KROHNE IFC 010 F, Installation And Operating Intructions

Page 1: ...t up Section 3 Pages 3 1 3 2 Operator control of the signal converter is described in Sections 4 and 5 Power the flowmeter THAT S ALL The system is operative 16 page pull out condensed instructions are located in the centrefold of these Installation and Operation Instructions Contents Installation Sect 1 electrical connection Sect 1 2 start up Sect 3 and operator control of the signal converter Se...

Page 2: ...tion of outputs 2 1 2 2 2 1 Current output I 2 1 2 2 Pulse output P and status output S 2 1 2 3 Connection diagrams for outputs and inputs 2 2 3 Start up 3 1 3 2 3 1 Power on and measurement 3 1 3 2 Factory settings 3 2 Part B IFC 010 D Signal converter 4 1 5 14 4 Operation of the signal converter 4 1 4 10 4 1 Krohne operator control concept 4 1 4 2 Operating and check elements 4 2 4 3 Function of...

Page 3: ...er housing 8 1 8 2 Replacement of power fuse s 8 1 8 3 Changeover of operating voltage on AC Versions 1 2 and 3 not DC Version 8 2 8 4 Replacement of electronic unit of signal converter 8 2 8 5 Illustrations to Sect 8 2 to 8 7 8 3 8 6 Turning the display PCB 8 4 8 7 Retrofitting the display unit 8 4 8 8 IFC 080 and SC 80 AS Replacement of electronic unit by IFC 010 8 4 8 9 Illustrations of the PCB...

Page 4: ...verter 2 plug connectors for connection of power supply and outputs inputs for separate system version only F Version signal cable in the version and length as ordered standard signal cable A length 10 m 30 ft Software history Display control unit Hand held HHT 010 CONFIG user software IFC 010 _ D IFC 010 _ B IMoCom RS 485 Software Status Software Status Software Software 806325 07 current 806328 ...

Page 5: ...e not certified for use in hazardous areas Other flowmeter series are available for such applications Responsibility as to suitability and intended use of these electromagnetic flowmeters rests solely with the operator Improper installation and operation of the flowmeters systems may lead to loss of warranty In addition the General conditions of sale forming the basis of the purchase contract are ...

Page 6: ...er to the GKL of the primary head Refer also to Sections 4 Dimensions of signal converter refer to Section 10 4 1 1 3 Cable entries Number of cable entries 2 for the compact flowmeters 4 for the IFC 010 F signal converter NOTE Ensure gaskets are fitted correctly and maintain the following max torques 1 Max torques for PG 13 5 1 2 NPT or 1 2 PF adapters 4 Nm 2 8 ft x lbf 2 Max torques for PG 13 5 o...

Page 7: ...s compact systems refer to installation instructions for the primary head Connection diagrams I and II for electrical connection between primary head and signal converter refer to Section 1 3 5 3 AC Version DC Version 48 V AC 41 53 V AC 24 V DC 11 32 V DC switch selectable to 24 V AC 20 26 V AC Note information on instrument nameplate supply voltage and frequency For measurement reasons connect an...

Page 8: ...d 3 2 white 4 Special foil 1st shield 5 Inner sheath 6 Mu metal foil 2nd shield 7 Stranded drain wire 2nd shield 0 5 mm2 or AWG 20 8 Outer sheath Field current cable C with single shielding Cross section is dependent on required length of cable see Table in Sect 1 3 4 1 3 2 Grounding of primary head All flowmeters must be properly grounded The grounding conductor should not transmit any interferen...

Page 9: ...ing or cable sleeve Y Wire end sleeve to DIN 41 228 E 1 5 8 Z Wire end sleeve to DIN 41 228 E 0 5 8 External shielding of signal cable A Type DS Wrap stranded drain wire 7 around the mu metal foil 6 and clamp under the shield terminal in the signal converter terminal box see also diagram in Sect 1 3 5 Cable routing in signal converter housing see illustration in Sect 10 4 Preparation for connectio...

Page 10: ...e connection box required in connection with cables D and E for primary heads ALTOFLUX IFS 4000 F PROFIFLUX IFS 5000 F and VARIFLUX IFS 6000 F in cases where process temperatures exceed 150 C 302 F Recommended length of signal cable for magnetic field frequency 1 6 power frequency 1 3 4 Cable lengths max distance between signal converter and primary head Primary head ECOFLUX IFS 1000 F AQUAFLUX F ...

Page 11: ...th protective separation in conformity with VDE 0100 Part 410 or equivalent national regulations PE protective conductor FE functional ground conductor Connection diagrams I and II power supply converter and primary head 1 3 5 I II Process temperature 150 C 302 F Process temperature 150 C 302 F Primary heads Primary heads 1 Signal cable A Type DS 2 Shield terminal for shielded signal cable 3 Field...

Page 12: ... set data and functions can be noted down in Sect 5 16 Please also refer to Sect 3 2 Factory settings Typical current output All operating data and functions can be set Display version IFC 010 D see Sect 4 and 5 6 Fct 1 05 for operator control Basic version IFC 010 B see Sect 6 1 for operator control The current output can also be used as an internal voltage source for the outputs Uint 15 V DC I 2...

Page 13: ... mA R 15 V Imax Uext Uext DC voltage external power source Uext note connection polarity External voltage source Uext DC or AC voltage connection polarity arbitrary Active mode The current output supplies the power for operation of the outputs Passive mode External power source required for operation of the outputs Imax Status output Spassive Uext 32 V DC 24 V AC Imax 150 mA incl pulse output Puls...

Page 14: ...onic section shows the measurement status LED flashing green measurement correct everything all right green red momentary overdriving of outputs and or A D converter red fatal error parameter error or hardware fault please consult factory Refer to Sect 6 1 for operator control of the basic version Display version signal converter IFC 010 D When powered the display shows in succession START UP and ...

Page 15: ...s and counts are required for both flow directions To avoid faulty measurements therefore it may be necessary to change the factory setting of some or all of the following functions low flow cutoff SMU Fct 1 03 Sect 5 3 current output I Fct 1 05 Sect 5 6 pulse output P Fct 1 06 Sect 5 7 display option Fct 1 04 Sect 5 4 Instrument operation Display versions IFC 010 _ D operation refer to Sect 4 and...

Page 16: ...umn Function column Data column 3 00 INSTALL 2 00 TEST 1 00 OPERATION 3 05 USER UNIT 3 04 ENTRY CODE 3 03 ZERO SET 3 02 FLOWMETER 3 01 LANGUAGE 2 02 HARDW INFO 2 01 TEST Q 1 07 IND OUTP S 1 06 PULS OUTP P 1 05 CUR OUTP I 1 04 DISPLAY 1 03 L F CUTOFF 1 02 TIMECONST 1 01 FULL SCALE Direction of movement see Sect 4 4 When this display appears press following keys ...

Page 17: ...ng cover Display 1st line Display 2nd line Display 3rd line arrows to identify display Flowrate current flowrate Totalizer totalizer totalizer Σ sum totalizer and Overrange I overranging current output I P overranging pulse output P Keys for operator control of signal converter Compass field signals actuation of a key ...

Page 18: ...try Code 1 must now be entered each keystroke acknowledged by To terminate operator control Press key repeatedly until one of the following menus Fct 1 00 OPERATION Fct 2 00 TEST or Fct 3 00 INSTALL is displayed Press key Store new parameters acknowledge by pressing key Measuring mode continued with the new parameters New parameters not to be stored press key to display STORE NO Measuring mode con...

Page 19: ... 5 m 3 h r 3 9 7 3 5 m 3 h r select next text To alter texts units For units the numerical value is converted automatically select preceding text 3 7 6 9 9 L i t e r S e c Change to number setting To transfer from text unit to number setting Return to text setting To transfer to subfunction Subfunctions do not have a Fct No and are identified by a To revert to function display 1 0 3 S e c R A N G ...

Page 20: ...er Sec US Gal min user unit factory set is Liter hr or US MGal day see Fct 3 05 Press key to transfer to number setting Setting ranges The ranges are dependent on the meter size DN and the flow velocity v Qmin DN2 x vmin Qmax DN2 x vmax Nom dia meter size vmin 0 3 m s 1 ft s vmax 12 m s 40 ft s DN 2 5 1000 1 10 40 0 0053 033 900 m3 hr 0 0237 152 000 US Gal min Press key to return to Fct FULL SCALE...

Page 21: ... to transfer to format setting Format setting Auto exponent notation Press key to transfer to subfunction DISP MSG DISP MSG Additional messages required in measuring mode NO YES cyclic change with displays of measured values Press key to return to Fct 1 04 DISPLAY 1 05 CURRENT I Current output I FUNCT I Select function for current output I OFF switched off 1 DIR 1 flow direction 2 DIR forward reve...

Page 22: ...E TIME has been set under SELECT P xxxx PulS Sec Hz xxxx PulS min xxxx PulS hr xxxx PulS user unit factory set is hr or day see Fct 3 05 xxxx setting range is dependent on pulse width see above Press key to return to Fct 1 06 PULS OUTP P 1 07 IND OUTP S Status output S ALL ERROR FATAL ERROR OFF ON F R INDIC F R indication for forward reverse measurement TRIP POINT Setting range 002 115 PERCENT EMP...

Page 23: ... Press key to transfer to subfunction FLOW DIR DC units only to transfer to subfunction LINE FREQ LINE FREQ Normal line frequency in your country Please note This function is only provided for units with DC power supply to suppress line frequency interference Values 50 Hz and 60 Hz Press key to transfer to subfunction FLOW DIR FLOW DIR Define flow direction in F R mode forward flow Set according t...

Page 24: ...or 8 64 x10 4 Set factor FT in seconds Setting range 1 00000 E 9 to 9 99999 E 9 10 9 to 10 9 Press key to return to Fct 3 05 USER UNIT 3 06 APPLICAT Set overload point for A D converter EMPTY PIPE Switch on empty tube identifier option appears only when this option is installed YES NO Select with key or Press key to return to Fct 3 06 APPLICAT Error messages Description of error Error clearance LI...

Page 25: ...ice return to measuring mode RESET YES Reset totalizer RESET QUIT Totalizer reset Return to measuring mode Examples of setting the signal converter 4 7 The cursor flashing part of display is shown below in bold type Change measuring range of current output and value for error messages Fct 1 05 Change measuring range from 04 20 mA to 00 20 mA Change value for error messages from 0 mA to 22 mA Key D...

Page 26: ...flashing number cursor with or key Use key to shift cursor 1 place to right Press key to return to Fct 1 01 FULL SCALE Note if VALUE P is displayed after pressing key PULSE VOL is set under Fct 1 06 PULS B1 subfunction SELECT P Due to the changed full scale range Q100 the output frequency F of the pulse output will be over or undershot Pmin Fmin Q100 Pmax Fmax Q100 Change pulse value accordingly s...

Page 27: ... to totalizer unit setting using key m3 cubic metres Liter litres US Gal US gallons user defined unit factory set Liter or US MGal see Sect 5 14 Select with or key Transfer to totalizer format setting using key Continuation see next page Fct 1 03 L F CUTOFF Press key Choice OFF fixed trip points ON 0 1 OFF 0 2 for 100 or 1000 Hz see Fct 1 06 1 or 2 PERCENT variable tripping points ON 1 19 OFF 2 20...

Page 28: ...nder Fct 1 04 subfunction DISP FLOW The counting range is dependent upon the meter size and has been selected such that the totalizer will count for a minimum of 1 year without overflow Only part of the totalizer count is shown in the display because it is not possible to output a 14 digit number Unit and format of the display are freely selectable see Fct 1 04 subfunction DISP TOTAL and Sect 5 4 ...

Page 29: ...ct 1 05 CURRENT I RANGE I select measuring range press key 0 20 mA fixed ranges 4 20 mA Press key to transfer to number setting Select with key or Press key to transfer to subfunction I ERROR I ERROR set error value press key 0 0 mA 3 6 mA only possible if range 4 20 mA selected 22 6 mA Select using key or Press key to transfer to number setting Press key to return to Fct 1 05 CURRENT I Please ref...

Page 30: ...When OFF selected return to Fct 1 06 PULS B1 SELECT P select pulse type press key 100 Hz 1000 Hz PULSE VOL pulses per unit volume flow PULSE ZEIT pulses per unit time for 100 flow Select using or key Transfer to subfunction PULSWIDTH with key Note when 100 Hz or 1000 Hz selected return to Fct 1 06 PULS OUTP P PULSWIDTH set pulse width press key 50 mSec Fmax 10 Hz Fmin 0 0056 Hz 20 Pulse hr 100 mSe...

Page 31: ...right or left with key Press key to return to Fct 1 06 PULS OUTP P or Please refer to Sect 3 2 factory settings VALUE P set pulse value per unit time appears only when PULSE TIME has been set under SELECT P press key XXXX PulSe Sec XXXX PulSe min XXXX PulSe hr XXXX PulSe user unit factory set hr or day see Sect 5 12 Select using or key Transfer to number setting with key 1st digit cursor flashes S...

Page 32: ...y 1st digit cursor flashes Change flashing digit cursor with and keys Use and keys to shift cursor 1 place to right or left Press key to return to Fct 1 07 IND OUTP S Characteristic of status output Switch open Switch closed OFF switched off no function ON e g operation indicator power OFF power ON F R INDIC Forward flow Reverse flow TRIP POINT limit switch inactive active ALL ERROR all errors err...

Page 33: ...splay D German GB USA English F French others on request Select using key Press key to return to Fct 3 01 LANGUAGE Fct 3 04 ENTRY CODE Press key Choice NO no code enter setting mode with key YES enter setting mode with key and Code 1 Select using key Press key to return to Fct 3 04 ENTRY CODE ...

Page 34: ...ct 1 06 GKL VALUE set primary constant GK press key 1 0000 9 9999 note information on instrument nameplate do not change setting Change flashing digit cursor with or key Shift cursor 1 place to right or left with or key Transfer to subfunction FIELD FREQ with key FIELD FREQ set magnetic field frequency press key 1 6 1 6 or 1 18 of power frequency see instrument nameplate do not change setting 1 18...

Page 35: ...or time press key 3 60000 E 3 factory set 3 6 x 103 for hour or 8 64 x 104 for day set factor FT in seconds Setting range 1 00000 E 9 to 9 99999 E 9 10 9 to 10 9 Change flashing place cursor using or key Use or key to shift cursor 1 place to right or left Press key to return to Fct 3 05 USER UNIT Factors for volume FM factor FM volume per 1 m3 Volumetric unit Text examples Factor FM Setting Cubic ...

Page 36: ...ection for the forward flow here signifies the same direction as shown by the arrow on the primary head signifies the opposite direction Set the status output to F R INDIC see Fct 1 07 Current and or pulse output must be set to 2 DIR see Fct 1 05 and 1 06 subfunctions FUNCT I and FUNCT B1 5 14 Characteristic of outputs I Current output I0 0 or 4 mA I100 20 mA P Pulse output P100 Pulses at Q100 ful...

Page 37: ...onverter Fct No Function Settings 1 01 Full scale range 1 02 Time constant 1 03 Low flow cut off ON OFF 1 04 Display Flow Totalizer Messages 1 05 Current output I Function Range I Error 1 06 Pulse output P Function Selection Pulse width Value 1 07 Status output S 3 01 Language 3 02 Primary head Meter size GKL value Field frequency Power frequency Flow direction 3 04 Entry code required no yes 3 05...

Page 38: ... 010 _ B basic version and IFC 010 _ D display version Detailed directions supplied Switch off power source before opening the housing 1 Unscrew the 4 recessed head screws and remove the transparent cover 2 Plug the HHT connection plug or the RS 232 adapter into the IMoCom Bus socket and connect to the PC or laptop see amplifier PCB in Sect 8 9 3 Switch on the power 4 As described in the supplied ...

Page 39: ... off power source before opening the housing Refer to Sect 8 5 for Fig A B and D 1 Unscrew the 4 recessed head screws Fig A and remove transparent cover 2 Unscrew recessed head screw Fig B and remove black plastic cover 3 Unscrew the 2 recessed head screws Fig D and remove black metal cover 4 If display unit provided unscrew the 4 recessed head screws and fold display carefully to side 5 Join the ...

Page 40: ...s confirm with key STORE NO If new value not to be stored press key 3x 4x return to measuring mode STORE YES Fct 3 03 ZERO SET Store new zero value 2x 3x Measuring mode with new zero Key Display Description If YES set under Fct 3 04 ENTRY CODE key in 9 keystroke CODE 1 now Fct 1 00 OPERATION Fct 2 00 TEST Fct 2 01 TEST Q SURE NO SURE YES 0 PERCENT Current pulse and status indication outputs indica...

Page 41: ... CODES Fct 2 02 HARDW INFO Terminate hardware information 2x 3x Measuring mode Switch off power source before opening the housing Before consulting factory about errors or flow measurement problems please invoke Fct 2 02 HARDW INFO hardware information An 8 character and a 10 character status code are stored under this function in each of 3 windows These 6 status codes allow rapid and simple diagn...

Page 42: ... display but with CONFIG user program see Sect 6 1 Groups D Display I Current output P Pulse output S Status indication output D I P S LED display current output status output Part 1 Converter IFC 010 B B basic version without display and without HHT or CONFIG operator program Group LED Fault Symptom Cause Remedial action LED 1 LED flashes red green Overranging of A D converter Reduce flowrate if ...

Page 43: ...ant too low Group P Fault Symptom Cause Remedial action P 1 Connected totalizer not Connection polarity incorrect Connect properly as described counting any pulses in Sect 2 3 Totalizer or external Check connection cables voltage source defective totalizer and external voltage source and replace if necessary Current output is external Check connection and cables voltage source short circuit see Se...

Page 44: ...er cyclic flashing Watchdog activated see Sect 8 4 or contact Krohne Service D 8 BUSY Displays for flow Change setting in totalizers and errors disabled Fct 1 04 D 9 Unsteady display Process product Increase time constant conductivity too low see Sect 6 1 or contact particles air inclusions Krohne Service too large or inhomogeneous Pulsating flow Time constant too low D 10 No display Power OFF Swi...

Page 45: ...lse rate Process product Increase or switch on conductivity too low time constant particles air inclusions see Sect 6 1 or contact too large or inhomogeneous Krohne Service Pulsating flow Time constant too low or switched off P 3 Pulse rate too high or Incorrect setting for Change setting under Fct 1 06 too low pulse output Group S Fault Symptom Cause Remedial action S 1 No function Incorrect conn...

Page 46: ...5 Test of primary head Jacks X1 and X4 on amplifier PCB see Sect 8 9 Blue 9 pin plug connection to primary head unassigned X1 X4 7 8 1 2 3 4 5 7 7 Action Typical result Incorrect result Resistance measurement flowmeter defective at the blue 9 pin plug return to factory for repair refer to last but one page 1 Measure resistance 30 150 Ω if lower between wires interwinding fault 7 and 8 if higher wi...

Page 47: ... 15 30 V DC and Pin 11 of X1 2 between TP 1 solder pin 30 40 V DC and Pin 9 of X1 3 between MP 5 solder pin 19 26 V DC and Pin 15 of X1 4 between MP 5 solder pin 20 27 V DC and Pin 18 of X1 5 field current supply 1 5 V AC between Pin 7 and Pin 8 of X3 6 input voltage between 10 10 V DC If outside range input MP 1 and MP 5 amplifier overranged measuring tube empty or primary head defective check ac...

Page 48: ...accuracy class 0 1 Ri 500 ohms range 4 20 mA Electronic frequency counter input resistance approx 1 kohm range 0 1 kHz time base min 1 second see connection diagrams in Sect 2 3 2 A a Switch off power source before opening the housing b Unscrew the 4 recessed head screws see Fig A in Sect 8 5 and remove transparent cover from the signal converter housing c Unscrew recessed head screw see Fig B in ...

Page 49: ...meets condition Y X 4 3 Calculate setpoint reading I for current output I I0 Y I100 I0 in mA X I0 current 0 4mA at 0 flowrate I100 current 20mA at 100 flowrate 4 4 Calculate setpoint reading f for pulse output f Y x P100 in Hz X P100 pulses per second Hz at 100 flowrate 5 Set switch D front panel GS 8A to position or forward reverse flow 6 Set switch Y front panel GS 8A to the value determined by ...

Page 50: ...Constant V in m3 t in hr K 7074 see Table DN in mm Calculation of X and position of Y X Q100 x K 200 x 7074 61 905 GKL x DN2 3 571 x 80 x 80 Y 80 position of switch Y see front panel GS 8A comes closest to X value and is smaller than X Calculation of setpoint readings I and f I I0 Y I100 I0 4 mA 40 20mA 4mA 14 3 mA X 61 905 Deviations are permissible between 14 1 and 14 6 mA equivalent to 1 5 f Y ...

Page 51: ...ecessed head screw Fig B and remove the black plastic cover 3 Carefully pull out the green connecting plugs supply power and outputs Fig C 4 Unscrew the 2 recessed head screws Fig D and remove the black metal cover 5 Carefully pull out the blue 9 pin plug connection to the primary head Fig D 6 With a screwdriver carefully remove the 4 metal clips Fig E 7 Remove the electronics unit from the housin...

Page 52: ...se F1 see table for fuse ratings 10 Reassemble in reverse order points 7 1 above Switch off power source before opening the housing Refer to Sect 8 5 for Figs A G 1 Unscrew the 4 recessed head screws Fig A and remove transparent cover 2 Unscrew the recessed head screw Fig B and remove the black plastic cover 3 Carefully pull out the green connecting plugs power supply and outputs Fig C 4 Unscrew t...

Page 53: ...8 3 Illustrations to Sect 8 2 to 8 7 8 5 Fig A Fig B Fig C Fig D Fig E Fig F Fig G ...

Page 54: ...n Sect 8 5 1 Unscrew the 4 recessed head screws Fig A and remove the transparent cover 2 Unscrew the recessed head screw Fig B and remove the black plastic cover 3 Unscrew the 2 recessed head screws Fig D and remove the black metal cover 4 Insert the foil connector of the display unit into jack X7 on the amplifier PCB see diagram in Sect 8 9 Ensure contact side is correctly positioned 5 Carefully ...

Page 55: ...Ribbon cable I Insulated side K 5 keys for operator control R Reference point power terminals 90 Bend cables 90 as shown in drawing Version 1 Standard IFC 010 K D Compact flowmeter Version 3 Standard IFC 010 F D Separate version Version 4 R R R K K K A A A B B B F F F D D D Version 2 R K A B F D R A F C F Version 2 only 90 90 I F B Display board Amplifier board ...

Page 56: ...ctor see Sect 7 6 and 7 7 X3 2 pin plug connector pin 7 and 8 field power supply see Sect 7 5 and 7 7 X4 IMoCom Bus plug connector for connection of RS 232 adapter see Sect 6 1 X5 5 pin plug connector pin 1 5 signal cable see Sect 7 5 and 7 7 X7 10 pin socket A for foil connector display unit see Sect 8 6 and 8 7 TP 1 18 15 11 9 1 MP 5 X7 X4 IC 13 MP2 MP1 X5 X3 7 8 1 2 3 S3 S4 S6 S5 Solder points ...

Page 57: ...C 1 25 A T 5 09080 TR 5 switching capacity 35 A Power supply unit Supply power Order No IFC 010 D IFC 010 B with display without display AC Version 1 230 240 V AC 2 07494 10 2 07494 00 115 117 V AC 2 07494 15 2 07494 05 AC Version 2 200 V AC 2 07494 12 2 07494 02 100 V AC 2 07494 14 2 07494 04 AC Version 3 48 V AC 2 07494 34 2 07494 24 24 V AC 2 07494 58 2 07494 48 DC Version 24 V DC 2 07527 10 2 ...

Page 58: ...13 57 00021 20 00034 74 00054 28 00084 82 00143 3 00217 1 00339 2 00530 1 00763 4 01357 02120 03053 05428 08482 12215 16625 21714 26510 33929 v 1 m s 0000 0177 0000 4520 0000 1018 0000 2827 0000 6362 0001 131 0001 767 0002 895 0004 524 0007 069 0011 95 0018 10 0028 27 0044 18 0063 62 0113 1 0176 7 0254 5 0452 4 0706 9 1018 1385 1810 2290 2827 Flow tables v flow velocity in m s Meter size DN mm inc...

Page 59: ...Flow velocity in m s and ft s vF Flow velocity in m s and ft s at QF see Flow tables Reference conditions Product Water 10 to 30 C 50 to 86 F Electrical conductivity 300 µS cm µmho cm Power supply line voltage UN 2 Ambient temperature 20 to 22 C 68 to 71 6 F Warm up time 30 minutes Straight inlet run 10 x DN DN meter size Straight outlet run 3 x DN Primary heads properly grounded and centered Curr...

Page 60: ...t current output load rating Imax 23 mA when operated with current output Passive output connection electromechanical EMC or electronic EC totalizers external voltage Uext 30 V DC 24 V AC load current Imax 150 mA Pulse width 50 100 200 500 ms or 1 s selectable with frequencies below 10 Hz Forward reverse measurement direction identified via status output Status output passive Function settable as ...

Page 61: ...ox 5 VA approx 4 5 W When connected to a functional extra low voltage 11 32 V DC protective separation PELV must be ensured VDE 0100 VDE 0106 and IEC 364 IEC 536 dia 9 0 35 27 5 1 08 1 output cable see Sect 2 3 2 signal cable of primary head see Sect 1 3 3 field power cable of primary head see Sect 1 3 4 power supply cable see Sect 1 2 5 internal connection ssee Fig in Sect 8 9 plug connectors X3 ...

Page 62: ...ium oxide 99 7 Al2O3 H Hard rubber NE Neoprene PFA Teflon PFA PP Polypropylene PUI Irethane T Teflon PTFE W Soft rubber Electrode material C Conductive rubber compound HB 2 Hastelloy B2 HC 4 Hastelloy C4 IN Incoloy M4 Monel 400 Ni Nickel PT Platinum TA Tantalum TI Titanium V4A Stainless steel 1 4571 SS 316 Ti xx TC xx with conductive PTFE compound xx base material e g HC4 Teflon is a registered tr...

Page 63: ...ruding parts 2 Since the magnetic field passes through the entire flow area the signal represents a mean value over the pipe cross section therefore only relatively short straight inlet pipes 5 x DN from the electrode axis are required upstream of the primary head 3 Only the tube liner and the electrodes are in contact with the fluid 4 Already the original signal produced is an electrical voltage ...

Page 64: ...proportional current 4 Binary outputs galvanically isolated from other groups selectable input output combinations pulse output P passive FET optocouplers allow connection of electronic and electromechanical totalizers status output S for limit value error identification or flow direction in forward reverse flow mode F R 5 Display operator control unit option D Version large size illuminated LC di...

Page 65: ...6 quitting setting level 4 1 4 3 totalizer reset 4 6 L Language of display texts 5 10 3 01 LCD display see display 4 2 4 4 5 4 1 04 Limit message 4 4 5 8 1 07 Line voltage see power supply Low flow cutoff SMU 4 4 5 3 1 03 Keyword Section No Fct No A Abbreviations 1 3 2 1 3 4 2 1 4 4 Accuracies 10 2 ADC analog digital converter 4 5 12 Ambient temperature 10 3 Application 5 15 3 06 B Block diagram I...

Page 66: ...s flow measurement see user defined unit 4 4 5 12 Measuring principle 11 Menu 4 1 4 4 Meter size DN 4 4 3 02 N Numerical format display 5 4 5 5 1 04 O Option optional equipment 6 1 10 3 Order numbers 9 Outputs characteristics 5 14 connection diagrams 2 3 setting 4 4 I 5 6 1 05 P 5 7 1 06 3 07 S 5 8 1 06 1 07 3 07 voltage stable when measuring tube empty 6 2 Overflow display 5 5 1 04 Overranged I c...

Page 67: ...wmeter is safe to handle If the flowmeter has been operated with toxic caustic flammable or water endangering liquids you are kindly requested to check and ensure if necessary by rinsing or neutraliz ing that all cavities in the flowmeter are free from such dangerous substances Directions on how you can find out whether the primary head has to be opened and then flushed out or neutralized are obta...