Emerson 2200S Bedienungsanleitung

Configuration and Use Manual P/N MMI-20012741, Rev . A September 20 08 Micro Motion ® Model 2200S T ransmitters Configuration and Use Manual[...]

©2008, Micro Motion, Inc. Al l rights reserved. ELITE and Pr oLink are registered trademarks, and MVD and MVD Direct Connect are trademarks o f Micro Motion, Inc., Boulder , Colorado. Micro Motio n is a registe red trade name of Micro Motion, In c., Boulder , Colorado. The Mi cro Motion and Emerso n logos are t rademarks and service marks of Emers[...]

Configuration a nd Use Manual i Contents Chapter 1 Before Y ou Begin . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 1.1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 1.2 Safety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .[...]

ii Micro Motion ® Model 220 0S Transmitters Contents 4.5 Configur ing volume flow measur ement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39 4.5.1 V olu me flow type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39 4.5.2 V olu me flow measure ment unit . . . . . . . . . . . . . . .[...]

Configuration a nd Use Manual iii Contents Chapter 7 T esting and Moving to Production . . . . . . . . . . . . . . . . . . . . . . . . . 71 7.1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71 7.2 Flowmeter zero . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .[...]

iv Micro Motion ® Model 220 0S Transmitters Contents 10.8 F au lt conditions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105 10.9 HART output problems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105 10.10 I/O problems . . . . . . . . . . . .[...]

Configuration a nd Use Manual v Contents Appendix E Using the 375 Field Communicator . . . . . . . . . . . . . . . . . . . . . . . 139 E.1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 9 E.2 Communicator d e vice descr iption . . . . . . . . . . . . . . . . . . . . . . [...]

vi Micro Motion ® Model 220 0S Transmitters[...]

Configuration a nd Use Manual 1 Before Y ou Begin Chapter 1 Before Y ou Begin 1.1 Overvie w This chapter provides an orientat i on to the use of this manual. This manual d escribes the procedures required to start, configure, use, maintain , and troubleshoot the Mo del 2200S transmitter . If you do not kno w what transmitte r you ha ve, see Section[...]

2 Micro Motion ® Model 220 0S Transmitters Before Y ou Begin 1.4 Interpreting yo ur model number Model 2200S transmitter options are encoded in the model number located on the transmitter tag. The model number is a string of the following form: 2200S*(H or K)******** In this string: • H = No adapter-barri er su pplied with the transmitter • K [...]

Configuration a nd Use Manual 3 Before Y ou Begin Before Y ou Begin 1.7 Flowmeter do cumentation T able 1-3 lists additional docume ntation that may be required or useful for your flo wmeter . 1.8 Micro Motion customer service For customer service, phone the support center nearest you: • In the U.S.A., phone 800-522-MASS (800-522-6277) (toll-free[...]

4 Micro Motion ® Model 220 0S Transmitters[...]

Configuration a nd Use Manual 5 Operation Appendices Maintenance and T roubleshooting Commission ing Chapter 2 Quick Start 2.1 Overvie w This chapter provid es “quick start” tools for people who alread y understand most or all of t he commissioning methods and optio ns for the Model 2200S transm itter . The follo wing tools are provided: • Co[...]

6 Micro Motion ® Model 220 0S Transmitters Quick Start Figure 2-1 Configuration flowchart Test and move to production Chapter 7 Integrate device with control system Chapter 6 Configure operational parameters Chapter 5 Configure process measurement Chapter 4 Configure general flow parameters Configure mass flow measurement Configure volume flow mea[...]

Configuration a nd Use Manual 7 Quick Start Operation Appendices Maintenance and T roubleshooting Commission ing 2.3 Configuration worksh eet The conf iguration worksheet in this section pro vides a place to speci fy and record information about your flo wmeter and your transmitter configuration. If you are configuring mu ltiple transmitters, make [...]

8 Micro Motion ® Model 220 0S Transmitters Quick Start T emperature Units __________________ _____________ _______________ Damping  Default (4.8 sec)  Other _____________ _________________ ________ Pressure compensation  Enabled  Disabled Units Flow f actor Density f actor Cal pressure Static pressure _________________ _____ __________[...]

Configuration a nd Use Manual 9 Quick Start Operation Appendices Maintenance and T roubleshooting Commission ing Sensor parameters Serial number __________________ _____________ _______________ Sensor mater ial __________________ _____________ _______________ Liner material __________________ _____________ _______________ Flange __________________ [...]

10 Micro Motion ® Model 220 0S Transmitters Quick Start 2.4 Menu flowch arts This section provides the fo llo wing menu flowcharts fo r the Model 2200S transmitter: • ProLink II menus - Main m enu – see Figure 2-2 - Configuration menu – see Figures 2-3 and 2-4 • Communicator menus – see Figures 2-5 thro ugh 2-10 • Display menus - Manag[...]

Configuration a nd Use Manual 11 Quick Start Operation Appendices Maintenance and T roubleshooting Commission ing 2.4.1 ProLink II menus Figure 2-2 ProLink II main menu File Preferences · Enable Inventory Totals Reset · Enable External Pressure Compensation Installed options Data Logging (1) Load from Xmtr to File Save to Xmtr from File License C[...]

12 Micro Motion ® Model 220 0S Transmitters Quick Start Figure 2-3 ProLink II configuration menu Flow · Flow d irection · Flow damp ·F l o w c a l · Mass flow cutoff · Mass flow units · Vol flow cutoff (1) · Vol flow units (1) · Vol flow type · Std gas vol fl ow cutoff (2) · Std gas vol fl ow units (2) · Std gas densi ty (2) Gas wizard [...]

Configuration a nd Use Manual 13 Quick Start Operation Appendices Maintenance and T roubleshooting Commission ing Figure 2-4 ProLink II configuration menu continue d 2.4.2 Communicator menus Figure 2-5 Commun icator process variables menu Sensor · Sensor s/n · Sensor model num ·S e n s o r m a t l ·L i n e r m a t l · Flange T Series · FTG ·[...]

14 Micro Motion ® Model 220 0S Transmitters Quick Start Figure 2-6 Commun icator diagnostics/service menu Figure 2-7 Commun icator basic setup menu On-Line Menu > 4 Diag/Service Test/Status 1 View status 2 Self test Loop test 1 Fix analog out 1 Calibration 1 Auto zero 2 Density cal Perform diagnostic action 1 Reset alarm log 2 Acknowledge all a[...]

Configuration a nd Use Manual 15 Quick Start Operation Appendices Maintenance and T roubleshooting Commission ing Figure 2-8 Commun icator detailed se tup menu On-Line Menu > 6 Detailed Setup 2 1 Charize sensor 1 Sensor type (read only) 2 Sensor selection 3 Flow 4 Density 5 Temp cal factor 6 Pressure compensation 7 Meter factors 8 Polling setup [...]

16 Micro Motion ® Model 220 0S Transmitters Quick Start Figure 2-9 Commun icator detailed se tup menu contin ued On-Line Menu > 6 Detailed Setup 6 4 Device information 1 Tag 2 Descriptor 3 Message 4 Date 5 Dev id 6 Final assembly number 7 Sensor s/n 8 Sensor model 9 Output option board · Construction materials · Revision #s Display setup 1 En[...]

Configuration a nd Use Manual 17 Quick Start Operation Appendices Maintenance and T roubleshooting Commission ing 2.4.3 Display menus Figure 2-10 Display menu – Managing totali zers and inve ntories Figure 2-11 Display menu – Off-line menu, t op level STOP/START (1) Select RESET (2) STOP/START YES? Process variable display RESET YES? Mass total[...]

18 Micro Motion ® Model 220 0S Transmitters Quick Start Figure 2-12 Display menu – Maintenanc e – V e rsion information Scroll and Select simultaneously for 4 seconds VER Yes Version info Scroll Select Scroll EXIT OFF-LINE MAINT Select Scroll[...]

Configuration a nd Use Manual 19 Quick Start Operation Appendices Maintenance and T roubleshooting Commission ing Figure 2-13 Display menu – Maintenance – Co nfig uration: Units, AO, Meter Factors OFF-LINE MAINT Scroll and Select simultaneously for 4 seconds Scroll Select Select Scroll CONFG MASS UNITS VOL (1) DENS TEMP Select Scroll Scroll Scr[...]

20 Micro Motion ® Model 220 0S Transmitters Quick Start Figure 2-14 Display menu – Maintenance – Co nfigur ation: V olume T ype, Display , Lock VOL TYPE VOL Select Scroll EXIT TOTALS RESET DISPLAY TOTALS STOP DISPLAY OFFLN (1) Select Scroll Scroll Scroll DISPLAY ALARM EXIT Scroll DISPLAY ACK Scroll AUTO SCRLL (2) Scroll OFFLINE PASSW (3) Scrol[...]

Configuration a nd Use Manual 21 Quick Start Operation Appendices Maintenance and T roubleshooting Commission ing Figure 2-15 Display menu – Simulation (loop testing) Scroll and Select simultaneously for 4 seconds Yes Scroll Select SET MAO Scroll Select SET 16 mA Yes SET 20 mA Select (1) Yes Select (1) SET 12 mA Yes Select (1) EXIT Scroll Select [...]

22 Micro Motion ® Model 220 0S Transmitters Quick Start Figure 2-16 Display menu – Zero …………………. OFF-LINE MAINT Scroll and Select simultaneously for 4 seconds Scroll Select Select CAL ZERO Troubleshoot ZERO/YES? CAL PASS CAL FAIL RESTORE ZERO RESTORE ZERO/YES? Current zero display Factory zero display Select Select Yes No EXIT Scro[...]

Configuration a nd Use Manual 23 Quick Start Operation Appendices Maintenance and T roubleshooting Commission ing Figure 2-17 Display menu – Alarms SEE ALARM Scroll and Select simultaneously for 4 seconds ACK ALL (1) Yes EXIT Select No Alarm code Scroll ACK Yes Select No Active/ unacknowledged alarms? No Yes Select NO ALARM EXIT Scroll Scroll Sel[...]

24 Micro Motion ® Model 220 0S Transmitters[...]

Configuration a nd Use Manual 25 Operation Appendices Maintenance and T roubleshooting Commission ing Chapter 3 Getting Ready to Configure 3.1 Overvie w This chapter contains information and procedures that are required or useful for flo wmeter confi guration planning an d conf iguration. The follo wing topics are discussed: • Applying po wer to [...]

26 Micro Motion ® Model 220 0S Transmitters Getting Ready to Configure 3.3 Setting up and making an administrative connection T o configure and make the administrative connection using the Communicator or ProLink II: 1. Make a startup connection to the transmitter using default HA R T parameters as listed below: • HAR T address = 0 • Baud rate[...]

Configuration a nd Use Manual 27 Getting Ready to Configure Operation Appendices Maintenance and T roubleshooting Commission ing Figure 3-1 illustrates the mA meas urement point options. As sho wn: • If your installation does not include the Micro Motion adapter -barrier , always use 12–20 mA. . • If your installation does include the Micro M[...]

28 Micro Motion ® Model 220 0S Transmitters Getting Ready to Configure 3.5 Configuration tips and tricks This section provides informa tion th at may be useful before and d uring confi guration. 3.5.1 Write-protection Before begi nning conf iguration, you may need to disable write-protection. T o do this: • Using ProLink II, click Pr oLink > [...]

Configuration a nd Use Manual 29 Getting Ready to Configure Operation Appendices Maintenance and T roubleshooting Commission ing 3.6 Display and reporting options for proc ess variables T able 3-2 lists the process va riables that are av a ilable from the Model 2200S, and how each of them can be displayed, reported, or qu eried. Refer to this list [...]

30 Micro Motion ® Model 220 0S Transmitters[...]

Configuration a nd Use Manual 31 Operation Appendices Maintenance and T roubleshooting Commission ing Chapter 4 Configuring Process Measurement 4.1 Overvie w The process measurement para meters control how th e transmitter interprets data from the sensor . Process measurement parameters include the following: • Characterization parameters – see[...]

32 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement Configuration T o characterize the flowmete r using the Communicator: 1. Select Detailed S etup > Charize Sensor . 2. In the Sensor Selection men u, select Other . 3. In the Flo w menu, set the FlowCal parameter . 4. In the Density menu, set the remainder of the parame[...]

Configuration a nd Use Manual 33 Configuring Process M easurement Operation Appendices Maintenance and T roubleshooting Commission ing Options for Flo w Direction include: •F o r w a r d •R e v e r s e • Absolute V alue • Bidirectional • Neg ate/F orward • Neg ate/Absolute V alue Effects of flow direction For the ef fect of Flow Directi[...]

34 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement Figure 4-2 Effect of flow direction on mA output: L RV < 0 Example 1 Configuration: • Flow direction = F orw ard Only • mA output: LR V = 0 g/s; UR V = 100 g/s (See the first g raph in Figure 4 -1.) As a result: • Under condition s of zero f low , the mA output o[...]

Configuration a nd Use Manual 35 Configuring Process M easurement Operation Appendices Maintenance and T roubleshooting Commission ing Example 2 Configuration: • Flow direction = Re v erse Only • mA output: LR V = 0 g/s; UR V = 100 g/s (See the second g raph in Figure 4-1.) As a result: • Under conditions of f orward flo w or zero flow , the [...]

36 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement Configuration T o conf igure flo w direction: • Using the Communicator , select Detaile d Setup > Config Fld Dev V ar > Flow . • Using ProLink II, click Pr oLink > Configuration > Flo w . Note: Y ou cannot configur e flow dir ection with the display . 4.3.[...]

Configuration a nd Use Manual 37 Configuring Process M easurement Operation Appendices Maintenance and T roubleshooting Commission ing 4.4 Configuring mass flow measurement The mass flow measurement parame ters control ho w the flowmeter measures and reports mass flo w . Y ou must co nf igure: • Mass flow measurement units • Mass flow cutof f N[...]

38 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement 4.4.2 Mass flow cutoff If the mass flo w measurement drops belo w the config ured mass flo w cutoff, the transmitter will report 0 for the mass flo wrate. The default v alue for the mass flo w cutof f is 0.0 g/s. T he recommended setting is 5% of the sensor’ s rated max[...]

Configuration a nd Use Manual 39 Configuring Process M easurement Operation Appendices Maintenance and T roubleshooting Commission ing 4.5 Configuring volume flow measurement The v olume flo w me asurement param eters control ho w the flowmeter measur es and reports v olume flo w . Y ou must configu re: • V olume flo w type • V olume flo w meas[...]

40 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement For the complete list of v olu me flo w measurement units: • Liquid – see T able 4-4 • GSV – see T able 4-5 If the v olume flo w unit you w ant to use i s not listed, you can def ine a special measurement unit for volume flo w (see Section 4.6.2). Ta b l e 4 - 4 V[...]

Configuration a nd Use Manual 41 Configuring Process M easurement Operation Appendices Maintenance and T roubleshooting Commission ing Configuration T o configure the v olume flo w measurement unit: • Using the Communicator , select Detaile d Setup > Config Fld Dev V ar > Flow . • Using ProLink II, click Pr oLink > Configuration > F[...]

42 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement 3. If you do not know the standard density of your gas: a. Click the Gas Wizard b utton. b . Click Choose Gas and check the list. c. If your gas is listed, select it and click Next . d. If your gas is not listed, click Enter Other Gas Property and provide the required inf[...]

Configuration a nd Use Manual 43 Configuring Process M easurement Operation Appendices Maintenance and T roubleshooting Commission ing 4.6.2 Defining a special unit for volume or GSV flow T o define a speci al unit for v olume or GSV flo w: 1. Navigate to the special units menu: • If you are using the Communicator , select Detailed Setup > Con[...]

44 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement 4.7 Configuring den sity measurement The density measurement parameters control ho w the flowmeter measures and reports density . Y o u must configure: • Density measurement units • Density cutof f • Density damping • Slug flow parameters Note: If you use the disp[...]

Configuration a nd Use Manual 45 Configuring Process M easurement Operation Appendices Maintenance and T roubleshooting Commission ing Note the fo llowing: • The density cutof f is applied to the v olume (liquid) measuremen t. If the density drops belo w its configured cutof f value, the v o lume flo w rate will go to zero. • The density cutof [...]

46 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement If the transmitter detects slug flo w: • A slug flo w alarm is posted immediately . • During the slug duration period, the transmitter ho lds the mass flo w rate at the last measured pre-slug value, independent of the mass flow ra te measured b y the sensor . All outp[...]

Configuration a nd Use Manual 47 Configuring Process M easurement Operation Appendices Maintenance and T roubleshooting Commission ing Configuration T o configure the temperature measurement unit: • Using the Communicator , select Detaile d Setup > Config Fld Dev V ar > T emperature . • Using ProLink II, click Pr oLink > Configuration [...]

48 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement Not all sensors or applications require pressure co rrection factors. F or the pr essure correction v alues to be used, obtain the pressure ef fect v alues from the product data sheet for your sensor, then re verse the signs (e.g., i f the pressure ef fect is 0.000004, en[...]

Configuration a nd Use Manual 49 Configuring Process M easurement Operation Appendices Maintenance and T roubleshooting Commission ing Figure 4-4 Config uring pressure comp ensation with ProLink II 4.10 Damping Damping helps the transmitter smoo th out small, rapid measuremen t fluctuations. A damping v alue specifies the period of time, in seconds[...]

50 Micro Motion ® Model 220 0S Transmitters Configuring Process M easurement 4.10.1 Damping and volume mea surement When conf iguring damping v a lues, note the follo wing: • Liquid v olume flo w is deri ved from mass and density m easurements ; therefore, any d amping applied to mass flo w and density w ill af fect liquid v olume measurement. ?[...]

Configuration a nd Use Manual 51 Operation Appendices Maintenance and T roubleshooting Commission ing Chapter 5 Configuring Operational Parameters 5.1 Overvie w The operational parameters control the beha vior of the transm itter and flo wmeter system. The follo wing parameters can be conf igured: • Display parameters – see Section 5.2 • Faul[...]

52 Micro Motion ® Model 220 0S Transmitters Configuring Operat ional Paramet ers 5.2.3 Display variables and display precision The display can sc roll through up to 15 proc ess v ariables in any order . Y ou can configure the process v ariables to be displayed and th e or der in which they should appear . Auto Scroll may or may not be enabled: •[...]

Configuration a nd Use Manual 53 Configuring Operat ional Paramet ers Operation Appendices Maintenance and T roubleshooting Commission ing 5.2.4 Enabling and disab ling display functions T able 5-2 lists the configurable di sp lay functions and describes their beha vior when enabled (sho wn) or disabled (hidden). Do not enable displa y functions th[...]

54 Micro Motion ® Model 220 0S Transmitters Configuring Operat ional Paramet ers Note the fo llowing: • If you use the display to disable access to the off-line menu, the of f-line menu will disappear as soon as you e xit the menu system. If y ou want to re-enable access, you must us e ProLink II or the Communicator . • Scroll Rate is used to [...]

Configuration a nd Use Manual 55 Configuring Operat ional Paramet ers Operation Appendices Maintenance and T roubleshooting Commission ing Configuration T o enable and disable display functio ns: • Using the Communicator , select Detailed Setup > Displ ay Setup. • Using ProLink II, click Pr oLink > Configuration > Displa y . • Using [...]

56 Micro Motion ® Model 220 0S Transmitters Configuring Operat ional Paramet ers Y ou can change the default sev erity le vel for some alarms. F or example: • The default se veri ty le vel for Alarm A0 20 (calibration f actors unentered) is Fau l t , b ut you can change the se verity le v el to either Inf ormational or Ignore . • The default s[...]

Configuration a nd Use Manual 57 Configuring Operat ional Paramet ers Operation Appendices Maintenance and T roubleshooting Commission ing A013 Process too N oisy to P erf orm Auto Zero F aul t Y e s No Zero T oo Noisy A014 T ransmitter F ailed F aul t No No T ransmitter F ailed A016 Line RTD T emperature Out-Of-Range F ault Y es Y es Line R TD T e[...]

58 Micro Motion ® Model 220 0S Transmitters Configuring Operat ional Paramet ers Configuration T o conf igure status a larm se v erity: • Using the Communicator , select Dia g/Service > Config Alarms > Wri te Severi ty . • Using ProLink II, click Pr oLink > Configuration > Ala rm . Note: Y ou cannot configur e status alarm severity[...]

Configuration a nd Use Manual 59 Configuring Operat ional Paramet ers Operation Appendices Maintenance and T roubleshooting Commission ing 5.5 Configuring device par ameters The device parameters are used to describe the fl owmeter as a system. De vice parameters are listed and def ined in T able 5-6. Note: The HART device ID, whic h is displayed i[...]

60 Micro Motion ® Model 220 0S Transmitters[...]

Configuration a nd Use Manual 61 Operation Appendices Maintenance and T roubleshooting Commission ing Chapter 6 Integrating the Meter with the Control System 6.1 Overvie w This chapter discusses the follo wing topics and tasks: • Conf iguring the mA output – see Section 6.2 • Conf iguring digital commun ications – see Section 6.3 Before beg[...]

62 Micro Motion ® Model 220 0S Transmitters Integrating the Meter with the Control System 6.2.1 Process variable T able 6-2 lists the process v ariables that can be a ssigned to the mA output as the primary v a riable. Note: The pr ocess variable assigned to the mA ou tput is always the PV (p rimary variable) def ined for HART communications. Y ou[...]

Configuration a nd Use Manual 63 Integrating the Meter with the Control System Operation Appendices Maintenance and T roubleshooting Commission ing Configuration T o configure the mA output scale: • Using the Communicator , select Deta iled Setup > Config Outputs > Channe l Setup > AO S e t u p . • Using ProLink II, click Pr oLink >[...]

64 Micro Motion ® Model 220 0S Transmitters Integrating the Meter with the Control System Configuration T o configure the A O cutoff: • Using the Communicator , select Deta iled Setup > Config Outputs > Channe l Setup > AO S e t u p . • Using ProLink II, click Pr oLink > Configuration > Analog Outp ut . Note: Y ou cannot configu[...]

Configuration a nd Use Manual 65 Integrating the Meter with the Control System Operation Appendices Maintenance and T roubleshooting Commission ing Configuration T o conf igure Added Damping: • Using the Communicator , select Deta iled Setup > Config Outputs > Channe l Setup > AO S e t u p . • Using ProLink II, click Pr oLink > Conf[...]

66 Micro Motion ® Model 220 0S Transmitters Integrating the Meter with the Control System Effects of mA output fault action on transmitter behavi or If the transmitter is operating near the limit of its po wer requirement: • And mA Fault Action is set to Upscale, if a f a ult occurs, the upscale (>20 mA) fault le vel may cause the transmitter[...]

Configuration a nd Use Manual 67 Integrating the Meter with the Control System Operation Appendices Maintenance and T roubleshooting Commission ing 6.3.1 Digital communications fault action The Digital Communica tions F ault Action paramet er specifies the v alues that will be reported via digital communications if the transm itter encounters an in[...]

68 Micro Motion ® Model 220 0S Transmitters Integrating the Meter with the Control System Note: Whenever you use Pr oLink II to set the HART addr ess to 0, Pr oLink II also enables the Loop Curr ent Mode parameter (places a c hec k in the ch ec kbox). Whenever you use Pr oLink II to set the HART addr ess to any other value, Pr oLink II also disabl[...]

Configuration a nd Use Manual 69 Integrating the Meter with the Control System Operation Appendices Maintenance and T roubleshooting Commission ing Configuration T o configure the PV , SV , TV , and QV assignments: • Using the Communicator: - T o conf igure the PV , assign the desired process variable to the mA output. See Section 6.2.1 - T o con[...]

70 Micro Motion ® Model 220 0S Transmitters Integrating the Meter with the Control System Ta b l e 6 - 7 Burst Mode Output options Pa r a m e t e r Definition ProLink II label Communicator labe l Primar y variable PV The transmitter repeat s the pri mar y variable (in measurement units) in each burst (e .g., 14. 0 g/s, 13.5 g/s , 12.0 g/s). PV cur[...]

Configuration a nd Use Manual 71 Operation Appendices Maintenance and T roubleshooting Commission ing Chapter 7 T esting and Moving to Production 7.1 Overvie w This chapter contains information and procedures that may be useful for testing the flo wmeter before moving it in to production. The follo wing topics are discussed: • Zeroing the flo wme[...]

72 Micro Motion ® Model 220 0S Transmitters T esting and Moving to Production If desired, you can use one of these functions to return the meter to operation while you are troubleshooting the cause of the zero failure (see Section 10.6). A v ailability of these functions depends on th e tool you are using to zero the flo wmeter: • If you are usi[...]

Configuration a nd Use Manual 73 T esting and Moving to Production Operation Appendices Maintenance and T roubleshooting Commission ing Figure 7-1 Display – Flowmeter zero procedure …………………. OFF-LINE MAINT Scroll and Select simultaneously for 4 seconds Scroll Select Select ZERO ZERO/YES? CAL PASS CAL FAIL EXIT Scroll Scroll Select Z[...]

74 Micro Motion ® Model 220 0S Transmitters T esting and Moving to Production Figure 7-2 Commun icator – Flowmeter zero procedu re Figure 7-3 ProLink II – Flowmeter zero procedure Modify zero time if required Perform auto zero Auto Zero Failed Auto Zero Complete OK 1 Auto zero Calibration in Progress message OK On-Line Menu > 3 Diag/Service[...]

Configuration a nd Use Manual 75 T esting and Moving to Production Operation Appendices Maintenance and T roubleshooting Commission ing 7.3 Loop testing A loop test is a means to: • V erify that the mA output is being sent by the transmitter and recei v ed accurately by the receiving de vice s • Determine whether or not you need to trim the mA [...]

76 Micro Motion ® Model 220 0S Transmitters T esting and Moving to Production Figure 7-4 Display – Loop test procedure Scroll and Select simultaneously for 4 seconds OFFLINE SIM Yes Select SET MAO Scroll Select SET 16 mA Yes SET 20 mA Select Select Scroll No Troubleshoot Correct at receiving device? Yes Yes Select Select Scroll No Troubleshoot C[...]

Configuration a nd Use Manual 77 T esting and Moving to Production Operation Appendices Maintenance and T roubleshooting Commission ing Figure 7-5 Commun icator – Loop test procedu re 1 Fix Analog Out 1 Set mA measurement point Correct? Loop test successful END to unfix Check output wiring Troubleshoot re ceiving device Yes No 4 mA 20 mA Other On[...]

78 Micro Motion ® Model 220 0S Transmitters T esting and Moving to Production Figure 7-6 ProLin k II – Loop test procedure 7.4 T rimming the milliamp output T rimming the mA output creates a common measurement range between the transmitter and the device that recei ves the mA output. F or e xample, a transmitte r might send a 12 mA signal that t[...]

Configuration a nd Use Manual 79 T esting and Moving to Production Operation Appendices Maintenance and T roubleshooting Commission ing Note the fo llowing: • During the trim, the transmitter’ s mA output will not report process data. CA UTION! Do not use the mA output for process contro l while y ou are performing the trim. • Enter the measu[...]

80 Micro Motion ® Model 220 0S Transmitters T esting and Moving to Production Figure 7-8 ProLink II – mA output trim procedure Read mA output at receiving device Read mA output at receiving device Equal? Enter receiving device value in Enter Meas Read mA output at receiving device Read mA output at receiving device Equal? Enter receiving device [...]

Configuration a nd Use Manual 81 T esting and Moving to Production Operation Appendices Maintenance and T roubleshooting Commission ing Figure 7-9 Commun icator – Scaled AO t rim procedure 7.4.2 Expanded mA o utput trim Adapt the follo wing procedure as requi red for your install ation: 1. T rim the mA output at the Model 2200S tran smitter as de[...]

82 Micro Motion ® Model 220 0S Transmitters T esting and Moving to Production 7.5 Using sensor simulatio n to test, tune, and troubleshoot the system Sensor simulation allo ws you to te ll the transmitter to beha ve as if it were recei ving specif ic v alues for mass flo w , temperature, and density from the sensor . Y ou can use sensor simulation[...]

Configuration a nd Use Manual 83 T esting and Moving to Production Operation Appendices Maintenance and T roubleshooting Commission ing 7.7 Write-protecting the configuration T o prev ent unintended changes to the transmitter conf iguration, you can write-protect the confi guration. T o write-protect the conf iguration using ProLink II: 1. Click Pr[...]

84 Micro Motion ® Model 220 0S Transmitters[...]

Configuration a nd Use Manual 85 Operation Appendices Maintenance and T roubleshooting Commission ing Chapter 8 Operating the T ransmitter 8.1 Overvie w This chapter describes how to us e the transmitter in e veryday oper ation. The follo wing topics and procedures are discussed: • Interpreting mA output data – see Section 8.3 • Recording pro[...]

86 Micro Motion ® Model 220 0S Transmitters Operating the T ransmitter 8.4 Recording p rocess variab les Micro Motion suggests that you make a record of the process v ariables listed belo w , under normal operating conditions. This will help you recognize when the process v ariables are unusually high or lo w , and may help in fi ne-t uning transm[...]

Configuration a nd Use Manual 87 Operating the T ransmitter Operation Appendices Maintenance and T roubleshooting Commission ing 8.5.2 With ProLink II T o view process v a riables with ProLink II: 1. The Pr ocess V a riables window opens automatically when you f irst connect to the transmitter . 2. If you hav e closed the Process V ariables windo w[...]

88 Micro Motion ® Model 220 0S Transmitters Operating the T ransmitter When the transmitter dete cts an alarm condition: • Its status flags are set as follows: - The first status flag is set to “acti ve. ” - The second status flag is set to “unackno wledged. ” • The transmitter checks se verit y le vel for the specif ic alarm: - For Fa[...]

Configuration a nd Use Manual 89 Operating the T ransmitter Operation Appendices Maintenance and T roubleshooting Commission ing T o view o r ackno wledge status alarms using the display menus, see the menu flowchart in Figure 2-17. Note that the Ackno wledge All Alarms display function may be enabled or disabled. If disabled, the Acknowledge All A[...]

90 Micro Motion ® Model 220 0S Transmitters Operating the T ransmitter 8.6.4 With the Communica tor The Communicator allo ws you to perform the follo wing actions relate d to status alarms: • V iew a list of activ e status alarms • Acknowledge a single status alarm • Ackno wledge all status alarms at once • V iew the al arm e vent log T o [...]

Configuration a nd Use Manual 91 Operating the T ransmitter Operation Appendices Maintenance and T roubleshooting Commission ing 1. T o view totalizer v alues, wait or Scroll until the process v ariable TOT A L appears and the units of measure are: • For the mass totalizer , mass units (e.g., kg, lb) • For the v olume totalizer , volume un its [...]

92 Micro Motion ® Model 220 0S Transmitters Operating the T ransmitter 8.7.2 Controlling totaliz ers and inventories T able 8-1 sho ws all of the totalizer and in ventory functions and which configuration tools yo u can use to control them. With the display T able 8-2 shows ho w you can control the to talizers and in ventories wit h the display . [...]

Configuration a nd Use Manual 93 Operating the T ransmitter Operation Appendices Maintenance and T roubleshooting Commission ing With ProLink II T able 8-3 shows ho w you can control the to talizers and in ventories using ProLink II. T o enable in v entory reset using ProLink II: 1. Click Vie w > Pref erences . 2. Check the Enable In ventory T o[...]

94 Micro Motion ® Model 220 0S Transmitters[...]

Configuration a nd Use Manual 95 Operation Appendices Maintenance and T roubleshooting Commission ing Chapter 9 Measurement Performance 9.1 Overvie w This chapter describes th e follo wing procedures: • Meter validation and adjusting meter f actors – see Section 9.3 • Density calibration – see Section 9.4 • T emperature calibration – se[...]

96 Micro Motion ® Model 220 0S Transmitters Measurement Performance 9.2.2 Calibration The flo wmeter measures process va riab les based on f ix ed points of reference. Calibration adjusts those points of reference. Three ty pes of calibration can be perfo rmed: • Zero, or no flo w (see Section 7.2) • Density calibration • T emperature calibr[...]

Configuration a nd Use Manual 97 Measurement Performance Operation Appendices Maintenance and T roubleshooting Commission ing 9.3 Performing meter validation T o perform meter validati on: 1. Determine the meter factor(s) to use. Y ou ma y set any combination of the mass flo w , v olume flo w , and density meter factors. Note that all three meter f[...]

98 Micro Motion ® Model 220 0S Transmitters Measurement Performance 9.4 Performing density calibration Density calibration includes th e follo wing calibration points: • D1 calibration (lo w-density) • D2 calibration (high-den sity) Y ou must perform both calibrations without interruption, in order . Note: Befor e performing the calibration, r[...]

Configuration a nd Use Manual 99 Measurement Performance Operation Appendices Maintenance and T roubleshooting Commission ing Figure 9-1 D1 and D2 densit y calibration – Communicator Enter density of D 1 fluid Density Calibra tion Complete message Calibration in Pr ogress message D1 calibration Close shutoff va lve downstr eam from sensor Fill se[...]

100 Micro Motion ® Mode l 2200S Transmitters Measurement Performance Figure 9-2 D1 and D2 densit y calibration – ProLink II Enter density of D 1 fluid Calibration in Progress light turns gre en Calibration in Progress light turns red D1 calibration Close shutoff valve downstr eam from sensor Fill sensor with D1 flui d Fill sensor with D2 fluid C[...]

Configuration a nd Use Manual 101 Measurement Performance Operation Appendices Maintenance and T roubleshooting Commission ing 9.5 Performing temperature calibration T em perature calibration is a two-part proced ure: temperature offset calibration and temperature slope calibration. The entire procedure must be completed w ithout interruption. Note[...]

102 Micro Motion ® Mode l 2200S Transmitters[...]

Configuration a nd Use Manual 103 Operation Appendices Maintenance and T roubleshooting Commission ing Chapter 10 T roubleshooting 10.1 Overview This chapter describes guidelines and procedures for troubleshooting the fl o wmeter . The information in this chapter will enable you to: • Categorize the problem • Determine whether you are able to c[...]

104 Micro Motion ® Mode l 2200S Transmitters T roubleshooting 10.3 Micro Motion customer ser vice T o speak to a customer service representati ve, co ntact the Micro Motion cust omer service department. Contact information is pr ovi ded in Section 1.8. Before contacting Micro Motion customer servi ce, re vie w the troubles hooting information and [...]

Configuration a nd Use Manual 105 T roubleshooting Operation Appendices Maintenance and T roubleshooting Commission ing 10.7 Low power and mA fault action If the A031 (lo w po wer) alarm appears and disapp ears frequently , check th e mA Fault Action setting and the po wer supply to the transmitter . If the tr ansmitter is operating near the limit [...]

106 Micro Motion ® Mode l 2200S Transmitters T roubleshooting 10.10 I/O problems If you are experiencing problems with the mA ou tput, use T able 10-2 to identify an appropriate remedy . Simulation mode may also be helpful (see Section 10.11). Ta b l e 1 0 - 2 I/O problems and remedies Symptom P ossible cause P ossibl e remed y No output Loop test[...]

Configuration a nd Use Manual 107 T roubleshooting Operation Appendices Maintenance and T roubleshooting Commission ing 10.11 S ensor simula tion mode Sensor simulation mode allo ws you to set v alues for mass flo w , density , and temperature. The transmitter will then behav e as though it was recei ving those v alues from the sensor . Sensor simu[...]

108 Micro Motion ® Mode l 2200S Transmitters T roubleshooting A008 Density Outside Limits The measured densi ty has e xceeded 0–10 g/cm 3 • If other alarms are present (t ypica lly , A003, A006, A102, or A105), resolve those alarm cond itions first. If the A008 alar m persists, continue with the suggestions here. • V erify process. Check f o[...]

Configuration a nd Use Manual 109 T roubleshooting Operation Appendices Maintenance and T roubleshooting Commission ing A021 Unrecognized/ Unentered Sensor Ty p e The sensor is recogni zed as a straight tube b ut the K1 value indicates a curved tube, or vice v ersa. • Check the characterization. Specifical ly , verify the FCF and K1 values. See S[...]

110 Micro Motion ® Mode l 2200S Transmitters T roubleshooting 10.13 C hecking process variable s Micro Motion suggests that you make a record of the process v ariables listed belo w , under normal operating conditions. This will help you recognize when the process v ariables are unusually high or lo w . • Flow r ate • Density •T e m p e r a [...]

Configuration a nd Use Manual 111 T roubleshooting Operation Appendices Maintenance and T roubleshooting Commission ing Erratic non-z ero flow r ate under no-flow conditions Leaking valv e or seal • Che ck pipeline. Slug flow • See Section 10.17. Plugged flow tube • Check drive gain and tube frequen cy . Purge the flow tubes. Incorrect sensor[...]

112 Micro Motion ® Mode l 2200S Transmitters T roubleshooting Inaccurate density reading Problem with proc ess fluid • Use standard procedures to check quality of process fluid. Bad density calibration factors • V er ify characterizatio n. See Section 4.2. Wiring prob lem • Check the sensor circuit r y . See Section 10.24. Bad flowmeter grou[...]

Configuration a nd Use Manual 113 T roubleshooting Operation Appendices Maintenance and T roubleshooting Commission ing 10.14 Diag nosing wiring problems Use the procedures in this section to check the transmitter installatio n for wiring problems. 10.14.1 Checking the power supply wiri ng T o check the power supply wiring: 1. V erify that the powe[...]

114 Micro Motion ® Mode l 2200S Transmitters T roubleshooting 4. Select New Configuration . 5. Select Micro Mot ion . 6. Ensure that the requi red de vice description is listed . If the correct de vice description is not found, a Generic De vice menu is displayed. Contact Micro Motion to obtain the correct device description. ProLink II ProLink II[...]

Configuration a nd Use Manual 115 T roubleshooting Operation Appendices Maintenance and T roubleshooting Commission ing 10.18 Checking output saturation If an output variable e xceeds the upper range limit or goes below the lo wer range limit, the transmitter produces an output saturation alarm. The alarm can me an: • The process is outside norma[...]

116 Micro Motion ® Mode l 2200S Transmitters T roubleshooting 10.22 Checking the calibration Improper calibration can cause the transmitter to se nd une xpected output v alues. If the transmitter appears to be operating correctly but sends inaccura te output v alues, an impr oper calibration may b e the cause. Micro Motion calibrates e very transm[...]

Configuration a nd Use Manual 117 T roubleshooting Operation Appendices Maintenance and T roubleshooting Commission ing 10.23.3 Low pickoff voltage Lo w pickof f voltage can be caused b y sev eral problems. See T able 10-6. 10.24 Che cking sensor circuitr y Problems with sensor circuitry can cause sev eral alarms, including sensor failure and a v a[...]

118 Micro Motion ® Mode l 2200S Transmitters T roubleshooting Note: T o c heck the sensor cir cuitry , you must r emove the transmitter fr om the sensor . Befor e performing this test, ensur e that all other applicable diagnostics have been performed. Dia gnostic capabilities of the Model 2200S tran smitter have been gr eatly enhanced , and may pr[...]

Configuration a nd Use Manual 119 T roubleshooting Operation Appendices Maintenance and T roubleshooting Commission ing Figure 10-1 Accessing the feedthrough pi ns 4. Using a digital multimeter (DMM ), check the sensor internal resistances for each flo wmeter circuit. T able 10-7 defines the flo wmeter circuits and the resistance range for each. Re[...]

120 Micro Motion ® Mode l 2200S Transmitters T roubleshooting Figure 10-2 Feed through pins 5. Using the DMM, check each pin as follows: a. Check between the pin and the sensor case. b . Check between the pin and other pins as describe d belo w: • Dri ve + against all o ther pins e xcept Dri ve – • Dri ve – against all other pins except Dr[...]

Configuration a nd Use Manual 121 T roubleshooting Operation Appendices Maintenance and T roubleshooting Commission ing W ith the DMM set to its highest ra nge, there should be infinite resistance on each lead. If there is any resistance at all, there is a short to case or a short between pins. See T able 10-8 for possible causes and solutions. If [...]

122 Micro Motion ® Mode l 2200S Transmitters[...]

Configuration a nd Use Manual 123 Operation Appendices Maintenance and T roubleshooting Commission ing Appendix A Default V alues and Ranges A.1 Overview This appendix provides informat ion on the default v alues for mo st transmitter parameters. Where appropriate, v alid ranges are also defined. These default v alues repr esent the transmitter con[...]

124 Micro Motion ® Mode l 2200S Transmitters Default Values and Ranges Density Density damping 1.28 sec 0.0 – 60.0 sec User-ente red value is corrected to nearest value in list of prese t v alues . Density units g/cm 3 Density cutoff 0.2 g/cm 3 0.0 – 0.5 g/cm 3 D1 0.00000 D2 1.00000 K1 1000.00 K2 50,000.00 FD 0.00000 T emp Coefficient 4.44 Slu[...]

Configuration a nd Use Manual 125 Default Values and Ranges Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commissi oning Operation Appendices Maintenance and T roub leshooting Commissi oning mA output Pri[...]

126 Micro Motion ® Mode l 2200S Transmitters[...]

Configuration a nd Use Manual 127 Operation Appendices Maintenance and T roubleshooting Commission ing Appendix B Flowmeter Installation T ypes and Components B.1 Overview This appendix provides illustrat ions of transmitter components and wiri ng, for use in tr oubleshooting. For detailed information on insta llation and wiring procedures, see the[...]

128 Micro Motion ® Mode l 2200S Transmitters Flowmeter Installat ion T ypes and Components Figure B-2 Model 2200S transmitter – Extended-mount B.3 T erminal dia grams Figure B-3 sho ws the transmitter’ s wiring terminals. These terminals are used for both po wer supply and I/O. They are beneath the W a rning flap. Th e transmitter housing cov [...]

Configuration a nd Use Manual 129 Operation Appendices Maintenance and T roubleshooting Commission ing Appendix C Model 2200S Display and User Interface C.1 Overview This appendix describes the disp lay user interf ace of the Model 2 200S transmitter . The following topics are discussed: • Identifying the components of th e user interface – see[...]

130 Micro Motion ® Mode l 2200S Transmitters Model 2200S Display and Use r Interface The user interface components ha ve t he follo wing functions: • Display – displays process data • Scroll and Select b uttons – used to navigate the display and the disp lay menu system • HAR T clips – used to make a HAR T administra ti ve connection t[...]

Configuration a nd Use Manual 131 Model 2200S Display and Use r Interface Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commissi oning Operation Appendices Maintenance and T roub leshooting Commissi oning[...]

132 Micro Motion ® Mode l 2200S Transmitters Model 2200S Display and Use r Interface T o change from decimal to e xpone ntial notation (see Figure C-3): 1. Select until the rightmost digit is flashing. 2. Scroll to E , then Select . The display changes to provide tw o spaces for entering the exponent. 3. T o enter the exponent: a. Select until the[...]

Configuration a nd Use Manual 133 Model 2200S Display and Use r Interface Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commissi oning Operation Appendices Maintenance and T roub leshooting Commissi oning[...]

134 Micro Motion ® Mode l 2200S Transmitters Model 2200S Display and Use r Interface ENABL Enable Select to enable EXTRN External F A C Z F actor y zero FCF Flow calibration f actor FLDIR Flow direction FLSWT , FL SW Flow s witch GSV Gas standard volume GSV T Gas standard volume total INTRN Intern al IO Inputs/outputs LANG Display language MAO mA [...]

Configuration a nd Use Manual 135 Operation Appendices Maintenance and T roubleshooting Commission ing Appendix D Connecting with ProLink II Software D.1 Overview ProLink II is a W indows-based conf iguration and ma nagement tool for Micr o Motion transmitters. It provides complete access to transmitter functions and data. This chapter provides bas[...]

136 Micro Motion ® Mode l 2200S Transmitters Connecting with ProLink II Soft ware T o make a HAR T/Bell 202 connection using ProLink II: 1. Attach the HAR T signal con v erter to the serial or USB port of your PC. 2. T o connect to a HAR T multidr op network, connect the HAR T signal con verter leads to any point on the network (see Figure D-1). T[...]

Configuration a nd Use Manual 137 Connecting with ProLink II Soft ware Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commissi oning Operation Appendices Maintenance and T roub leshooting Commissi oning Fi[...]

138 Micro Motion ® Mode l 2200S Transmitters Connecting with ProLink II Soft ware 7. If an error message appears: a. Y ou may be using incorrect co nnection parameters. - Ens ure you are using the correct COM port. - If you are unsure of the transmitter’ s address, use the Po l l button in the Connect windo w to return a list of all devices on t[...]

Configuration a nd Use Manual 139 Operation Appendices Maintenance and T roubleshooting Commission ing Appendix E Using the 375 Field Communicator E.1 Overvie w The 375 Field Communicator is a handheld conf ig uration and management too l for HAR T -compatible de vices, including Micro Motion transmitters. It prov ides complete access to transmitte[...]

140 Micro Motion ® Mode l 2200S Transmitters Using the 375 Field Communicator E.3 Connecting to a transmitter Y ou can connect the Communicator to the transmitter’ s HAR T clips or to a point on a HAR T network. Note: The HART clips on the face of the tr an smitter ar e connected to the transmitter’ s mA/HART terminals. Y ou may connect dir ec[...]

Configuration a nd Use Manual 141 Using the 375 Field Communicator Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commission ing Operation Appendices Maintenance and T roubleshooting Commissi oning Operation Appendices Maintenance and T roub leshooting Commissi oning E.3.2 [...]

142 Micro Motion ® Mode l 2200S Transmitters[...]

Index Configuration a nd Use Manual 143 Index Numerics 12–20 mA output See mA output, scale 4–20 mA output See mA output, scale A Added damping 64 Administrative connection 26 Alarm severity 55 Alarms See Status alarms Analog output cutoff See AO cutoff AO cutoff 63 Auto Scroll 86 enabling and disablin g 53 Autozero 71 B Burst mode 69 C Calibra[...]

144 Micro Motion ® Mode l 2200S Transmitters Index GSV flow cutoff 42 gas propertie s 41 measurement unit 39 special unit 43 volume flow type 3 9 HART address 26 LMV timeout 58 loop current mode 67 mA output 61 added damping 64 AO cutoff 63 fault action 65 process variable 62 scale 62 mass flow cutoff 38 measurement 37 measurement unit 37 special [...]

Configuration a nd Use Manual 145 Index Index Display parameters 51 Documentation additional documentation 3 manual organization 1 Drive gain, troubleshooting 116 E Engineering unit See Measurement unit F Factory configuratio n 28 Factory zero 71 Fault action digital communications 67 mA output 65 Fault conditions 105 Fault handling 55 Fault timeou[...]

146 Micro Motion ® Mode l 2200S Transmitters Index Menu flowcharts 1 0 Communicator 13 display 17 ProLink II 11 Meter factors 95 configuration 97 Meter validation 95 procedure 97 Micro Motion customer service 3, 104 Model number 2 O Off-line password enabling/disabling 53 setting 53 Output saturation 115 sensor simulation 107 troubleshooting 105 ,[...]

Configuration a nd Use Manual 147 Index Index Testing loop test 75 sensor simulation 82 Totalizers definition 90 enabing/disabling resetting from display 53 enabling/disabling starting and stop ping from display 53 resetting 92 stopping and starting 92 viewing values 90 Transmitter components 127 model number 2 removing transmitter housing cover 13[...]

148 Micro Motion ® Mode l 2200S Transmitters[...]

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Micro Motion Inc. USA Worldwide Headqu arters 7070 Winchester Circle Boulder , Colorado 80301 T +1 303-527-5200 +1 800-522-6277 F +1 303-530-8459 Micro Motion Europe Emerson Process Management Neonstraat 1 6718 WX Ede The Netherlands T +31 (0) 318 495 555 F +31 (0) 318 495 556 Micro Motion Japan Emerson Process Management 1-2-5, Higashi Shinagawa S[...]