PROline promass 80 Valid as of software version: …

1 BA058D/06/ as of software version :V (amplifier)V (communication) PROline promass 80 Coriolis Mass Flow Mesuring SystemDescription of Device FunctionsMASS FLOWVOLUME FLOWDENSITYTEMPERATUREUNIT VOLUMEUNIT MASS FLOWUNIT MASSCOMMISSIONINGLANGUAGEASSIGN LINE 1 SUMASSIGNTOTALIZERASSIGN CURRENTOPERATIONMODEASSIGN STATUSOUTPUTASSIGN STATUSINPUTTA GNAMEASSIGNLF-CUTOFFINSTALLATIONDIRECTIO NK-FACTORACTUAL SYSTEMCONDITIONFAILSAFE CODEASSIGN LINE 2 OVERFLOWCURRENT SPANASSIGNFREQUENCYON-VALUEAKTIVE LEVELTA GDESCRIPTIONON-VALUEMEASURINGMODEZEROPOI NTPREVIOUS FLOWDEFINE PRIVATECODE100% VALUELINE 1100% VALUELINE 2 UNIT SUMVALUE 0_4 mAVALUE 20 mAEND

2 VALUEFREQUENCYOFF-VALUEMIN. PULSE WIDTHBUS ADDRESSEOFF-VALUEPOSITVE ZERORETURNNOMINALDIAMETERASSIGN SYSTEMERRORVALUESIMULATIONSTATUS ACCESSVALUE F LOWTIME CONSTANTSIMULATIONSTATUSHART PROTOCOLEPDSYSTEMDAMPINGSENSORTYPEERRORC ATEGORYMEASURINGVALUESSYSTEM UNITSQUICK SETUPOPERATIONUSER DATASUPERVISIONSIMULATION VERSIONAMP. VERSIONMASS FLOWVOLUME FLOWDENSITYTEMPERATUREUNIT VOLUMEUNIT MASS FLOWUNIT MASSCOMMISSIONINGLANGUAGEASSIGN LINE 1 SUMASSIGNTOTALIZERASSIGN CURRENTOPERATIONMODEASSIGN STATUSOUTPUTASSIGN STATUSINPUTTA GNAMEASSIGNLF-CUTOFFINSTALLATIONDIRECTIO NK-FACTORACTUAL SYSTEMCONDITIONFAILSAFE CODEASSIGN LINE 2 OVERFLOWCURRENT SPANASSIGNFREQUENCYON-VALUEAKTIVE LEVELTA GDESCRIPTIONON-VALUEMEASURINGMODEZEROPOI NTPREVIOUS FLOWDEFINE PRIVATECODE100% VALUELINE 1100% VALUELINE 2 UNIT SUMVALUE 0_4 mAVALUE 20 mAEND VALUEFREQUENCYOFF-VALUEMIN.

3 PULSE WIDTHBUS ADDRESSEOFF-VALUEPOSITVE ZERORETURNNOMINALDIAMETERASSIGN SYSTEMERRORVALUESIMULATIONSTATUS ACCESSVALUE F LOWTIME CONSTANTSIMULATIONSTATUSHART PROTOCOLEPDSYSTEMDAMPINGSENSORTYPEERRORC ATEGORYMEASURINGVALUESSYSTEM UNITSQUICK SETUPOPERATIONUSER DATASUPERVISIONSIMULATION VERSIONAMP. VERSIONCOMMISSIONINGLANGUAGEASSIGN LINE 1 SUMASSIGNTOTALIZERASSIGN CURRENTOPERATIONMODEASSIGN STATUSOUTPUTASSIGN STATUSINPUTTA GNAMEASSIGNLF-CUTOFFINSTALLATIONDIRECTIO NK-FACTORACTUAL SYSTEMCONDITIONFAILSAFE CODEASSIGN LINE 2 OCURRENT SPANASSIGNFREQUENCYON-VALUEAKTIVE LEVELTA GDESCRIPTIONON-VALUEMEASURINGMODEZEROPOI NTPREVIOUS SETUPOPERATIONUSER DATASUPERVISIONSIMULATION VERSIONAMP.

4 VERSIOND evice Functions PROline promass 802 Endress +HauserDevice Functions PROline promass 80 Table of ContentsEndress+Hauser3 Table of Contents1 Function matrix PROline promass 80 .. The function matrix: layout and use .. Graphical illustration of the function matrix .. 62 Group MEASURING VALUES .. 73 Group SYSTEM UNITS .. 84 Group QUICK SETUP .. 135 Group OPERATION .. 156 Group USER INTERFACE .. 177 Group TOTALIZER 1/2 .. 208 Group HANDLING TOTALIZER .. 229 Group CURRENT OUTPUT 1/2 .. 2310 Group PULSE/FREQUENCY OUTPUT .. 2911 Group STATUS OUTPUT.

5 Information on the response of the status output .. Switching action of the status output .. 4112 Group STATUS INPUT .. 4213 Group COMMUNICATION .. 4414 Group PROCESS PARAMETER .. 4515 Group SYSTEM PARAMETER .. 4916 Group SENSOR DATA .. 5217 Group SUPERVISION .. 5418 Group SIMULATION SYSTEM .. 5619 Group SENSOR version .. 5720 Group AMPLIFIER version .. 5721 Factory settings .. SI units (not for USA and Canada) .. US units (only for USA and Canada) .. 5922 Index of key words .. 61 Table of ContentsDevice Functions PROline promass 804 Endress +HauserRegistered trademarksHART Registered trademark of HART Communication Foundation, Austin, USAS-DAT , T-DAT , F-CHIP Registered trademarks of Endress+Hauser Flowtec AG, Reinach, CHDevice Functions PROline promass 801 Function matrix PROline promass 80 Endress+Hauser51 Function matrix PROline promass function matrix: layout and useThe function matrix is a two-level construct.

6 The groups form one level, functions the groups are the highest-level grouping of the control options for the measuring group comprises a number of select a group in order to access the individual functions for controlling or parameterizing the measuring will find an overview of the groups in the table of contents on Page 3 and in the graphical representation of the function matrix on Page will also find an overview of the functions on Page 6, complete with the page references of the detailed function descriptions of the individual functions start on Page of how to parameterize a function (in this case changing the language for the user interface): Entry into the function matrix (F-key).

7 Select the OPERATION group. Select the LANGUAGE function, change the setting from ENGLISH to DEUTSCH with OS and save F (all texts displayed on the user interface appear in German). Exit the function matrix (ESC > 3 seconds).F-x0xxxxxx-19-xx-xx-xx-000>3s-+ EEscEEEEEEEEE + +Esc +Esc +Esc E1 Function matrix PROline promass 80 Device Functions PROline promass 806 Endress + Graphical illustration of the function matrixUNIT LENGTH (p. 12)ACTUAL FREQ.(p. 33)DENSITY SET VALUE(p. 47)DENSITY COEF. C 1(p. 53)UNIT TEMPERATURE(p. 11)TEST DISPLAY(p. 19)VALUE SIM. CURR. (p. 28)FAILSAFE VALUE (p.)

8 33)VALUE SIMULATION PULSE (p. 37)ZERO POINT ADJUST (p. 47)DENSITY COEF. C 0(p. 53)OPERATION HOURS(p. 55)UNIT REF. DENSITY (p. 11)BACKLIGHT(p. 19)SIMULATION CURR.(p. 27)FA I LS AF E M OD E(p. 33)SIMULATION PULSE(p. 37)FIX. REF. DENSITY(p. 47)CAL. COEF. KD 2(p. 52)MAX. TEMP. CARR.(p. 53)SYSTEM RESET(p. 55)UNIT DENSITY(p. 11)CONTRAST LCD(p. 19)ACTUAL CURRENT(p. 27)TIME CONSTANT(p. 32)FAILSAFE MODE(p. 36)VAL. SIM. SWIT. PNT(p. 39)EPD RESPONSETIME (p. 46)CAL. COEF. KD 1(p. 52)MIN. TEMP. CARR.(p. 53)ALARM DELAY(p. 55)TEMPERATURE(p. 7)UNIT CORR. VOLUME (p. 10)DISPLAY DAMPING(p. 19)RESET TOTAL.

9 (p. 21)FAILSAFE MODE(p. 27)OUTPUT SIGNAL (p. 32)OUTPUT SIGNAL(p. 36)SIM. SWITCH POINT (p. 39)DEVICE ID (p. 44)EPD VALUE HIGH(p. 46)TEMP. COEF. KT(p. 52)MAX. TEMP. MEAS.(p. 53)ERROR CATEGORY(p. 55)REFERENCE DENSITY (p. 7)UNIT CORR. VOL. FLOW (p. 10)ACCESS CODE COUNTER (p. 16)FORMAT (p. 18)TOTALIZER MODE(p. 21)TIME CONSTANT(p. 27)VA LUE F HIG H (p. 30)PULSE WIDTH(p. 35)ACTUAL STATUS(p. 39)VAL. SIM. STAT. IN(p. 43)MANUFACTURER ID(p. 44)EPD VALUE LOW(p. 46)PRESSURE(p. 48)FLOW DAMPING (p. 51)TEMP. COEF. KM 2(p. 52)MIN. TEMP. MEAS.(p. 53)ASSIGN PROC. ERR. (p. 54)DENSITY(p. 7)UNIT VOLUME(p. 9)STATUS ACCESS(p.)

10 16)100% VALUE(p. 18)UNIT TOTALIZER(p. 21)VA LUE 2 0 mA(p. 24)VA L U E F L OW (p. 30)PULSE VALUE(p. 35)TIME CONSTANT(p. 39)SIM. STATUS IN(p. 42)HART PROTOCOL (p. 44)EMPTY PIPE DET.(p. 46)PRESSURE MODE(p. 48)DENSITY DAMPING(p. 51)TEMP. COEF. KM(p. 52)DENSITY COEF. C 5(p. 53)ERROR CATEGORY (p. 54)SW-REV. I/O(p. 57) (p. 7)UNIT VOLUME FLOW(p. 9)DEF. PRIVATE CODE(p. 16)100% VALUE(p. 18)OVERFLOW(p. 20)VALUE 0_4 mA(p. 24)END VALUE FREQ.(p. 29)ASSIGN PULSE(p. 34)OFF-VALUE (p. 38)MIN. PULSE WIDTH(p. 42)BUS ADDRESS(p. 44)OFF-VAL. LF-CUT OFF(p. 45)RESTORE ORIGINAL (p. 48)POS. ZERO RETURN (p.