Gebruiksaanwijzing /service van het product Model 2700 van de fabrikant Emerson Process Management
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Configuration and Use Manual P/N 20000327, Rev . FB June 201 1 Micro Motion ® Model 2700 T ransmitter with PROFIBUS-P A Configuration and Use Manual.
© 201 1 Micro Motion, Inc. All right s reserved. The Emerson logo is a trademark and service ma rk of Emerson Elec tri c Co. Micro Motion, ELITE, ProL ink, MVD and MVD Direct Connect are marks of one of the Emerson Process Managemen t family of comp anies.
Configuration a nd Use Manual iii Contents Chapter 1 Before Y o u Begin . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 1.1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
iv Model 2700 Transmi tter with PROFIBUS-PA Contents 3.5 P er f or ming mete r validation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 3.6 P er f or ming zero calibration . . . . . . . . . . . . . . . . . . .
Configuration a nd Use Manual v Contents 5.7 Viewing transmitter statu s and alar ms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86 5.7.1 With the disp la y . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
vi Model 2700 Transmi tter with PROFIBUS-PA Contents Appendix B Using the Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121 B.1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Configuration a nd Use Manual vii Contents Appendix G NE53 Histor y . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189 G.1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
viii Model 2700 Tra nsmitter with PROFIBUS-PA.
Configuration a nd Use Manual 1 Star tup Conf iguration Calibration 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, an d i ncludes a configuration ov erview flo wchart and a pre-configuration w orksheet.
2 Model 2700 Transmi tter with PROFIBUS-PA Before Y ou Begin 1.4 PROFIBUS-P A functionality The transmitter supports th e followin g methods of conf iguration and operation: • Conf iguration methods: - Device description (EDD) for use with a PR OF IBUS configurat ion to ol such as Siemens ® Simatic ® Process De vice Manager (PDM).
Configuration a nd Use Manual 3 Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 1.6 Communication too ls Most of the procedures described in th is manual require the use of a comm unication tool. T able 1-2 lists the communic ation tools that can be used, with their functionality and requirements.
4 Model 2700 Transmi tter with PROFIBUS-PA Before Y ou Begin 1.7 Planning the configuration Refer to the conf iguration ov ervie w flowchart in Figure 1-1 to plan transm itter configuration. In general, perform conf iguration steps in the order sho wn here.
Configuration a nd Use Manual 5 Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 1.8 Pre-configuratio n worksheet The pre-conf iguration worksheet provides a place to record information ab out your flo wmeter and your application.
6 Model 2700 Transmi tter with PROFIBUS-PA Before Y ou Begin 1.9 Flowmeter do cumentation T able 1-3 lists documentation so urces for additional information. 1.10 Micro Motion customer service For customer service, phone the support center nearest you: • In the U.
Configuration a nd Use Manual 7 Star tup Conf iguration Calibration Before Y ou Begin Chapter 2 Startup 2.1 Overvie w This chapter describes the pro cedures you should perform the first time you start the flo wmeter . Y ou do not need to use these procedures e very time you c ycle power to the flo wmeter .
8 Model 2700 Transmi tter with PROFIBUS-PA Startup 2.3 Setting the node address The factory def ault setting for the node ad dress is 126. T o set the node address: • W ith the display , choose OFF-LINE MAINT > CONFG > ADDRESS PBUS . • W ith ProLink II, choose ProLink > Conf iguration > Device (Profi bus) > Pr ofib us Address .
Configuration a nd Use Manual 9 Startup Star tup Conf iguration Calibration Before Y ou Begin T o conf igure the AI function block channels: • W ith the EDD, bus parameters, or ProLink II, see the menu flo wcharts in Figure 2-1. • W ith the display , see the menu flo wchart in Figure B-14.
10 Model 2700 Transmi tter with PROFIBUS-PA Startup 2.5 Setting the I/O mode The transmitter can function in tw o dif ferent I/O modes: Prof ile-specif ic and Manufacturer -specif ic.
Configuration a nd Use Manual 11 Startup Star tup Conf iguration Calibration Before Y ou Begin Note: Set the I/O mode in the Physi c al Block befor e loading the GSD file . 2.5.1 Overriding the status byte form at Each I/O mode has a default status byte format – classic or condensed.
12 Model 2700 Transmi tter with PROFIBUS-PA Startup Figure 2-4 Configuring totalizer fu nction block mode Ta b l e 2 - 5 Process variables by transducer block channel Channel v alue Proces s vari able.
Configuration a nd Use Manual 13 Startup Star tup Conf iguration Calibration Before Y ou Begin 2.7 Configuring pressure compensation Due to process pressure change aw ay from calibration pressure, there can be a change in sensor flo w and density s ensiti vity .
14 Model 2700 Transmi tter with PROFIBUS-PA Startup 2.7.2 E nabling pressure co mpensation T o enable pressure compensation, see the menu flo wcharts in Figu re 2-5.
Configuration a nd Use Manual 15 Startup Star tup Conf iguration Calibration Before Y ou Begin 2.7.3 Co nfiguring a pressure source Y ou will need to choose one of two sources for pressure data: • Analog Output functio n block – This option a llows you to poll for pressure data from an external pressure source.
16 Model 2700 Transmi tter with PROFIBUS-PA Startup Figure 2-7 Config uring an AO function block for pressure compensation – Bus pa rameters 2.8 Configuring temp erature comp ensation External temp .
Configuration a nd Use Manual 17 Startup Star tup Conf iguration Calibration Before Y ou Begin 2.8.2 Co nfiguring a temperature source External temperature data is reported throug h an analog output (A O) fu nction block. The transmitter has two A O blocks, each of which can be assign ed to a compensation v ariable channel.
18 Model 2700 Transmi tter with PROFIBUS-PA.
Configuration a nd Use Manual 19 Star tup Conf iguration Calibration Before Y ou Begin Chapter 3 Calibration 3.1 Overvie w This chapter describes th e follo wing procedures: • Characterization (Section 3.3) • Smart Meter V erification (Section 3.4) • Meter va lidation and adjusting meter factors (Section 3.
20 Model 2700 Transmi tter with PROFIBUS-PA Calibration 3.2.1 Characterization Characterizing the flo wmeter adjusts the transmitter to compensate for the unique traits of the sensor it is paired with.
Configuration a nd Use Manual 21 Calibration Star tup Conf iguration Calibration Before Y ou Begin Zero calibration requires only that flo w through the sensor is stopped. Flo wmeters are calibrated at the factory , and norma lly do not need to be ca librated in the f ield.
22 Model 2700 Transmi tter with PROFIBUS-PA Calibration 3.3 Performing a characteriza tion Characterizing a flowmeter in volv es entering pa rameters that are printed on the sensor tag.
Configuration a nd Use Manual 23 Calibration Star tup Conf iguration Calibration Before Y ou Begin Figure 3-1 Sample calibration tags – A ll sensors except T -Series Figure 3-2 Sample calibration ta.
24 Model 2700 Transmi tter with PROFIBUS-PA Calibration Flow calibration values T wo separate values are used to describe flo w calibration: a 6-characte r FCF v alue (including one decimal point) and a 4-character FT value (includi ng one decimal point).
Configuration a nd Use Manual 25 Calibration Star tup Conf iguration Calibration Before Y ou Begin Figure 3-3 Chara cterizing the flowmeter EDD Bus parameters ProLink II Calibration > Density Enter.
26 Model 2700 Transmi tter with PROFIBUS-PA Calibration 3.4 Performing Smart Meter Verification Note: T o use Smart Meter V erification, the tr ansm itter must be pair ed with an enhanced cor e pr ocessor , and the Smart Meter V erification option must be pur chased for the transmitter .
Configuration a nd Use Manual 27 Calibration Star tup Conf iguration Calibration Before Y ou Begin Figure 3-4 Smart Meter V erification – EDD Device > Meter Verification Start/Abort Meter Verific.
28 Model 2700 Transmi tter with PROFIBUS-PA Calibration Figure 3-5 Smart Me ter Verif ication – bus parameters Step 2 Start/abort procedure Step 1 Set output state (optional) Able to complete? Step .
Configuration a nd Use Manual 29 Calibration Star tup Conf iguration Calibration Before Y ou Begin Ta b l e 3 - 2 PROFIBUS parameters for Smart Meter Ve rification Step nu mber Step descripti on P ara.
30 Model 2700 Transmi tter with PROFIBUS-PA Calibration Figure 3-6 Smart Meter V e rification – ProLink II Verify configuration parameters Tools > Meter Verification > Run Meter Verification E.
Configuration a nd Use Manual 31 Calibration Star tup Conf iguration Calibration Before Y ou Begin 3.4.3 Reading and interpreting Smar t Meter Verification test results Pass/Fail/Abort When the Smart .
32 Model 2700 Transmi tter with PROFIBUS-PA Calibration Detailed test data with ProLink II For each test, the follo wing data is stored on the transmitter: • Powered-on seconds at the time of the test • T est result • Stif fness of the left and right pickof fs, sho wn as percentage v ariation fro m the factory v alue.
Configuration a nd Use Manual 33 Calibration Star tup Conf iguration Calibration Before Y ou Begin Figure 3-7 T est result chart The test result chart shows the results for all te sts in the ProLink II database, plotted against the specification uncertai nty limit.
34 Model 2700 Transmi tter with PROFIBUS-PA Calibration Note the fo llowing: • The test result chart may not show all test results, and test counters may not be continuous. ProLink II stores information about all tests in itiated from ProLink II and all tests a v ailable on the transmitter wh en the test database is synchronized.
Configuration a nd Use Manual 35 Calibration Star tup Conf iguration Calibration Before Y ou Begin 3.5 Performing meter validation T o perform meter v alidation: 1. Determine the meter factor(s) to use. Y ou ma y set an y combination of the mass flo w , volume flo w , and density meter factors.
36 Model 2700 Transmi tter with PROFIBUS-PA Calibration T o adjust meter factors: • W ith the EDD, bus parameters, or ProLink II, refer to the menu flo wcharts in Figure 3-8. • W ith the display , refer to the menu flowchart in Figure B-12. Figure 3-8 Adjusting meter factors Example The flo wmeter is installed and pr ov ed f or the fir st time.
Configuration a nd Use Manual 37 Calibration Star tup Conf iguration Calibration Before Y ou Begin 3.6 Performing zero calibration Zeroing the flo wmeter establishes the flo wmeter’ s poin t of reference when there is no flow . The meter was zeroed at the f actory , and should n ot require a f ield zero.
38 Model 2700 Transmi tter with PROFIBUS-PA Calibration Figure 3-9 Zeroing procedure – EDD Figure 3-10 Zeroing procedure – Bus par ameters Calibration > Zero Cal Modify zero time if desired Sta.
Configuration a nd Use Manual 39 Calibration Star tup Conf iguration Calibration Before Y ou Begin Figure 3-11 Zeroing procedure – ProLink II 3.7 Performing density calibration Density calibration i.
40 Model 2700 Transmi tter with PROFIBUS-PA Calibration Note: Befor e performing the calibr ation, r ecord your curr ent calibration par ameters. If you ar e using Pr oLink II, you can do this by sa ving the curr ent configur ation to a f ile on the PC.
Configuration a nd Use Manual 41 Calibration Star tup Conf iguration Calibration Before Y ou Begin Figure 3-12 D1 and D2 densit y calibration – EDD Figure 3-13 D1 and D2 densit y calib ration – Bu.
42 Model 2700 Transmi tter with PROFIBUS-PA Calibration Figure 3-14 D1 and D2 densit y calibration – ProLink II D2 Calibration D1 Calibration Enter density of D1 fluid Calibration in Progress light .
Configuration a nd Use Manual 43 Calibration Star tup Conf iguration Calibration Before Y ou Begin Figure 3-15 D3 or D3-and-D4 density calibration – EDD Figure 3-16 D3 or D3-and-D4 density ca librat.
44 Model 2700 Transmi tter with PROFIBUS-PA Calibration Figure 3-17 D3 or D3-and-D4 densit y calibration – ProLink II 3.8 Performing temperature calibration T emperature calibration is a two-point procedure: temperature of fset calibration and temperature slope calibration.
Configuration a nd Use Manual 45 Calibration Star tup Conf iguration Calibration Before Y ou Begin Figure 3-18 T emperature calibration – ProLink II Enter temperature of high-temperature fluid Tempe.
46 Model 2700 Transmi tter with PROFIBUS-PA.
Configuration a nd Use Manual 47 Star tup Conf iguration Calibration Before Y ou Begin Chapter 4 Configuration 4.1 Overvie w This section describes ho w to change the operating settings of the transmitter .
48 Model 2700 Transmi tter with PROFIBUS-PA Configuration 4.4 Configuring st andard volu me flow measurement for gas T wo types of v olume flo w measurement are a v ailable: • Liquid v olume (the default) •G a s s t a n d a r d v o l u m e Only one type of v olume flow measurement can be performed at a time (i.
Configuration a nd Use Manual 49 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y .
50 Model 2700 Transmi tter with PROFIBUS-PA Configuration Figure 4-3 Ena bling and configuri ng gas standard vo lume – ProLink II Flow tab Set Vol Flow Type to Std Gas Volume Apply ProLink > Conf.
Configuration a nd Use Manual 51 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
52 Model 2700 Transmi tter with PROFIBUS-PA Configuration Ta b l e 4 - 3 Volume flow measurement units – Li quid V olume flow unit EDD ProLink II Dis play Unit description CFS ft3/sec CUFT/S Cubic f.
Configuration a nd Use Manual 53 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y .
54 Model 2700 Transmi tter with PROFIBUS-PA Configuration Although pressure units are listed in T able 4-7, th e transmitter does not meas ure pressure.
Configuration a nd Use Manual 55 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
56 Model 2700 Transmi tter with PROFIBUS-PA Configuration Petroleum measurement referenc e tables Reference tables are or ganized by reference temp erature, CTL deri vation method, liquid type, and density unit. The table selecte d here controls all the remaining options.
Configuration a nd Use Manual 57 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
58 Model 2700 Transmi tter with PROFIBUS-PA Configuration Figure 4-4 Setting the petroleum me asurement table type Setting the reference temperature For the temperature v alue to be us ed in CTL calc .
Configuration a nd Use Manual 59 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
60 Model 2700 Transmi tter with PROFIBUS-PA Configuration HFCS 42 Cur ve represents a h ydrometer scale for HFCS 42 (high fructose cor n syrup) solutions th at indica tes the percent by mass of HFCS in solution.
Configuration a nd Use Manual 61 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
62 Model 2700 Transmi tter with PROFIBUS-PA Configuration 4.8 Changing the output scale The AI function bloc ks can be configured to scale their outpu t. The output scale is establis hed by defining a process vari able value at 0% of scale and at 100% of scale.
Configuration a nd Use Manual 63 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
64 Model 2700 Transmi tter with PROFIBUS-PA Configuration Figure 4-8 Chan ging alarm values EDD Bus para meters.
Configuration a nd Use Manual 65 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
66 Model 2700 Transmi tter with PROFIBUS-PA Configuration 4.10 Configuring status a larm severity The se verity le vel of some status alarms can be reclassif ied. F or ex ample: • The default se verity le vel for Alarm A020 (calib ration factors unentered) is F ault, but you can reconfigure it t o either Informational or Ignore.
Configuration a nd Use Manual 67 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin T o configure status alarm se verity , refer to the fl owcharts in Figure 4-11.
68 Model 2700 Transmi tter with PROFIBUS-PA Configuration 4.11 Changing the dampi ng values A damping v alue is a period of tim e, in seconds, ove r which the pro cess v ariable v alue will change to reflect 63% of the change in th e actual process. Damping helps the transmitter smooth out small, rapid measurement fluctuations.
Configuration a nd Use Manual 69 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y .
70 Model 2700 Transmi tter with PROFIBUS-PA Configuration When you specify a ne w damping v alue, it is automatically rounded do wn to the nearest v alid damping v alue.
Configuration a nd Use Manual 71 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Figure 4-13 Config uring slug flow limits and duration 4.
72 Model 2700 Transmi tter with PROFIBUS-PA Configuration Figure 4-14 Configuring cutoffs MMI Coriolis Flow > Transducer Block > Measurement > Process Variable Mass Flow Mass Flow Low Cutoff .
Configuration a nd Use Manual 73 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
74 Model 2700 Transmi tter with PROFIBUS-PA Configuration 4.15 Configuring sensor para meters The sensor parameters are used to describe the sensor component of your flo wmeter .
Configuration a nd Use Manual 75 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
76 Model 2700 Transmi tter with PROFIBUS-PA Configuration Figure 4-17 Config uring the display – EDD menus Figure 4-18 Config uring the display – bus p arameters Figure 4-19 Configuring the displ .
Configuration a nd Use Manual 77 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin 4.
78 Model 2700 Transmi tter with PROFIBUS-PA Configuration 4.16.6 Changing the display variables and precision The display can sc roll through up to 15 process variables in any order . Y ou can select the process v ariables you wish to see and the or der in which they should appear .
Configuration a nd Use Manual 79 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y .
80 Model 2700 Transmi tter with PROFIBUS-PA Configuration 4.17 Enabling LD Optimization LD Optimization is a special compensation is th at is specif ically fo r hydrocarbon liquids. LD Optimization should not be used with an y other proc ess fluids. LD Op timization is a v ailable only with certain larg e sensor sizes.
Configuration a nd Use Manual 81 Configuration Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y ou Begin Star tup Conf iguration Calibration Before Y .
82 Model 2700 Transmi tter with PROFIBUS-PA.
Configuration a nd Use Manual 83 T roubleshooting Display Diagrams Operation Chapter 5 Operation 5.1 Overvie w This chapter describes how to us e the transmitter in e veryday oper ation. The follo wing topics and procedures are discussed: • Using the I&M functions (Section 5.
84 Model 2700 Transmi tter with PROFIBUS-PA Operation Record the following process v ariables: • Flow r ate • Density •T e m p e r a t u r e • T ube frequency • Pickof f voltage •D r i v e g a i n T o view t hese va lues, refer to Section 5.
Configuration a nd Use Manual 85 Operation T roubleshooting Display Diagrams Operation 5.4.2 With ProLink II The Process V ariables windo w open s automatically when you first co nnect to the transmitter .
86 Model 2700 Transmi tter with PROFIBUS-PA Operation Figure 5-1 Sensor simulation mode – ProLink II 5.6 Accessing diagnostic information with a PROFIBUS host The transmitter sends diagnostic in formation to a PR OFIBUS host in the form of sla v e diagnostic response bytes.
Configuration a nd Use Manual 87 Operation T roubleshooting Display Diagrams Operation The status LED is located at the top of the display (Figure 5-2). The status LED can be in o ne of six possible states, as listed in T abl e 5-1. The procedure for respondi ng to alarms is sho wn in Figure B-5.
88 Model 2700 Transmi tter with PROFIBUS-PA Operation Note: The location o f alarms in the Status and Alarm Log windows is not affected by the con figu r ed alarm severity (see Section 4.10). Alarms in th e Stat us window ar e pr edef ined as Critical, Informational, or Operational.
Configuration a nd Use Manual 89 Operation T roubleshooting Display Diagrams Operation Figure 5-3 T otalizer and in ventory values on display With ProLink II T o view t he current v alue of the totalizers and in v entories with ProLink II, select ProLink > T otalizer or ProLin k > API T otalizer , or ProLink > CM T otalizer .
90 Model 2700 Transmi tter with PROFIBUS-PA Operation With EDD T o view the current value of the totalizers and in ventories: • For standard mass, liquid standard volume, and gas standard volume, select View > Pr ocess V ariable s > T otalizer and then select Mass or Vo l u m e .
Configuration a nd Use Manual 91 Operation T roubleshooting Display Diagrams Operation With Prolink II T o control concentra tion measurement totalizers and in ventories, choose ProLink > CM T otalize r Contro l . T o control all other totalizer and in v entory functions, ch oose ProLink > T otalizer Contr ol .
92 Model 2700 Transmi tter with PROFIBUS-PA.
Configuration a nd Use Manual 93 T roubleshooting Display Diagrams Operation Chapter 6 T roubleshooting 6.1 Overvie w This section describes guidelines and procedures for tro ubleshooting the flo wmeter .
94 Model 2700 Transmi tter with PROFIBUS-PA T ro ubleshooting 6.4 T ransmitter does not communicate If the transmitter does not appear to be communicating on the net work, then: • Make sure the PR OFIBUS network has proper termination.
Configuration a nd Use Manual 95 T ro ubleshooting T roubleshooting Display Diagrams Operation 6.7 Output problems 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 .
96 Model 2700 Transmi tter with PROFIBUS-PA T ro ubleshooting Erratic non-z ero flow ra te under no-flow conditions Wiring problem V erify all sensor-to-transmitter wir ing and ensure the wires are making good contact. Refer to the installation manual.
Configuration a nd Use Manual 97 T ro ubleshooting T roubleshooting Display Diagrams Operation Inaccurate flo w rate Bad flow cal f actor V e rify characterization. See Section 6.7.4. Inappropri ate measurement unit Check measurement units using a PRO FIBUS host or configur ation tool.
98 Model 2700 Transmi tter with PROFIBUS-PA T ro ubleshooting 6.7.1 Damping An incorrectly set damping value may mak e the transm itter’ s output appear too sluggish or too jumpy . Adjust the damping parameters in the transducer block to achie ve the da mping ef fect you w ant.
Configuration a nd Use Manual 99 T ro ubleshooting T roubleshooting Display Diagrams Operation 6.8 Status alarms Status alarms are reported by a PR OFIBUS host, the display , and ProLink II softw are. Remedies for the alarm s tates appear i n T able 6-4.
100 Model 2700 Tra nsmitter with PROFIBUS-PA T ro ubleshooting A010 Calibration failure If alarm appears dur ing zero , ensure there is no flow through the sensor , then retr y . Cycle power to the flowmeter , then retr y . A011 Calibration too l ow Ensure there is no flow through sensor, then retry .
Configuration a nd Use Manual 101 T ro ubleshooting T roubleshooting Display Diagrams Operation A028 Sensor/transmitter write failure Cycle power to the meter . The flowmeter might need service. Contact Micro Motion Customer Ser vice. A030 Hardware/software incompatible The loaded softw are is not compatible wi th the programmed board type.
102 Model 2700 Tra nsmitter with PROFIBUS-PA T ro ubleshooting 6.9 Diagnosing wiring problems Use the procedures in this section to check the transmitter installatio n for wiring problems. Installation procedures are prov ided in the manual entitled Model 1700 and Model 2700 T ransmitters: Installation Manual .
Configuration a nd Use Manual 103 T ro ubleshooting T roubleshooting Display Diagrams Operation 6.9.3 Ch ecking the grounding The sensor and the transmitter must be grounded. If the core processor is installed as part of the transmitter or the sensor , it is grounded automatically .
104 Model 2700 Tra nsmitter with PROFIBUS-PA T ro ubleshooting 6.12 Checking the test points Y ou can diagnose sensor failure or o verran ge status alarms by checking the flo wmeter test points. The test points include left and right pickof f voltages, dri v e gain, and tube frequency .
Configuration a nd Use Manual 105 T ro ubleshooting T roubleshooting Display Diagrams Operation 6.12.3 Excessive drive gain The causes and possible solutions of e xces siv e dri ve gain are listed in T a ble 6-7. 6.12.4 Erratic drive gain The causes and possible solutions of e rratic dri ve gain are listed in T able 6-8.
106 Model 2700 Tra nsmitter with PROFIBUS-PA T ro ubleshooting 6.12.5 Low pickoff voltag e The causes and possible solutions of lo w pickof f voltage are listed in T able 6-9.
Configuration a nd Use Manual 107 T ro ubleshooting T roubleshooting Display Diagrams Operation 6.13 Checking the core proc essor T wo core processor procedures are av ailable: • Y ou can check the core proce sso r LED. The core processor has an LED that indicates dif ferent flo wmeter conditions.
108 Model 2700 Tra nsmitter with PROFIBUS-PA T ro ubleshooting 6.13.2 Checking the core pro cessor LED Do not shut of f po wer to the transmitter when checking the core processor LED. T o check the core processor LED: 1. Expose the core proc essor according to the instructions in Section 6.
Configuration a nd Use Manual 109 T ro ubleshooting T roubleshooting Display Diagrams Operation 6.13.3 Core processor resistance test T o perform the core pro cessor resistance test: 1. Disconnect po wer to the tr ansmitter and core processor . 2. Expose the core proc essor according to the instructions in Section 6.
110 Model 2700 Tra nsmitter with PROFIBUS-PA T ro ubleshooting 6.14 Checking sensor coils and R TD Problems with sensor coils can cause sev eral al arms, including sensor fa ilure and a v ariety of out-of-range conditions. Checking the sensor coils in volv es testing th e terminal pairs and testing for shorts to the case.
Configuration a nd Use Manual 111 T ro ubleshooting T roubleshooting Display Diagrams Operation 8. T est the terminal pairs as follows: • Bro wn against all other terminals e xcept Red • Red again.
112 Model 2700 Tra nsmitter with PROFIBUS-PA T ro ubleshooting 5. If you hav e a standard core processor, loosen the capti ve screw (2,5 mm ) at the center of the core processor . Carefully remov e the core processor from the sensor by grasping it and lifting it straight up.
Configuration a nd Use Manual 113 T ro ubleshooting T roubleshooting Display Diagrams Operation Figure 6-2 Sensor pins – Standard core proce ssor Figure 6-3 Sensor pins – Enhanced core proc essor .
114 Model 2700 Tra nsmitter with PROFIBUS-PA T ro ubleshooting Reinstalling the core processor If you removed the core processor , replace the core processor acc ording to the instruc tions below .
Configuration a nd Use Manual 115 T roubleshooting Display Diagrams Operation Appendix A Flowmeter Installation T ypes and Components A.1 Overview This appendix provides illustrations of dif feren t flowmeter installations and components for the Model 2700 transmitter .
116 Model 2700 Tra nsmitter with PROFIBUS-PA Flowmeter Installat ion T yp es and Components Figure A-1 Installation types T ransmitter Sensor Junction bo x 9-wire cable 9-wire remote Core processor (s.
Configuration a nd Use Manual 117 Flowmeter Installat ion T yp es and Components T roubleshooting Display Diagrams Operation Figure A-2 T ransmitte r and core proces sor co mponents — Integral insta.
118 Model 2700 Tra nsmitter with PROFIBUS-PA Flowmeter Installat ion T yp es and Components Figure A-4 T ransmitte r/core processor asse mbly expl oded view — 9-wire remote installations Figure A-5 .
Configuration a nd Use Manual 119 Flowmeter Installat ion T yp es and Components T roubleshooting Display Diagrams Operation Figure A-6 4-wire cable between Model 2700 transmitter and standard core pr.
120 Model 2700 Tra nsmitter with PROFIBUS-PA Flowmeter Installat ion T yp es and Components Figure A-8 9-wire cable between sens or junction box and core pro cessor Figure A-9 Output and power supply .
Configuration a nd Use Manual 121 T roubleshooting Display Diagrams Operation Appendix B Using the Display B.1 Overview This appendix describes th e basic use of the displa y and provides a menu tree for the display . Y ou can use the menu tree to locate and pe rform display comm ands quickly .
122 Model 2700 Tra nsmitter with PROFIBUS-PA Using the Display B.3 Using the optical switches The Scro ll and Select optical switches are used to navig ate th e display menus. T o acti v ate an optical switch, touch the lens in front of the optical switch or mov e your f inger ov er the optical switch close to the lens.
Configuration a nd Use Manual 123 Using the Display T roubleshooting Display Diagrams Operation B.4.3 Using display menus Note: The display menu system pr o vides access to basic transmitter functio ns and data. It does n ot pr ovide access to all functions and data.
124 Model 2700 Tra nsmitter with PROFIBUS-PA Using the Display B.4.5 Entering floating-point values with the display Certain configuration v alues , such as meter factor s or output rang es, are entered as floating-point v alues.
Configuration a nd Use Manual 125 Using the Display T roubleshooting Display Diagrams Operation Figure B-3 Numeric values in exponential notation T o cha nge from exponen tial to decimal notation: 1. Select until the E is flashing. 2. Scroll to d . 3.
126 Model 2700 Tra nsmitter with PROFIBUS-PA Using the Display B.5 Abbreviations The display uses a number of abbre viations. T able B -1 lists the abbreviations used by the display .
Configuration a nd Use Manual 127 Using the Display T roubleshooting Display Diagrams Operation B.6 Display menus Figures B-4 through B-16 sho w the commands accessible through the display .
128 Model 2700 Tra nsmitter with PROFIBUS-PA Using the Display Figure B-6 Display menu – Smart Meter Verification: Run verification OUTPUTS ARE YOU SURE/YES? .
Configuration a nd Use Manual 129 Using the Display T roubleshooting Display Diagrams Operation Figure B-7 Display menu – Smart Meter Verification: Read results RUN VERFY RES ULTS READ SCHEDULE VERF.
130 Model 2700 Tra nsmitter with PROFIBUS-PA Using the Display Figure B-8 Display menu – Smart Meter Verification: Scheduling Figure B-9 Display menu – Off-line Maintenance RUN VERFY RESULTS READ .
Configuration a nd Use Manual 131 Using the Display T roubleshooting Display Diagrams Operation Figure B-10 Display menu – Off-line Ma intenance: Configuration Figure B-11 Display menu – Off-line .
132 Model 2700 Tra nsmitter with PROFIBUS-PA Using the Display Figure B-13 Display menu – Off-line Maiinte nance: Configuration: Di splay Figure B-14 Display menu – Off-line Maintena nce: Configur.
Configuration a nd Use Manual 133 Using the Display T roubleshooting Display Diagrams Operation Figure B-15 Display menu – Off-line Maintena nce: Configuratio n: AO blocks Figure B-16 Display menu .
134 Model 2700 Tra nsmitter with PROFIBUS-PA Using the Display Figure B-17 Display menu – Off-line Maintenance: Zeroin g OFF-LINE MAINT SWREV CONFG ZERO SENSOR VERFY Scroll Scrol l Scroll Select Select ………………….
Configuration a nd Use Manual 135 Status Byte s Block P arameters Diagnostic Bytes ProLink Appendix C Connecting with ProLink II C.1 Overview The instructions in this manual assume that users are alre.
136 Model 2700 Tra nsmitter with PROFIBUS-PA Connecting with ProLink II C.2.1 Con necting to the ser vice port T o temporarily connect to the service port, which is located in the non-intrinsi cally safe po wer-supply compartment: 1. Open the cov er to the intrinsically safe wiring compartment.
Configuration a nd Use Manual 137 Status Byte s Block P arameters Diagnostic Bytes ProLink Appendix D PROFIBUS-P A Status Byte D.1 Overview This appendix describes the status b yte reported by the transmitt er to a PR OFIBUS host.
138 Model 2700 Tra nsmitter with PROFIBUS-PA PROFIBUS-P A Status Byte Ta b l e D - 3 Sub-status format – U ncertain status Bits Meaning Comment 0000 Non-specific TR UE if the following alarm codes are active: A005, A008, A010, A011 , A012, A013, A021, A033, or A102.
Configuration a nd Use Manual 139 PROFIBUS-P A Status Byte Status Byte s Block P arameters Diagnostic Bytes ProLink D.3 Conde nsed-mode status byte fo rmat T able D-7 describes the format of the status byte when the transmitter is configured for condensed mode.
140 Model 2700 Tra nsmitter with PROFIBUS-PA PROFIBUS-P A Status Byte T otalizer F a il Saf e: UC_NON_SPECIFIC (0x40) C_UNCER T AINC_SUBSTITUTE_SET (0x4B) Fa i l s a fe – MEMOR Y mode UC_INITIAL_V AL (0x4C) C_UNCER T AIN_INITIAL _V ALUE (0x4F) When reset or preset totals.
Configuration a nd Use Manual 141 Status Byte s Block P arameters Diagnostic Bytes ProLink Appendix E Slave Diagnostic Response Bytes E.1 Overvie w This appendix describes the diagnostic byt es report ed by the transmitter to a PR OFIBUS host.
142 Model 2700 Tra nsmitter with PROFIBUS-PA Slave Diagnostic Resp onse Bytes Ta b l e E - 2 Byte 2 Bit Indic ation 0 Slav e must be parameterized 1 Static diagnostic: master requesti ng diagnostics u.
Configuration a nd Use Manual 143 Slave Diagnostic Resp onse Bytes Status Byte s Block P arameters Diagnostic Bytes ProLink Ta b l e E - 5 Byte 5 Bit Indic ation 0 Ident nu mber (MSB) (1) (1) The identification number will be 0x9742 when in pr ofile-specif ic I/O mode and 0x057A when in manufacturing-specific I/O mode .
144 Model 2700 Tra nsmitter with PROFIBUS-PA Slave Diagnostic Resp onse Bytes Ta b l e E - 8 Byte 8 Bit Indic ation 8 Status type = manuf acturer-s pecific (32 decimal, 0x20 hex) 9 10 11 12 13 14 15 Identifier f or stat us—alwa ys set to 1 Ta b l e E - 9 Byte 9 Bit Indic ation 8 Slot number of physical bloc k (per Profile 3.
Configuration a nd Use Manual 145 Slave Diagnostic Resp onse Bytes Status Byte s Block P arameters Diagnostic Bytes ProLink Ta b l e E - 1 1 Byte 11 Bit Indic ation 24 Reserved (alwa ys set to 0) 25 R.
146 Model 2700 Tra nsmitter with PROFIBUS-PA Slave Diagnostic Resp onse Bytes Ta b l e E - 1 4 Byte 14 Bit Indic ation 48 Reserved (alwa ys set to 0) 49 Reserved (alwa ys set to 0) 50 Reserved (alwa y.
Configuration a nd Use Manual 147 Slave Diagnostic Resp onse Bytes Status Byte s Block P arameters Diagnostic Bytes ProLink Ta b l e E - 1 7 Byte 17 Bit Indic ation 72 Line RT D temperature out-of-ran.
148 Model 2700 Tra nsmitter with PROFIBUS-PA Slave Diagnostic Resp onse Bytes Ta b l e E - 2 0 Byte 20 Bit Indic ation 96 Reserved 97 Reserved 98 Drive ov errange/par tially full tube (A1 02) 99 Data .
Configuration a nd Use Manual 149 Slave Diagnostic Resp onse Bytes Status Byte s Block P arameters Diagnostic Bytes ProLink Ta b l e E - 2 3 Byte 23 Bit Indic ation 120 Reser ved 121 Reser ved 122 Res.
150 Model 2700 Tra nsmitter with PROFIBUS-PA.
Configuration a nd Use Manual 151 Status Byte s Block P arameters Diagnostic Bytes ProLink Appendix F Model 2700 PROFIBUS Block Parameters F. 1 O v e r v i e w This appendix describes the bl ock parameters of the Model 270 0 transmitter with PR OFIBUS-P A.
152 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 20 ALE RT_KEY This parameter contains the identific ation number o f the plant unit. SIMPLE Unsign ed8 1 S 0 R /W NA NA 21 T ARGET_MODE This parameter contai ns desired mode normally set by a contr ol application of an operator .
Configuration a nd Use Manual 153 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink F .3.1 Physical bloc k object T able F-3 shows the physical block object.
154 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters F .3.2 Physical bloc k views T able F-4 shows the physical block vi e ws. F .4 T ransducer block 1 (measu rement, calibration, an d diagnosis) T able F-5 show s the parameters for transducer block 1.
Configuration a nd Use Manual 155 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 8 CALIBR_F ACT OR (DD Name :Flow Cal F actor) Gain compensati on value f or the flow senso r , so that flow indication is accurate as specified by the manufacturer.
156 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 26 DENSITY_UNITS (DD Name : Density Units) Selected unit code for DENSITY , DENSITY _LO_LI MIT and DENSITY _HI_LIMIT .
Configuration a nd Use Manual 157 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 59 SNS_V olT otalUn its (DD Name: V olume T otal/Inv Units) Standard or.
158 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters CALIBRA TION BLOCK 82 SNS_FlowCalT empCoe ff (DD Name: Flow T e mp Coeff (FT)) T emperature coeffi cient for flow V ARIABLE FLOA T 4 S 5.
Configuration a nd Use Manual 159 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 112 SNS_Enab lePresCom p (DD Name: Pressure Compensatio n Enable /Disab.
160 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 138 EMPTY Alarm Status 139 P A_StatusWords1 (DD Name: Alar m One Sta tus) Status W ord 1 ENUM BIT_E NUM ERA TED 2 D/2.
Configuration a nd Use Manual 161 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 143 P A_StatusWords5 (DD Name: Alar m Five Status) Status W ord 5 ENUM .
162 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 149 UNI_Ala rm_In dex (DD Name: Alar m N Index) Alarm Inde x ENUM Unsigned8 1 S 0 R/W 0 = Reserved 1 = NVM Failure 2 = RAM error /ROM error 3 = Sensor Fail 4 = T emp. Overrange 5 = Input Ov errang e 6 = T ransmitter not charactiz ed 7 = Reserved 8 = Dens.
Configuration a nd Use Manual 163 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink Diagnostics 160 SNS_DriveGain (DD Name :Drive Gain) Drive Gain RECORD 1.
164 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 185 FRF_AbortCode (DD Name: Abor t Code) Abor t Code ENUM Uns igned16 2 S --- R 0=No error 1=Manual Abor t 2=W atchdo.
Configuration a nd Use Manual 165 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 212 EMPTY 213 EMPTY 214 EMPTY 215 EMPTY 216 EMPTY 217 EMPTY 218 EMPTY 2.
166 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 22= CM: Density (Fixed SG Units) 23= CM: Stand ard V olume Fl ow Rate 24= CM: Stand ard V olume T otal 25= CM: Stand .
Configuration a nd Use Manual 167 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 78= Not used 79= Not used 80= Not used 81= Not used 82= Not used 83= No.
168 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 51 = Board T emperature 52 = Input V oltage 53 = Ext. Inp ut Pressure 54 = Not used 55 = Ext.
Configuration a nd Use Manual 169 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 233 UI_Pro cessV aria bles (LDO_V AR_2_CODE) (DD Name: Display V a riab.
170 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters F .4.1 T ransducer block 1 object T able F-6 sho ws the transd ucer block 1 object.
Configuration a nd Use Manual 171 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink F .4.2 T ransducer block 1 (measurement, calib ration, and diagno sis) views T able F-7 shows the vie ws for transduc er block 1.
172 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters F .4.3 T ransducer block 2 (device information , API, CM) parameters T able F-8 show s the parameters for transducer block 2.
Configuration a nd Use Manual 173 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 15 SNS_Flange T ype (DD Name : Sensor Fl ange) Flange T ype ENUM Unsign.
174 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 40 SNS_API2 540T ableT ype (DD Name: PM2540 CTL T able T ype) API 2540 CTL T a ble T yp e ENUM Unsi gned16 2 S API_ T.
Configuration a nd Use Manual 175 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 66 SNS_ED _CurveLock (DD Name: Lock/Unlock ED Curves) Lock Enhanced Den.
176 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters F .4.4 T ransducer block 2 object T able F-9 sho ws the transd ucer block 2 object.
Configuration a nd Use Manual 177 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink F .4.5 T ransducer block 2 (device information , API, CM) views T able F-10 sho ws the vie ws for transducer block 2. F .4.
178 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters PROFILE_ID –P rofile type of suppor t ing Profile V ARIABLE Unsigned16 2 S 0x9700 R -- Hard Coded PROFILE_SPE CIFIC_TYP E –Specifi c Profile T ype V ARIABLE Octet String 2 S 0x01 0x01 R- - B y t e 0 : BLOCK_OBJE CT .
Configuration a nd Use Manual 179 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink F .4.7 AI function block parameters T able F-12 shows the parameters for the AI function blocks.
180 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 35 ALARM_HYS (DD Name: AI Alarm Hys) Hysteresis SIMPLE FLOA T 4 S 0.
Configuration a nd Use Manual 181 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink F .4.8 Analog input block objects T able F-13 sho ws the analog input block objects. F .4.9 AI function block views T able F-14 sho ws the vie ws for the AI function blocks .
182 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters F .4.10 AO functio n block pa rameters T able F-15 lists the parameters for the A O function blocks.
Configuration a nd Use Manual 183 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink 37 IN_CHANNEL (DD Name: AO IN Ch annel) Ref erence to the activ e T ransducer Bloc k and its parameter that provi des the actual posit ion of the fina l control elemen t.
184 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters F .4.11 Analog output block ob jects T able F-16 sho ws the analog output block objects. F .4.12 AO function block views T able F-17 sho ws the vie ws for the A O function blocks.
Configuration a nd Use Manual 185 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink F .4.13 T ota lizer block parameters T able F-18 lists the parameters for the totalizer blocks.
186 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters 25 RESER VED T otalizer Function Bloc k Standard P a rameter s 26 TO T AL (DD Name: TO T T otal) The Function Block parameter TOT AL conta ins the integra ted quantity of the rate p arame ter p rovid ed by CHANNEL an d the associated status.
Configuration a nd Use Manual 187 Model 2700 PROFIBUS Blo ck Parameters Status Byte s Block P arameters Diagnostic Bytes ProLink F .4.14 T otalizer block objects T able F-19 sho ws the totalizer block objects. F .4.15 T otalizer function bloc k views T able F-20 sho ws the vie ws for the totalizer function blocks.
188 Model 2700 Tra nsmitter with PROFIBUS-PA Model 2700 PROFIBUS Blo ck Parameters Ta b l e F - 2 0 T otalizer f unction block view s OD Inde x Para meter Mnemonic Vie w 1 View 2 View 3 View 4 Standar.
Configuration a nd Use Manual 189 Index NE53 Appendix G NE53 Histor y G.1 Overview This appendix documents the change history of the Model 2700 transmitter with PR OFIBUS-P A software. G.2 Softwar e change histor y T able G-1 describes the change history of the transmitter software.
190 Model 2700 Tra nsmitter with PROFIBUS-PA NE53 History 10/2009 3.0 Software improvements 20000327 Re v . F A Improv ed EDD more closely matches ProLink II. Added petroleum measurement application. Added enhanced density application. Improv ed consistency with other Micro Motion 2700 transmitters.
Configuration a nd Use Manual 191 Index NE53 Index A Address node address 8 AI function block channels 8, 9 Alarm log 87 Alarm menu password 123 Alarms 63, 86, 99 display codes 99 high 63 hysteresis 6.
192 Model 2700 Tra nsmitter with PROFIBUS-PA Index E EDD 2, 3 Engineering units 51 Errors see Alarms Exponential notation 125 F Fault configuring alarms for 66 Flanges 74 Flow calibration values 24 Fl.
Configuration a nd Use Manual 193 Index Index NE53 S Safety 1 Scale 62 Scroll rate 77 Sensor material 74 Serial number 74 Service port 135, 136 Simulation mode sensor 85 Slave address 8 Slave diagnost.
194 Model 2700 Tra nsmitter with PROFIBUS-PA.
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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 Neonstr.
Een belangrijk punt na aankoop van elk apparaat Emerson Process Management Model 2700 (of zelfs voordat je het koopt) is om de handleiding te lezen. Dit moeten wij doen vanwege een paar simpele redenen:
Als u nog geen Emerson Process Management Model 2700 heb gekocht dan nu is een goed moment om kennis te maken met de basisgegevens van het product. Eerst kijk dan naar de eerste pagina\'s van de handleiding, die je hierboven vindt. Je moet daar de belangrijkste technische gegevens Emerson Process Management Model 2700 vinden. Op dit manier kan je controleren of het apparaat aan jouw behoeften voldoet. Op de volgende pagina's van de handleiding Emerson Process Management Model 2700 leer je over alle kenmerken van het product en krijg je informatie over de werking. De informatie die je over Emerson Process Management Model 2700 krijgt, zal je zeker helpen om een besluit over de aankoop te nemen.
In een situatie waarin je al een beziter van Emerson Process Management Model 2700 bent, maar toch heb je de instructies niet gelezen, moet je het doen voor de hierboven beschreven redenen. Je zult dan weten of je goed de alle beschikbare functies heb gebruikt, en of je fouten heb gemaakt die het leven van de Emerson Process Management Model 2700 kunnen verkorten.
Maar de belangrijkste taak van de handleiding is om de gebruiker bij het oplossen van problemen te helpen met Emerson Process Management Model 2700 . Bijna altijd, zal je daar het vinden Troubleshooting met de meest voorkomende storingen en defecten #MANUAl# samen met de instructies over hun opplosinge. Zelfs als je zelf niet kan om het probleem op te lossen, zal de instructie je de weg wijzen naar verdere andere procedure, bijv. door contact met de klantenservice of het dichtstbijzijnde servicecentrum.
