEEE 32 bit AA04 43524 VIEWER Maximum Channel Transit Time Up 19 RO IEEE 32 bit AA06 43526 VIEWER Maximum Channel Transit Time Dn 19 RO IEEE 32 bit AAO8 43528 VIEWER Maximum Channel DeltaT 19 RO IEEE 32 bit AAQA 43530 VIEVVER Maximum Channel Time in buffer on 19 RO IEEE 32 bit DOVVN channel AAOC 43532 VIEWER Maximum Channel Up Signal Qualit
19. meter feet millimeter i inch second Milli second Micro second Hour Hertz Mega Hertz Kilo Hertz Ampere Milli ampere 32 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 4 3 Changing Measurement Type or Value for Totalizer Screens The totalizer screen appears similar to Figure 24 below Totalizer Units Start Stop Totalizer See Section 3 5 Ss Reset Totalizer Total m 3 Waar Totalizer __MFwd Batch 0 00 Measurement Type am Rev Batch 0 00 Values EO gt Error Code Figure 24 The Totalizer Screen To change the number of decimal places in the value of a totalizer screen Total mea i From the display screen press either the lt or gt buttons until the value is highlighted Fwd Batch Rev Batch EO Total m33 Once the value is highlighted press N to open the Display Decimal option Fwd Batch Rev Batch EO Use the A and V buttons to scroll to the appropriate value Available options include 0 1 2 3 4 and Sci Scientific 0 Notation Press Wi to select the value and then NI again to confirm the selection or e 2 3 4 Display Decimal X to cancel the selection PanaFlow HT User s Manual 33 Chapter 3 Initial Setup and Programming 3 4 3 Changing Measurement Type or Value for Totalizer Screens cont To change the totalizer measurement type From the disp
20. other options 3 7 2e Setting the Error Handling Option B Analog Output To specify the error handling status in the Analog Output menu select Err Handling and press V The following screen appears Base Value A oe A rE Full Value Calibrate Err Handling Error Handling Selecting Low will force Output B to 4 0 mA in case of Error High will force it to 20 0 mA Hold will cause the analog output to remain at whatever mA level it is o E when the error occurs Other allows the Operator to select a mA value to represent High a fault condition allowing the Operator to force the output to Namur error levels Hold or another custom value Select the appropriate status and press MI Other Other If you select Other use the A or V arrow key to change the Other setting value and press N Press X to return to the Analog Output menu 0 0 Note An Error state is any state that produces an error code on the LCD screen Please see Chapter 4 for more details on errors y ISAVE x JQUIT 4 gt IMOVE aw JMODE 56 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 3 Programming Digital Outputs Digital Outputs are output circuits that are designed to be used as Pulse Outputs Frequency Outputs Alarms or Control Outputs They have a flexible circuit design that can be modified by programming commands to perform these different functions The sections that follow describe how to set up
21. 10 on page 11 Figure 12 below shows a sample wiring diagram of a frequency output circuit Refer to Appendix A Specifications for the load and voltage requirements Inputs Outputs Du B4 C4 D4 DDOOOPPZ BAB Common IN Frequency Counter Figure 12 Wiring a Frequency Output 16 PanaFlow HT User s Manual Chapter 2 Installation 2 5 3c Wiring as Alarms When configured as Alarms the Digital Output acts as an active two state output The Alarm toggles from one state to the other based on a measurement condition The open condition is 0 VDC and the closed condition is 5 VDC The maximum electrical ratings for the relays are listed in Appendix A Specifications Each of the alarm relays can be programmed as either Normally Open NO or Normally Closed NC In setting up an alarm relay it may be programmed for either conventional or fail safe operation In fail safe mode the alarm relay is held at closed 5 VDC except when it is triggered or a power failure or other interruption occurs Connect each alarm relay in accordance with the wiring instructions shown in Figure 13 below see Figure 10 on page 11 Refer to Appendix A Specifications for the load and voltage requirements Inputs Outputs O A B C D mob cal Aves ooo oo o l vo B
22. 34326 VIEWER Ch_1 Signal Gain Down 3 RO IEEE 32 bit 8618 34328 VIEWER Ch_1_SNR on UP channel 18 RO IEEE 32 bit 861A 34330 VIEWER Ch_1_SNR on DOWN channel 18 RO IEEE 32 bit 861C 34332 VIEWER Ch_1 Time in buffer on Up channel 19 RO IEEE 32 bit Channel 1 Integer FF Terminal Block 4 34560 VIEWER Ch_1 status bit map 34562 VIEWER Ch_1 most significant error see Error Tables 34564 VIEWER Ch 1 Up Peak 34566 VIEVVER Ch 1 Dn Peak 34568 VIEVVER Ch 1 dynamic threshold on UP channel 34570 VIEVVER Ch 1 dynamic threshold on DOWN channel 34572 VIEVVER Ch 1 Errors of Last 16 Channel 2 Real FF Terminal Bloch 5 8A00 35328 VIEWER VIEWER Ch_2 Velocity Ch_2 Sound Speed IEEE 32 bit IEEE 32 bit VIEWER VIEWER Ch_2 Transit Time Up Ch_2 Transit Time Dn IEEE 32 bit IEEE 32 bit VIEWER VIEWER Ch_2 DeltaT Ch_2 Time in buffer on Dn channel IEEE 32 bit IEEE 32 bit VIEWER VIEWER Ch_2 Up Signal Quality Ch_2 Dn Signal Quality IEEE 32 bit IEEE 32 bit VIEWER VIEWER Ch_2 Up Amp Disc Ch_2 Dn Amp Disc IEEE 32 bit IEEE 32 bit VIEWER VIEWER Ch_2 Signal Gain Up Ch_2 Signal Gain Down IEEE 32 bit IEEE 32 bit VIEWER VIEWER Ch_2_SNR on UP channel Ch_2_SNR on DOWN channel IEEE 32 bit IEEE 32 bit Channel 2 Int eger FF Ter VIEWER minal Block Ch_2 Tim
23. 43 Use the lt and gt arrow key to select the digit to be changed use the A or V arrow key to change the Base Value or Full Value setting and press V Repeat these steps to set the Full Value setting Press X to return to the Analog Output menu BaseValue Base Value 0 Ft3 s JV ISAVE x JQUIT 4 IMOVE aw MODF PanaFlow HT User s Manual 55 Chapter 3 Initial Setup and Programming 3 7 2 Analog Output B Non SIL cont 3 7 2d Selecting the Calibration Value Option B Analog Output Use the Calibrate menu to trim the SIL output to your measurement system In the Analog Output SIL menu select Calibrate and press N The following screen appears Analog Measurement A Base Value Full Value Calibrate a Select 4 mA to trim the 4 mA level 20 mA to trim the 20 mA level or Percentage of Analog Output Calibrate scale to test linearity Select the appropriate option and press V A screen similar e Calibrate 4mA to the following appears Calibrate 20mA Percentage of Scale AmA 4mA Use the A or V arrow key to change the Calibrate setting value and press MI Press X to return to the Analog Output menu v ISAVE x JQUIT If you do not see 4 mA at your measurement system enter the value that you see 4 IMOVE aw JMODF Press V and the meter will make an adjustment Then continue until you see 4 mA at your measurement input Repeat the above process to set and or change
24. Composite Standard BWT buffer 6 serial number VIEWER Minimum UMPU receiver serial number PanaFlow HT User s Manual Table 10 XMIT Modbus Map cont Appendix C Modbus Map Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format CH Real Max A800 43008 VIEWER Maximum Channel Composite 18 RO IEEE 32 bit Coefficient A802 43010 VIEWER Maximum Channel Time Buffer Offset 19 RO IEEE 32 bit A804 43012 VIEWER Maximum Channel Time in Wedge 19 RO IEEE 32 bit A806 43014 VIEWER Maximum Channel Path Length P 3 RO IEEE 32 bit A808 43016 VIEWER Maximum Channel Axial Length L 5 RO IEEE 32 bit A80A 43018 VIEWER Maximum Channel delay between 19 RO IEEE 32 bit successive transmits A80C 43020 VIEWER Maximum Channel DeltaT Offset 19 RO IEEE 32 bit CH Integer Max A900 43264 VIEWER Maximum Channel Pct of Peak 12 RO INT32 A902 43266 VIEWER Maximum Channel Min Peak 12 RO INT32 43268 VIEWER Maximum Channel Max Peak I 43270 VIEWER Maximum Channel Reynolds correction I selection 43272 VIEWER Maximum Channel enum of transducer type ex T5 43274 VIEWER Maximum Channel Transducer Freq 43276 VIEWER Maximum Channel Errors Allowed 44032 VIEWER Minimum Channel Composite Coefficient IEEE 32 bit 44034 VIEWER Minimum Channel Time Buffer Offset IEEE 32 bit 44036
25. INT32 2186 8582 Gen User Output_1 Frequency Measurement 18 RW INT32 Register Address 2188 8584 Gen User Output 1 Frequency Error Handling 18 RW INT32 218A 8586 Gen User Output_1 Frequency Unit code 18 RW INT32 218C 8588 Gen User Output_1 Alarm State 18 RW INT32 218E 8590 Gen User Output 1 Alarm Type 18 RW INT32 2190 8592 Gen User Output 1 Alarm Measurement Register 18 RW INT32 Address 2192 8594 Gen User Output_1 Alarm Unit code 18 RW INT32 2194 8596 Gen User Output_1 Test Alarm 18 RW INT32 2196 8598 Gen User Output_1 Control Output State 18 RW INT32 2198 8600 Gen User Output_1 Control Output Type 18 RW INT32 PanaFlow HT User s Manual 103 Appendix C Modbus Map 104 Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 219A 8602 Gen User Output 1 Control Output Measurement 18 RW INT32 Register Address 219C 8604 Gen User Output 1 Control Output Unit code 18 RW INT32 219E 8606 Gen User Output 1 Test Control Output 18 RW INT32 21A0 8608 Gen User Output 1 Reserved 18 RVV INT32 21A2 8610 Gen User Output 1 Test Mode 18 RVV INT32 0 Test Off 1 Test On 21A4 8612 Gen User Output 1 Pulse Measurement Register 18 RW INT32 Address Digital Out 2 Real Read Write 2400 9216 Gen User Output_2 Pulse Value 18 RW IEEE 32 bit 2402 9218 Gen User Output_2 Pulse Time 10 RW IEEE 32 bit 2404 9220 Gen User Out
26. Ifthe Safety Engineer on site wishes to clear this type of error automatically the DCS may be set up to do so It is the responsibility ofthe Safety Engineer at the customer site to ensure that this method is properly protected by a password or other means in the DCS to avoid a risk of clearing errors unwisely What follows is the method for setting the DCS to clear a Dangerous Detected state in the flowmeter The DCS would issue the following commands over Modbus Note The SIL User password indicated in step 2 is unique to every flowmeter so please insert your unique code where the XXXX is stated 1 Write 2 to SysReqLevel reg 0x540 to program SIL USER 2 Write SIL User password XXXX to SysReq_ Password reg 0x542 3 Write 1 to SysReg Command reg 0x544 to execute logging in 4 Write 3 to SysReq Command reg 0x544 UPMU resets takes about 1 sec to process reset Note The DCS will record a Fire Low or Fire High followed by a return to normal flow measurement after a few seconds This may serve to indicate to the Operator when a pig passed through a particular measurement point Ifthere are any questions please contact GE Service PanaFlow HT User s Manual 135 Appendix E Special Applications E 2 Path Error Handling One program parameter that is in the menu map but not used by the PanaFlow HT is 2 path Error Handling However an explanation of this parameter is included here for future refe
27. Meter Review HART Review PanaFlow HT User s Manual Meter Review 1 Channel Review 2 Channel Review 3 Channel Review Composite Review ProductType Revision Info Channel Number Option Board Type Channel 1 Review Velocity Sound Speed Transit Up Transit Down DeltaT Signal Qity Up Signal Qlty Down Amp Up Amp Down Signal Gain Up Signal Gain Down Peak Up Peak Down SNR Up SNR Down ActiveTW Up ActiveTW Down Peak Pct Up Peak Pct Down Num Errors Error Status Reported Error Channel 2 Review Velocity Sound Speed Transit Up Transit Down DeltaT Signal Qlty Up Signal Qity Down Amp Up Amp Down Signal Gain Up Signal Gain Down Peak Up Peak Down SNR Up SNR Down ActiveTW Up ActiveTW Down Peak Pct Up Peak Pct Down Num Errors Error Status Reported Error Channel 3 Review Velocity Sound Speed Transit Up Transit Down DeltaT Signal Qlty Up Signal Qlty Down Amp Up Amp Down Signal Gain Up Signal Gain Down Peak Up Peak Down SNR Up SNR Down ActiveTW Up ActiveTW Down Peak Pct Up Peak Pct Down Num Errors Error Status Reported Error HART Review Model Manufacturer Dev id PV is PV URV PV LRV Message Tag Descriptor Date Num Reg preams UNiversal rev Fid dev rev Software rev Hardware rev Poll addr Tomposite RevieW Velocity Flow Volumetric Std Flow Volumetric Flow Mass FWD Batch Totalizer REV Batch Totalizer Net Batch Totalizer FVVD Inventory T
28. Program configure mode Figure 27 Warning Screen for SIL 3 5 5a Enter Programming Display Lockout To enter the Programming menu on the Display Lockout menu use the arrow Display Format keys to highlight Programming and press N The following screen appears Program Review Keypad Lockout 3 5 56 Access Levels Main Menu Program There are four levels of information access General SIL Service and Factory Each level requires that a password be entered Use the arrow keys to highlight the A appropriate level and press V The following screen appears ser Services Factory To enter the password use the lt or gt arrow key to select each digit to be changed and the A or V arrow keys to change the value of each number 9999 When the password number is correct press N The following screen appears Enter the password y ISAVE x JQUIT Note If you enter an incorrect password the meter will not respond when you 4 gt JMOVE Lav JMODE press the check mark PanaFlow HT User s Manual 39 Chapter 3 Initial Setup and Programming 3 6 User Preferences CAUTION Changing program parameters could result in an inaccuracy in the flow measurement which could violate the functional safety of the product Always use caution when changing parameters at the SIL User Level These parameters which are functional safety related shall be entered and validated by a suitably skilled and qualified person
29. Refer to Figure 31 on page 93 and remember to record all programming data in Appendix F Data Records The Display Format submenu is used to set up the type of format to be used in representing information Velocity On the initial screen use the arrow keys to highlight the lock symbol and press N 9 3 m s The following screen appears Main Menu Use the arrow keys to highlight Display Format and press V The following Display Format screen appears Program Program Review Keypad Lockout Use the A and V arrow keys to highlight the desired format setup and press N The window returns to the previous screen Display Format o OLI RC cle Tvvo Variable Totalizer 3 5 2 Keypad Lockout Main Menu To lock or unlock the keypad for security on the Main menu select Keypad Display Format Lockout and press N A screen similar to the following appears Program Program Review Keypad Lockout To lock the display press Aor V to highlight Lock and press V and the screen Lockout Keypad Lockout returns to the previous display Tike Lock To unlock the display press A or V to highlight Unlock and press V and the screen returns to the previous display Note When the keypad is locked press X V X to open the password screen Then enter either a General User SIL User Service or Factory password to unlock PanaFlow HT User s Manual 37 Chapter 3 Initial Setup and Programming
30. Tau Value 0 040 Use the lt 1 and gt arrow keys to select each digit to be changed and the A or V arrow keys to change the digit values then press V Press X twice to return to the Meter Setup screen Tau Value 0 001 x IQUIT y ISAVE 4 IMOVE aw JMODE 3 6 3c Path Error Handling 2 path Error Handling behaves differently in the SIL product than it does in non SIL products For a SIL product 2 path Error Handling is only applicable to a Zero CutOff three path system This flowmeter version is not available for sale at the time of Tau Value this writing but could become available in the future If 2 path Error Handling is Path Err Handling enabled for a 2 path flowmeter it will have no effect Please refer to Appendix E for details UserPref Meter Setup MeterSetup Path Error Handli To turn the Path Err Handing ON or OFF select the desired status and press Y z The screen returns to the previous display ON Note The default for Path Error Handling is ON For a complete explanation of path error handling refer to Appendix E 48 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 6 4 Password 3 6 4a General User User Preference This option is used to change the General User password to a custom value To set Setting up a password under User Preference use the A or V arrow key to select Flow Units Password and press V The following screen appears Meter Setu
31. and the Reference Density To check and or change density values under UserPref Flow Units use the A or V arrow key Mass to select Density and press V The following screen appears Totalizer To exit the Totalizer setup procedure use the A or V arrow key to select No and press V The screen returns to the previous display To continue setting up the e X Pau Totalizer select Yes press V and a screen similar to the following appears Yes FlowUnits Density FlowUnits Density If no change is required press X If change is required select the appropriate measurement category and press Enter A screen similar to the following appears d English gory p 8 app Metric If no change is required press Y If change is required select the appropriate measurement type press V and the display returns to the previous screen Press o A Lb Ft 3 the X key twice to return to the UserPref Flow Units screen Density Density 46 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 6 3 Meter Setup Note The Meter Setup category is accessed by either the SIL User Service or Factory passwords 3 6 3a Zero Cutoff User Preference Setting Flow Units Meter Setup Passvvord UserPref Meter Setup Zero Cutoff Tau Value Path Error Handling MeterSetup Zero Cutoff Zero Cutoff 0 500 Zero CutOff 0 500 x JQUIT y JSAVE lt gt IMOVE av MODF PanaFlow H
32. bit value Composite Channel Integer Max A100 41216 VIEWER Maximum Composite Reynolds Correction A102 41218 VIEWER Maximum Command to capture a new set of signal files A104 41220 VIEWER Maximum Composite Path Configuration A106 41222 VIEWER Maximum Composite Hardware A108 41224 VIEWER Maximum Composite Software revision AIQA 41226 VIEVVER Maximum Composite UMPU board A10C 41228 VIEWER Maximum Composite max range of command A10E 41230 VIEWER Maximum Composite Command A110 41232 VIEWER Maximum Composite Which test to run A112 41234 VIEWER Maximum Composite Service A114 41236 VIEWER Maximum Composite Factory A116 41238 VIEWER Maximum Composite User A118 41240 VIEWER Maximum Composite AnalogOut Command for trim ANA 41242 VIEWER Maximum Composite Sensor serial number 1 AIIC 41244 VIEWER Maximum Composite Sensor serial number 2 AllE 41246 VIEWER Maximum Composite Tracking Windows A120 41248 VIEWER Maximum Composite MultiK Active A122 41250 VIEWER Maximum Composite MultiK Type A124 41252 VIEWER Maximum Composite MultiK Pairs A126 41254 VIEWER Maximum Composite KV Input Selection A128 41256 VIEWER Maximum Composite System Command such as commit accept halt A12A 41258 VIEWER Maximum Composite Enable Active TW A12C 41260 VIEWER Maximum Composite FireLow Fire High during fault A12E 41262 VI
33. each type of function Note In each function area there is a way to change behavior based on an Error Condition The User Manual Chapter 4 mentions several types of error conditions in the flowmeter It may not be clear which errors will trigger the Error Handling function The guideline is that when an error message appears on the LCD the Error Handling function will trip 3 7 3a Accessing the Digital Output Menu To access the Digital Outputs menu from the initial screen use the arrow keys to highlight the lock symbol and press V A screen similar to the following appears Velocity 0 65535 rus Use the arrow keys to select Program and press N The following screen Display Format appears Program Review Keypad Lockout Lockout Programming Select a security level and press V The following screen appears SIL User Services Factory Enter the appropriate password Use the lt or gt arrow key to select each digit to be changed and the A or V arrow key to change the digit value Then press Vi The following screen appears Enter the password 8888 Y ISAVE x JQUIT lt p gt JMOVE aw JMODF User Preference Select Setting and press the right arrow key The following screen appears Setting Flow Units Meter Setup Password PanaFlow HT User s Manual 57 Chapter 3 Initial Setup and Programming 3 7 3a Accessing the Digital Output Menu cont gt The screen now indicates th
34. it 75 Error String SI eg A are 79 Error String Communication 16 Error String FloW ates a ds ds DA 16 A a EA Da a 27 F Flow Error String da oro ee 76 Flow Measurement ea aa ie paa as 83 147 Index Floweell Problems os ia ei ia eo 2a ea 80 Pide ote re ee 80 Pipe sera ns 81 Fluid Physical Requirements 80 Problems A A 80 Soundspeedi A ana e A 80 Fluid Problems era ee ee 80 Fluid DES es ers 83 Frequency Output MW MG 2 a ne ne 16 Frequency Setting ad era 60 Full Value Seine See re 52 55 G Global Men u ee ea Bene 37 Submenus u le ea hei 37 Grounding d Es oa II ee DE 11 H HART Menu Maps 0c eee cues 129 Identification Meter Body siii ran 7 XMT Transmitter ass 6 Identification Labels conc aaa dE 6 Information Paragraphs o LL v Input Volta ec ces Sana Era ples nienia 21 Input Output Menu art Mase Es da 51 lapas Opos paridas be ork she a deed 85 K Keypad A eee are tae A 85 Keypad Lockout sia ieee eee daca ie eee 37 Keypad Program Exiting if Unused 28 L Language Change arias radares 41 a A eiserne 85 Leaks Transducers u e 82 Left Arrow Key cm DES Ss nd ede Set eos as 27 Line Power Winna as aie AA A Mate esc AD 21 148 Location Electronics Enclosure ies seca mens tesi pots 9 Locking Keypad vs code e 37 LVD Statement ur asuu 4000 14 40 1 00 ee 9 M
35. press N A Measurement screen similar to the following appears Frequency Value Base Value Full Value PanaFlow HT User s Manual 61 Chapter 3 Initial Setup and Programming 3 7 3c Setting the Frequency cont Freg Base Value To change the current value press V and proceed as in Setting the Pulse on page 59 Note The units that appear will be the units selected in Flow Units on page 43 DO1 Frequency The Full Value is the measurement value represented by the full frequency To check the current full value on the Frequency display select Full Value and press Ne ae temen V A screen similar to the following appears Frequency Value Base Value Note The units that appear will be the units selected in Flow Units on Full Value page 43 Freq Base Value To change the current value press V and proceed as in Setting the Pulse on 59 Full Value page DO1 Frequency The Full Frequency is the maximum Hz which represents the Full Value of Frequency Value measurement To check the current full frequency on the Frequency display Base Value select Full Frequency and press V A screen similar to the following appears Full Value Full Frequency To change the current full frequency press V and proceed as in Setting the Pulse Freq Full Frequency on page 59 Diceta 00 Hz DO1 Frequency To check the current test frequency status on the Frequency display select Test Base Valu
36. s Manual Appendix F Data Records Appendix F Data Records F 1 Service Record Whenever any service procedure is performed on the PanaFlow HT flow transmitter the details of the service should be recorded in this appendix An accurate service history of the meter can prove very helpful in troubleshooting any future problems F 1 1 Data Entry Record complete and detailed service data for the PanaFlow HT in Table 12 Make additional copies of the table as needed Table 12 Service Record PanaFlow HT User s Manual 139 Appendix F Data Records Table 12 Service Record cont 140 PanaFlow HT User s Manual Appendix F Data Records F 2 Initial Settings The values for the initial measurement settings immediately after initial installation of the meter and verification of proper operation should be entered below PanaFlow HT User s Manual Table 13 Initial Settings Parameter Initial Value Forvvard Batch Totals Reverse Batch Totals Totalizer Time Sound Speed Current Correction Factor Current Reynolds Number Current Operating Temperature Standard Volumetric Net Batch Totals Inventory Forward Inventory Reverse Inventory Net Inventory Time Channel 1 Velocity Channel 1 Sound Speed Channel 1 Transit Time Up Channel 1 Transit Time Down
37. this GE invention PanaFlow HT maintains its accuracy as process temperature conditions dynamically change 2 PanaFlow HT User s Manual Chapter 1 Introduction 1 3 SIL Application PanaFlow HT is a SIL2 ultrasonic flowmeter sensor with the capability of providing a SIL3 system in a redundant design configuration PanaFlow HT is IEC61508 certified through a complete design validation from a third party organization By achieving a third party certification we have proven the required design rigor through the product safety lifecycle and the implementation of functional safety management This added design manufacturing and control rigor ensures that the GE PanaFlow HT is the optimal ultrasonic flowmeter for your safety or process control system PanaFlow HT User s Manual 3 Chapter 1 Introduction no content intended for this page 4 PanaFlow HT User s Manual Chapter 2 Installation Chapter 2 Installation 2 1 Introduction To ensure safe and reliable operation of the PanaFlow HT the system must be installed in accordance with the established guidelines Those guidelines explained in detail in this chapter include the following topics e Unpacking the PanaFlow HT system e Selecting suitable sites for the electronics enclosure and the meter body e Installing the meter body e Installing the electronics enclosure remote mount option e Wiring the electronics enclosure WARNING The PanaFlow HT flow transmi
38. value Ch2 Error Status Ch2 Error 0x00000000 0x00000000 lt 8 Composite Velocity lt 0 5 difference Composite Volumetric lt 0 5 difference SIL Output mA 40 4mA lt x lt 20 mA PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 6 1 Settings User Preference To check and or change the desired settings under User Preference select Settings and press V The following screen appears Setting Flow Units Meter Setup Password UserPref Setting To change the language being used highlight Language and press Y The following screen appears Meter Tag Label System Date Use the A or V arrow keys to select the desired language and press N twice Only English is currently available The screen returns to the previous display Setting Language g English To check the Meter Tag and or Label highlight your choice on the UserPref Setting menu and press V Press X to return to the previous screen UserPref Setting Language Meter Tag Note You can only change the Meter Tag and Label data using Vitality software Label System Date UserPref Setting Language Meter Tag Label System Date UserPref Setting To check and or change the date time highlight System Date and press V The Language following screen appears Meter Tag Label System Date PanaFlow HT User s Manual 41 Chapter 3 Initial Setup
39. 1 Is a termination System Integer Read Write 500 1280 Gen U Global Unit group 1 for Actual Volumetric 502 1282 Gen U Global Unit group 2 for Day Global Unit group 3 for dB Global Unit group 4 for Density Global Unit group 5 for Dimension Global Unit group 6 for Hz Global Unit group 7 for Viscosity Global Unit group 8 for mA Global Unit group 9 for Mass Global Unit group 10 for Milli Second Global Unit group 11 for Nano Second Global Unit group 12 for Percent PanaFlow HT User s Manual Global Unit group 13 for Second 99 Appendix C Modbus Map 100 Table 10 XMIT Modbus Map cont Register Registerlin Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format SIA 1306 Gen User Global Unit group 14 for Standard 18 RVV INT32 Volumetric SIC 1308 Gen User Global Unit group 15 for Therm 18 RVV INT32 SIE 1310 Gen User Global Unit group 16 for Totalizer time 18 RVV INT32 520 1312 Gen User Global Unit group 17 for Totalizer 18 RW INT32 522 1314 Gen User Global Unit group 18 for Unitless 18 RW INT32 524 1316 Gen User Global Unit group 19 for Micro Second 18 RW INT32 526 1318 Gen User Global Unit group 20 for Velocity 18 RW INT32 528 1320 Gen User Global Unit group 21 for Reynolds 18 RW INT32 S2A 1322 Gen User Reserved Global Unit group 22 18 RVV INT32 52C 1324 G
40. 1054 1058 1059 1060 Totalizer 1034 1038 1043 1051 1051 1053 1088 1092 1094 1526 1536 1645 1664 1664 1665 1666 1667 Unitless 1615 Microseconds 1057 Velocity 1061 1067 21 Reynolds number 1615 98 PanaFlow HT User s Manual Appendix C Modbus Map C 3 Modbus Map Table 10 XMIT Modbus Map Register in Hex Health Check Register in Decimal Access Level Variable and Identification Registers Unit Group Read Only Read Write Format 512 System Error Bits INT32 514 Live Runtime INT32 516 Transmitter Status 0 Measurement 1 Calibration INT32 528 Product Type INT32 530 Product Code CHARxI6 546 MPU serial number CHARx16 554 Analog Board revision CHARx16 562 Application Software Version CHARx16 570 Boot Loader Software Version CHARx16 578 NONE I O Board type INT32 592 SERVICE MPU baud rate fixed INT32 594 SERVICE MPU parity fixed 0 Even 1 Odd 2 No INT32 596 SERVICE MPU number of stop bits fixed 0 no stop bits 1 one stop bits 2 two stop bits INT32 256 598 SERVICE MPU Modbus node ID fixed 258 600 SERVICE MPU number of bits per character fixed 25A 602 SERVICE MPU is this a termination node fixed 0 Not a termination
41. 14C 41292 VIEWER Maximum Composite Sensor serial 18 RO INT32 number 5 A14E 41294 VIEWER Maximum Composite Sensor serial 18 RO INT32 number 6 A150 41296 VIEWER Maximum Composite 18 RO INT32 Flowmeter System serial number A152 41298 VIEWER Maximum Composite Unit Type Time 18 RO INT32 A154 41300 VIEWER Maximum Composite Unit Type 18 RO INT32 Viscosity A156 41302 VIEWER Maximum Composite Unit Type 18 RO INT32 Standard Volumetric VIEWER Maximum Composite Standard BWT buffer 1 serial number VIEWER Maximum Composite Standard BWT buffer 2 serial number VIEWER Maximum Composite Standard BWT buffer 3 serial number VIEWER Maximum Composite Standard BWT buffer 4 serial number VIEWER Maximum Composite Standard BWT buffer 5 serial number VIEWER Maximum Composite Standard BWT buffer 6 serial number VIEWER Maximum Composite UMPU receiver serial number PanaFlow HT User s Manual 117 Appendix C Modbus Map 118 Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format Composite Channel Real Min A400 41984 VIEWER Minimum Composite Velocity Warn 1 9 20 RO IEEE 32 bit High limit Alarm limits Normal A402 41986 VIEWER Minimum Composite Pipe Inner 5 RO IEEE 32 bit Diameter A404 41988 VIEWER Minimum Composite Pipe Outer 5 RO IEEE 32 bit Diameter A406 41990 VIEWER Minimum Comp
42. 2 bit 33312 VIEWER Composite SIL Analog Out Drive Current IEEE 32 bit 33314 VIEWER Composite SIL Analog Out Monitored Current IEEE 32 bit Composite Channel Int 33536 VIEWER Composite status bit map 33538 VIEWER Composite SIL errors epSIL Value Health Code I Use dropdown 33540 VIEWER Composite most significant error see Error Tables 33542 VIEWER Composite Gate Input State bitmap 0 Open 1 Closed Channel 1 Real FF Terminal Block 4 34304 VIEWER Ch_1 Velocity IEEE 32 bit 34306 VIEWER Ch_1 Sound Speed IEEE 32 bit 34308 VIEWER Ch_1 Transit Time Up IEEE 32 bit 34310 PanaFlow HT User s Manual VIEWER Ch_1 Transit Time Dn IEEE 32 bit 111 Appendix C Modbus Map 112 Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 8608 34312 VIEWER Ch 1 DeltaT 19 RO IEEE 32 bit 860A 34314 VIEWER Ch_1 Time in buffer on Dn channel 19 RO IEEE 32 bit 860C 34316 VIEWER Ch_1 Up Signal Quality 18 RO IEEE 32 bit 860E 34318 VIEWER Ch_1 Dn Signal Quality 18 RO IEEE 32 bit 8610 34320 VIEWER Ch_1 Up Amp Disc 18 RO IEEE 32 bit 8612 34322 VIEWER Ch_1 Dn Amp Disc 18 RO IEEE 32 bit 8614 34324 VIEWER Ch_1 Signal Gain Up 3 RO IEEE 32 bit 8616
43. 2 ood nh i Paha hs Hee eae Ree eA 84 Terminal Block Analog Outputs I O anan men ae 13 Powers TBU sa DES pa ee 21 Theory of Operation 2 Totalizer Changing Measurement Units 45 Resetting ise re ats CES Bar 35 Totalizer Measurement u a2 21 da 35 Totalizer Notar a an d E 67 Totalizer Output WP aa a ee dd dd decret R 15 Totalizer Programming Decimal Places vst u ses 33 Transducer Cables 9 84 Transducer Classifications 84 149 Index Transducer Problems u ar la 82 Transducer System es es Maia eso ende hed 84 Transducers Cable are ne een 9 COMOSION ros a er he 82 Internal Damage anna a ia 82 Leaks ne he 82 Location te ta d edat Us Ga ame ath a cst ine 8 Physical Damage esa pes en 82 Placenta ea en 81 Problem OS a A td 82 Replacement nase ee 82 Transit Time Flow Measurement 2 Transporling at t an 7 U WARE Bits iii vs ai dm di 70 Unlocking Keypad sacs eso ee la 37 Unpackins 2 2 a Aton ae ida nd 6 IB Answer 27 User Levels a aa ete an 39 User Preferences ea es ES 40 V Velocity Setting Flow Units 43 Voltag Input rs rei PES SS 21 Volumetric Setting Flow UnitS 44 VV Watchdog Test 0 e sesa de rasa ae 73 WEEE Directive a ie as odar enad vi 150 WINE ae Pe EE A o et ea 17 Analog uti cies pies ie eis 13 Calibration Parts so ii setmana ss a 20 CE M
44. 3 Initial Setup and Programming 3 2 User Restrictions cont Notice that at the bottom of Figure 18 there are four options for Save Changes Selecting No will discard any program changes and reset the instrument to restart Measure mode The other three options are Active Settings Commissioned Settings and Factory Settings They allow the instrument to store three complete sets of program data Note The option to save as Commissioned Settings is only available if the operator has Service or Factory access level The option to save as Factory Settings is only available from the Factory access level The purpose ofthese extra data sets is to allow the instrument to be restored to those saved settings as a troubleshooting measure If at any point there is an error in the Active Data Set the set of parameters used in Measure mode the Authorized User may revert the Active Data Set to the Commissioned Data Set This will return the flowmeter to a known working condition the way it was programmed when a GE Service Professional first commissioned the product on site As a secondary redundant measure the Authorized User may revert the Active Data Set to the Factory Data Set if there is an issue with the Commissioning Data Set This returns the instrument to the way it was programmed when it was calibrated Since the integrity ofthe SIL Output is so critical the flowmeter maintains all three data sets in memory as a backup in case of er
45. 3 5 3 Program Program Review The Program and Program Review menus enables the setting up or viewing of several categories of information at different security levels see Figure 26 below As discussed previously the ability to edit parameters will depend on the access level The next section will explicitly state which access is required to edit parameters To view all parameters without editing select Program Review Display Note Display either 1 variable 2 variables or totalizer Main Menu 1 i 1 Display Format Program Program Review Keypad Lockout I Y I eral SIL Service Fac 1 Service Access Level User Preferences Inputs Outputs SIL Testing H Sensor Setup PL Calibration Advanced l Factory N na A eL ei 4 Save Changes No Active a Factory Settings Settings Settings I Figure 26 Programming Program Review Menu Map 3 5 4 Program Review The Program Review menu requires no user password However it provides view only access to the screens To change any setting or parameter you must enter the Program Menu and supply a password at the appropriate level 38 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 5 5 Program IMPORTANT The measurement will stop and the SIL output will go to dangerous detected level error level when you enter
46. 5 ms Value Units Error Code gt EQ Figure 23 One Variable Screen To change the number of decimal places in the value From the display screen press either the lt or buttons until the value is Velocity A highlighted 10 5 m s Velocity Once the value is highlighted press V to open the Display Decimal option al Use the A and V buttons to scroll to the appropriate value Available options include 0 1 2 3 4 and Sci Scientific 0 Notation Press Wi to select the value and then v again to confirm the selection or e 2 3 4 Display Decimal X to cancel the selection PanaFlow HT User s Manual 29 Chapter 3 Initial Setup and Programming 3 4 2 Changing Measurement Type for One or Two Variable Screens To change the measurement type From the display screen press either the lt 1 or gt buttons until the measurement type is highlighted Once the value is highlighted press V to open the Display Measurement Type option 10 5 m s Display Measurement Type The screen changes to Display Measurement Type Press the A and V buttons to Velocity A scroll to the appropriate parameter Available parameters include velocity volumetric actual and volumetric standard mass batch and inventory total soundspeed alme eal KFactor Reynolds number and diagnostics Once you have chosen the type press Y Volumetric Std y e
47. 57600 Diagnostic Soundspeed Test Pulse Output Error Handling 115200 Hold good value H Stop Measurement Fwd Batch Rev Batch Net Batch Frequency Control Output Control State See Diagnostic Screen List for Channel Ch1 Ch x Flow Value Ch x Signal Quality Close Open Measurement Batch Total Inventory Totals Control Value Test Control Ch x System Status Parameters KT ia oir A Ch x Signal Process of HH on Forward Reverse Net oa El High Base Value Full Value AAA Full Frequency A ee Test Frequency Error Handling Ll Bits Parity 8 even Address L Modbus Stop Bits gt Measurement Input Output Menu Map Figure 32 Velocity Act Volumetric Std Volumetric Mass Batch Total Inventory Tool Soundspeed Diagnostics See Low Screen Other for Parameters Ch1 Ch 2 Channel Diagnostic Ch x Flow Value List et Ch x Signal Quality Ch x System Status Ch x Signal Process 94 Appendix B Menu Maps E a in ee eee Di
48. 73 BBL H barrel per hour 1374 BBL D barrel per day 1454 KGAL M kilo US gallon per minute 1458 KGAL H kilo US gallon per hour 1462 KGAL D kilo US gallon per day 1485 KBBL M kilobarrel per minute 1489 KBBL H kilobarrel per hour 1493 KBBL D kilobarrel per day Standard Volume Flow 1537 SL S Standard Liters per Second default 1538 SL M Standard Liters per Minute Standard Liters per Hour Standard Mega Liters per Day Standard Cubic Meter per Second Standard Cubic Meter per Minute Standard Cubic Meter per Hour Standard Cubic Meter per Day standard cubic feet per hour standard cubic feet per minute Meters per sec default Feet per sec second Millisecond Microsecond Hour Frequency Units Hertz Mega Hertz Kilo Hertz Ampere Milliampere PanaFlow HT User s Manual Appendix C Modbus Map C 5 Modbus Protocol In general the PanaFlow HT flowmeter follows the standard Modbus communications protocol defined by the reference MODBUS APPLICATION PROTOCOL SPECIFICATION V1 1b This specification is available at www modbus org on the Internet With this reference as a guide an operator could use any Modbus master to communicate with the flowmeter Listed below are two limits of this implementation 1 The PanaFlow HT supports only
49. 81 PipeProblems oes dol ss a eae eA Su a 81 Power Connecting dt eat 21 Terminal Block 4er llas Bear 21 Power Consumption u sense ei 86 Power Supplies aaa ad 86 Pressure Ranges act se Bed 84 Problems Transducers 2 22 cc cc 82 Program Men see ls a 38 Program Review menu cidade aa 38 Programming Display Parameters quis ne ae ra 29 Eiern ES i a SS tas 39 Measurement Type a al Ses ea 30 Pulse Output Sot cut ama eb ewe todo tia 59 R RANDE a a CS CS a 83 Ranges bility lt lt birras data 83 Remote Mount Cable iot a RS a SE 22 Repeatability is Io a 83 Right Arrow Key lt cave ai 241 PanaFlow HT User s Manual Index S Safety Auxiliary Equipment v General ISSues LL eee eee LL a v Personal Equipment V Safety Codes 2 2 2 near ana ats aa 5 SENSOHSENIP AAA POSES Ca a EES 73 Service Record esasa La PS Di go haan 139 SEO ES a sera sacs DE DES ans 41 SIL Analog Output Setting Up 55 SIL Application ia aa ee a 3 SIL Certification aa dat a LLA 83 SIL Err r String a AA ae 79 SILLA ES a Deia ee 42 Sis Testing eo ets ea ca 72 Slot 0 See Analog Outputs Slot 0 Soundspeed Fluid he er pan Es lene ee ga 80 Special Applications susanne da 135 Specifications AA ya a DA 83 Starting Of Stopping u a ea dates ae 35 Storage Temperature ves dada sie podem ewes 87 T Tau sale qe rer Pee Rad 48 Temperature Ranges Transducer
50. Authorized User Note Any changes made at SIL User Level must be followed by a validation step There are two components to the validation process 1 Review parameter changes before committing them to the flowmeter This process happens automatically by the programming interface display keypad Vitality software or HART Be sure program parameters are correct before issuing the Commit command 2 After returning to Measure mode review the measurement parameters in Table 2 below to verify they are in an acceptable range This completes the validation process Measurement Table 2 Criteria for SIL Requirements Expected Actual Criteria Verdict P F Ch1 Sound Speed Chi Velocity lt 0 5 difference lt 0 5 difference Chl Up Amp Discriminator gt 14 and lt 32 Chi Dn Amp Discriminator gt 14 and lt 32 Chl SNR Up gt 5 Chi SNR Dn gt 5 Chl Active TWup Chl Active TWdn Within 15 of the static TW value Within 15 of the static TW value Chl Error Status 0x00000000 0x00000000 Chl Error 0 lt 8 Ch2 Sound Speed lt 0 5 difference Ch2 Velocity lt 0 5 difference Ch2 Up Amp Discriminator Ch2 Dn Amp Discriminator gt 14 and lt 32 gt 14 and lt 32 Ch2 SNR Up gt 5 Ch2 SNR Dn gt 5 Ch2 Active TWup Within 15 of the static TW value Ch2 Active TWdn Within 15 of the static TW
51. BBBBE BSBBE 3858 o o F Ss Normally Open Configuration Normally Closed or Fault Configuration Por NO NC 8 C C Wiring Conventional Not Triggered State Conventional Not Triggered State MT900 Conventional Triggered State Conventional Triggered State XMT900 XMT900 i Alarm Device Alarm Device Alarm Device Figure 13 Wiring Alarm Outputs PanaFlow HT User s Manual 17 Chapter 2 Installation 2 5 3d Wiring as Control Output The purpose of the Control Output is to generate a signal that can be used to control an external device based on a totalized measurement in the flowmeter The Control State can be set to Normally Open or Normally Closed The setting depends on the device being connected to the control output The Control State indicates whether the Operator wants that switch to be Open or Closed until the point where the measured total threshold is reached Once the flow totals reach the threshold level the meter will switch the Control Output to the opposite state Ifthe system calls for the Control to be Open 0 VDC until a certain flow level is reached the Operator should set the Control to Normally Open At the measured threshold the flowmeter will change the Control to Closed 5 VDC If the system calls for the Control to be closed until a certain flow level is reached the Operator should set the Control to Normally Closed At the measured threshold the flowmet
52. E 32 bit Totalizer Time A214 41492 VIEWER Maximum Composite Current 18 RO IEEE 32 bit Correction Factor A216 41494 VIEWER Maximum Composite Current Reynolds 18 RO IEEE 32 bit VIEWER Number Maximum Composite acceptable operating temperature reading from temperature sensor IEEE 32 bit VIEWER VIEWER Maximum Composite Standard Maximum Composite Net Batch Totals IEEE 32 bit IEEE 32 bit 41504 VIEWER VIEWER Maximum Composite Net Inventory Maximum Composite SIL Analog Out Drive Current IEEE 32 bit IEEE 32 bit 41506 VIEWER Maximum Composite SIL Analog Out Monitored Current IEEE 32 bit Composite Channel Integer Max 41728 VIEWER Maximum Composite status bit map 41730 VIEWER Maximum Composite SIL errors 41732 VIEWER Maximum Composite most significant error 41734 PanaFlow HT User s Manual VIEWER Maximum Composite Gate Input State bitmap 0 Open 1 Closed 113 Appendix C Modbus Map 114 Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format Composite Channel Real Min A600 42496 VIEWER Minimum Composite Velocity 20 RO IEEE 32 bit A602 42498 VIEWER Minimum Composite Volumetric RO IEEE 32 bit A604 42500 VIEWER Minimum Composite Mass Flow 9
53. EE 32 bit 33538 VIEWER Composite SIL errors RO INT32 epSIL Value Health Code I Use dropdown VIEWER Composite most significant error see INT32 Error Tables VIEWER Composite Sound Speed IEEE 32 bit VIEWER Ch_1 Sound Speed IEEE 32 bit VIEWER Ch_2 Sound Speed IEEE 32 bit VIEWER Ch_1_SNR on UP channel IEEE 32 bit VIEWER Ch_1_SNR on DOWN channel IEEE 32 bit VIEWER Ch 2 SNR on UP channel IEEE 32 bit VIEVVER Ch 2 SNR on DOWN channel IEEE 32 bit PanaFlow HT User s Manual 97 Appendix C Modbus Map C 2 User Group Definitions Table 9 User Group Definitions Unit Group Group Name Valid Unit Codes See Unit Codes for XMT900 on page 124 1 Actual Volumetric 1347 1348 1349 1350 1351 1352 1353 1354 1356 1357 1358 1359 1362 1363 1364 1365 1371 1371 1372 1372 1373 1373 1374 1374 1454 1454 1462 1462 1485 1485 1489 1489 1493 1493 1548 1548 1060 1383 Density 1097 1100 1103 1104 1106 1107 1108 Dimension 1013 1019 Hz 1077 Viscosity 1160 1164 mA 1211 Mass 1322 1323 1324 1325 1326 1327 1328 1329 1330 1331 1332 1333 1334 1335 1336 1337 1641 1642 1643 1644 Milliseconds 1056 Nanoseconds nsec pending Percent 1342 Seconds 1054 Standard Volumetric 1361 1360 1537 1538 1539 1540 1527 1528 1529 1530 Thermal 1001 1002 Totalizer time
54. ER Minimum Composite Frequency Output 18 RO INT32 AS3A 42298 VIEVVER Minimum Composite Path Error 18 RO INT32 Handling AS3C 42300 VIEWER Minimum Composite Unit Type 18 RO INT32 Dimension AS3E 42302 VIEWER Minimum Composite Unit Type Density 18 RO INT32 A540 42304 VIEWER Minimum Composite Unit Type Mass 18 RO INT32 Flow A542 42306 VIEWER Minimum Composite Unit Type 18 RO INT32 Volumetric A544 42308 VIEWER Minimum Composite Unit Type 18 RO INT32 Velocity A546 42310 VIEWER Minimum Composite test frequency for 6 RO INT32 frequency output A548 42312 VIEWER Minimum Composite Sensor serial 18 RO INT32 number 3 AS4A 42314 VIEWER Minimum Composite Sensor serial 18 RO INT32 number 4 AS4C 42316 VIEWER Minimum Composite Sensor serial 18 RO INT32 number 5 AS4E 42318 VIEWER Minimum Composite Sensor serial 18 RO INT32 number 6 A550 42320 VIEWER Minimum Composite 18 RO INT32 Flowmeter System serial number A552 42322 VIEWER Minimum Composite Unit Type Time 18 RO INT32 A554 42324 VIEWER Minimum Composite Unit Type 18 RO INT32 Viscosity A556 42326 VIEWER Minimum Composite Unit Type 18 RO INT32 Standard Volumetric A558 42328 VIEWER Minimum Composite Standard BWT 18 RO INT32 buffer 1 serial number VIEWER Minimum Composite Standard BWT buffer 2 serial number VIEWER Minimum Composite Standard BWT buffer 3 serial number VIEWER Minimum Composite Standard BWT buffer 4 serial number VIEWER Minimum Composite Standard BWT buffer 5 serial number VIEWER Minimum
55. EWER Maximum Composite Analog output selection A130 41264 VIEWER Maximum Composite Calibration Mode Selection A132 41266 VIEWER Maximum Composite Base Frequency for frequency Output A134 41268 VIEWER Maximum Composite Span Frequency for frequency Output 116 PanaFlow HT User s Manual Appendix C Modbus Map Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format A136 41270 VIEWER Maximum Composite Frequency Output 18 RO INT32 Unit Selection A138 41272 VIEWER Maximum Composite Frequency Output 18 RO INT32 Error State Selection Al3A 41274 VIEVVER Maximum Composite Path Error 18 RO INT32 A13C 41276 VIEWER Maximum Composite Unit Type 18 RO INT32 Dimension A13E 41278 VIEWER Maximum Composite Unit Type Density 18 RO INT32 A140 41280 VIEWER Maximum Composite Unit Type Mass 18 RO INT32 Flow A142 41282 VIEWER Maximum Composite Unit Type 18 RO INT32 Volumetric A144 41284 VIEWER Maximum Composite Unit Type 18 RO INT32 Velocity A146 41286 VIEWER Maximum Composite test frequency for 6 RO INT32 frequency output A148 41288 VIEWER Maximum Composite Sensor serial 18 RO INT32 number 3 A14A 41290 VIEWER Maximum Composite Sensor serial 18 RO INT32 number 4 A
56. GE Measurement 8 Control Flow PanaFlow HT User s Manual nati t k 910 294U Rev A Imagination at wor September 2012 PanaFlow HT Ultrasonic Liquid Flowmeter User s Manual 910 294U Rev A September 2012 WWW ge Mcs com 2012 General Electric Company All rights reserved Technical content subject to change without notice no content intended for this page Contents Chapter 1 Introduction 11 1 2 1 3 2 1 2 2 2 3 2 4 2 5 2 6 EI IR SEE OR NAT EEE LEITER 1 Theor or Operation ssal ee aa A A A O n 2 1 2 1 Transit Time Flow Measurement ne en 2 1 2 2 Active Temperature COmpensation ue eu ene nee nent rror miss iii 2 SIAP GS EES OE u DE LS A ICS ES 3 Chapter 2 Installation cidvels tis lal ager te PT A a e e de 5 Md A ele Nans lila 6 22 WAGE MERIC AL ONE at ae i UES et a Les 6 2 2 2 NOMS POR es etat ta RD ES er ateu Ra castes 7 SIL COMSIGCTON GINS OR OR a MS CE 8 26 Meter BOY loco oest e RR AR AO SRA En 8 2 3 2 Electronics Enclosure Location Remote Mount as ae apa Es 9 EE SS OL IES LE a mester O NS A FiOS Me AMAR TP Py ee ER Ae derrer pasa ade el aa ie 9 ES A Transducer CODI CS ai lesa nn e ia dal 9 Mounting the Electrons tea teris EE ae DOS re er 10 Makh Elric co MEA EE SE dE 11 2 5 PRODI Ra A e tes 12 2 5 2 WIN Analog OUTPUTS e e E A E 15 2 5 3 Wiring Digital Outputs 50 222 nk seine ie een 14 2 5 4 Wiring the Modbus Service Poll cur ae Ac 19 25 5 WIRING the C
57. If longer cables are required consult the factory for assistance 2 3 4 Transducer Cables When installing the transducer cables always observe established standard practices for the installation of electrical cables Do not route transducer cables alongside high amperage AC power lines or any other cables that could cause electrical interference Also protect the transducer cables and connections from the weather and corrosive atmospheres PanaFlow HT User s Manual 9 Chapter 2 Installation 2 4 Mounting the Electronics The standard PanaFlow HT electronics package is housed in an IP67 weather resistant enclosure suitable for indoor or outdoor use See Figure 9 below for the mounting dimensions remote mount only and weight ofthe XMT900 electronics 10 54 267 65 16 54 NOTES Hegoal 1 WEIGHT AROUND 13 9LBS 6 3 KG FOR WHOLE ASSEMBLY Figure 9 PanaFlow HT Electronics Package dwg 712 1795 10 PanaFlow HT User s Manual Chapter 2 Installation 2 5 Making Electrical Connections This section contains instructions for making all the necessary electrical connections to the XMT900 flow transmitter Refer to Figure 10 for a complete wiring diagram IATTENTION EUROPEAN CUSTOMERS To meet CE Mark requirements all cables must be in
58. Low Limit point as entered in the system IEEE 32 bit VIEWER VIEWER Maximum Composite Analog Output High Limit as entered in the system Maximum Composite Zero Set point as entered into the system by user IEEE 32 bit IEEE 32 bit VIEWER Maximum Composite Span Set point as entered into the system by user IEEE 32 bit VIEWER Maximum Composite Velocity Low limit IEEE 32 bit VIEWER Maximum Composite Velocity High limit IEEE 32 bit VIEWER Maximum Composite Velocity Warning Low limit IEEE 32 bit VIEWER VIEWER Maximum Composite Velocity Warning High limit Maximum Composite Reference Density IEEE 32 bit IEEE 32 bit VIEWER Maximum Composite Frequency Output Base Value 1 14 20 IEEE 32 bit VIEWER Maximum Composite Analog Input Zero Set point as entered into the system by user IEEE 32 bit PanaFlow HT User s Manual VIEWER VIEWER Maximum Composite Analog Input Span Set point as entered into the system by user Maximum Composite VelRey individual value IEEE 32 bit IEEE 32 bit 115 Appendix C Modbus Map Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format A036 41014 VIEWER Maximum Composite KFact individual 18 RO IEEE 32
59. Minimum Composite Velocity Warning Low limit Min 20 IEEE 32 bit VIEWER Minimum Composite Velocity Warning High limit Min 20 IEEE 32 bit VIEWER Minimum Composite Static Density 4 IEEE 32 bit VIEWER Minimum Composite Velocity Warn High limit Alarm limits Normal operation 1 14 20 PanaFlow HT User s Manual IEEE 32 bit Table 10 XMIT Modbus Map cont Appendix C Modbus Map Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format A430 42032 VIEWER Minimum Composite Analog Input Zero 8 RO IEEE 32 bit Set point as entered into the system by user A432 42034 VIEWER Minimum Composite Analog Input 8 RO IEEE 32 bit Span Set point as entered into the system by user A434 42036 VIEWER Minimum Composite VelRey individual 18 20 RO IEEE 32 bit value A436 42038 VIEWER Minimum Composite KFact individual 18 RO IEEE 32 bit value Composite Channel Integer Min A500 42240 VIEWER Minimum Composite Reynolds 18 RO INT32 Correction A502 42242 VIEWER Minimum Command to captureanew 18 RO INT32 set of signal files A504 42244 VIEWER Minimum Composite Path 18 RO INT32 VIEWER Minimum Composite Hardware revision VIEWER Minimum Composite Software revision VIEWER Minimum Composite UMPU board serial numb
60. RO IEEE 32 bit A606 42502 VIEWER Minimum Composite Fwd Batch Totals 17 RO IEEE 32 bit A608 42504 VIEWER Minimum Composite Rev Batch Totals 17 RO IEEE 32 bit A60A 42506 VIEWER Minimum Composite Totalizer Time 16 RO IEEE 32 bit A60C 42508 VIEWER Minimum Composite Sound Speed 20 RO IEEE 32 bit A60E 42510 VIEWER Minimum Composite Inventory Fwd 17 RO IEEE 32 bit Totals A610 42512 VIEWER Minimum Composite Inventory Rev 17 RO IEEE 32 bit Totals A612 42514 VIEWER Minimum Composite Inventory 2 RO IEEE 32 bit Totalizer Time A614 42516 VIEWER Minimum Composite Current 18 RO IEEE 32 bit Correction Factor A616 42518 VIEWER Minimum Composite Current Reynolds 18 RO IEEE 32 bit Number A618 42520 VIEWER Minimum Composite acceptable 15 RO IEEE 32 bit operating temperature reading from temperature sensor A61A 42522 VIEWER Minimum Composite Standard 14 RO IEEE 32 bit A61C 42524 VIEWER Minimum Composite Net Batch Totals 17 RO IEEE 32 bit AGIE 42526 VIEWER Minimum Composite Net Inventory 17 RO IEEE 32 bit A620 42528 VIEWER Minimum Composite SIL Analog Out 8 RO IEEE 32 bit Drive Current A622 42530 VIEWER Minimum Composite SIL Analog Out 8 RO IEEE 32 bit Monitored Current Composite Channel Integer Min VIEWER Minimum Composite status bit map 42756 VIEWER VIEWER Minimum Composite SIL errors Minimum Composite most significant error 42758 VIEWER Minimum Composite Gate Input State b
61. T User s Manual Appendix C Modbus Map Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 812C 33068 SIL USER Composite Selection for FireLow Fire 18 RW INT32 High during fault 0 Fire Low 1 Fire High 812E 33070 SIL USER Composite Analog Output Selection 0 18 RW INT32 Mass Flow 1 Actual Volumetric 2 Standard Volumetric 8130 33072 SERVICE Composite Calibration Mode Selection 18 RW INT32 0 Off 1 Gate Input 2 Frequency Output 8132 33074 SERVICE Composite Base Frequency for 6 RW INT32 frequency Output 8134 33076 SERVICE Composite Span Frequency for 6 RW INT32 frequency Output 8136 33078 SERVICE Composite Frequency Output Unit 18 RW INT32 Selection 0 Velocity 1 Volumetric 2 Mass Flow 8138 33080 SERVICE Composite Frequency Output Error 18 RW INT32 State Selection 0 Force Low 1 Force High 2 Hold Last 813A 33082 SERVICE Composite Path Error Handling 0 Off 18 RW INT32 1 On 813C 33084 SIL USER Composite Unit Type Dimension see 18 RW INT32 Unit Table C 2 813E 33086 SIL USER Composite Unit Type Density see Unit 18 RW INT32 Table C 2 8140 33088 SIL USER Composite Unit Type Mass Flow see 18 RW INT32 Unit Table C 2 SIL USER Composite Unit Type Volumetric see Unit Table C 2 SIL USER Composite Unit Type Velocity see Unit Table C 2
62. T User s Manual To set up the meter under User Preference use the A or V arrow key to select Meter Setup and press V The following screen appears Select Zero Cutoff press V and a screen similar to the following appears Note Zero cutoff is based on velocity To set the zero cutoff press N and a screen similar to the following appears When the flow rate drops below the zero cutoff level the flow will be forced to 0 00 This is to avoid measurement fluctuations near the zero point Use the lt 1 and gt arrow keys to select each digit to be changed and the A or V arrow keys to change the digit value then press V Press the X key to return to the Meter Setup screen 47 Chapter 3 Initial Setup and Programming 3 6 3 Meter Setup cont Note The Meter Setup category is accessed by either the SIL User Service or Factory passwords 3 6 3b Tau Value The Tau value determines how quickly the meter responds to a change in flow rate A small Tau responds quickly to flow changes but is very erratic A high Tau Zero CutOff value dampens a response to changes for a smooth transition but a slower one Under Meter Setup use the A or V arrow key to select Tau Value Press El Path Error Handling and a screen similar to the following appears The default Tau value is 0 001 sec or 1 msec UserPref Meter Setup To set the Tau value press V and a screen similar to the following appears MeterSetup
63. Transducer wiring to the meter body junction box and XMT900 electronics wiring to the XMT900 junction box is completed at the factory After installing the meter body and XMT900 electronics you must wire the remote cable Figure 17 Remote Cable Wiring Before wiring the PanaFlow HT remote mount cable complete the following steps e Disconnect the main power from the XMT900 electronics enclosure e Install required adapters on the enclosure 22 PanaFlow HT User s Manual Chapter 2 Installation 2 6 1 Remote Mount Wiring Instructions WARNING Be sure to remove power before performing these steps In the lower chamber of the enclosure is the Transducer Junction box In the case of remote mount a duplicate box is mounted on the pipe stand Follow these instructions to connect the two junction boxes using the remote mount cable supplied 1 Loosen the set screw on the junction box cover and remove the cover 2 Inside the wiring area of these two enclosures is a round printed circuit board with two mounting screws Loosen the mounting screws insert your fingers in the two 1 cm round holes and twist the board counter clockwise in the direction of the arrows approximately 2 cm to release it from the enclosure The board will remain wired to the system but with enough slack to pull the board out about 5 cm The transducer connections are on the other side of the board 3 Make the mechanical connection between the remote ca
64. User Lockout Programmin g g from the Program Menu and press Enter The following screen appears Gen User User Services Factory To enter the password use the Left and Right arrow keys to select the digit to be Enter SIL Password changed use the A or V arrow keys to change the value of each digit and press V The following screen appears 9999 x JQUIT y SAVE 4 JMOVE aw JMODF User Preference In the User Preference menu select Setting then press the right arrow key Setting twice A screen similar to the following appears Flow Units Meter Setup Password The screen shows the four option selections Select SIL Output Min Max and press vV The following screen appears d SIL Testing SIL Output Min Max SIL Output Analog Switch On Board Temperature Watchdog Test 72 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 8 2 Testing the Min Max Output SIL Output Min Max Fire Low To test the minimum or maximum output use the arrow keys to select Fire Low Fire High minimum Fire High maximum or enter a Percentage of Scale and press VI If FY Percentage of Scale you have selected Percentage of Scale the following screen appears Use the arrow keys to enter the desired percentage and press N Press X to Percentage of Scale 9 return to the SIL Testing menu UNIT 0 00 v ISAVE x IQUIT lt gt JMOVE aw MODF 3 8 3 Testing the Output Anal
65. User variable address array 18 RW INT32 D80 3456 Gen User Variable unit code array 18 RW INT32 Log Integer Read Only F00 3840 N A Number of records 18 RO INT32 Analog Out 2 Real Read Write Analog Out 2 Error Handling Value IEEE 32 bit 1004 4100 Gen U Analog Out 2 Zero Analog Out 2 Span IEEE 32 bit IEEE 32 bit 1006 4102 Gen U Analog Out 2 Test Value Percent of Span IEEE 32 bit 1008 4104 Gen U Analog Out 2 Base Value IEEE 32 bit 100A 4106 Gen U Analog Out 2 Full Value IEEE 32 bit Analog Out 2 Integer Read Writ 1180 4480 Gen U Analog Out 2 Operating Mode INT32 1182 4482 Gen U Analog Out 2 Type INT32 1184 4484 Gen U Analog Out 2 Measurement Register Address INT32 1186 1188 4486 4488 Gen U Gen User Analog Out 2 Error Handling Analog Out 2 Unit code INT32 Analog Out 2 Max Real Read Only 1600 5632 VIEWER Maximum Analog Out 2 Error Handling Value IEEE 32 bit 1602 5634 VIEWER Maximum Analog Out 2 Zero IEEE 32 bit 1604 5636 VIEWER Maximum Analog Out 2 Span PanaFlow HT User s Manual IEEE 32 bit Appendix C Modbus Map Table 10 XMIT Modbus Map cont Register Regi
66. al There is no similar restriction with vertical pipes as long as the flow of fluids is upward to prevent free falling of fluids or a less than full pipe Figure 8 Good and Bad Transducer Locations CAUTION Do not place insulation on or around the transducer or junction box The transducer and junction box act as a heat sink that protects the transducer from high and low temperatures 8 PanaFlow HT User s Manual Chapter 2 Installation 2 3 2 Electronics Enclosure Location Remote Mount The standard PanaFlow HT electronics enclosure is a powder coated aluminum IP67 explosion proof enclosure Typically the enclosure is mounted as close as possible to the transducers When choosing a site for remote mount installation make sure the location permits easy access to the electronics enclosure for programming maintenance and service The maximum distance is 100 feet 30 meters Note For compliance with the European Union s Low Voltage Directive 2006 95 EC this unit requires an external power disconnect device such as a switch or circuit breaker The disconnect device must be marked as such clearly visible directly accessible and located within 1 8 m 6 ft ofthe PanaFlow HT 2 3 3 Cable Lengths Locate the electronics enclosure as close as possible to the transducers preferably directly on the flowcell However GE can supply transducer cables up to 100 ft 30 m in length for remote location of the electronics enclosure
67. alibration sr A da prakt 20 ESO the Line POWERS Anas a do soda ice eV a 21 Wiring Transducers Remote Mount Cable sins ei ele ee 22 2 6 1 Remote Mount Wiring Instructions u u ue ia duia ia rererere orrn iaia as eerren renren 23 PanaFlow HT User s Manual iii Contents Chapter 3 Initial Setup and Programming 3 1 3 2 3 3 3 4 3 5 3 6 ST 3 8 Raye dele is ONE eta teta a ar ne ge o es 25 SGR ES CU OS dba 25 PanaFlow HT Enclosure Magnetic Keypad u A edad ce tidal SA ce ale A 27 Display PO COM Ei ti een ae aia 29 3 4 1 Changing Value for One or Two Variable Screens 2 2 cece cence rr rr 29 3 4 2 Changing Measurement Type for One or Two Variable SCreens 0 cece cece eee neces 30 3 4 3 Changing Measurement Type or Value for Totalizer Screens 0 cece cece eee cece e eee eee ea 33 3 4 4 Starting or Stopping Totalizer Measurement Era em te ea uate aban anes 35 34 5 Resetting the OCDE za ire or liege 35 Entering the Main Menu Lock BUTTONS sera ENS AS 36 3 3 1 DISPIOMEO HOLZ ee a o do a lei fan ten al De a 37 S 52 KEY PAGE MOU a er ae a er a le a te a Joe e 37 3 5 3 Program Program Review aa re se sep ec et eu eta ies 38 35 4 Programi REVIEW rei er a Paden dc gee Der bad 38 5 55 Progra Se asi das era EE ria Das peu gasa seria a A ele maura aes 39 SI LEC ATC EEES EET RITE IE REI I NOVES TEI a TOT REIS ENT EI TES RESTAT EIs RE IT I 40 SO SEO eta ee et ot ta ot ca ia A 41 A O eb
68. and Programming 3 6 1 Settings cont Set System Time Use the arrow keys to select the correct response and press V The screen returns Date 11 21 201 q to the previous display Time 08 45 09 x JQUIT Y JSAVE 4 gt MOVE av MODF The next option is for SIL Limits There are four flow limits related to functional safety that the operator may choose to set In most cases the default values for these limits do not need to be changed Meter Tag Label System Date To enter the SIL Limits option highlight SIL Limits and press Y SIL Limits Note To enter this option you must enter a SIL User or higher level password SIL Limits Use the arrow keys to enter the limits and press V The four SIL limits are the 12 2000m s Lower Functional Limit LFL Lower Warning Limit LWL Upper Warning Low Warn 12 2000m s Limit UWL and Upper F unctional Limit UFL The LFL and UFL are Up Warn 12 2000 m s defaulted to the design limits of the system and do not need to be changed unless I the operator chooses to set an upper and lower flow rate that is critical to the Up Sil 12 2000 m s safety of the SIS The LWL and UWL only need to be set if the LFL and UFL are used The Safety Manual describes SIL limits in much greater detail UserPref Setting After SIL Limits select Density to set static and reference density Mass Flow is System Date N calculated by multiplying the measured value of Volumetric Flow by the static en Limit d
69. are wave with the frequency proportional to a measured value To set the Digital Output as a frequency output in the Digital Pulse Output Menu select Frequency and press V The following screen appears Frequency Alarm Control Output DO Frequency To set the measurement type select Measurement and press V The following screen appears Frequency Value Base Value Full Value Freg Measurement Select the type of measurement to be used and press V The screen returns to the Velocity Frequency display Two examples are shown on the next page Avol Svol Mass 60 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 3 Digital Output C cont 3 7 3c Setting the Frequency cont Example 1 Base 0 m s 0 Hz Full 10 m s 100 Hz Then y Hz x m s e 10 Hz Example 2 Base 10 kg 0 Hz Full 20 kg 10 Hz Then y Hz x kg 10 1000 DO1 Frequency To check the current frequency value on the Frequency display select Frequency Value and press V A screen similar to the following appears Measurement Frequency Value Base Value Full Value Freq Frequency Value To change the current value press N and proceed as in Setting the Pulse on BETCHA 00 page 59 DO1 Frequency The Base Value is the measurement value represented by 0 Hz To check the current base value on the Frequency display select Base Value and
70. ark Compliance 145 Control Output sia ds PEA a da 18 Digital Outputs cia rauen 14 Frequency Output usa de ciat ras 16 Line POWeP A ta pE a a E E PEETS 21 Modbus Service Port 2222 pes estes 19 Option Card See Card Name Preparate da a A a ara a 12 Terminal Block See Block Name Totalizer Pulse Output 15 Transducers Remote Mount Cable 22 Wiring Connection ds sits ci esa vee toes 86 Wiring Diagram PanaFlow HT Wiring Diagram 1 X XMT900 Transmitter Identification ut 6 Z Zero Cutoff oho es ene nd Binion A 47 PanaFlow HT User s Manual Warranty Warranty Each instrument manufactured by GE Sensing is warranted to be free from defects in material and workmanship Liability under this warranty is limited to restoring the instrument to normal operation or replacing the instrument at the sole discretion of GE Sensing Fuses and batteries are specifically excluded from any liability This warranty is effective from the date of delivery to the original purchaser If GE Sensing determines that the equipment was defective the warranty period is e one year from delivery for electronic or mechanical failures e one year from delivery for sensor shelf life If GE Sensing determines that the equipment was damaged by misuse improper installation the use of unauthorized replacement parts or operating conditions outside the guidelin
71. ath length P and the axial dimension L based on the actual transducer mounting locations must be accurately programmed into the flowmeter For a GE Sensing flowcell this data will be included with the documentation for the system If the transducers are mounted onto an existing pipe these dimensions must be precisely measured 3 The inside of the pipe or flowcell must be relatively clean Excessive build up of scale rust or debris will interfere with flow measurement Generally a thin coating or a solid well adhered build up on the pipe wall will not cause problems Loose scale and thick coatings such as tar or oil will interfere with ultrasound transmission and may result in incorrect or unreliable measurements PanaFlow HT User s Manual 81 Chapter 4 Error Codes and Troubleshooting 4 3 3 Transducer Buffer Problems Ultrasonic transducers are rugged reliable devices However they are subject to physical damage from mishandling and chemical attack The following list of potential problems is grouped according to transducer type Contact GE if you cannot solve a transducer related problem 1 LEAKS Leaks may occur around the transducer buffers and or the flowcell fittings Repair such leaks immediately If the leaking fluid is corrosive carefully check the transducer and cables for damage after the leak has been repaired CORROSION DAMAGE If the transducer buffer material was not properly chosen for the intended applicat
72. ation Factor IEEE 32 bit SIL USER Composite Zero Cutoff IEEE 32 bit SIL USER Composite Response Time IEEE 32 bit SIL USER Composite Analog Output Low Limit point as entered in the system IEEE 32 bit SIL USER Composite Analog Output High Limit as entered in the system IEEE 32 bit SIL USER Composite Zero Set point as entered into the system by user IEEE 32 bit SIL USER SIL USER Composite Span Set point as entered into the system by user Composite Velocity Low limit Used for Volumetric low limit calculation IEEE 32 bit IEEE 32 bit SIL USER Composite Velocity High limit Used for Volumetric High limit calculation IEEE 32 bit SIL USER Composite Velocity Warn Low limit Alarm limits Normal operation IEEE 32 bit SIL USER Composite Velocity Warn High limit Alarm limits Normal operation IEEE 32 bit SIL USER Composite Reference Density for Standard volumetric calculation IEEE 32 bit SERVICE Composite Base value for frequency output SIL USER Composite Analog Input Zero Set point as entered into the system by user IEEE 32 bit IEEE 32 bit SIL USER Composite Analog Input Span Set point as entered into the system by user IEEE 32 bit SERVICE Composite MultiK VelRey 1 IEEE 32 bit SERVICE Composite MultiK VelRey 2 IEEE 32 bit SERVICE Compos
73. battery replaced Electronics Mounting Local Mounting on meter body Remote Mounting up to 100 ft 30 4 m Recommended for process temperatures exceeding 150 C Channels One or Two two channels for two path averaging Display Languages English Keypad Built in magnetic six button keypad for full functionality operation Inputs Outputs Option A One analog output SIL with HART two digital outputs service Modbus RS485 output calibration output Option B One analog output SIL with HART one additional analog output two digital outputs service Modbus RS485 output calibration output Digital outputs are programmable as either pulse frequency alarm or control outputs Analog outputs are NAMUR NE43 compliant PanaFlow HT User s Manual 85 Appendix A Specifications A 3 Electronics cont Table 6 I O Terminal Block I O Type Connection Specifications SIL Analog Output HART Active Output Output current 0 22 mA Max load 600 Q Analog Output Active Output Output current 0 22 mA Max load 600 Q Pulse Frequency Alarm or Active Output Output voltage 5 VDC Control Max voltage with light load 7 VDC Includes integrated current limit resistor Customer current limitation not required Pulse Frequency Alarm or Active Output Output voltage 5 VDC Control Max voltage with light load 7 VDC Includes integrated current limit resistor Customer current limitation not required
74. ble and the junction boxes Install the cable into the wiring port on each enclosure end and tighten the cable glands per manufacturer instructions 4 Atthe Flowcell end connect MCX cables from the remote mount cable to MCX connectors MCX J1 Ch1 Up and MCX J11 Ch1 Dn For a 2 channel system also connect to MCX J3 Ch2 Up and MCX J9 Ch2 Dn 5 At the Electronics end connect BNC cables from the remote mount cable to BNC connectors BNC J1 Ch1 Up and BNC J6 Chi Dn For a 2 channel system also connect to BNC J2 Ch2 Up and BNC J5 Ch2 Dn PanaFlow HT User s Manual 23 Chapter 2 Installation 2 6 1 Remote Mount Wiring Instructions cont Figure 19 Wiring the Cable 6 Ineach case check all BNC and MCX connections to be sure they are securely fastened Then turn the board over pushing the wires back into the enclosure with a counterclockwise twisting motion z Aa HOS 8 mas OMG bi aa WOS DO PraN EOL si p Y v 3 3 n gt i Figure 20 Replacing the Board 7 Finally engage the two mounting screws with the washers on top of the board and securely fasten the board to the enclosure Replace the cover and you are finished connecting transducers Engage the set screw on the enclosure for security WARNING Make sure all covers with their o ring seals are installed and the set screws tightened before applying power in a hazardous environment 24 PanaFlow HT User s Manual Chapter 3 Initial Setu
75. bol Description 1323 KG M kilogram per minute 1324 KG H kilogram per hour 1325 KG D kilogram per day 1326 TNE S metric ton per second 1327 TNE M metric ton per minute 1328 TNE H metric ton per hour 1329 TNE D metric ton per day 1330 LB S pound per second 1331 LB M pound per minute 1332 LB H pound per hour 1333 LB D pound per day 1334 SHTN S short ton per second 1335 SHTN M SHTN H short ton per minute short ton per hour SHTN D short ton per day KLB S Kilo pound per second KLB M Kilo pound per minute KLB H Kilo pound per hour KLB D Volume Flow also called Actual Volumetric Flow Kilo pound per day 1347 m3 S cubic meter per second default 1348 m3 M cubic meter per minute 1349 m3 H cubic meter per hour 1350 m3 D cubic meter per day 1351 L S liter per second liter per minute liter per hour liter per day cubic feet per second cubic feet per minute cubic feet per hour cubic feet per day US gallon per second US gallon per minute US gallon per hour PanaFlow HT User s Manual US gallon per day 125 Appendix C Modbus Map 126 Unit Codes Table 11 Unit Codes for XMT900 Symbol Description 1371 BBL S barrel per second 1372 BBL M barrel per minute 13
76. communication with each other meaning the second transducer can receive ultrasonic signals transmitted by the first transducer and vice versa In operation each transducer functions as a transmitter generating a certain number of acoustic pulses and then as a receiver for an identical number of pulses The time interval between transmission and reception of the ultrasonic signals is measured in both directions When the liquid in the pipe is not flowing the transit time downstream equals the transit time upstream When the liquid is flowing the transit time downstream is less than the transit time upstream The difference between the downstream and upstream transit times is proportional to the velocity of the flowing liquid and its sign indicates the direction of flow Figure 2 Flow and Transducer Paths 1 2 2 Active Temperature Compensation Ultrasonic flowmeters use transit time to determine the liquid or gas flow in a pipeline Measured transit time consists not only of the time the ultrasonic signal spends in a fluid but also of a portion of dead time being the time that the electrical signal is converted into an acoustical signal and the time the acoustic signal travels inside the transducer To allow for the utmost accuracy PanaFlow HT uses pulse echo to actively measure the dead time By sending a pulse and measuring its reflection the dead time is measured in real time rather than using a preset value As a result of
77. creen returns to the previous display 3 6 5bTimeout To provide a timeout under Display select Timeout and press N A screen similar to the following appears Note The default value for the timeout is 0 so users must set a timeout if they wish one Press V again and a screen similar to the following appears Use the A or V arrow key to change the digit value and press I Press X three times to return to the User Preference screen PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 Input Output 3 7 1 Output A Option Board 3 7 1a Accessing the Analog Output Menu Display Lockout Display Format Program Review Keypad Lockout Lockout Programming Gen User User Services Factory Enter SIL Password 9999 x JQUIT y JSAVE 4 JMOVE aw JMODF User Preference Setting Flow Units Meter Setup Password Option A PanaFlow HT User s Manual To access the Analog Output menu on the initial screen highlight the lock symbol and press Vi The following screen appears Select Program and press Vi The following screen appears Select a password level SIL User Service or Factory other than General User from the Program Menu and press Enter The following screen appears To enter the password use the Left and Right arrow keys to select the digit to be changed use the A or V arrow keys to change the value of each digit and press vV The following scree
78. ddress Option A Modbus Service To set the address in the Modbus Service menu select Address and press WA Baud Rate 4 screen similar to the following appears Modbus Parity UART Bits Modbus Service Port Addr Press V again and a screen similar to the following appears 00 Address Address Use the A or V arrow key to change the ale number from 1 to 254 not 0 and press N Press X to return to the previous screen 1 Y ISAVE x JQUIT 4 IMOVE av MODF 3 7 4e Setting the Number of Modbus Stop Bits Option A Modbus Service To set the number of stop bits in the Modbus Service menu select Modbus Stop Modbus Parity A Bits and press V A screen similar to the following appears UART Bits Address Modbus Stop Bits Modbus Service Port Mod Select the appropriate number and press V The screen returns to the previous e display 2 PanaFlow HT User s Manual 71 Chapter 3 Initial Setup and Programming 3 8 SIL Testing Note To enter the SIL Testing menu you must enter a SIL User Service or Factory password 3 8 1 Accessing the SIL Testing Menu To access the Analog Output menu on the initial screen highlight the lock symbol and press N The following screen appears Display Lockout Select Program and press V The following screen appears Display Format Program Review Keypad Lockout Select a password level SIL User Service or Factory other than General
79. e applying power in a hazardous environment Terminal Block Calibration Connections PIN Label Description 3 CAL Calibration Port Negative 4 CAL Calibration Port Positive O Inputs Outputs Ay By Ca D ocoooooo o BBBBEBBEBB Figure 16 Calibration Connections 20 PanaFlow HT User s Manual Chapter 2 Installation 2 5 6 Wiring the Line Power The PanaFlow HT may be ordered for operation with power inputs of 100 240 VAC or 15 30 VDC The label on the side of the electronics enclosure lists the meter s required line voltage and power rating The fuse size is listed in Appendix A Specifications Be sure to connect the meter to the specified line voltage only Note For compliance with the European Union s Low Voltage Directive 2006 95 EC this unit requires an external power disconnect device such as a switch or circuit breaker The disconnect device must be marked as such clearly visible directly accessible and located within 1 8 m 6 ft of the PanaFlow HT Refer to Figure 10 on page 11 to locate the terminal blocks and connect the line power as follows WARNING Improper connection of the line power leads or connecting the meter to the incorrect line voltage may damage the unit It may also result in hazardous voltages at the flowcell and associated piping as well as within the electronics enclosure 1 Prepare the line powe
80. e Frequency and press V A screen similar to the following appears Full Value Full Frequency Test Frequency 62 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 3c Setting the Frequency cont To change the current test frequency press V Set a Hz value The meter will set the digital output to this value Then verify at your measurement system that you see the frequency you entered You can repeat this procedure with several frequencies TestFreq Test Frequency Test Frequency 00 DO1 Frequency To check the current error handling status on the Frequency display select Err Full Value Handling and press N A screen similar to the following appears Full Frequency Test Frequency Err Handling To change the current error handling status select the option desired and press N The screen returns to the previous display You have four options for error handling in case of a measurement error Freg Error Handling Hold Low High eHold hold last good value Other Low show 0 Hz eHigh show Full Frequency Note IfOther is selected a screen similar to the following appears Err Handling Other Enter the Hz value you want to appear for error For example if Full 1 kHz Other 00 you may want to set Error to 2 kHz Press V again and a screen similar to the following appears Other Other Use the A or V arrow key to change the Other value and press N to sa
81. e in buffer on Up channel 5 IEEE 32 bit 35584 VIEWER Ch_2 status bit map 35586 VIEWER Ch_2 most significant error see Error Tables PanaFlow HT User s Manual Table 10 XMIT Modbus Map cont Appendix C Modbus Map Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 8B04 35588 VIEWER Ch_2 Up Peak 18 RO INT32 8B06 35590 VIEWER Ch_2 Dn Peak 18 RO INT32 8B08 35592 VIEWER Ch_2 dynamic threshold on UP channel 12 RO INT32 8BOA 35594 VIEWER Ch_2 dynamic threshold on DOWN 12 RO INT32 channel 8B0C 35596 VIEVVER Ch 2 Errors of Last 16 18 RO INT32 Composite Channel Real Max A200 41472 VIEWER Maximum Composite Velocity 20 RO IEEE 32 bit A202 41474 VIEWER Maximum Composite Volumetric 1 RO IEEE 32 bit A204 41476 VIEWER Maximum Composite Mass Flow 9 RO IEEE 32 bit A206 41478 VIEWER Maximum Composite Fwd Batch Totals 17 RO IEEE 32 bit A208 41480 VIEWER Maximum Composite Rev Batch Totals 17 RO IEEE 32 bit A20A 41482 VIEWER Maximum Composite Totalizer Time 2 RO IEEE 32 bit A20C 41484 VIEWER Maximum Composite Sound Speed 20 RO IEEE 32 bit A20E 41486 VIEWER Maximum Composite Inventory Fwd 17 RO IEEE 32 bit Totals A210 41488 VIEWER Maximum Composite Inventory Rev 17 RO IEEE 32 bit Totals A212 41490 VIEWER Maximum Composite Inventory 2 RO IEE
82. e installed option card either A or B Press V and a lt 1 0 3 screen similar to the following appears dd Option A RAPP I O Option A To set up the Digital Output select it on the screen and press N A screen similar Analog Output Hart SIL to the following appears Analog Output NSIL Digital Output Modbus Service Port Select the desired Digital Output number and press V The following screen appears Option A Digital Output Output D 58 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 3 Programming Digital Outputs cont 3 7 3b Setting the Pulse Output DO DO1 Digital Outputs can be programmed as Pulse Frequency Alarm or Control Outputs or turned off The Pulse output will put out a square wave pulse for each unit of flow that passes through the pipeline Select Pulse and press vV The Frequency following screen appears Alarm Control Output DO1 Pulse Select Pulse Value and press V A screen similar to the following appears Pulse Value Min Pulse Test Pulse Output Error Handling Pulse Pulse Val The Pulse Value the amount of flow represented by one pulse is displayed For Use r USE vae example 1 pulse 10 gallons To change the existing number press V and a Pulse Value 00 gal screen similar to the following appears Note The units that appear will be the units selected in Flow Units on page 43 PulseValue Pulse Value To c
83. e mcs com en about us environmental health and safety 1741 weee reg html for take back instructions and more information about this initiative viii PanaFlow HT User s Manual Chapter 1 Introduction Chapter 1 Introduction 1 1 Overview Thank you for purchasing the PanaFlow HT ultrasonic flowmeter PanaFlow HT is a wetted ultrasonic flow meter that is SIL certified IEC61508 pending by design to give you confidence in your flow measurement and to provide reliable flow meter operation for both safety and process control systems In addition to the peace of mind that SIL certification brings PanaFlow HT also has all the advantages of ultrasonic flow measurement over other traditional technologies no measurement drifting no periodic calibration requirement no restriction in the pipe minimal pressure drop no maintenance and no moving parts The PanaFlow HT consists of the new XMT900 electronics the field proven BWT transducers system FTPA buffers and a meter body It is available in both a local or remote mount configuration based on convenience and process temperature requirements XMT900 Electronics Transducer Cable BWT Transducers and Junction Box Figure 1 PanaFlow HT Local Mount PanaFlow HT User s Manual 1 Chapter 1 Introduction 1 2 Theory of Operation 1 2 1 Transit Time Flow Measurement In this method two transducers serve as both ultrasonic signal generators and receivers They are in acoustic
84. e the units selected in Flow Units on 0 00000 mA3 s page 43 Use the lt and DJ arrow key to select the digit to be changed use the A or V arrow key to change the Base Value or Full Value setting and press V Repeat these steps to set the Full Value setting Press X to return to the Analog Output menu Base Value 0 00000 m 3 s x JQUIT y ISAVE lt gt JMOVE aw MODF 52 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 1 Analog Output A cont 3 7 1d Calibrate the Output Option A Analog Output SIL Use the Calibrate menu to trim the SIL output to your measurement system In the A Analog Output SIL menu select Calibrate and press V The following screen appears Analog Measurement Base Value Full Value Analog Output SIL Calibrate Select 4 mA to trim the 4 mA level 20 mA to trim the 20 mA level or Percentage of Scale to test linearity Select the appropriate option and press V A screen x similar to the following appears 20mA Percentage of Scale AmA 4mA Use the A or V arrow key to change the Calibrate setting value and press N Press X to return to the Analog Output menu 4 00 mA 7 ISAVE x JQUIT If you do not see 4 mA at your measurement system enter the value that you see lt gt IMOVE aw IMODF Press V and the meter will make an adjustment Then continue until you see 4 mA at your measurement input Repeat the above process
85. eadily Although a low level of entrained particles may have little effect on the operation of the PanaFlow HT excessive amounts of solid or gas particles will absorb or disperse the ultrasound signals This interference with the ultrasound transmissions through the fluid will cause inaccurate flow rate measurements In addition temperature gradients in the fluid flow may result in erratic or inaccurate flow rate readings 2 The fluid must not cavitate near the flowcell Fluids with a high vapor pressure may cavitate near or in the flowcell This causes problems resulting from gas bubbles in the fluid Cavitation can usually be controlled through proper installation design 3 The fluid must not excessively attenuate ultrasound signals Some fluids particularly those that are very viscous readily absorb ultrasound energy In such a case an error code message will appear on the display screen to indicate that the ultrasonic signal strength is insufficient for reliable measurements 4 The fluid sound speed must not vary excessivelY The PanaFlow HT will tolerate relatively large changes in the fluid sound speed as may be caused by variations in fluid composition and or temperature However such changes must occur slowly Rapid fluctuations in the fluid sound speed to a value that is considerably different from that programmed into the PanaFlow HT will result in erratic or inaccurate flow rate readings Refer to Chapter 3 Initial Setup and make
86. eater than or equal to the threshold Fault No alarm if no errors alarm if errors To change the type of alarm select the appropriate type and press V The screen returns to the previous display 64 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 3 Digital Output C cont 3 7 3d Setting the Alarm cont To check and or change the type of alarm measure select Measurement and press V A screen similar to the following appears DO1 Alarm Alarm State Alarm Type Measurement Alarm Value Alarm Measurement Select the type of measure desired press N and the screen returns to the Velocity previous display Avol Svol Mass DO1 Alarm The Alarm Value is the threshold that trips the alarm This parameter does not apply to Fault Alarms To check and or change the alarm value select Alarm Alarm State ee Value and press V A screen similar to the following appears Alarm Type Measurement Alarm Value Alarm Alarm Value Press V again and a screen similar to the following appears Alarm Value Note The units that appear will be the units selected in Flow Units on page 43 Use the A or V arrow key to change the Alarm Value setting Press V to save the number and press to return to the previous screen Alarm Value Alarm Value 0 Fs ISAVE x JQUIT lt gt JMOVE aw JMODF PanaFlow HT User s Manual 65 Chapter 3 Initial Set
87. ected by the UMPU Ultrasonic Measurement Processing Unit in the course of making a flow measurement These errors can be caused by disturbances in the fluid such as excessive particles in the flow stream or extreme temperature gradients The errors could also be caused by an empty pipe or other such issue with the fluid itself Flow errors are typically not caused by a malfunction of the flow measurement device but by an issue with the fluid itself Table 5 Flow Error String Error Header Error Message Explanation E29 Velocity Warning E29 indicates that the flow rate has exceeded the range of the LWL lower warning limit or UWL upper warning limit The purpose of this warning is to alert the operator that the flow rate is approaching the LFL lower functional limit or the UFL upper functional limit At the Warning Limit threshold the flowmeter will continue to measure flow and drive the SIL output but if the flow rate reaches the Functional Limit threshold the SIL output will go to the Dangerous Detected state until an Authorized User intervenes E29 gives the operator a chance to correct the situation before going to the DD state E22 SingleChAccuracy E22 indicates that an error was detected on one of the flow channels This applies to multiple channel systems only For example there may be an issue in the channel 1 measurement but not the channel 2 measurement E23 76 MultiChAccuracy
88. ee Service Manual Analog Output A Base Value Analog Measurement Mass Act Volumetric Full Value Std Volumetric Calibrate Percentage of Scale 20 mA Error Handling Hold Low High Other PanaFlow HT Ultrasonic Liquid Flowmeter User s Manual Ana og Output B Base Value Analog Measurement Velocity Act Volumetric Full Value Std Volumetric Mass Calibrate mA H 20 mA Inventory Total Batch Total Alarm State H Alarm Digital Output X DOC DOD Close Percentage of Scale Soundspeed A Forward Open A Low Alarm Type High Diagnostic Error Handling Hold Ch1 Ich 2 Channel High Ch x Flow Value Ch x Signal Quality Ch x System Process Ch x Signal Status Reverse Net See Diagnostic Screen List for Parameters Alarm Value ee a a Failsafe Test Alarms Std Volumetric Batch Total Measurement Velocity Act Volumetric Mass Inventory Total oF Pulse 2400 9600 Modbus Service Port 4800 19200 8 no Pulse Value Min Pulse 38400
89. electronics enclosure 3 Referto Figure 10 on page 11 for the location of the terminal block and wire the digital output C and D as shown Secure the cable clamp IATTENTION EUROPEAN CUSTOMERSI To meet CE Mark requirements all cables must be installed as described in Appendix G CE Mark Compliance 4 Ifwiring of the unit has been completed reinstall the wiring cover on the enclosure and tighten the set screw Note Prior to use the option must be set up and calibrated For more specific instructions on output configuration proceed to the appropriate sub section s that follow Note Digital Outputs can be configured as a totalizer pulse frequency alarms or control output 14 PanaFlow HT User s Manual Chapter 2 Installation 2 5 3a Wiring as a Totalizer Pulse Output Wire this option in accordance with the connections shown on the label in the rear cover see Figure 10 on page 11 Figure 11 shows a sample wiring diagram of a totalizer output circuit Refer to Appendix A Specifications for the load and voltage requirements Inputs Outputs Volts Common Load Pulse Counter Figure 11 Wiring a Totalizer Pulse Output PanaFlow HT User s Manual 15 Chapter 2 Installation 2 5 3b Wiring as a Frequency Output Wire this option in accordance with the connections shown on the label in the rear cover see Figure
90. en User Reserved Global Unit group 23 18 RW INT32 S2E 1326 Gen User Reserved Global Unit group 24 18 RVV INT32 VIEVVER system request level NT32 SERVICE PC MODBUS baud rate NT32 SERVICE PC MODBUS parity NT32 SERVICE PC MODBUS stop bits NT32 SERVICE PC MODBUS meter addr NT32 SERVICE PC MODBUS bits per character NT32 SERVICE PC MODBUS termination NT32 Gen User Gen User Meter Tag Long Tag CHAR 16 CHAR 32 System Real Read Only FACTORY Option Board Type INT32 600 1536 VIEWER inventory fwd totals IEEE 32 bit 602 1538 VIEWER inventory rev totals IEEE 32 bit 604 1540 VIEWER inventory net totals IEEE 32 bit 606 1542 VIEWER inventory totals time IEEE 32 bit System Integer Read Only 700 1792 VIEWER NetworkID_Max NT32 702 1794 VIEWER NetworkID_Min NT32 704 1796 VIEWER General user password T32 706 1798 VIEWER MCU serial number T32 708 1800 VIEWER MCU bootloader version NT32 70A 1802 VIEWER MCU Software version T32 70C 1804 VIEWER MCU Hardware version T32 70E 1806 VIEWER Option Software version T32 710 1808 VIEWER Option Hardware version T32 712 1810 VIEWER MCU flash CRC NT32 740 1856 VIEWER master error Master Error See error code tables
91. enen cents 43 5 6 3 Meter SetU eta mol Es a ed a e o te aca cea 47 BO A POSS WOU See e e E 49 A O by anne en o ts do se a AS 50 JAN er een oi ARE 51 3 0 LOUtpUtA Option Board ee io e ai gs Ae n Verd aly aee ena apie 51 3 72 Analog OUtPUEB NON S Hier se Conan is ea EI aa Be e Ea AS Der 54 3 7 3 Programming Digital CORLISS oust e a eo et 57 3 1 4 Modb s Service POR cies ea DE to pa ayumi anit Da A a 69 SILOS TING Era se ar EE SE a E Dora pet 72 ACCESS TES Meine e ea 72 3 8 2 Testing the Min Max OU teen leben Dee de 73 3 83 Testing THe OUD UT ANAC SU ea a es lien a ee 73 3 8 4 Viewing the On Board Temperaturen o ai ti CS a ds 3 8 5 Performing a Watchdog Test ann Cra est ip en DI AAA 13 PanaFlow HT User s Manual Contents Chapter 4 Error Codes and Troubleshooting Ale USEERESTRICHOMS et an IES RDA ae 0 Os 42 Error Display te User Inter dC Era el olles EE oer ce EA EC EMOL ICO dE Detector testes ordes ide AR 4 22 COMMUNICOtTOR EN OLESA ee em dl dt a a ds ROW ETOT SIINO a ee CS AC Do Al Do SE o RS A A A due eta Sate eee dE 2 5 1DIAGMOSTICS cn i 0 a ep A aa A o aat SE IF d UCO OMe re a ee a CR OE SE EEES CI Dem eT OS CIT a AN 2 Bloweell Problems ar nra tea ei el cas land 4 3 3 sl a A ee Era va Appendix A Specifications AU Operation and Performante ssn h a nt me tat De A 2 Meter Body Transducer s uus unisuus a aib EG il Arar EI Io Os OS a N A AE EE ERC CI AS Appendix B Menu Maps Appendix C Modbus Map EL Fr
92. ensity Standardized Volumetric Flow is calculated by multiplying the measured D m gt value of Volumetric Flow by the ratio of static density to reference density ensity Kinematic Viscosity V Finally enter a static value for Kinematic Viscosity in centistokes This value is used to determine the Reynolds number correction factor for the flow measurement 42 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 6 2 Flovv Units To check and or change flow units under User Preference use the A or V arrow key to select Flow Units and press V The following screen appears User Preference Setting Flow Units Meter Setup Password 3 6 20 Velocity UserPref Flow Units To check and or change velocity flow units under UserPref Flow Units use the Velocity A in arrow key to select Velocity and press V The following screen Volumetric Actual BR Volumetric Std Note Ifa flow unit is not selectable in this section it will not appear later in the Mass y programming If you don t want Velocity select No press VJ If you want to display Velocity select Yes press twice and the following screen appears FlovvUnits Velocity No Yes Vel If no change is desired press X twice and the screen returns to the A English UserPref Flow Units menu To change the measurement type select the desired TE option press N twice and a screen similar to the following appears et
93. equently Used Modbus Addresses secs RE I el eta eis 25 JERC COU DES IOS A A steilen Es Modbus AAA ca So A a A ta See ea Hs tat ee it Es MOdBRS RIE COU ES ee OS OS A SS AS EC 50 a EO IO CO Les at er Si A SGA SD EES AS ECAS DOS AST ES da ae Appendix D HART Menu Maps DI HART COMMECUOMs bcc ostenta aati Aceh ied ay elec rap estela Da WING tothe HART GILCUIT Bee A pe esta Lee AN DLA Write Mode Switch A en ri ik DES US SE GEC CODI DAR Et EE RS D2 ROOEMERUS is eta cedent ego etc dak let ag eta a de s D 3 HART Service Map for General Users ee tents on EEES AR Bee D 4 HART Service Menu for SIL Users ameno cece E REE E E E A EE E a a DORA MENU Ei ES e Es O E a Appendix E Special Applications EL RIg DELEELION ei it Gata a he a a a Oe a hee oe a eae ado hee eee ES PRI gS LINE RE us emeti varetes ne ya en Ee na aR Sey E Appendix F Data Records di SERVICE REC ORG ies mn er ani a ice mea eta ER EL DOI Pel dV Renee ee dt a st TP de te art At e F2 Aland SOT AA RSS ES ESE ek ES DIGGMOSTIC POTES ee usa as mes ernennen ER nalen spa la aeg PanaFlow HT User s Manual Contents Appendix G CE Mark Compliance Gil UN Ni a ERC GR LE RGE DD Nak See Ba ea 145 62 MI Oci da SE tl kei SL Rinse 145 vi PanaFlow HT User s Manual Preface Information Paragraphs Note paragraphs provide information that provides a deeper understanding of the situation but is not essential to the proper completion of the instructions e Im
94. equirements Table 15 Wiring Requirements Cable Type Ground Termination Transducer Armored RG62 a U Grounded using a cable gland Input Output Armored 22 AWG shielded e g Baystate 78 1197 with Grounded using a cable gland armored material added to outside of jacket Power Armored 14 AWG 3 conductor Grounded using a cable gland Note Ifthe Panaflow HT is wired as described in this appendix the unit will comply with the EMC Directive 2004 108 EC PanaFlow HT User s Manual 145 no content intended for this page 146 PanaFlow HT User s Manual A Access Levels ts ent 39 ACM ad edge 83 Active Temperature Compensation 2 Alarm See ee dd a hoes aa de Res es 64 Alts ae RE 17 NOS EG CD VE cs E RS asa 17 Alarms Option Card Fail Safe Operation 444 us nasse 17 Analog Measurements u e ee 39 Analog Measurements Setting 52 Analog Output Menu 51 54 Analog Outputs IN Ona to ne DS DS Pais eda Eee 13 Analog Outputs Slot 0 Connectinge tee ed teste e cage LA Ges 13 Arrow Keys ii Eco Rota Pepe aS 27 B Backlight Setting ei en er 50 Backlight Timeout ens eds ies ae 50 Base Value Setting 52 55 Ba d Rate nad era od a aa 69 Bundle Waveguide Technology System 84 C Cable TEARS UCSI RES ala 9 Cable encia aay da a ra as emet 9 Calibrating Analog Output 53 Calibratio
95. er VIEWER Minimum Composite Ceiling of the absolute value of correlation VIEWER Minimum Composite Command VIEWER Minimum Composite Which test to run VIEWER Minimum Composite Service Password VIEWER Minimum Composite Factory Password VIEWER Minimum Composite User Password VIEWER Minimum Composite AnalogOut Command for trim VIEWER Minimum Composite Sensor serial number 1 VIEWER Minimum Composite Sensor serial number 2 VIEWER Minimum Composite Tracking Windows VIEWER Minimum Composite MultiK Active VIEWER Minimum Composite MultiK Type VIEWER Minimum Composite MultiK Pairs VIEWER Minimum Composite KV Input Selection VIEWER Minimum Composite System Command such as commit accept halt VIEWER Minimum Composite Enable Active TW AS2C 42284 VIEVVER Minimum Composite FireLow Fire 18 RO INT32 AS2E 42286 VIEWER Minimum Composite Analog output 18 RO INT32 PanaFlow HT User s Manual 119 Appendix C Modbus Map 120 Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format A530 42288 VIEWER Minimum Composite Calibration mode 18 RO INT32 A532 42290 VIEWER Minimum Composite Base Frequency 6 RO INT32 A534 42292 VIEWER Minimum Composite Span Frequency 6 RO INT32 A536 42294 VIEWER Minimum Composite Frequency Output 18 RO INT32 A538 42296 VIEW
96. er body and the electronics enclosure is important use the guidelines in this section to plan the PanaFlow HT installation 2 3 1 Meter Body Location Ideally choose a section of pipe with unlimited access for example a long stretch of pipe that is above ground However if the meter body is to be mounted on an underground pipe dig a pit around the pipe to facilitate installation or removal of the transducers Please do not tighten the FTPA buffer bolts on the meter body since they are factory set 2 3 1a Transducer Location For a given fluid and pipe the PanaFlow HT s accuracy depends on the location and alignment of the transducers In addition to accessibility when planning for transducer location adhere to the following guidelines e Locate the meter body so that there are at least 10 pipe diameters of straight undisturbed flow upstream and 5 pipe diameters of straight undisturbed flow downstream from the measurement point Undisturbed flow means avoiding sources of turbulence in the fluid such as valves flanges expansions and elbows avoiding swirl and avoiding cavitation Flow Direction Figure 7 Flow Direction e Locate the transducers on a common axial plane along the pipe Locate the transducers on the side of the pipe rather than the top or bottom since the top of the pipe tends to accumulate gas and the bottom tends to accumulate sediment Either condition will cause increased attenuation of the ultrasonic sign
97. er of increasing priority For troubleshooting tips see Diagnostics on page 80 78 PanaFlow HT User s Manual Chapter 4 Error Codes and Troubleshooting 4 2 4 SIL Error String Note Few ofthese errors will appear on the LCD The LCD only shows the top priority error at any time Vitality software will list these error conditions in addition to the top priority error as the PC display can show more information SIL errors are generally faults detected during internal device monitoring of the flow measurement circuitry To ensure functional safety integrity we must have absolute confidence in the integrity of our measurement hardware These errors show that we do not have full confidence in some part ofthe hardware and must stop providing a measurement to the SIS More details and corrective actions are listed in the Functional Safety Manual Under normal operation only S1 In Config Mode is likely to appear on the error line This is an indication that the instrument is currently not measuring flow because the instrument is in the Configuration mode It also warns the Operator that the SIL Output is not to be used as part of the SIS while in this mode of operation For troubleshooting details and more information on S errors consult the Safety Manual PanaFlow HT User s Manual 79 Chapter 4 Error Codes and Troubleshooting 4 3 Diagnostics 4 3 1 Introduction This section explains how to troubleshoot the Pa
98. er will change the Control to Open Connect each control output in accordance with the wiring instructions shown on the label inside of the rear cover and below on Figure 14 O Inputs Outputs Ay By C4 P4 ooa BBBBBB Normally Open Configuration Normally Closed Configuration NO NC x C Wiring Conventional Not Triggered State Conventional Not Triggered State MT900 Control Device Control Device Conventional Triggered State Conventional Triggered State XMT900 XMT900 Control Device Control Device Figure 14 Control Output Connections 18 PanaFlow HT User s Manual Chapter 2 Installation 2 5 4 Wiring the Modbus Service Port The XMT900 flow transmitter is equipped with a Modbus communication port for either a connection to Vitality PC software or to a separate control system The port is an RS485 interface IMPORTANT The maximum cable length for RS485 is 4000 ft 1200 m To wire to this RS485 serial port refer to Figure 10 on page 11 and complete the following steps 1 Disconnect the main power to the unit and remove the rear cover 2 Install the required cable clamp in the chosen conduit hole on the side of the electronics enclosure 3 Feed one end of the cable through the conduit hole wire it as shown in Figure 15 below 4 Ifwiring of the unit has been completed reinstall the wir
99. es specified by GE Sensing the repairs are not covered under this warranty The warranties set forth herein are exclusive and are in lieu of all other warranties whether statutory express or implied including warranties or merchantability and fitness for a particular purpose and warranties arising from course of dealing or usage or trade Return Policy Ifa GE Sensing instrument malfunctions within the warranty period the following procedure must be completed 1 Notify GE Sensing giving full details of the problem and provide the model number and serial number of the instrument If the nature of the problem indicates the need for factory service GE Sensing will issue a RETURN AUTHORIZATION NUMBER RAN and shipping instructions for the return of the instrument to a service center will be provided 2 IfGE Sensing instructs you to send your instrument to a service center it must be shipped prepaid to the authorized repair station indicated in the shipping instructions 3 Upon receipt GE Sensing will evaluate the instrument to determine the cause of the malfunction Then one of the following courses of action will then be taken Ifthe damage is covered under the terms of the warranty the instrument will be repaired at no cost to the owner and returned e If GE Sensing determines that the damage is not covered under the terms of the warranty or if the warranty has expired an estimate for the cost of the repairs at standard
100. est Off 1 Test O 2SA4 9636 Gen User Output 2 Pulse Measurement Register 18 RW INT32 Address Digital Out Max Real Read Only 2A00 10752 VIEVVER Maximum Output 1 Pulse Value 18 RO IEEE 32 bit 2A02 10754 VIEWER Maximum Output 1 Pulse Time 10 RO IEEE 32 bit 2A04 10756 VIEVVER Maximum Output 1 Frequency Base 18 RO IEEE 32 bit Value 2A06 10758 VIEWER Maximum Output_1 Frequency Full 18 RO IEEE 32 bit Value 2A08 10670 VIEWER Maximum Output 1 Alarm Value 18 RO IEEE 32 bit 2A0A 10762 VIEWER Maximum Output 1 Control Output 18 RO IEEE 32 bit Value 2A80 10880 VIEWER Maximum Output_2 Pulse Value 18 RO IEEE 32 bit 2A82 10882 VIEWER Maximum Output_2 Pulse Time 10 RO IEEE 32 bit 2A84 10884 VIEWER Maximum Output_2 Frequency Base 18 RO IEEE 32 bit Value 10886 VIEWER Maximum Output_2 Frequency Full IEEE 32 bit Value 10888 VIEWER Maximum Output_2 Alarm Value IEEE 32 bit 10890 VIEWER Maximum Output_2 Control Output IEEE 32 bit Value Digital Out Max Integer Read Only 11008 VIEWER Maximum Output 1 Test Pulse Value VIEWER Maximum Output_1 Frequency Full Frequency VIEWER Maximum Output 1 Test Frequency Value VIEWER Maximum Output 1 Frequency Error Handling Value VIEVVER Maximum Output 2 Test Pulse Value 11138 VIEVVER Maximum Output 2 Frequency Full Frequency 11140 VIEWER Maximum Output_2 Test Frequency Value 11142 VIEWER Maximum Output_2 Frequency Error Handling Value in Real Read Only
101. esult from the various error detection scenarios 2 path system with 2 path error handling ON Error Detection Scenario Action Path 1 error Substitute path 2 measurement keep measuring Path 2 error Substitute path 1 measurement keep measuring Path and Path 2 in error Multichannel Error stop measuring 136 PanaFlow HT User s Manual Appendix E Special Applications E 2 Path Error Handling cont 3 path system with 2 path error handling ON Note Path 1 and Path 2 are the mid radius paths Path 3 is the diameter path There is no symmetrical path for Path 3 Error Detection Scenario Action Path 1 error Substitute path 2 measurement keep measuring Path 2 error Substitute path 1 measurement keep measuring Path 3 error Single Channel Error stop measuring Path 1 and Path 2 in error Multichannel Error stop measuring Path 2 and Path 3 in error Multichannel Error stop measuring Path 1 and Path 3 in error Multichannel Error stop measuring Path 1 Path 2 and Path 3 in error Multichannel Error stop measuring With 2 path Error Handling set to OFF there are only two error conditions If any one path is in error the reaction is Single Channel Error stop measuring If more than one path is in error the reaction is Multichannel Error stop measuring PanaFlow HT User s Manual 137 no content intended for this page 138 PanaFlow HT User
102. etting the Control Output cont DO1 Control Output a oS a E n of Pa in the Control Output menu selec and press V The following screen appears Control Output State A put typ p g pp Control Output Type Measurement Control Value CO Control Output Type The Low control output activates when the measurement is less than or equal to a elf threshold while the High control output activates when the measurement is High greater than or equal to a threshold Low is useful for draining applications and High for filling applications To change the type of control output select the desired type and press V The screen returns to the previous display DO1 Control Output a eine a ee 2 en at in the Control Output menu Control Output State A selec and press V The following screen appears Control Output Type Measurement Control Value CO Measurement Batch Total supports fill and reset operations The Inventory Total activates after a user specified number ofkg of usage for example at 1000 kg then 2000 kg e Batch Total etc To change the measurement style select the desired style and press Y The Inventory Total following screen appears Measure Select Forward or Reverse totalizer depending on the flow direction or Net for Forward both filling and draining To change the measurement direction select the desired Reverse direction and press V The screen returns to the previous display Net PanaFlow HT U
103. four of the standard function codes These are Read Holding Registers 0x03 Read Input Registers 0x04 Write Multiple Registers 0x10 and Read File Record 0x14 2 The flowmeter needs a 15 msec gap between Modbus requests The prime objective of the flowmeter is to measure flow and drive the SIL output so the Modbus server has a low priority PanaFlow HT User s Manual 127 no content intended for this page 128 PanaFlow HT User s Manual Appendix D HART Menu Maps D 1 HART Connection D 1 1 Wiring to the HART Circuit When connecting aHART communicator to the wiring terminals on the PanaFlow HT electronics terminal board the circuit must be terminated in an appropriate resistive load as shown in Figure 34 below The HART communicator is connected in parallel with that load 220 ohm Communicator Figure 34 Wiring Diagram for HART Communication D 1 2 Write Mode Switch The PanaFlow HT HART circuit includes a slide switch which can be used to disable write access to the instrument via HART This white slide switch pictured below is designed to lock out HART configuration access for those customers who require this extra level of security Figure 35 HART Circuit Write Mode Switch With the Write Mode switch pushed toward the Display board as shown the HART circuit is in write access mode PanaFlow HT User s Manual 129 D 1 2 Write Mode Switch cont Note The following sections of this Appendix p
104. g Output Wi we Analog Output XXX SIL Testing 4E Qurpus Min Mas Board Temperature Analog fange P Calibrate Analog Output Set Loop Percentage Calibrate Analog Output Calibrate Analog Output log Outpr gt Output ama 20ma Mal ipui Digtal Output A Distal Quspss Digital Output B DO Selection Modbus Service Port MODBUS Agar MODBUS Baudrate MOOBUS Bits and Parity MODBUS Stop bits SR output min to man test Fre Low Percentage ot Scale Fre High FP percentage of Scale Ma Percentage of Scale Senyor Pipe OD Pipe AT hanana Llull X Channel Chord KV Yates Figure 38 HART Service Menu for SIL User and Higher Levels Sensor Configuration Sensor Configuration Pipe 00 Pipe 00 Pipe BAT Pipe ID Pipe WT j X Channel Configuration Transducer Type Channel Path Charme Axial Channel Unit Reynolds Status X Channel Chord Cannel x Chera Sat Loop Percentage Tne loop percentage Pulse Pulse Measurement Type Pulse Value Pulse Time Test Putse Wequency I Frequency Measurement Type frequency Base Value frequency hi vaise frequency unit Full Frequency 6 Frequency Error Marina Error Handing Value Alarm Alarm Measurement Type Alarm Vaise Alarm Unir Alarm Type Alarm State Test Alarm Control Qutput Control Measurement Type Control Value Control Type Control State Tea Control PanaFlow HT User s Manual D 5 Review Menu Review
105. g of the unit has been completed reinstall the wiring cover on the enclosure and tighten the set screw For more specific instructions on particular output configuration proceed to the appropriate sub section s that follow 12 PanaFlow HT User s Manual Chapter 2 Installation 2 5 2 Wiring Analog Outputs The standard configuration of the PanaFlow HT flow transmitter includes one isolated 4 20 mA analog output with HART Connections to these outputs may be made with standard twisted pair wiring but the current loop impedance for these circuits must not exceed 600 ohms A second analog output is available as an option To wire the analog outputs complete the following steps 1 Disconnect the main power to the unit and remove the wiring cover 2 Install the required cable clamp in the chosen conduit hole on the side of the electronics enclosure 3 Refer to Figure 10 on page 11 for the location of the terminal block and wire the analog output as shown Secure the cable clamp IATTENTION EUROPEAN CUSTOMERS To meet CE Mark requirements all cables must be installed as described in Appendix G CE Mark Compliance Note Analog Output A carries a HART signal Whenever this becomes an open circuit or the load exceeds specifications the output will go to O mA and the HART signal will be lost This can happen if one disconnects the HART communicator while the circuit is live hot swap To restore HART communication one must reset the u
106. hange the Pulse Value use the A or V arrow key to provide a new number and press N to save Press X to return to the Pulse menu 0 m s Y ISAVE x JQUIT lt gt MOVE aw JMODF To view and or change another Pulse characteristic select the desired DO1 Pulse sub category and follow the procedure Pulse Value Min Pulse To enter the Minimum Pulse ON Time Min Pulse you set the width of the pulse Test Pulse Output in seconds Error Handling To test the pulse output enter a number of pulses and the instrument will send that many out Note on your measurement system that the right number of pulses were received e If Error Handling is selected a different procedure is required See the next page PanaFlow HT User s Manual 59 Chapter 3 Initial Setup and Programming 3 7 3b Setting the Pulse cont DO1 Pulse To change the Error Handling status select it on the screen and press V The following screen appears Pulse Value Min Pulse Test Pulse Output Error Handling Pulse Error Handling Select Hold or Stop Hold directs the meter in case of a flow measurement error e Hold to keep sending the pulses sent at the last good reading Stop directs the meter in Stop case of measurement error to stop pulsing Press V and the screen returns to the previous display Press X to return to the Digital Output Menu 3 7 3c Setting the Frequency DO DO1 Frequency sends out a continuous squ
107. ice menu Setting Message SIL Limits Tag Low SIL Limit Poll addr Low Warn Limit Descriptor Up Warn Limit Display Menu Date Up SIL Limit Display Menu Sil Limits User Preference Settings Flow units Meter Setup HART Service General User 1 0 Board ox Flow units Velocity Unit Actual Volumetric Unit Standard Volumetric Unit Mass Unit Totalizer Unit Meter Setup Zero Cutoff Tau Value Path Error Handling Password General User Sil User General User Password New password SIL Password Display menu New password Backlight Control Switch Backlight Timeout Analog Output XXX Analog Measurement Analog Measurement PVis Analog Range SVis Calibrate Analog Output TVis Error Handling QVis 1 0 Board xxx P Digital Output Modbus Service Port Analog Range PV URV PV LRV Calibrate Analog Output Calibrate Analog Output Set Loop Percentage Calibrate Analog Output Calibrate Analog Output ama 20mA Set Loop Percentage The loop percentage Error Handling Low High Digital Output A DO Selection Pulse Frequency Alarm Control Output Digital Output Digital Output A Digital Output B Digital Output B DO Selection Pulse Frequency Alarm Control Output Phase Offset Pulse Pulse Measurement Type Pulse Value Pulse Time Test Pulse Pulse E
108. ices in an option or to a character in a text entry PanaFlow HT User s Manual 27 Chapter 3 Initial Setup and Programming 3 3 PanaFlow HT Enclosure Magnetic Keypad cont When the PanaFlow HT is powered up the initial screen display appears followed by a display of measurement parameters Velocity fal 9 3 m s INITIALIZE XMT 900 As a guide in following the programming instructions in this chapter the relevant portions of the Model PanaFlow HT menu map have been reproduced in Figure 31 on page 93 and Figure 32 on page 94 IMPORTANT Jf the keypad has not been pressed for 10 minutes the PanaFlow HT exits the Keypad Program and returns to displaying measurements The meter discards any configuration changes Changes can only be retained after the user commits them 28 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 4 Display Programming The XMT900 has three types of displays one variable two variables and totalizer as shown below From this display you can scroll to and change either the measurement type or value decimals with either the lt 1 or gt Jbuttons Velocity Velocity Total m 3 65535 m s Fwd Batch 10 5 mis Soundspeed Rev Batch 234 0 m s EO EO 3 4 1 Changing Value for One or Two Variable Screens An outline of a typical one or two variable screen appears below Measurement Type er Velocity dd Value 10
109. ing cover on the enclosure and tighten the set screw Note Prior to use the serial port must be programmed WARNING Make sure all covers with their O Ring seals are installed and the set screws tightened before applying power in a hazardous environment Terminal Block Modbus Connections PIN Label Description 1 MOD Modbus Service Port Negative MOD Modbus Service Port Positive O Inputs Outputs AS ooa BEABAREASB Figure 15 Modbus Connections PanaFlow HT User s Manual 19 Chapter 2 Installation 2 5 5 Wiring the Calibration Port The XMT900 flow transmitter is equipped with a calibration port specifically designed for calibrating the PanaFlow HT It is wired for a frequency output Note Performing calibration of the meter requires entering a Service level password To wire to this port refer to Figure 16 shown below and complete the following steps 1 Disconnect the main power to the unit and remove the rear cover 2 Install the required cable clamp in the chosen conduit hole on the side of the electronics enclosure 3 Feed one end of the cable through the conduit hole wire it to the terminal block 4 Ifwiring of the unit has been completed reinstall the wiring cover on the enclosure and tighten the set screw WARNING Make sure all covers with their O Ring seals are installed and the set screws tightened befor
110. ion they may suffer corrosion damage The damage usually occurs either at the electrical connector or on the face If corrosion is suspected remove the transducer from the flowcell and carefully inspect the buffer electrical connector and the transducer face for roughness and or pitting Any transducer damaged in this manner must be replaced Contact GE for information on transducers in materials suitable for the application INTERNAL DAMAGE An ultrasonic transducer consists of a ceramic crystal bonded to the transducer case The bond between the crystal and the case or the crystal itself may be damaged by extreme mechanical shock and or temperature extremes Also the internal wiring can be corroded or shorted if contaminants enter the transducer housing PHYSICAL DAMAGE Transducers may be physically damaged by dropping them onto a hard surface or striking them against another object The transducer connector is the most fragile part and is most subject to damage Minor damage may be repaired by carefully bending the connector back into shape If the connector can not be repaired the transducer must be replaced IMPORTANT Transducers must be replaced in pairs Refer to Chapter 3 Initial Setup to program the new transducer data into the meter If the instructions in this section fail to resolve the problem contact GE for assistance 82 PanaFlow HT User s Manual Appendix A Specifications Appendix A Specifications A 1 Operat
111. ion and Performance Fluid Types Liquids Acoustically conductive fluids including most clean liquids and many liquids with limited amounts of entranced solids or gas bubbles Flow Measurement Patented Correlation Transit TimeTM mode Meter Sizes Standard 3 to 16 in 80 to 600 mm Optional up to 36 in 900 mm available upon request Accuracy 0 5 of reading Range 3 to 40 ft s 0 91 to 12 19 m s Calibration Fluid VVater 2 Points Final installation assumes a fully developed flow profile typically 10 diameters upstream and 5 diameters downstream of straight pipe run and single phase fluids Applications with piping arrangements that induce swirl e g two out of plane elbows may require additional straight run or flow conditioning Repeatability 0 2 of reading Range 3 to 40 ft s 0 91 to 12 19 m s Range Bidirectional 0 1 to 40 ft s 0 03 to 12 19 m s Rangeability Overall 400 1 SIL Certification Pending IEC61508 certified pending SIL2 certification with single set of electronics SIL3 achievable with redundant design system PanaFlow HT User s Manual 83 Appendix A Specifications A 2 Meter Body Transducer Meter Body Materials Carbon Steel ASTM A106 Gr B ASTM A105 Stainless Steel ASTM A312 Gr 316 316L A182 Gr 316 316L 9Cr 1Mo ASTM A335 Gr P9 ASTM A182 Gr F9 Transducer System and Material Bundle Waveguide Technology System transducer and holder 316L stain
112. ite MultiK VelRey 3 IEEE 32 bit SERVICE Composite MultiK VelRey 4 IEEE 32 bit SERVICE Composite MultiK VelRey 5 SERVICE Composite MultiK VelRey 6 IEEE 32 bit IEEE 32 bit SERVICE SERVICE Composite MultiK KFactor_1 Composite MultiK RFactor 2 IEEE 32 bit IEEE 32 bit PanaFlow HT User s Manual SERVICE SERVICE Composite MultiK RFactor 3 Composite MultiK RFactor 4 IEEE 32 bit IEEE 32 bit 107 Appendix C Modbus Map 108 Table 10 XMIT Modbus Map cont Register Registerlin Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 9408 37896 SERVICE Composite MultiK RFactor 5 18 RW IEEE 32 bit 940A 37898 SERVICE Composite MultiK RFactor 6 18 RW IEEE 32 bit Composite Channel Integer FF Terminal Block 2 8100 33024 SERVICE Composite Reynolds Correction 0 Off 18 RW INT32 1 On 8102 33026 VIEVVER Composite Command to capture a new 18 RW INT32 set of signal files 0 Write ERROR Read Not Ready 1 Write Capture Read Ready 8104 33028 SERVICE Composite Path Configuration 0 single 18 RW INT32 path diameter 1 single path mid radius 2 two path diameter 3 two path mid radius 4 three path 8106 33030 FACTORY Composite Hardware revision 18 RW INT32 8108 33032 FACTORY Composite Software revision 18 RW INT32
113. iters per Minute standard cubic feet per minute Standard Liters per Hour Standard Mega Liters per Day Standard Cubic Meter per Second Standard Cubic Meter per Minute Standard Cubic Meter per Hour Standard Cubic Meter per Day Kilograms per Second LB S Pounds per Second Kilograms per Minute LB M Pounds per Minute Kilograms per Hour LB H Pounds per Hour Kilograms per Day LB D Pounds per Day Metric Tons 1000 KG per KLB S KiloPounds per Second Second Metric Tons 1000 KG per KLB M KiloPounds per Minute Minute Metric Tons 1000 KG per KLB H KiloPounds per Hour Hour Metric Tons 1000 KG per KLB D KiloPounds per Day Day SHTN S short tons per second SHTN M short tons per minute SHTN H short tons per hour SHTN D short tons per day PanaFlow HT User s Manual 31 Chapter 3 Initial Setup and Programming Table 1 Available Parameters and Units cont Parameter Metric Unit Imperial Volumetric Actual Liters Mega U S Gallons Totals Mega Liters Cubic Feet m3 Cubic Meter Barrels BBL Barrels Mega Barrels MBL Mega Barrels Acre inches KG Kilograms Acre feet Tonnes Metric Tons 1000 KG Pounds Standard Liters Standard Cubic Feet Standard Cubic Meter kilograms pounds Tonnes kilograms per cubic meter LB ft3 pounds per cubic foot Kelvin F degree Fahrenheit degree Celsius R degree Rankine
114. itmap 0 Open 1 Closed Composite Channel Real Max 40960 VIEWER Maximum Composite Frequency Output Span Value 1 14 20 IEEE 32 bit 40962 VIEVVER Maximum Composite Pipe Inner Diameter 5 IEEE 32 bit 40964 VIEWER Maximum Composite Pipe Outer Diameter PanaFlow HT User s Manual IEEE 32 bit Table 10 XMIT Modbus Map cont Appendix C Modbus Map Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format A006 40966 VIEWER Maximum Composite Pipe Wall 5 RO IEEE 32 bit Thickness A008 40968 VIEWER Maximum Composite Velocity Warn 20 RO IEEE 32 bit High limit Alarm limits Normal operation A00A 40970 VIEWER Maximum Composite Analog out 12 RO IEEE 32 bit percent scale A00C 40972 VIEWER Maximum Composite Static Density 4 RO IEEE 32 bit A00E 40974 VIEWER Maximum Composite Acceleration 18 RO IEEE 32 bit Limit A010 40976 VIEWER Maximum Composite Amplitude 18 RO IEEE 32 bit discriminator min limit A012 40978 VIEWER Maximum Composite Amplitude 18 RO IEEE 32 bit VIEWER discriminator max limit Maximum Composite Kinematic Viscosity IEEE 32 bit VIEWER Maximum Composite Calibration Factor IEEE 32 bit VIEWER Maximum Composite Zero Cutoff IEEE 32 bit VIEWER Maximum Composite Response Time IEEE 32 bit VIEWER Maximum Composite Analog Output
115. lay screen press either the lt or gt buttons until the measurement type is highlighted Total m3 Fwd Batch Rev Batch EO Once the value is highlighted press V to open the Display Measurement Type option Total m 3 Fwd Batch Rev Batch EO Display Measurement Type The screen changes to Display Measurement Type Press the A and V buttons to scroll to the appropriate parameter Available parameters include Forward Batch Fwd Forward Batch i Batch Reverse Batch Rev Batch Mass Batch and Batch Time Once you have Reverse Batch chosen the type press V to select the value and then V again to confirm the Net Batch selection or X to cancel the selection Batch Time If you select Batch Time you can also select the time measurement units seconds minutes hours or days To choose the appropriate unit from the highlighted measurement type press the lt 1 or gt buttons until the measurement unit is highlighted Total lica Once the unit is highlighted press Y to open the Display Measurement Unit option Batch Time 0 00 Rev Batch 0 00 EO Display Unit Press the A and V buttons to scroll to the appropriate unit and press V to select the unit and then NI again to confirm the selection or X to cancel the selection ft 3 GAL MGAL Note If you have selected Batch Time the available units are seconds minutes hours and days 34 PanaFlow HT User s Manual Chap
116. less steel Optional Other materials available upon request Transducer Temperature Ranges Normal temperatures 3 102 to 600 F 190 to 315 C Liquids high temperatures 310 to 1112 F 190 to 600 C Pressure Range Up to maximum allowable flange operating pressure at temperature or 3480 psi 240 bar Transducer Classifications US Canada Explosion proof Class I Division 1 Groups B C amp D ATEX II 2 G Ex d IIC Tx Gb IECEx Ex d IIC Tx Gb Transducer Cables Integrated cables Armored cable with ATEX IECEx certified cable glands or potted mineral insulated cable Remote cables Armored cable with or without ATEX IECEx certified cable glands Option without cable glands requires conduit or other means to meet local codes 84 PanaFlow HT User s Manual Appendix A Specifications A 3 Electronics Enclosures Epoxy coated copper free aluminum weatherproof IP67 Electronics Classifications Pending USA Canada Explosion proof Class I Division 1 Groups B C amp D ATEX Flameproof I 2 G Ex d IIC T6 Gb IECEx Flameproof Ex d IIC T6 Gb ROHS compliance Category 9 Exemption CE EMC directive 2004 108 EC LVD 2006 95 EC WEEE Compliance Note The electronics package includes an installed battery which shall only be replaced at a GE Service center Replacement involves de soldering battery contacts which could lead to a breach of Functional Safety Please contact GE Service to get this
117. lification of Personnel Make sure that all personnel have manufacturer approved training applicable to the auxiliary equipment Personal Safety Equipment Make sure that operators and maintenance personnel have all safety equipment applicable to the auxiliary equipment Examples include safety glasses protective headgear safety shoes etc Unauthorized Operation Make sure that unauthorized personnel cannot gain access to the operation of the equipment PanaFlow HT User s Manual vil Preface Environmental Compliance Waste Electrical and Electronic Equipment WEEE Directive GE Measurement amp Control is an active participant in Europe s Waste Electrical and Electronic Equipment WEEE take back initiative directive 2002 96 EC The equipment that you bought has required the extraction and use of natural resources for its production It may contain hazardous substances that could impact health and the environment In order to avoid the dissemination of those substances in our environment and to diminish the pressure on the natural resources we encourage you to use the appropriate take back systems Those systems will reuse or recycle most of the materials of your end life equipment in a sound way The crossed out wheeled bin symbol invites you to use those systems If you need more information on the collection reuse and recycling systems please contact your local or regional waste administration Visit http www g
118. llowing screen appears Modbus Service Port 3 7 4a Selecting the Baud Rate To set the baud rate in the Modbus Service menu select Baud Rate and press N Option A Modbus Service pi Ser ih in screen similar to the TIollow ng appears Baud Rate A EP Modbus Parity UART Bits Address Modbus Service Port Baud The default baud rate is 115200 Select the appropriate baud rate and press MI o PET The screen returns to the previous display 4800 9600 19200 PanaFlow HT User s Manual 69 Chapter 3 Initial Setup and Programming 3 7 4b Setting the Modbus Parity Option A Modbus Service To set the modbus parity in the Modbus Service menu select Modbus Parity and Baud Rate A press V A screen similar to the following appears Modbus Parity UART Bits Address Modbus Service Port Mod Select the appropriate characteristic and press V The screen returns to the e previous display Even Odd 3 7 4c Selecting the UART Bits Option A Modbus Service To set the UART bits in the Modbus Service menu select UART Bits and press Baud Rate A V A screen similar to the following appears Modbus Parity Address Modbus Service Port UART Select the appropriate description and press V The screen returns to the previous display J8 no 8 odd 8 even 70 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 4d Setting the Modbus Service Port A
119. n Port Wii sede ada Benz 20 Calibration Value Selecting 56 CE Mark Compliance 145 Channels ce esgota heed ae a eet Ae Aes DELS 85 Communication Error String 76 Connecting See Part Name Control Output A ee ae 18 Control Output Setting otitis iaa 66 Corrosion Transducers oooooo ooo 82 PanaFlow HT User s Manual Index D Data Logging nici da ar see 87 Decimal Places Programming for Totalizer 33 Density Changing Flow Units Qu Lu ee 46 Diagnostic Parameters Initial Values tas ee 141 143 Table of Values aa 141 143 Diagnosen decd Greed so as a dd 80 Digital Outputs WII ds A ee 14 Digital Outputs Programming 57 Display Option Las a ad ea Po A a EL 50 Display Programming u e 29 Document Number Les ands de vegis Mee vau EE i Down Arrow Key Lu au 27 E Electrical Connections aus han er 11 E rs ice ante Bate aa 10 Electronics Classifications 85 Electronics Console Mounting cr rd wt twa eer ed 10 Electronics Enclosure LOCAL OS De argue ad Se Ae Rid a eee DE 9 Electr nics Enclos res comisaria dar da 85 Electronics Mounting 85 il E eae ans ae a ES we Fa 27 Environmental Compliance vi Error Display tii nai a 75 Error Handling Setting 53 56 Error Header coni a Le
120. n appears In the User Preference menu select Setting then press the right arrow key A screen similar to the following appears The screen shows what option is installed either A or B Select Option A and press vV The following screen appears 51 Chapter 3 Initial Setup and Programming 3 7 1 Analog Output A cont 3 7 16 Setting Analog Measurements O SIL Out To set up the SIL analog output select Analog Output SIL and press N The Analog Output SIL HART following screen appears Analog Output B Digital Output Note If the General User password was used the Analog Output SIL is not Modbus Service Port accessible Option A Analog Output SIL Select Measurement and press V The following screen appears Measurement A Base Value Full Value Calibrate In the Output SIL Analog menu select the type of analog output to be used and Measurement press V The screen returns to the previous display Velocit Volumetric Std Mass 3 7 1c Setting Base Value and Full Value Option A Analog Output SIL Base Value is the flow rate represented by 4 mA and Full Value is the flow rate Measurement A represented by 20 mA In the Analog Output menu select Base Value or Full Value and press V A screen similar to the following appears Full Value Calibrate Analog Output SIL Base Press V again and a screen similar to the following appears BEREIT Note The units that appear will b
121. naFlow HT if problems arise with the electronics enclosure the flowcell or the transducers Indications of a possible problem include e display of an error message on the LCD display screen Vitality PC software or HART e erratic flow readings e readings of doubtful accuracy 1 e readings that are not consistent with readings from another flow measuring device connected to the same process If any of the above conditions occurs proceed with the instructions presented in this chapter 4 3 2 Flowcell Problems If preliminary troubleshooting with the Error Code Messages and or the Diagnostic Parameters indicates a possible flowcell problem proceed with this section Flowcell problems fall into two categories fluid problems or pipe problems Read the following sections carefully to determine if the problem is indeed related to the flowcell If the instructions in this section fail to resolve the problem contact GE for assistance 4 3 2a Fluid Problems Most fluid related problems result from a failure to observe the flowmeter system installation instructions Refer to Chapter 2 Installation to correct any installation problems If the physical installation of the system meets the recommended specifications it is possible that the fluid itself may be preventing accurate flow rate measurements The fluid being measured must meet the following requirements 1 The fluid must be homogeneous single phase relatively clean and flowing st
122. ng error a poor signal or an actual flow condition that is unexpectedly high in the positive or negative direction E2 SoundSpeed E2 is a sound speed error One benefit of ultrasonic flow measurement is that the process can determine the sound speed of the fluid If this sound speed is beyond the limits set for the programmed application an E2 error is set This can alert the operator that the wrong fluid is in the pipe or that the program parameters are out of date It may also occur if signal quality is poor El SNR El indicates a low signal to noise ratio SNR This means the flowmeter is not getting very much acoustic signal from the process This could be due to bubbles or other fluid conditions an empty pipe or other possible causes that are listed in the Diagnostics section PanaFlow HT User s Manual 77 Chapter 4 Error Codes and Troubleshooting Table 5 Flovv Error String cont E28 SIL E28 is a SIL Safety Integrity Level error vvhich means vve have a measurement condition that could lead to a false reading and we must stop providing a flow measurement to the SIL output This will drive the SIL output to the DD state and stop providing flow readings to the SIS E31 NotCalibrated E31 is an indication that the flovvmeter has not been calibrated This means we cannot be sure of flow measurement accuracy The flow errors in Table 4 are listed in ord
123. nit This can be done by power cycling the instrument or by entering Configure mode and then exiting without making a change Select No at the Save Changes prompt Analog Output A carries an active HART signal Do not supply a 24 V supply to this circuit The circuit is powered by the flowmeter 4 If vviring of the unit has been completed reinstall the wiring cover on the enclosure and tighten the set screw WARNING Make sure all covers with their o ring seals are installed and the set screws tightened before applying power in a hazardous environment Note Prior to use the analog output must be set up and calibrated Proceed to the next section to continue the initial wiring of the unit Note Upon applying power to the instrument the analog outputs will go to 24 mA before settling on a measurement value This initial state of 24 mA is intended to signal to the Operator that the instrument is powered up and executing the initial self test routines The 24 mA state normally lasts only for a few seconds until we start measuring flow Note See Appendix A Specifications for the load and voltage requirements PanaFlow HT User s Manual 13 Chapter 2 Installation 2 5 3 Wiring Digital Outputs VViring any option set requires completion of the following general steps 1 Disconnect the main power to the unit and remove the wiring cover 2 Install the required cable clamp in the chosen conduit hole on the side of the
124. nstallation 2 5 Making Electrical Connections cont WARNING Always disconnect the line power from the PanaFlow HT before removing either the front cover or the rear cover This is especially important in a hazardous environment 1 Disconnect any previously wired power line from the unit 2 Loosen the set screw on the wiring cover 3 Place a rod or long screwdriver across the cover in the slots provided and rotate the cover counterclockwise until it comes free from the enclosure 4 Install any required cable clamps in the appropriate conduit holes on the opposite side of the enclosure 5 Note the labels inside the rear cover to assist in wiring the power and option connections Proceed to the appropriate section of this chapter to make the desired wiring connections 2 5 1 Preparing for Wiring Wiring any option set requires completion of the following general steps 1 Disconnect the main power to the unit and remove the wiring cover 2 Install a cable clamp in the chosen conduit hole on the side of the electronics enclosure and feed a standard twisted pair cable through this conduit hole 3 Locate the terminal block shown in Figure 10 on page 11 and wire the option as indicated on the label inside the wiring cover see Figure 2 5 on page 11 Secure the cable clamp IATTENTION EUROPEAN CUSTOMERSI To meet CE Mark requirements all cables must be installed as described in Appendix G CE Mark Compliance 4 If vvirin
125. og Switch From the SIL Testing menu select SIL Output Analog Switch and press V Use the arrow keys to select Open Switch or Close Switch and press V Press X to Open Svvitch return to the SIL Testing menu See the Safety Manual for more information Close Switch SIL Output Analog Switch 3 8 4 Viewing the On Board Temperature To check the on board temperature select On Board Temperature and press V The screen displays the current temperature See the Safety Manual for more information On Board Temperature 28 75 C 3 8 5 Performing a Watchdog Test To conduct a watchdog test select Watchdog Test and press V Use the arrow Watchdog Test keys to select Yes and press V The program runs the Watchdog Test and displays the results on the screen Press V to return to the active display See the Safety Yes Manual for more information CAUTION The Watchdog Test will reset the flowmeter and discard any program parameter changes Do not execute this test if you have changed parameter settings PanaFlow HT User s Manual 73 Chapter 3 Initial Setup and Programming no content intended for this page 74 PanaFlow HT User s Manual Chapter 4 Error Codes and Troubleshooting Chapter 4 Error Codes and Troubleshooting 4 1 User Restrictions Ifa Dangerous Detected state occurs the flowmeter will put the SIL Output in the DD state and remain that way until an Authorized User intervenes The DD sta
126. osite Pipe Wall 5 RO IEEE 32 bit Thickness A408 41992 VIEWER Minimum Composite Velocity Warn 20 RO IEEE 32 bit High limit Alarm limits Normal operation A40A 41994 VIEWER Minimum Composite Analog out 12 RO IEEE 32 bit percent scale A40C 41996 VIEWER Minimum Composite Static Density 4 RO IEEE 32 bit A40E 41998 VIEWER Minimum Composite Acceleration RO IEEE 32 bit Limit A410 42000 VIEWER Minimum Composite Amplitude 18 RO IEEE 32 bit discriminator min limit A412 42002 VIEWER Minimum Composite Amplitude 18 RO IEEE 32 bit discriminator max limit A414 42004 VIEWER Minimum Composite Kinematic 7 RO IEEE 32 bit Viscosity A416 42006 VIEWER Minimum Composite Calibration Factor 18 RO IEEE 32 bit A418 42008 VIEWER Minimum Composite Zero Cutoff 20 RO IEEE 32 bit A41A 42010 VIEWER Minimum Composite Response Time 13 RO IEEE 32 bit A41C 42012 VIEWER Minimum Composite Analog Output 1 9 14 RO IEEE 32 bit Low Limit point as entered in the system A41E 42014 VIEWER Minimum Composite Analog Output 1 9 14 RO IEEE 32 bit High Limit as entered in the system A420 42016 VIEWER Minimum Composite Zero Set point as 8 RO IEEE 32 bit VIEWER entered into the system by user Minimum Composite Span Set point as entered into the system by user IEEE 32 bit VIEVVER Minimum Composite Velocity Low limit Min IEEE 32 bit VIEVVER Minimum Composite Velocity High limit Min 20 IEEE 32 bit VIEWER
127. otalizer REV Inventory Totalizer Net Inventory Totalizer Inventory Time KFactor Reynolds Sound Speed Revision Info MPU Serial Number Sensor Serial Number XMIT Software Revision XMIT Hardware Revision MPU Software Revision MPU Hardware Revision Option Board Software Revision Option Board Hardware Revision Figure 39 Review Menu 133 no content intended for this page 134 PanaFlow HT User s Manual Appendix E Special Applications Appendix E Special Applications E 1 Pig Detection When a pig passes through the pipeline it will block the ultrasonic signals for a brief time In previous products this might have resulted in a slight blip on the strip chart recorder or been completely missed but the PanaFlow HT makes flow measurements so fast that it will identify the pig in the line and signal a flow error The expected result is an error on the LCD and the SIL Output will go to Fire Low or Fire High depending on what the Dangerous Detected state is set to Once in that state the flowmeter is designed to remain in that state until an Authorized User intervenes There is a simple method for clearing the error The Authorized User goes into the Program Menu by entering a valid SIL User password then the Authorized User exits again without making any changes This ensures the flowmeter that an Authorized User is intervening because the password checks out This will clear the error
128. ow key A Setting screen similar to the follovving appears Flow Units Meter Setup Password Option B appears Press V The following screen appears 54 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 2 Analog Output B Non SIL cont 3 7 2b Setting the Analog Measurements I O SIL Out To set up the SIL analog output select Analog Output SIL and press V The Analog Output SIL HART following screen appears Analog Output B Digital Output Note If the General User password is used the Analog Output SIL is not Modbus Service Port accessible Analog Output B NSIL Select Measurement and press V The following screen appears Measurement A Base Value Full Value Calibrate y In the Output SIL Analog menu select the type of analog output to be used and M a Ca remou press V The screen returns to the previous display Velocit Volumetric Std Mass 3 7 2c Setting the Base Value and Full Value Option B Analog Output Base Value is the flow rate represented by 4 mA and Full Value is the flow rate Measurement A represented by 20 mA In the Analog Output menu select Base Value or Full Base Value Value and press V A screen similar to the following appears Full Value Calibrate y Press V again and a screen similar to the following appears Analog Output Base Value 00 Note The units that appear will be the units selected in Flow Units on page
129. p Note If the password used to access programming was Gen User only Gen User Password will appear on the next screen UserPref Password To provide a general user password select Gen User press V and a screen similar to the following appears SIL User Note If the access level is General User the SIL User option will not be available Also a SIL User will be able to reset the General User password Use the A or V arrow key to change the digit value and press V Press the X key to return to the UserPref Password screen Enter new Gen password 9999 x JQUIT y JSAVE 4 JMOVE aw JMODF 3 6 46 SIL User Use the above procedure to change a SIL User password from its default Note If the password used to access programming was Gen User SIL User is not accessible Note Ifthe SIL User password is lost a service engineer must reset the password PanaFlow HT User s Manual 49 Chapter 3 Initial Setup and Programming 3 6 5 Display 3 6 5a Backlight User Preference Flow Units Meter Setup Password UserPref Display Backlight UserPref Display Backlight Timeout Second Second QUIT y JSAVE MOVE av MODF 50 To turn the backlight OFF or ON under User Preference use the A or V arrow key to select Display and press V The following screen appears Select Backlight press N and a screen similar to the following appears Select OFF or ON press N twice and the s
130. p and Programming Chapter 3 Initial Setup and Programming 3 1 Introduction This chapter provides instructions for programming the PanaFlow HT flowmeter to place it into operation Before the PanaFlow HT can begin taking measurements the User Preferences Inputs Outputs and SIL testing must be entered and tested 3 2 User Restrictions Ifa Dangerous Detected state occurs the flowmeter will put the SIL Output in the DD state and remain that way until an Authorized User intervenes The DD state can be cleared by executing a reset of the flowmeter There are two methods for clearing the DD state 1 Enter the Program menu at SIL user access level Then exit without making any changes The flowmeter will execute a soft reset 2 Turn off power wait 1 minute turn power back on Display Note Display either 1 variable 2 variables or totalizer Main Menu i i i Display Format Program Program Review Keypad Lockout Locked word XX I I I I General SiL Service Fac AAA RAR Oe eee CU A Service Access Level I User Preferences Inputs Outputs SIL Testing i Sensor Setup Calibration Advanced Factory y A me es A EE A A SN A i ae Save Changes No Active Commissioned Factory Settings Settings Settings Figure 21 High Level Menu Map PanaFlow HT User s Manual 25 Chapter
131. portant paragraphs provide information that emphasizes instructions that are essential to proper setup of the equipment Failure to follow these instructions carefully may cause unreliable performance e Caution paragraphs provide information that alerts the operator to a hazardous situation that can cause damage to property or equipment e Warning paragraphs provide information that alerts the operator to a hazardous situation that can cause injury to g paragraphs p p Jury personnel Cautionary information is also included when applicable Safety Issues WARNING Itis the responsibility of the user to make sure all local county state and national codes regulations rules and laws related to safety and safe operating conditions are met for each installation Auxiliary Equipment Local Safety Standards The user must make sure that he operates all auxiliary equipment in accordance with local codes standards regulations or laws applicable to safety Working Area WARNING Auxiliary equipment may have both manual and automatic modes of operation As equipment can move suddenly and without warning do not enter the work cell of this equipment during automatic operation and do not enter the work envelope of this equipment during manual operation If you do serious injury can result WARNING Make sure that power to the auxiliary equipment is turned OFF and locked out before you perform maintenance procedures on the equipment Qua
132. put_2 Frequency Base Value 18 RW IEEE 32 bit Output_2 Frequency Full Value IEEE 32 bit 9226 Output_2 Alarm Value Output 2 Control Output Value IEEE 32 bit IEEE 32 bit Digital Out 2 Integer Read 9472 Output 2 Test Pulse Value INT32 9474 Output 2 Frequency Full Frequency INT32 9476 Output 2 Test Frequency Value INT32 9478 Output 2 Frequency Error Handling Value INT32 9600 Output 2 type INT32 9602 Output 2 Pulse Value Unit Code INT32 9604 Output 2 Pulse Error Handling INT32 9606 Output 2 Frequency Measurement Register Address INT32 9608 Output 2 Frequency Error Handling Output 2 Frequency Unit code INT32 Output 2 Alarm State Output 2 Alarm Type Output 2 Alarm Measurement Register Address Output 2 Alarm Unit code Output 2 Test Alarm Output 2 Control Output State Output 2 Control Output Type Output 2 Control Output Measurement Register Address Output 2 Control Output Unit code Output 2 Test Control Output Output 2 Phase Shift PanaFlow HT User s Manual Appendix C Modbus Map Table 10 XMIT Modbus Map cont Register Register in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 25A2 9634 Gen User Output_2 Test Mode 18 RW INT32 0 T
133. r leads by trimming the line and neutral AC power leads or the positive and negative DC power leads to a length 0 5 in 1 cm shorter than the ground lead This ensures that the ground lead is the last to detach ifthe power cable is forcibly disconnected from the meter 2 Install a suitable cable clamp in the conduit hole If possible avoid using the other conduit holes for this purpose to minimize any interference in the circuitry from the AC power line IATTENTION EUROPEAN CUSTOMERSI To meet CE Mark requirements all cables must be installed as described in Appendix G CE Mark Compliance 3 Route the cable through the conduit hole and connect the line power leads to the power terminal using the pin number assignments shown in Figure 10 on page 11 4 Leaving a bit of slack secure the power line with the cable clamp 5 Ifthe unit has been completed reinstall the wiring cover on the enclosure and tighten the set screw WARNING Make sure all covers with their O ring seals are installed and the set screws tightened before applying power in a hazardous environment CAUTION The transducers must be properly wired before applying power to the meter PanaFlow HT User s Manual 21 Chapter 2 Installation 2 6 Wiring Transducers Remote Mount Cable For a PanaFlow HT remote mounting version only the remote mount cable must be connected between the meter body Junction box and the XMT900 junction box See Figure 17 below
134. rates will be provided Upon receipt of the owner s approval to proceed the instrument will be repaired and returned PanaFlow HT Ultrasonic Liquid Flowmeter User s Manual 151 Warranty no content intended for this page 152 PanaFlow HT Ultrasonic Liquid Flowmeter User s Manual Customer Support Centers U S A The Boston Center 1100 Technology Park Drive Billerica MA 01821 U S A Tel 800 833 9438 toll free 978 437 1000 E mail sensing ge com Ireland Sensing House Shannon Free Zone East Shannon County Clare Ireland Tel 353 0 61 470291 E mail gesensingsnnservices ge com An ISO 9001 2008 Certified Company www ge mcs com en about_us quality html www ge mcs com 2012 General Electric Company All rights reserved Technical content subject to change vvithout notice 910 294U Rev A
135. ree separate labels for identification depending on configuration The system can be either mounted as a single unit local mounting or as two separate pieces remote mounting 2 2 1a XMT9OO Transmitter Identification 8 XMT900 DigitalFlow Transmitte POWER 100 240 VACI 10 15 47 Figure 4 XMT Transmitter Label example 6 PanaFlow HT User s Manual Chapter 2 Installation 2 2 1b Meter Body Identification E FLOW DIRECTION XMT900 Panametrics Ultrasonic Liquid Flowmeter OPER TEMPERATURE See Note 5 MAX OPER PRESS See Note 5 FTO F c TO C PSIG BARG 100 F 38 C PSIG BARG O F C de TAG SEE NOTE 3 PART FILL IN PER ORDER ASSEMBLY DATE MM YYYY SERIAL FLOWCELL SERIAL P1 P2 INCHES L1 L2 INCHES METER SIZE FLANGE CLASS METER BODY MATERIAL DRY WEIGHT DISPENSATION FLOW CELL MFG MFG SERIAL NO NOBO IDENT NO See Note4 See Flange Rating See Note 6 See Table 3 See Note 7 See Note 8 Figure 5 Flowcell Identification example 2 2 2 Transport Figure 6 below indicates the proper way to cinch the lifting straps to the flowmeter This is the only approved way to hoist the flowmeter into position in the pipeline PanaFlow HT User s Manual Figure 6 Hoisting PanaFlow HT Chapter 2 Installation 2 3 Site Considerations Because the relative location of the met
136. rence In this context a path is a measurement channel in the flowcell The PanaFlow HT electronics is compatible with five possible path configurations two of which are released for purchase The five configurations are 1 Single mid radius path 2 Single diameter path 3 Two mid radius paths 4 Two crossed diameter paths 5 Three paths 1 diameter and 2 mid radius PanaFlow HT offers options 2 PanaFlow Z1H and 3 PanaFlow Z2H One can also purchase the PanaFlow R2H which consists of two sets of redundant electronics each set up as option 2 above The 2 path Error Handling technique only applies to a system with two or more paths For multi path systems the technique only applies to symmetrical pairs of paths or sister paths For applicability see the table below Flowcell Symmetrical Paths 3 Two mid radius paths Two mid radius paths 4 Two crossed diameter paths Two diameter paths 5 Three paths 1 diameter and 2 Two mid radius paths mid radius With the physical layout in mind the error handling technique should be fairly simple to understand The theory is that for homogeneous well developed flow conditions the symmetrical paths should be measuring the same flow rate Therefore if one of those paths goes into error we can assume the measurement would have been the same as the other path and substitute that value Therefore with 2 path error handling turned ON the following actions r
137. ric Vel Confirm the units press X three times and return to the UserPref Flow Units e menu PanaFlow HT User s Manual 43 Chapter 3 Initial Setup and Programming 3 6 26 Volumetric and Mass UserPref Flow Units To check and or change actual volumetric flow units under UserPref Flow Units Velocity A use the A or V arrow key to select Volumetric Actual and press V The Volumetric Actual following screen appears Volumetric Std Mass v FlowUnits Avol To remove Volumetric from the display menus select No press J If change is desired select Yes press N twice and the following screen appears Yes If no change is desired press V and a screen similar to the following appears To change the measurement type select the desired option press V twice and a hd English screen similar to the following appears Metric Avol Avol If the highlighted units are correct press three times and return to the EJ UserPref Flow Units menu To change the units use the A or V arrow key to gt select the desired option press V twice and the display returns to the previous Ft 3 m Ft 3 h Ft 3 d screen Press the X key twice to return to the UserPref Flow Units screen Note Use the above procedure to check and or change the standard volumetric Volumetric Std flow units and the mass Mass flow units 44 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming
138. ror 26 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 3 PanaFlow HT Enclosure Magnetic Keypad The vvindovv at the top of the PanaFlovy HT enclosure includes the components shovvn in Figure 22 Figure 22 The Enclosure Window IMPORTANT The PanaFlow HT s magnetic keypad enables programming of the instrument through the glass faceplate without removing the cover Thus all programming procedures may be performed while the unit is installed in a hazardous area Above the display the red light is for power indication and the green light is for system health indication Once system power is applied the red light will stay on until power is lost The green light will only be on when system is measuring without error Ifthe instrument detects any error the green light will turn off Also when the Operator enters Configure mode the instrument stops measuring so the green light will be off Six keys on the magnetic keypad enable users to program the PanaFlow HT e y confirms the choice of a specific option and data entry vvithin the option X enables users to exit from a specific option without entering unconfirmed data A and V enable users to highlight a specific window in the display option or to scroll through a list of options parameters letters and numbers 0 9 as well as the negative sign and decimal point in a menu lt and enable users to scroll to a specific option among cho
139. rovide a map to programming functions via HART communication To make programming changes through HART the HART circuit must be set to write mode If your HART device cannot make program changes inspect the switch to be sure your HART circuit is in write mode D 1 3 Use Force High with HART The Authorized User may select Force High or Force Low for the Dangerous Detected state the mA level that the SIL Output will go to in case of an error detection Ifthe HART signal is going to be used by the system for frequent communication we recommend selecting Force High The Force Low level 3 6 mA is marginally capable of carrying HART signals By selecting Force High 21 0 mA the Operator can be confident that in case of a fault condition HART communication will be available to diagnose the cause of the fault D 2 Root Menu Root menu Device Setup PV XXXXXX Login PV Loop current HART Service XXXX Login Login PV URV Logout User Level User Password PV LRV Squawk Device Setup Review HART Service XXXX Logout Select operation Commit and logout Logout without commit Squawk Change Number of Squawks Squawk Exit Review MeterReview HARTReview Figure 36 Root Menu 130 PanaFlow HT User s Manual D 3 HART Service Map for General Users If users log in the system with a General User password they can edit the variables below in the HART Serv
140. rror Handling Modbus Service Port MODBUS Addr MODBUS Baudrate MODBUS Bits and Parity MODBUS Stop bits Frequency Frequency Measurement Type Frequency Base Value Frequency Full Value Frequency unit Full Frequency Test Frequency Frequency Error Handling Error Handling Value Alarm Alarm Measurement Type Alarm Value Alarm Unit Alarm Type Alarm State Test Alarm Control Output Control Measurement Type Control Value Control Type Control State Test Control Phase Offset Phase Offset Figure 37 HART Service Menu for General User PanaFlow HT User s Manual 131 D 4 HART Service Menu for SIL Users If users log in the system with a SIL User Service User Factory User password they can edit the variables in the HART Service menu as shown below HART Service General User User Preference 132 Og Modbus Service Port Setting Message Sil Limits Tag Low Sik Limit Poll addr H gt Low Wern Limit Descriptor Up Warn Umit Deve Up StL Limit SL Les Flow units Velocity Unit Actual Volumetric Unit Standard Volumetric Unit Mass Unit Totatzer Unir Meter Setup tott Error Handing Password General User SiL User General User Password New password SS sit Password Display mera New passwora Backlight Control Switch Baculignt Timeout Analog Measurement Anping Measurement We Analog Range gt vu Calibrate Analo
141. ser s Manual 67 Chapter 3 Initial Setup and Programming 3 7 3e Setting the Control Output cont DO1 Control Output To check and or change the control value in the Control Output menu select Control Output State A Control Output Type Measurement Control Value Control Value and press V A screen similar to the following appears CO Control Value Press V again and a screen similar to the following displays the threshold value Control Value 00 to activate ContValue Control Value Use the A or V arrow key to change the Control Value setting Press V to save the number and press X to return to the previous screen 0 GAI y ISAVE x JQUIT Note The units that appear will be the units selected in Flow Units on lt p gt JMOVE aw JMODF P48 43 DO1 Control Output To test the actuator in the Control Output menu select Test Control and press N A screen similar to the following appears Control Output Type A Measurement Control Value Test Control To begin testing select ON and press V To stop testing select OFF and press MI Press X to return to the Control Output menu ON Note Be sure to select OFF when you end the test J TEST x JQUIT 68 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 4 Modbus Service Port A I O Option A To set up the Modbus Service Port select it on the Option A screen and press N Digital Output The fo
142. signed short VIEWER VIEWER Channel 1 CrossCorrelation Channel 2 Raw Up signed short signed short VIEWER VIEWER Channel 2 Raw Down Channel 2 Correlate Up signed short signed short PanaFlow HT User s Manual VIEWER VIEWER Channel 2 Correlate Down Channel 2 CrossCorrelation signed short signed short 123 Appendix C Modbus Map C 4 Modbus Unit Codes Many of the items in the Modbus map have a unit of measure The codes for these unit types are listed in Table 11 below These are the standard Foundation Fieldbus unit codes Table 11 Unit Codes for XMT900 Unit Codes Description 1000 Kelvin 1001 degree Celsius 1002 degree Fahrenheit 1003 degree Rankine Dimension 1010 meter default 1013 millimeter 1018 feet 1019 i inch 1034 cubic meter 1038 liter 1042 i cubic inch 1043 cubic feet 1048 US gallon 1051 barrel 1667 Mega Gallons 1663 Mega Cubic Feet 1664 Mega Barrels 1645 Mega Liters 1668 Mega Cubic Meters Mass Weight 1088 kilogram 1092 t metric ton 1094 LB pound mass 1095 SHTN short ton 1097 kg m3 Kilograms per cubic meter default 1107 LB ft3 pounds per cubic foot Mass Flow kilogram per second default 124 PanaFlow HT User s Manual Appendix C Modbus Map Table 11 Unit Codes for XMT900 Unit Codes Sym
143. splay Main Menu Display Format Program Program Review Keypad Lockout Password Level Passvvord See Service Manual USER PREFERENCES INPUTJOUTPUTI SIL TESTING SIL Output Min Max SIL Output Analog Switch On Board Temperature Watchdog Test Figure 33 SIL Testing Menu Map Temperature Open Sun Sm Fire High Close Switch Percentage of Scale PanaFlow HT Ultrasonic Liquid Flowmeter User s Manual 95 Appendix C Modbus Map Appendix C Modbus Map C 1 Frequently Used Modbus Addresses Table 8 Frequently Used Modbus Addresses Register Register in Access Read Only in Hex Decimal Level Read Write Format 5C0 1472 Gen User Meter Tag RW CHAR 16 5C8 1480 Gen User Long Tag RW CHAR 32 1856 VIEWER master error RO INT32 Master Error See error code tables 33280 VIEWER Composite Velocity RO IEEE 32 bit 33282 VIEWER Composite Volumetric RO IEEE 32 bit 33284 VIEWER Composite Mass Flow RO IEEE 32 bit 33286 VIEWER Composite Fwd Batch Totals RO IEEE 32 bit 33288 VIEWER Composite Rev Batch Totals RO IEEE 32 bit 33290 VIEWER Composite Totalizer Time RO IEEE 32 bit 33306 VIEWER Composite Standard Volumetric RO IEEE 32 bit 33308 VIEWER Composite Net Batch Totals RO IEEE 32 bit 1540 VIEWER Composite Net Inventory Totals RO IEEE 32 bit 33312 VIEWER Composite SIL Analog Out Drive Current RO IE
144. stalled as described in Appendix G CE Mark Compliance Refer to Figure 10 below and prepare the XMT900 for wiring by completing the following steps Terminal Block Input Output Connections PIN Labe Description A Analog Output A 4 20mA HART Output SIL Negative A Analog Output A 4 20mA HART Output SIL Positive B Analog Output B 4 20mA Negative Terminal Block Power Connection AC B Analog Output B 4 20mA Positive C Digital Output C Negative PIN Label Description C Digital Output C Positive 1 L2 N Neutral Connection D Digital Output D Negative 2 L1 Live Power Connection D Digital Output D Positive AC Wiring Shown DC Wiring PIN Label Description 1 Negative 2 Positive Inputs Qutputs GROUNDING 4 Ay BL Py SSSSS00o Terminal Block Modbus Calibration Connections PIN Label Description 1 MOD Modbus Service Port Negative 2 MOD Modbus Service Port Positive 3 CAL Calibration Port Negative 4 CAL Calibration Port Positive N GROUNDING3 GROUNDING 2 GROUNDING 1 DETAIL A SCALE 1 1 Figure 10 Wiring Diagram Dwg 702 1312 WARNING Proper grounding of the PanaFlow HT chassis is required to prevent the possibility of electric shock See Figure 10 above to locate the chassis grounding screw All ground screws should be hand tightened only Do not over torque Maximum torque is 2 5 N m 22 in Ibs PanaFlow HT User s Manual 11 Chapter 2 I
145. ster in Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 1606 5638 VIEWER Maximum Analog Out 2 Test Value 12 RO IEEE 32 bit Percent of Span 1608 5640 VIEWER Maximum Analog Out 2 Base Value 18 RO IEEE 32 bit 160A 5642 VIEWER Maximum Analog Out 2 Full Value 18 RO IEEE 32 bit Analog Out 2 Min Real Read Only 1A00 6656 VIEWER Minimum Analog Out 2 Error Handling 8 RO IEEE 32 bit Value 1A02 6658 VIEWER Minimum Analog Out 2 Zero 8 RO IEEE 32 bit 1A04 6660 VIEWER Minimum Analog Out 2 Span 8 RO IEEE 32 bit 1A06 6662 VIEWER Minimum Analog Out 2 Test Value 12 RO IEEE 32 bit Percent of Span 1A08 6664 VIEWER Minimum Analog Out 2 Base Value 18 RO IEEE 32 bit 1A0A 6666 VIEWER Minimum Analog Out 2 Full Value 18 RO IEEE 32 bit Digital Out 1 Real Read Write 8192 Gen User Output_1 Pulse Value IEEE 32 bit 8194 Gen User Output_1 Pulse Time IEEE 32 bit 8196 Gen User Output_1 Frequency Base Value IEEE 32 bit 8198 Gen User Output 1 Frequency Full Value IEEE 32 bit 8200 Gen User Output_1 Alarm Value IEEE 32 bit 8202 Gen User Output_1 Control Output Value IEEE 32 bit Digital Out 1 Integer Read Write 8448 Gen User Output_1 Test Pulse Value INT32 8450 Gen User Output_1 Frequency Full Frequency INT32 8452 Gen User Output_1 Test Frequency Value INT32 8454 Gen User Output_1 Frequency Error Handling INT32 Value Output_1 type Output_1 Pulse Value Unit Code 2184 8580 Gen User Output 1 Pulse Error Handling 18 RW
146. sure that the appropriate sound speed is programmed into the meter 80 PanaFlow HT User s Manual Chapter 4 Error Codes and Troubleshooting 4 3 2b Pipe Problems Pipe related problems may result either from a failure to observe the installation instructions as described in Chapter 2 or from improper programming ofthe meter By far the most common pipe problems are the following 1 The collection of material at the transducer location s Accumulated debris at the transducer location s will interfere with transmission of the ultrasound signals As a result accurate flow rate measurements are not possible Realignment of the flowcell or transducers often cures such problems and in some cases transducers that protrude into the flow stream may be used Refer to Chapter 2 Installation for more details on proper installation practices 2 Inaccurate pipe measurements The accuracy of the flow rate measurements is no better than the accuracy of the programmed pipe dimensions For a flowcell supplied by GE the correct data will be included in the documentation For other flowcells measure the pipe wall thickness and diameter with the same accuracy desired in the flow rate readings Also check the pipe for dents eccentricity weld deformity straightness and other factors that may cause inaccurate readings Refer to Chapter 3 Initial Setup for instructions on programming the pipe data In addition to the actual pipe dimensions the p
147. te can be cleared by executing a reset of the flowmeter There are two methods for clearing the DD state 1 Enter the Program menu at SIL user access level Then exit without making any changes The flowmeter will execute a soft reset 2 Turn off power wait 1 minute turn power back on 4 2 Error Display in the User Interface The bottom line ofthe LCD displays a single top priority error message during Measurement Mode This line called the Error Line includes two parts Error header and Error String The Error header indicates the error pattern and error number while the Error string gives a detailed description of the error information 4 2 1 Error Header Table 3 Error Header Error Pattern Error Header Communication error Cn n is error number Flow error En n is error number SIL error Sn n is error number XMIT error Xn n is error number OPT error On n is error number PanaFlow HT User s Manual 75 Chapter 4 Error Codes and Troubleshooting 4 2 2 Communication Error String The PanaFlow HT flowmeter electronics includes two independent sub systems The purpose of the Communication error string is to convey to the operator an issue with communication between these two sub systems 4 2 3 Flow Error String Table 4 Communication Error String Error Header Error Message Cl UMPU Comm error Figure 28 Communications Error String Flow errors are errors det
148. ter 3 Initial Setup and Programming 3 4 4 Starting or Stopping Totalizer Measurement To start or stop totalizer measurements From the display screen press either the lt or gt buttons until the Start Stop icon either an arrow icon for Start or a two bar icon for Stop is highlighted Total m 3 Fwd Batch Rev Batch EO Total m 3 Once the value is highlighted press V to start or stop totalizing Fwd Batch Rev Batch EO Total m 3 gt ca The icon then changes to the other alternative start or stop Fwd Batch 0 00 Rev Batch 0 00 EO 3 4 5 Resetting the Totalizer To reset the totalizer From the display screen press either the lt or gt buttons until the Reset icon a Total m13 ee partial circle with an arrow is highlighted Fwd Batch Rev Batch EO Total m13 Once the Reset icon is highlighted press V to reset the totalizer to 0 Fwd Batch Rev Batch EO PanaFlow HT User s Manual 35 Chapter 3 Initial Setup and Programming 3 5 Entering the Main Menu Lock Button Display Locked Unlocked Password WW KXXX Main Menu Display Format 1 Variable 2 Variable Totalizer 36 Program Review Figure 25 Main Menu Map Keypad Lockout Unlock Lock PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 5 1 Display Format To begin programming your meter you must select the system units as discussed belovv
149. to set and or change other options 3 7 1e Setting Error Handling Option A Analog Output SIL To specify the error handling status in the Analog Output menu select Err Handling and press Vi The following screen appears Base Value A Full Value Calibrate Err Handling Selecting Low will force the SIL Output to 3 6 mA or below in case of a SIL error while High will force it to 21 0 mA or above in case of a SIL error Select the appropriate status and press I Analog Output Hart SIL Err o Ko High PanaFlow HT User s Manual 53 Chapter 3 Initial Setup and Programming 3 7 2 Analog Output B Non SIL 3 7 2a Accessing the Analog Output Menu I To access the Analog Output Menu on the initial screen highlight the lock Velocity symbol and press vV The following screen appears 0 65935 rus EO Select Program and press Vi The following screen appears Display Lockout Display Format Keypad Lockout Select any password level from the Program Menu and press vV The following Lockout Programming screen appears Gen User Services Facto To enter the password use the Left and Right arrow keys to select the digit to be changed use the Up and Down arrow keys to change the value of each digit and press Vi The following screen appears Enter the password 8888 ISAVE x JQUIT lt gt MOVE av MODF User Preference In the User Preference Menu select Setting then press the right arr
150. tter can measure the flow rate of many fluids some potentially hazardous The importance of proper safety practices cannot be overemphasized Be sure to follow all applicable local safety codes and regulations for installing electrical equipment and working with hazardous fluids or flow conditions Consult company safety personnel or local safety authorities to verify the safety of any procedure or practice IATTENTION EUROPEAN CUSTOMERS To meet CE Mark requirements all cables must be installed as described in Appendix G CE Mark Compliance PanaFlow HT User s Manual 5 Chapter 2 Installation 2 2 Unpacking Before removing the PanaFlow HT system from the crate please inspect the flowmeter Each instrument manufactured by GE Measurement amp Control is warranted to be free from defects in material and workmanship Before discarding any ofthe packing materials account for all components and documentation listed on the packing slip The discarding of an important item along with the packing materials is all too common If anything is missing or damaged contact GE Customer Care immediately for assistance Please note that your PanaFlow HT system may come in one ofthe three common configurations as shown below or a custom design system Also the electronics may be in a separate box from the meter body for a remote mount configuration Figure 3 PanaFlow HT Configurations 2 2 1 Identification The PanaFlow HT meter has up to th
151. uency Full Frequency 12166 VIEWER VIEWER Minimum Output 2 Test Frequency Value Minimum Output_2 Frequency Error Handling Value Read Write 12544 VIEWER Hart unit code VIEWER Flow Monitoring log VIEWER Flow Measurement Registers Error log Configurations Holding Registers Composite Channel Real FF Terminal Block 2 SERVICE Composite Span value for frequency output 1 14 or 20 IEEE 32 bit SERVICE Composite Pipe Inner Diameter IEEE 32 bit SERVICE Composite Pipe Outer Diameter IEEE 32 bit SERVICE Composite Pipe Wall Thickness IEEE 32 bit SERVICE Composite Velocity Warn High limit Alarm limits Normal operation IEEE 32 bit SIL USER Composite Analog out percent scale PanaFlow HT User s Manual IEEE 32 bit Table 10 XMIT Modbus Map cont Appendix C Modbus Map Register Registerlin Access Read Only in Hex Decimal Level Variable Unit Group Read Write Format 800C 32780 SIL USER Composite Static Density 4 RW IEEE 32 bit 800E 32782 SERVICE Composite Acceleration Limit 18 RVV IEEE 32 bit 8010 32784 SERVICE Composite Amplitude discriminator min 18 RW IEEE 32 bit SERVICE limit Composite Amplitude discriminator max limit IEEE 32 bit SIL USER Composite Kinematic Viscosity IEEE 32 bit SERVICE Composite Calibr
152. up and Programming 3 7 3d Setting the Alarm cont DO1 Alarm To test the alarms in the Alarm menu select Test Alarms and press V A screen similar to the following appears Alarm Type Measurement Alarm Value Test Alarms Select OFF to turn the alarm off or ON to turn it on To begin testing select ON and press N To stop testing press X ON Note Be sure to select OFF vhen you end the test J ITEST x JQUIT 3 7 3e Setting the Control Output DO DO1 The Control Output can drive an actuator to control a process It deactivates until a threshold is reached and activates when it is reached To check the control output and or change its settings in the Digital Output menu select Control Frequency Output and press V The following screen appears Alarm Control Output Pulse DO1 Control Output To check and or change the control output status select Control Output State and Control Output State press V A screen similar to the following appears Control Output Type Measurement Control Value CO Control Output State The Close option is 0 V when deactivated 3 3 V when activated Open is 3 3 V Close when deactivated 0 V when activated To change the state of the control output select the desired status and press V The screen returns to the previous display Open 66 PanaFlow HT User s Manual Chapter 3 Initial Setup and Programming 3 7 3 Digital Output C cont 3 7 3e S
153. ve the number Press X to return to the previous screen 0 Hz Y ISAVE x JQUIT lt p gt MOVE aw JMODF PanaFlow HT User s Manual 63 Chapter 3 Initial Setup and Programming 3 7 3d Setting the Alarm DO DO1 The alarm can be an open or a short circuit depending on the error condition To check the alarm and or change its settings in the Digital Output menu select Pulse Alarm and press V The following screen appears Frequency Control Output DO1 Alarm To check and or change the alarm status select Alarm State and press Y A Alarm State screen similar to the following appears Alarm Type Measurement Alarm Value Alarm Alarm State Three alarm states are available o Close eClose Short circuit when no error open when alarm Open Fail safe eOpen Normally open close for alarm eFail Safe Close To change the state of the alarm select the desired status and press V The screen returns to the previous display DO1 Alarm To check and or change the type of alarm select Alarm Type and press V A Alarm State screen similar to the following appears Alarm Type Measurement Alarm Value You can choose from three alarm types Alarm Alarm Type o HN Low No alarm if measurement is greater than the threshold alarm if High measurement is less than or equal to the threshold Fault High No alarm if measurement is less than the threshold alarm if measurement is gr
154. y 18 RO IEEE 32 bit AAOE 43534 VIEWER Maximum Channel Dn Signal Quality 18 RO IEEE 32 bit AA10 43536 VIEWER Maximum Channel Up Amp Disc 18 RO IEEE 32 bit AA12 43538 VIEWER Maximum Channel Dn Amp Disc 18 RO IEEE 32 bit AA14 43540 VIEWER Maximum Channel Signal Gain Up 3 RO IEEE 32 bit AA16 43542 VIEWER Maximum Channel Signal Gain Down 3 RO IEEE 32 bit 43544 VIEWER Maximum Channel_SNR on UP channel IEEE 32 bit 43546 VIEVVER Maximum Channel SNR on DOWN channel IEEE 32 bit 43548 VIEVVER Maximum Channel Time in buffer on UP channel IEEE 32 bit 43716 VIEVVER VIEVVER Maximum Channel status bit map Maximum Channel Up VIEWER VIEWER Maximum Channel Dn Maximum Channel most significant error VIEWER Maximum Channel dynamic threshold on UP channel VIEWER Maximum Channel dynamic threshold on DOWN channel VIEWER Maximum Channel Errors of Last 16 VIEWER Minimum Channel Velocity IEEE 32 bit VIEWER Minimum Channel Sound Speed IEEE 32 bit VIEWER Minimum Channel Transit Time Up IEEE 32 bit VIEWER Minimum Channel Transit Time Dn IEEE 32 bit VIEWER Minimum Channel DeltaT IEEE 32 bit VIEWER Minimum Channel Time in buffer on DOWN channel IEEE 32 bit VIEWER Minimum Channel Up Signal Quality IEEE 32 bit VIEWER Minimum Channel Dn Signal Quality

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