ABB 50SM1000 Instruction Bulletin Download Page 49

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Electromagnetic Flowmeter Converter

7.5

Assembled Module

Amplifier and Integrator Module

Ref

amplified

approx. 5 V

rms

Output Phase Selective Rectifier

Pot for
flow signal
symmetry

Pot for
reference
voltage
symmetry

Changing the potentiometers requires a
recalibration of the converter!

Connection to
Analog Board

Pot for
Phase
Setting

Flow signal ampli-
fied approx. 400x
Noise voltage
max. 200 mV

Voltage values based on
U

Ref

= 100 mV

rms.

Fig.22

Amplifier and Integrator Module

Current Output Module

Current Output Module

HART-Assembled (rear view)

Fig.23

Current Output HART-Assembled (Option)

Summary of Contents for 50SM1000

Page 1: ...6 2001 Instruction Bulletin Software Revisions C 4X X 3X higher Standard Design EPROM Part No D699B154U01 HART Design EPROM Part No D699B164U01 For Flowmeter Primaries with AC Magnetic Field Excitation Models DS21_ DS4_ 10DS2111 10DS2112 10DS3111 10DS3112 10DS3121 10DI1425 10D1422 ...

Page 2: ... and software improvements without prior notice Any questions which may arise that are not specifically answered by these instructions should be referred to our main plant in Göttingen Germany Tel 49 551 905 0 or to ourTechnical Service Department The interference resistance of this converter complies with the NAMUR Recommendations EMC Guidelines for Manufacturers and Operators of Electrical Instr...

Page 3: ...ed Observe the warning notes designated in this document by the symbol Hazardous Material Information In view of the Disposal Law of 27 Aug 86 AbfG 11 Special Wastes the owner of special wastes is responsible for its care and the employer also has according to the Hazardous Material Law of 01 Oct 86 GefStoffV 17 General Protection Responsibility a responsibility to protect his employees we must ma...

Page 4: ......

Page 5: ...or Retrofitting Converter 50SM1000 in 19 Design Flowmeter Primary 10D1422 13 2 7 Interconnection Examples for Peripherals 15 3 Start Up 16 3 1 Preliminary Checks 16 3 2 Zero Check 16 3 3 Dynamic Zero Compensation 16 4 Maintenance 16 5 Data Entry 17 5 1 General Description 17 5 1 1 Data Entry Information 18 5 1 2 Direct Numeric Entries 18 5 1 3 Entries from a Table 18 5 1 4 Terminating Data Entry 1...

Page 6: ...sign 50SM1000 39 7 3 Analog Board MAG SM 41 7 4 Digital Board MAG SM 42 7 5 Assembled Module 43 8 Replaceable Parts List Converter 50SM1000 Field Mount Housing 46 8 1 Replaceable Parts List Converter 50SM1000 19 Design 47 9 Safety Information per EN 61010 1 48 9 1 Additional Information for Profibus DP 49 9 2 Additional Information for Connecting to HART Protocol 49 9 3 Additional Information for ...

Page 7: ...one 19 Card Frame The 19 Card Frames per DIN 41494 will fit in any 19 Cabinet or Rack see Dimension Drawings on Page 2 19 Stainless Steel Protective Housing When mounting the 19 stainless steel protective housing see Dimension Drawings on Page 2 in 3 HE or 6 HE and larger a heavy duty anchor Hilti HSA Anchor is recommended for mounting to a wall Rear Panel Mount Housing for 19 Converter After the ...

Page 8: ...sions 19 Insert with Card Frame Rear Panel Mount Housing Stainless Steel All Dim s in mm Min Distance for Cable Entry Control Card only for contact output relay 184 184 199 199 CPU Contrast Tot C CE ENTER 1 2 3 4 8 7 6 5 9 0 170 3 3 3 295 270 172 188 1 1 ABB Panel Cutout 3 x Blind Plugs Pg 13 5 5 x Cable Connectors Pg 13 5 2 x 2 Clamp Brackets 426 72 465 1 106 4 35 3 112 5 128 4 57 1 122 4 132 5 F...

Page 9: ... 60 Hz Flowmeter Primaries 10DS3112 in Ex Design The magnet coiuls are supplied directly from the converter over terminals F1 F3 with a shielded cable e g 2x1 5 mm2 Excitation voltage approx 12 V AC 50 60 Hz Flowmeter Primaries 10DS3111 10DS3121 in Ex Design The magnet coils are supplied directly from the converter over terminals M1 M3 with a shielded cable e g 2x1 5 mm2 Excitation voltage approx ...

Page 10: ... primary and the converter The supply voltage for the MAG SM with a preamplifier is connected to terminals U and U instead of 1S and 2S If the actual flow direction does not agree with the direction indicated by the arrow on the flowmeter primary the connections to terminals 1 and 1S must be interchanged with those to 2 and 2S For flowmeter primaries with preamplifiers only the connections to term...

Page 11: ...otection Class IP 67 assured 1 3 2 Fig 3 Cable Insertion with Screwless Spring LoadedTerminals SE SE 3A 16 M3 M1 U 1 2 U 3 3A16 Signal Cable Excitation Current Cable e g shielded 2x1 5 mm2 Signal Cable Excitation Current Cable e g shielded 2x1 5 mm2 Flowmeter Primary with Preamplifier Terminal Designations Connections 1 2 1S 2S U U 16 3a 3 SE M1 M3 Flow signal leads red and blue Flow signal lead s...

Page 12: ... M1 M3 L N Flow signal leads Flow signal lead shields Preamplifier supply voltage Reference voltage lead Reference voltage lead shield Inner cable shield copper common Magnetic field excitation connections from converter For 20 DN 500 Supply power see Instrument Tag 20 DN 500 14 16 DN 350 DN 400 Standard Design Supply Power Signal Cable FP Connection Box with Preamplifier for Fluids with Low Condu...

Page 13: ...end of the outer shield is to be connected at the converter 1L1 L N M1 M3 V1 1L2 V2 V3 V4 11R 9 11 9 58 57 56 55 T T R R E7 C7 E8 C8 P1 P2 P3 P4 44 45 46 V5 V6 39 40 E9 C9 55 56 6 7 16 2S U 2 1 1S U 3 3 17 a b c 14 8 7 6 5 3 4 9 10 11 12 13 16 2S U 2 1 1S U 3 SE 3A M1 SE M3 2 1 Flowmeter Primaries 1 25 to 16 DN 1 to DN 400 Converter 50SM1000 Field Mount Housing or 19 Design U2 22 31 22 31 A1 G2 3 ...

Page 14: ... terminals V3 V4 Function 57 58 reverse 7 Option data link RS 485 terminals V1 V2 V3 V4 Function T T R R 8 Option data link Profibus DP terminals V1 V2 V4 G2 Function RxD TxD P B RxD TxD N A 5V VP DGND G2 terminals V4 G2 only to be used for bus termination 9 Alarm max relay contact 28 V DC 250 mA 3 W passive or optocoupler UCE 25 F ICE 7 5 mA terminals P1 P2 Function E7 C7 10 Alarm min relay conta...

Page 15: ...3 4 Connection Board S902 Connection Board S902 Gnd 0 V 24 V Potential differences between the protection earth and ground are to be avoided B A VP G2 Example see below Contact Input E PE Note Select the flowmeter primary model number in the parameter Primary Type in the Submenu Primary in the converter Switch S901 in the connection board of the converter must be opened Connection Board see Pages ...

Page 16: ...DC 250 mA 3 W fmax 20 Hz terminals V1 V2 Function 55 56 forward terminals V3 V4 Function 57 58 reverse 7 Option data link RS 485 terminals V1 V2 V3 V4 Function T T R R 8 Option data link Profibus DP terminals V1 V2 V4 G2 Function RxD TxD P B RxD TxD N A 5V VP DGND G2 terminals V4 G2 use only for bus termination 9 Alarm max relay contact 28 V DC 250 mA 3 W passive or optocoupler UCE 25 F ICE 7 5 mA...

Page 17: ...r Primaries 10D1422 1 10 to 40 DN 3 to DN 1000 Converter 50SM1000 Field Mount Housing U2 22 31 22 31 A1 G2 3 4 Connection Board S902 Connection Board S902 Gnd 0 V 24 V 16 15 Potential differences between the protection earth and ground are to be avoided B A VP G2 Example see below Contact Input E PE Note Select the flowmeter primary model number in the parameter Primary Type in Submenu Primary in ...

Page 18: ...5 56 forward terminals V3 V4 Function 57 58 reverse 7 Option data link RS 485 terminals V1 V2 V3 V4 Function T T R R 8 Option data link Profibus DP terminals V1 V2 V4 G2 Function RxD TxD P B RxD TxD N A 5V VP DGND G2 terminals V4 G2 use only for bus terminations 9 Alarm max relay contact 28 V DC 250 mA 3 W passive or optocoupler UCE 25 F ICE 7 5 mA terminals P1 P2 Function E7 C7 10 Alarm min relay...

Page 19: ... the line not from the converter It is essential that both the flowmeter primary and the converter are connected over a single mains switch and a single mains fuse 1L1 L N M1 M3 V1 1L2 V2 V3 V4 11R 9 11 9 58 57 56 55 T T R R E7 C7 E8 C8 P1 P2 P3 P4 44 45 46 V5 V6 39 40 E9 C9 55 56 3 2S 2 1 1S a b c 14 8 7 6 5 3 4 9 10 11 12 13 6 2 1 3 7 L N 2 1 Flowmeter Primaries 1 8 to 40 DN 3 to DN 1000 Convert...

Page 20: ...ls V1 V2 Function 55 56 forward terminals V3 V4 Function 57 58 reverse 7 Option data link RS 485 terminals V1 V2 V3 V4 Function T T R R 8 Option data link Profibus DP terminals V1 V2 V4 G2 Function RxD TxD P B RxD TxD N A 5V VP DGND G2 terminals V4 G2 use only for bus termination 9 Alarm max relay contact 28 V DC 250 mA 3 W passive or optocoupler UCE 25 F ICE 7 5 mA terminals P1 P2 Function E7 C7 ...

Page 21: ... V6 E9 V5 external internal Alarm Output optocoupler RB U 40 V6 39 V5 external internal Alarm Output relay Opens at alarm Opens at alarm 0 4 20 mA 0 4 20 mA 12 20 mA 0 2 10 mA 0 5 mA external internal Current Output 24 V 0 V 24 V 0 V C7 P2 E7 P1 external internal Max Alarm RB U P2 P1 Opens at alarm or 24 V 0 V 24 V 0 V C8 P4 E8 P3 external internal Min Alarm RB U P4 P3 Opens at alarm older 24 V 0 ...

Page 22: ...ndication of flowrate it may be possible that the singal cable connections are reversed Interchange the leads connected to terminals 1 and 1S with those at 2 and 2S at the flowmeter primary For flowmeter primaries with preamplifiers only the leads connected to terminals 1 and 2 are to be interchanged The locations of the fuses and the fuse values can be found in Figs 18 to 20 3 2 Zero Check At sta...

Page 23: ...overflow occurs whenever the totalizer value reaches 9 999 999 units When the totalizer value in one of the flow directions is greater than 9 999 999 units the flow direction symbol F or R and the units e g hl blink in the 2nd line The totalizer value is reset to 0 and the internal overflow counter incremented by 1 1st Line Forward direction instantaneous flowrate 2nd Line Totalizer overflow F and...

Page 24: ... new value is displayed If an incorrect entry has been made it can be cleared by pressing the C CE key To immediately return to the process information display press the C C E key otherwise the display returns automatically after approx 20 seconds 3 1The computer checks the data entered after the ENTER key is pressed If the data value is outside of the allowable setting range an error meessage is ...

Page 25: ...from table Exit the submenu Installed flowmeter primary size see InstrumentTag 1 25 96 DN 1 DN 2400 Select with arrow keys Displayed in mm and inches When the size changes Qmax is automatically set to 10 m s The pulse factor is set 1 The short Model Number for the flowmeter primary 10DS2110 3110 DS21 DS41 DS41 14 DN 300 DH 10DI1425 20 DN 500 10DI1425 16 DN 400 10DS3111 E 12 DN 300 10D1462 1472 10D...

Page 26: ... For applications with piston or diaphragm pumps pulsating flow a special algorithm is required Faster flowrate measurements are achieved at this higher excitation frequency and utilizing difference totalizers so that the reverse flow values can be subtracted i e the totalizer runs in reverse The filter should be set to On for pulsating flows applications for a pulsation free output numeric Range ...

Page 27: ... If any of these parameters are changed the pulse width may not exceed 50 of the output frequency at 100 flowrate on off ratio 1 1 If the pulse width is too large it will be automati cally reduced to 50 of the period and the message Warning New Pulse Width displayed Also values which are outside of the output frequency limits are indicated by appropriate messages in the display and automatically c...

Page 28: ...x Iout The MAX setting can be used to set the current output limit to 100 115 or 130 For Error 3 the selected value is displayed and the current output is fixed at the selected value If Error 0 empty pipe occurs the current output is set to the value set in the submenu Detector Empty Pipe in the parameter Iout at Empty Pipe from table numeric Exit the submenu The submenu data link is only displaye...

Page 29: ...een selected Either a standard printer type1 or the Report Printer ABB 55DE1000 can be selected This parameter is only displayed when a printer protocol and the ABB 55DE1000 Printer have both been selected Entries for the Protocol Printer Year Month Day Hour Minute Exit the submenu Function test current output enter data mA Function test Fout See Section 5 4 on Page 27 Function test internal subas...

Page 30: ...r R813 to 100 pot located on the DEP module Empty pipeline note new adjustment value set calculated threshold sensitivity value Exit the submenu The forward totalizer can be reset by pressing the ENTER key If the overflow counter 0 Overflow F Reset is displayed Note If the totalizer function DifferenceTotalizer has been selected Difference Totalizer Reset is displayed Preset totalizer difference t...

Page 31: ...assive are not affected by these settings from table Exit the submenu Process Information Various values can be selected independently for each line for the process information display Q Flowrate in Q Units Flowrate in direct reading engineering units Q mA Flowrate in mA Q m s Flowrate in m s Bargraph Flowrate as a bar graph Totalizer Totalizer values for forward reverse or only forward reverse or...

Page 32: ... set to 0 Normal Inverse Reverse the forward reverse flow direction indicators See display When a converter is exchanged the meter location parameters can be uploaded into the replacement converter After the start up configuration has been completed or after instrument settings have been changed the new or revised parameter settings can be stored in the external EEPROM Software version In the 1st ...

Page 33: ...93C46 alarm contact F R contact terminals P1 P2 terminals P3 P4 input A1 input A2 data link Fout display ext zero return and totalizer reset The function tests can be terminated by pressing C CE Select Iout and press ENTER and enter the desired value in mA Monitor the output value at terminals and with a digital multimeter mA range or with the process instrumentation Note No automatic return to pr...

Page 34: ...surements Terminate by pressing C E key Select Totalizer Reset and press ENTER Jumper input U2 to 31 or G2 to 31 note switch S902 setting on the connection board tne converter responds off on Note No automatic return to process measurements Terminate by pressing C E key 5 5 Communication with the Field Instruments Using Operator and Monitoring Stations Two different communication technologies are ...

Page 35: ... Standard an additional resistor R1 Pull down must be connected to the data reference potential DGND and a resistor R3 Pull up connected to the supply voltage plus VP These two resistors are used to define a specific idle potential on the bus when no participant is transmitting idle time between telegrams the so called idle status Values see DIN 19245 Part 1 and Part 3 For cable Type A R1 390 R2 2...

Page 36: ...ed on the selection in display are printed Printer 55DE1000 Output An example of the printer outputs for both printer protocols Printer Type Entry from Table A selection between a standard printer Standard and the ABB Printer 55DE1000 can be made in this parameter The baudrates of the printer and the data link must be adjusted so they are compatible An incorrect character set is processed if an in...

Page 37: ...ection Terminals with a load of at least 250 Ω For connection to a PC a FSK Modem must be installed for HART communications The HART Modem converts the analog 4 20 mA current signal into a digital output signal per Bell 202 with a RS 232C output to the PC In addition the MAG SM can also be accessed and configured from a handheld terminal Type 275 A parallel connection is made to the 4 20 mA curren...

Page 38: ...RL RL 4 20 mA 4 20 mA 4 20 mA 4 20 mA 4 20 mA 4 20 mA Control System Project Station RS232C RS485 19 Design Field Multiplexer RBmin 250 Ohm 1024 HART Field Inst s 1024 upon request 1 EMF 2 VAF 3 Press 4 Swirl 5 Vortex 6 Vortex 7 Mass 55HX1000 Fig 15 Communication with a PCS using a Field Multiplexer or a PC with Smart Vision Software ...

Page 39: ...ltidrop Mode 4 mA For address 0 the range is 4 20 mA 1200 Baud Transmission speed Prog Protection on Density 1 0000 g cm3 Language English Display in l min Meter size 25 mm 1 in System zero 0 0000 Hz Units Qmax l min Submenu Operating mode RangeMax 10 m s 200 000 l min ENTER Operating mode Standard Qmax 50 000 l min Primary DS41 Units totalizer l Submenu Current output Pulse factor 1 000 l ENTER C...

Page 40: ...try Type Comments Submenu Function Test Submenu Detector e pipe Totalizer F reset Overflow F 000 Totalizer R reset Overflow R 000 Error register 3 Multiplex Disp off Load data from ext EEPROM Store data in ext EEPROM 50SM1000 01 00 D699B164U01 X 30 Code number ...

Page 41: ...AM loaded Data in EEPROM corrupted Install replacement converter check defective converter see Test Converter readjust or return to factory 0 EMPTY PIPE Pipeline not full Fill pipeline 2 REF TOO SMALL Pos or neg reference too small Check installation signal cable Set switch S901 correctly Measure reference voltage at converter 3 to 16 or 6 to 7 7 REFp TOO LARGE Positive reference too large Select ...

Page 42: ...imary filled with fluid No Fill pipeline Yes Is switch S901 on the connection board correctly set for the flowmeter primary type and size No See Figs 18 20 Switch S901 is open for use with flowmeter primaries 10DS2110 3110 Switch S901 closed for use with flowmeter primaries 10DI1425 20 DN 500 10DS3111A B C 20 DN 500 and 10D1422 1 8 40 DN3 to 1000 Yes Turn on the power Does the display indicate 0 I...

Page 43: ...T POWER SUPPLY CURRENT OUTPUT HART PROTOCOL EEPROM V AC 2 2 I DC HART 2 2 2 2 2 2 2 2 3 2 ALARM MAX MIN REL OPTO SCALED PULSE OUTPUT AKTIV REL OPTO DATA LINK RS485 Profibus DP EXTERNAL ZERO RETURN EXTERNAL ZERO ADJUST FWD REV DIRECTION SIGNAL ALARM CONTACT RELAY OPTOC PULSE OUTPUT FWD SCALED OPTOCPLR PULSE OUTPUT UNSCALED OPTO 0 10 kHz L N PE 1L11L2 E U2 31 G2 P1 P2 P3 P4 V1 V2 V3 V4 U2 22 G2 U2 A...

Page 44: ...01 Switch closed For flowmeter primaries 10DI1425 20 DN 500 10D1422 1 10 40 DN 3 1000 10DS3111A B C 20 DN 500 Jumper 1 and 2 for primaries without preamplifiers The jumpers are positioned to the left Jumper 7 and 8 for primaries with preamplifiers The jumpers are positioned to the right S902 Switch opened External voltage supply for the optocoupler input same as output signal connections Totalizer...

Page 45: ...open Position 2 contact output P1 P4 normally closed Inputs Ext zero return Ext totalizer reset A1 A2 A703 forward reverse direction signal A704 P3 P4 alarm MIN A701 P1 P2 alarm MAX L N PE 100 110 120 240 V AC 1L1 1L2 PE 24 V AC For forward pulse 0 10 kHz Circuit board trace break Tr 3 Jumper Br 9 Test point for operating frequency 0 10 kHz 10 kHz at 100 flowrate Jumper 1 2 for flowmeter primaries...

Page 46: ...ter primaries with preamplifiers Terminal designations for flowmeter primaries with preamplifiers Standard and Ex Design Model 10DS3111 Terminals M1 M3 Ex Design Model 10DS3112 Terminals F1 F3 Fuse 2 A T ABB Part No D151B001U04 S901 Switch opened For flowmeter primaries 10DI1425 16 DN 400 10DS2111 3111 3121 10DS2112 3112 S901 Switch closed For flowmeter primaries 10DI1425 20 DN 500 10D1422 1 10 40...

Page 47: ...s 24 V X X 0 8 A T D151B001U18 EEx Design 10DS3111 48 V coil voltage M1 M3 Jumper BR108 not used Fuse F102 Type 0 5 A Mini Fuse TR5 M 19371K ABB Part No D151F003U05 Amplifier and Integrator Module Current Output Module Flow Signal 5x Amplification Common TP102 Reference Signal Empty Pipe Module Cut circuit board trace Detector Empty Pipe Signal Input Module Data Link or Pulse Output Module Jumpers...

Page 48: ...1 2x7 D214 D218 Z R227 R226 D213 D209 C206 C205 C202 12V AGNO R220 R221 V208 V207 S206 S207 D210 C204 R214 R213 C203 C225 G201 V202 R224 R225 R216 C210 C220 R219 R202 R218 R203 R217 S1 V204 V209 V203 V210 C211 R233 V201 C230 C229 R231 R228 R232 C224 C226 C223 C219 Standard EEPROM Part No D699B154U01 HART Protocol Part No D699B164U01 Display Contrast Setting Field Mount Housing S205 open 19 Insert ...

Page 49: ...tage symmetry Changing the potentiometers requires a recalibration of the converter Connection to Analog Board Pot for Phase Setting Flow signal ampli fied approx 400x Noise voltage max 200 mV Voltage values based on URef 100 mV rms Fig 22 Amplifier and Integrator Module Current Output Module Current Output Module HART Assembled rear view 1 20 20 1 B A Fig 23 Current Output Module HART Assembled O...

Page 50: ...etic Flowmeter Converter C Detector Empty Pipe Module Fig 24 Empty Pipe Module Option E D Pulse Amplifier Module with Active Output Pulse Amplifier Module with Relay Output Fig 25 Pulse Output Module Active or Relay ...

Page 51: ...45 Electromagnetic Flowmeter Converter Pulse Amplifier Module with Optocoupler Output Serial Data Link RS 485 RS 422 F H X5 Fig 26 Pulse Output Module Optocoupler Data Link RS 485 ...

Page 52: ...4 15 Slotted hex head screw M6x25 DIN 7964 Spring washer B 6 0 DIN 127 Housing cover with window hinged D024J116AU20 D085C026BU20 D614A018U03 16 17 18 Slotted hex head screw M6x14 Spring washer B 6 0 DIN 127 Safety glass window pane D396A012U04 D085C026BU20 D332A015U01 19 20 21 22 Slotted pan head screw M4x8 DIN 84 Spring washer A 4 0 DIN 137 Cylinder head screw M4x60 4x Code card D002G107AU30 D08...

Page 53: ...rd relay Connection board optocoupler D685A494U02 D685A494U03 3 Control card only for relay design D685A434U02 4 5 6 7 Front plate with display no Logo Shoulder screw 2 5x11 Plastic nipple Phillips flat head screw M2 4x4 DIN 965 D626A002U08 D124E012U02 D124E012U03 D006E104AU20 8 Code card D120B009U01 A B C Current output module Current output module with HART Protocol Detector empty pipe module D6...

Page 54: ...ree Installation and maintenance tasks are only to be performed by trained personnel There are circuits inside the housing which are hazardous to personnel contact Therefore the supply power should be turned off before opening the housing For overhaul or repair only original replacement parts obtained from ABB are to be used The voltage supply and the circuits for the excitation coils in the flowm...

Page 55: ...on mode Profibus DP is selected in the Submenu Data Link The Slave Address must always have 3 digits Address Range 000 001 to 126 If a one or two digit bus address is entered an incorrect interpretation of the bus address will be made by the converter This function can be used to access the parameters in the Profibus DP Module See also Section 13 Data Link Functions Part No D184B093U02 Submenu Dat...

Page 56: ...th of the pulses for the selected pulse output can be set between 0 1 and 2000ms The pulse width must be sufficiently short so that at a maximum output frequency flowrate max 100 5 kHz there is no overlapping of the pulses On the other hand the pulse width must be long enough to assure that it can be measured by the connected instrumentation SPC Example Flow range 100 l min Qmax 100 flow range end...

Page 57: ...rocess these flowrate peaks and sufficient samples are measured the accuracy for longer totalizer periods of the measurement system is unaffected Therefore the parameter Piston Pump is to be selected in the Submenu Operating Mode A digital filter is incorporated in the converter especially for pulsating flows or noisy signals It smooths the instantaneous display indi cations and a noisy output cur...

Page 58: ... t h g s g min g h ml s ml min ml h MI min MI h MI day lb s lb min lb h uton min uton h uton day kgal s kgal min kgal h Totalizer Units l hl m3 igal gal mgal bbl bls kg t g ml MI lb uton kgal Max Alarm Min Alarm Terminals P1 P2 Alarm MAX Terminals P3 P4 Alarm MIN F R Contact 44 45 46 Forward reverse flow direction signal Current Output 0 4 20 mA 0 2 10 mA 0 5 mA 0 10 20 mA 4 12 20 mA Iout at Alarm...

Page 59: ...ow Range Setting 2 Number 3 1 Program Protection ON or OFF 2 Use ENTER to change and accept new parameter values Double function key 1 Direct access key Submenu Current Output 2 Number 4 Return to Process Information display Clear incorrect entry values Double function key 1 Direct access key System Zero 2 Number 5 1 Key for sign 2 To Submenu Totalizer for HART Protocol Totalizer F reset Double fu...

Page 60: ...ABB Automation Products GmbH Dransfelder Str 2 D 37079 Goettingen Tel 49 0 5 51 9 05 0 Fax 49 0 5 51 9 05 777 http www abb com ...

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