VEGA Americas PULS616263 VEGAPULS 61/62/63 Radar Sensor User Manual Part 90

VEGA Americas Inc. VEGAPULS 61/62/63 Radar Sensor Part 90

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Rhein Tech Laboratories Client: Ohmart/VEGA 360 Herndon Parkway Model: VEGAPULS 616263 Suite 1400 FCC ID: MOIPULS616263 Herndon, VA 20170 Standards: FCC 15.209/IC RSS-210 http://www.rheintech.com Report Number: 2004236-62 17 of 26 APPENDIX C: MANUAL Please see the following pages.

Operating InstructionsVEGAPULS 624... 20 mA/HARTABILITYWE'VE GOTOO

Contents1About this document1.1Function ......................... 41.2Target group ...................... 41.3Symbolism used.................... 42For your safety2.1Authorised personnel ................ 62.2Appropriate use .................... 62.3Warning about misuse ............... 62.4General safety instructions ............ 62.5CE conformity ..................... 72.6Compatibility acc.to NAMUR NE 53 ..... 72.7FCC conformity (only for USA/Canada)... 82.8Safety information for Exareas......... 82.9Environmental instructions............. 83Product description3.1Conﬁguration ...................... 93.2Principle of operation ................ 103.3Adjustment........................ 113.4Storage and transport ................ 114Mounting4.1General instructions ................. 134.2Mounting preparations,horn antenna..... 144.3Mounting preparations,parabolic antenna .154.4Mounting information ................ 164.5Preparing the connection ............. 244.6Connection procedure ............... 254.7Wiring plans,single chamber housing .... 264.8Wiring plans,double chamber housing ... 284.9Wiring plans,double chamber housing Exd.305Setup with the indicating and adjustmentmodule PLICSCOM5.1Short description ................... 332VEGAPULS 62 -4... 20 mA/HARTContents28435-EN-050211

5.2Installing the indicating and adjustmentmodule PLICSCOM ................. 335.3Adjustment system .................. 355.4Setup procedure ................... 365.5Menu schematic.................... 416Setup with PACTware™6.1Connecting the PC .................. 446.2Parameter adjustment with PACTware™.. 457Maintenance and fault rectiﬁcation7.1Maintenance ...................... 477.2Fault rectiﬁcation ................... 477.3Exchanging the oscillator ............. 497.4Instrument repair ................... 518Dismounting8.1Dismounting procedure............... 538.2Disposal ......................... 539Supplement9.1Technical data ..................... 549.2Dimensions ....................... 619.3Certiﬁcates........................ 68VEGAPULS 62 -4... 20 mA/HART 3Contents28435-EN-050211

1About this document1.1FunctionThis operating instructions manual has all the informa-tion you need for quick setup and safe operation ofVEGAPULS 62.Please read this manual before youstart setup.1.2Target groupThis operating instructions manual is directed to trainedpersonnel.The contents of this manual should be madeavailable to these personnel and put into practice bythem.1.3Symbolism usedInformation,tip,noteThis symbol indicates helpful additional information.Caution,warning,dangerThis symbol informs you of a dangerous situation thatcould occur.Ignoring this cautionary note can impair theperson and/or the instrument.Ex applicationsThis symbol indicates special instructions for Exap-plications.lListThe dot set in front indicates a list with no impliedsequence.àActionThis arrow indicates a single action.4VEGAPULS 62 -4... 20 mA/HARTAbout this document28435-EN-050211

1SequenceNumbers set in front indicate successive steps in aprocedure.VEGAPULS 62 -4... 20 mA/HART 5About this document28435-EN-050211

2For your safety2.1Authorised personnelAll operations described in this operating instructionsmanual must be carried out only by trained andspecialist personnel authorised by the operator.Forsafety and warranty reasons,any internal work on theinstruments must be carried out only by personnelauthorised by the manufacturer.2.2Appropriate useVEGAPULS 62 is a sensor for continuous levelmeasurement.2.3Warning about misuseInappropriate or incorrect use of the instrument can giverise to application-speciﬁc hazards,e.g.vessel overﬁll ordamage to system components through incorrectmounting or adjustment.2.4General safety instructionsVEGAPULS 62 is a high-tech instrument requiring thestrict observance of standard regulations and guideli-nes.The emitting frequencies of all VEGAPULS sensorsare in the Cor K-band range (depending on theinstrument version). The low emitted powers are farbelow the internationally permitted limit values,in caseof correct use,no health problems are expected.Thereare no restrictions in using the instrument also outsidemetallic,closed vessels.The user must take note of thesafety instructions in this operating instructions manual,the country-speciﬁc installation standards (e.g.the VDEregulations in Germany)as well as all prevailing safetyregulations and accident prevention rules.6VEGAPULS 62 -4... 20 mA/HARTFor your safety28435-EN-050211

2.5CE conformityVEGAPULS 62 is in CE conformity with EMC (89/336/EWG), R&TTE directive (1999/5/EC), meets the Namurrecommendation NE 21 and is in CE conformity withNSR (73/23/EWG).Conformity has been judged acc.to the followingstandards:lEMC:-Emission EN 61326:1997 (class B)-Susceptibility EN 61326:1997/A1:1998lR&TTE directive:I-ETS 300-440 Expert opinion No.0043052-02/SEE,Notiﬁed Body No.0499lNSR:EN 61010-1:2001.2.6Compatibility acc.to NAMUR NE 53VEGAPULS 62 meets NAMUR recommendation NE 53.VEGA instruments are generally upward and downwardcompatible:lsensor software of DTM VEGAPULS 62 HART,PAor FFlDTM VEGAPULS 62 for adjustment softwarePACTware™ladjustment module PLICSCOM for sensor softwareThe parameter adjustment of the basic sensor functionsis independent of the software version.The availablefunctions depend on the appropriate software version ofthe single components.The software version of VEGAPULS 62 can be deter-mined as follows:lvia PACTware™lon the type label of the electronicslvia the adjustment module PLICSCOMOn our website www.vega.com you will ﬁnd all softwarehistories.Use the possibility and get registered forupdate information via e-mail.VEGAPULS 62 -4... 20 mA/HART 7For your safety28435-EN-050211

2.7FCC conformity (only for USA/Canada)VEGAPULS with all antenna versions are FCC ap-proved.Modiﬁcations must be expressively agreed by VEGA,otherwise the operating licence acc.to FCC will expire.VEGAPULS 62 is in conformity with part 15 of the FCCregulations.Note the respective regulations for opera-tion:lThe instrument must not cause any interferingemissionslThe instrument must be insensitive to interferingemissions,also to such causing unwanted operatingconditions.2.8Safety information for Ex areasPlease note the Ex-speciﬁc safety information forinstallation and operation in Exareas.These safetyinstructions are part of the operating instructions manualand come with the Ex-approved instruments.2.9Environmental instructionsProtection of the environment is one of our mostimportant duties.That is why we have introduced anenvironment management system with the goal ofcontinuously improving company environmental protec-tion.The environment management system is certiﬁedacc.to DIN EN ISO 14001.Please help us fulﬁl this obligation by observing theenvironmental instructions in this manual:lChapter "Storage and transport"lChapter "Disposal"8VEGAPULS 62 -4... 20 mA/HARTFor your safety28435-EN-050211

3Product description3.1ConﬁgurationThe scope of delivery encompasses:lVEGAPULS 62 radar sensorldocumentation-this operating instructions manual-Ex-speciﬁc safety instructions (with Ex versions)and,if necessary,further certiﬁcatesVEGAPULS 62 consists of the following components:lhorn or parabolic antennalprocess ﬁtting (depending on the version ﬂange orthread)loptionally available with purging air connection,reﬂuxvalvelhousing with electronicslhousing cover,optionally available with indicating/adjustment module PLICSCOMThe components are available in diﬀerent versions.Scope of deliveryComponentsVEGAPULS 62 -4... 20 mA/HART 9Product description28435-EN-050211

213Fig.1:VEGAPULS 62,threaded version with plastic housing1Housing cover with integrated PLICSCOM (optional)2Housing with electronics3Process ﬁtting with horn antenna3.2Principle of operationVEGAPULS 62 is a radar sensor in K-band technology(emitting frequency approx.26 GHz)for continuous levelmeasurement.Aversion of VEGAPULS 62 is available for therespective application:lThe version with thread and horn antenna with ø40mm (1.6in)is particularly suitable for small tanks andprocess vessels for measurement of virtually allproducts.lThe version with ﬂange and horn antenna with ø48…95 mm (ø1.9…3.7in)is particularly suitable forstorage tanks and process vessels,for measurementof solvents,hydrocarbons and fuels under mostdiﬃcult process conditions.lThe version with parabolic antenna is particularlysuitable for precise measurement of products withsmall dielectric value.Area of application10 VEGAPULS 62 -4... 20 mA/HARTProduct description28435-EN-050211

The antenna of the radar sensor emits short radarpulses with a duration of approx.1ns.These pulses arereﬂected by the product and received by the antenna asechoes.The running time of the radar pulses fromemission to reception is proportional to the distance andhence to the level.The determined level is convertedinto an appropriate output signal and outputted asmeasured value.Two-wire electronics 4... 20 mA/HART for power supplyand measured value transmission on the same cable.The power supply range can diﬀer depending on theinstrument version.The exact range is stated in theTechnical data in the Supplement.3.3AdjustmentVEGAPULS 62 can be adjusted with three diﬀerentadjustment media:lthe indicating and adjustment module PLICSCOMlan adjustment software acc.to FDT/DTM standard,e.g.PACTware™and PClaHART handheldThe entered parameters are generally saved in VEGA-PULS 62,optionally also in PLICSCOM or inPACTware™.3.4Storage and transportYour instrument was protected by packaging duringtransport.Its capacity to handle normal loads duringtransport is assured by a test acc.to EN 24180.The packaging of standard instruments consists ofenvironment-friendly,recyclable cardboard.For specialversions PE foam or PE foil can be also used.Disposeof the packaging material via specialised recyclingcompanies.Physical principlePower supplyPackagingVEGAPULS 62 -4... 20 mA/HART 11Product description28435-EN-050211

lStorage and transport temperature see Supplement,Technical data,Ambient conditionslRelative humidity 20 ... 85 %Storage and transporttemperature12 VEGAPULS 62 -4... 20 mA/HARTProduct description28435-EN-050211

4Mounting4.1General instructionsSelect an installation position you can easily reach formounting and connecting as well as later retroﬁtting ofan indicating and adjustment module PLICSCOM.Thehousing can be rotated by 330°without the use of anytools.You can also install the indicating and adjustmentmodule PLICSCOM in four diﬀerent positions (eachdisplaced by 90°).Use the recommended cable (see chapter "Connectingto power supply")and tighten the cable entry.You can give your VEGAPULS 62 additional protectionagainst moisture penetration by leading the connectioncable downward in front of the cable entry.Rain andcondensation water can thus drain oﬀ.This appliesmainly to mounting outdoors,in areas where moisture isexpected (e.g.by cleaning processes)or on cooled orheated vessels.Fig.2:Measures against moisture penetrationThe reference plane for the measuring range is the loweredge of the ﬂange or the seal surface of the thread.Information:If the product reaches the antenna,buildup can form onit over a period of time and later cause measurementerrors.Installation positionMoistureMeasuring rangeVEGAPULS 62 -4... 20 mA/HART 13Mounting28435-EN-050211

1 32100%0%4Fig.3:Measuring range (operating range)and max.measuringdistance1full2empty (max.measuring distance)3Measuring rangeThe process ﬁtting must be sealed with gauge or lowpressure in the vessel.Check before use,if the sealmaterial is resistant against the measured product.Themax.permissible pressure is stated in the Technicaldata in the Supplement or on the type label of thesensor.4.2Mounting preparations,horn antennaInformation:This information applies only to special versions!VEGAPULS 62 is available in versions where theantenna has a bigger diameter than the process ﬁtting(thread/ﬂange). Therefore the antenna must be dis-mounted on the process ﬁtting before mounting.Proceed as follows:1Loosen the hexagon screws on the antenna socket(1)with an Allan key (size 3)2Remove the antenna (2)Pressure14 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

3Insert the antenna from below into the vessel socketand secure it against falling oﬀ4Retighten the antenna with hexagon screws (1)to theantenna socket;torque max.10 Nm(7.5lbf ft)12Fig.4:Dismounting of the horn antenna1Hexagon screws on the antenna socket2Antenna4.3Mounting preparations,parabolic antennaInformation:This information applies only to special versions!VEGAPULS 62 is available in versions where theantenna has a bigger diameter than the process ﬁtting(thread/ﬂange). Before starting to mount,the antennamust be dismounted on the ﬂange.Proceed as follows:1Clamp VEGAPULS 62 with the ﬂange,e.g.in abench vice2Hold the connection piece (3)with a wrench SW 22on the ﬂattenings3Unscrew the locknut (2)with SW 36 against theantenna4Unscrew the compression nut (1)with a wrench SW41 against the antennaVEGAPULS 62 -4... 20 mA/HART 15Mounting28435-EN-050211

5Remove the parabolic antenna (4)axially6Mount sensor ﬂange to the adapter ﬂange and clampit7Check if there is a O-ring seal on the adapter and if itis not damaged.If necessary,replace it:Viton,articleno.2.28248,Kalrez 6375 article no.2.27351.8Remount the parabolic antenna (4)9Tighten compression nut (3)with SW 41,torque max.50 Nm.10 Tighten locknut (2)with SW 36,torque max.40 Nm.1234Fig.5:Dismounting,parabolic antenna1Compression nut2Locknut3Connection piece4Parabolic antenna4.4Mounting informationThe illustrations on the mounting instructions show aVEGAPULS 62 with horn antenna.The mountinginstructions also apply to VEGAPULS 62 with parabolicantenna.Horn and parabolic anten-na16 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

When mounting VEGAPULS 62,keep a distance of atleast 200 mm (7.9in)to the vessel wall.If the sensor isinstalled in the center of concave or arched vessel tops,multiple echoes can arise.These can,however,befaded out by an appropriate adjustment (see Setup).If this distance cannot be maintained,a false echostorage should be carried out during setup.This appliesparticularly if buildup on the vessel wall is expected.Inthis case,we recommend repeating the false echostorage later on with existing buildup.12> 200 mmFig.6:Mounting on arched vessel tops1Reference plane2Vessel center or symmetry axisIn vessels with conical bottom it can be advantageous tomount the sensor in the center of the vessel,asmeasurement is then possible down to the lowest pointsof the vessel bottom.Installation locationVEGAPULS 62 -4... 20 mA/HART 17Mounting28435-EN-050211

Fig.7:Vessel with conical bottomDo not mount the instruments in or above the ﬁllingstream.Make sure that you detect the product surfaceand not the inﬂowing product.Fig.8:Inﬂowing liquidPreferably socket pieces should be dimensioned suchthat the antenna end protrudes at least 10 mm (0.4in)out of the socket.Inﬂowing materialSocket18 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

ca. 10 mmFig.9:Recommended socket mountingIfthereﬂective properties of the medium are good,youcan mount VEGAPULS 62 on socket pieces higher thanthe antenna length.You will ﬁnd recommended values ofthe socket heights in the following illustration.Thesocket end should be smooth and burr-free,if possiblealso rounded.Carry out a false echo storage afterwards.dhmax.d1½"50 mm/2"80 mm/3"100 mm/4"150 mm/6"200 mm250 mm300 mm500 mm800 mmhmax.Fig.10:Deviating socket dimensionsIn liquids,direct the sensor as close as vertical to theproduct surface to achieve an optimum measurement.Sensor orientationVEGAPULS 62 -4... 20 mA/HART 19Mounting28435-EN-050211

Fig.11:Orientation in liquidsThe radar sensor should be installed at a location whereno installations cross the radar signals.Vessel installations such as,for example,ladders,limitswitches,heating spirals,struts,etc.can cause falseechoes superimposed on the useful echo.Make surewhen planning your measuring location that the radarsignals have "free access"to the measured product.In case of existing vessel installations,a false echostorage should be carried out during setup.If large vessel installations such as struts or supportscause false echoes,these can be attenuated throughsupplementary measures.Small,inclined sheet metalbaﬄes above the installations scatter the radar signalsand avoid a direct false echo reﬂection.Fig.12:Cover smooth proﬁles with deﬂectorsIn case of agitators in the vessel,a false echo storageshould be carried out with the agitators to be in motion.This ensures that the false reﬂections of the agitators aresaved in diﬀerent positions.Vessel installationsAgitators20 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

Fig.13:AgitatorsThrough the action of ﬁlling,stirring and other processesin the vessel,dense foams can be generated on theproduct surface which damp the emitted signal consi-derably.If foams can cause measurement errors,biggestpossible radar antennas and low frequency radarsensors,e.g.VEGAPULS 65/66 (C-band)should beused.VEGAFLEX sensors with guided microwaves are notinﬂuenced by foam generation and are particularlysuitable for such applications.By the use of a standpipe,inﬂuences of vesselinstallations and turbulence can be excluded.Underthese requirements,the measurement of products withlow dielectric values (from DK value 1.6)is possible.Surge or bypass tubes must extend all the way down tothe requested min.level,as measurement is onlypossible within the tube.Foam generationMeasurement in thestandpipe (surge or by-pass tube)VEGAPULS 62 -4... 20 mA/HART 21Mounting28435-EN-050211

max.min.21Fig.14:Pipe antenna systems in a tank1Marking of the polarisation direction2Vent hole max.ø5mm (0.2in)If possible,the antenna diameter of the sensor shouldcorrespond to the inner diameter of the tube.WithVEGAPULS 62 these are approx.40 mm (1.6in). Thesensor can be used from tube diameters of 40 ... 80 mm(1.6... 3.2in).Take note of the necessary upper vent hole in the surgepipe which must by displaced by 90°to the polarisationdirection on the sensor (see illustration:Pipe antennasystems in a tank).As an alternative to the surge pipe in the vessel,apipesystem outside of the vessel is possible as bypass tube.For setup,select the function Bypass tube.Direct the sensor in such a way that the polarisationmarking on the process ﬁtting is displaced by 90°to thetube holes or the tube connection openings (seeillustration:VEGAPULS in a bypass tube).22 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

100%0%1> 300 mmFig.15:VEGAPULS in a bypass tube1Marking of the polarisation directionWhen mounting the sensor on a bypass tube,VEGA-PULS 62 should be mounted at a distance of approx.300 mm (12 in)or more from the upper pipe connection.In case the tube is very rough inside,an inserted tube(tube in tube)or a radar sensor with pipe antenna shouldbe used.VEGAPULS 62 -4... 20 mA/HART 23Mounting28435-EN-050211

4.5Preparing the connectionAlways observe the following safety instructions:lConnect only in the complete absence of line voltagelIf overvoltages are expected,overvoltage arrestersshould be installed.Tip:We recommend VEGA overvoltage arresters ÜS-F-LB-Iand ÜSB 62-36G.X.In hazardous areas you should take note of theappropriate regulations,conformity and type approvalcertiﬁcates of the sensors and power supply units.Power supply and current signal are transmitted via thesame two-wire connection cable.The power supplyrange can diﬀer depending on the instrument version.The exact range is stated in the Technical data in theSupplement.Provide a reliable separation between the supply circuitand the mains circuits acc.to DIN VDE 0106 part 101.The VEGA power supply units VEGATRENN 149AEx,VEGASTAB 690,VEGADIS 371 as well as all VEGA-METs meet this requirement.Bear in mind the following factors regarding supplyvoltage:lthe reduction of the output voltage of the powersupply unit under nominal load (with a sensor currentof 20.5mAor 22 mAin case of fault signal)lthe inﬂuence of additional instruments in the circuit(see load values in Technical data)VEGAPULS 62 is connected with standard two-wirecable without screen.An outer cable diameter of 5...9mm ensures the seal eﬀect of the cable entry.Ifelectromagnetic interference is expected,we recom-mend the use of screened cable.Note safety instructionsTake note of safetyinstructions for ExapplicationsSelect power supplySelect connection cable24 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

Connect the cable screen on both ends to groundpotential.In the sensor,the screen must be connecteddirectly to the internal ground terminal.The groundterminal outside on the housing must be connected tothe potential equalisation (low impedance).If potential equalisation currents are expected,theconnection on the evaluation side must be made via aceramic capacitor (e.g.1nF,1500 V). The lowfrequency potential equalisation currents are thus sup-pressed,but the protective eﬀect against high frequencyinterference signals remains.Take note of the corresponding installation regulationsfor Ex applications.In particular,make sure that nopotential equalisation currents ﬂow over the cablescreen.In case of grounding on both sides this can beachieved by the use of a capacitor or a separatepotential equalisation.4.6Connection procedureProceed as follows:1Unscrew the housing cover2IfaPLICSCOM indicating and adjustment module isinstalled,remove it by turning it slightly to the left.3Loosen compression nut of the cable entry4Remove approx.10 cm (4in)of the cable mantle,strip approx.1cm (0.4in)insulation from the ends ofthe individual wires5Insert the cable into the sensor through the cableentry6Lift the opening levers of the terminals with ascrewdriver (see following illustration)7Insert the wire ends into the open terminalsaccording to the wiring plan8Press down the opening levers of the terminals,youwill hear the terminal spring closingCable screening andgroundingSelect connectioncable for Ex appli-cationsVEGAPULS 62 -4... 20 mA/HART 25Mounting28435-EN-050211

9Check the hold of the wires in the terminals by lightlypulling on them10 Connect the screen to the internal ground terminaland the external ground terminal to potential equa-lisation11 Tighten the compression nut of the cable entry,theseal ring must completely encircle the cable12 Screw the housing cover back onThe electrical connection is ﬁnished.Fig.16:Connection steps 6and 74.7Wiring plans,single chamber housingThe following illustrations apply to the non-Exaswellasto the Ex ia version.26 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

14442 3Fig.17:Material versions,single chamber housing1Plastic2Aluminium3Stainless steel4Filter element for pressure compensationDisplayCom.12 56783412Fig.18:Electronics and connection compartment,single chamberhousing1Plug connector for VEGACONNECT (I²Cinterface)2Spring-loaded terminals for connection of the ext.indicationVEGADIS 613Ground terminal for connection of the cable screen4Spring-loaded terminals for power supply and cable screenHousing overviewElectronics and connec-tion compartmentVEGAPULS 62 -4... 20 mA/HART 27Mounting28435-EN-050211

Display1Com.125678Fig.19:Wiring plan,single chamber housing1Power supply/Signal output4.8Wiring plans,double chamber housingThe following illustrations apply to the non-Exaswellasto the Ex ia version.The Exd version is described in thenext subchapter.1 2 345Fig.20:Double chamber housing1Housing cover,connection compartment2Blind stopper or plug M12x1for VEGADIS 61 (option)3Housing cover,electronics compartment4Filter element for pressure compensation5Cable entry or plugWiring planHousing overview28 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

132DisplayCom.12 5678Fig.21:Electronics compartment,double chamber housing1Plug connector for VEGACONNECT (I²Cinterface)2Internal connection cable to the connection compartment3Terminals for VEGADIS 61312DisplayCom.1 2Fig.22:Connection compartment,double chamber housing1Plug connector for VEGACONNECT (I²Cinterface)2Ground terminal for connection of the cable screen3Spring-loaded terminals for power supply and cable screenElectronics compartmentConnection compartmentVEGAPULS 62 -4... 20 mA/HART 29Mounting28435-EN-050211

1Com.12Fig.23:Connection compartment,double chamber housing1Power supply/Signal output4.9Wiring plans,double chamber housingExd1 2 345Fig.24:Double chamber housing1Housing cover,connection compartment2Blind stopper or plug M12x1for VEGADIS 61 (option)3Housing cover,electronics compartment4Filter element for pressure compensation5Cable entry or plugWiring planHousing overview30 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

132DisplayCom.12 5678Fig.25:Electronics compartment,double chamber housing1Plug connector for VEGACONNECT (I²Cinterface)2Internal connection cable to the connection compartment3Terminals for VEGADIS 611212Fig.26:Connection compartment,double chamber housing Exd1Spring-loaded terminals for power supply and cable screen2Ground terminal for connection of the cable screenElectronics compartmentConnection compartmentVEGAPULS 62 -4... 20 mA/HART 31Mounting28435-EN-050211

112Fig.27:Wiring plan,double chamber housing Exd1Power supply/Signal outputWiring plan32 VEGAPULS 62 -4... 20 mA/HARTMounting28435-EN-050211

5Setup with the indicating andadjustment module PLICSCOM5.1Short descriptionThe indicating and adjustment module PLICSCOM isused for measured value display,adjustment anddiagnosis.It can be mounted in the following housingversions and instruments:lAll sensors of the plics®instrument family,in thesingle as well as in the double chamber housing(optionally in the electronics or connectioncompartment)lexternal indicating and adjustment unit VEGADIS 61Note:You will ﬁnd detailed information on the adjustment inthe operating instructions manual of the indicating andadjustment module PLICSCOM.5.2Installing the indicating and adjustmentmodule PLICSCOMPLICSCOM can be inserted or removed at any time.Aninterruption of the power supply is not necessary.To install,proceed as follows:1Unscrew the housing cover2Place PLICSCOM in the desired position on theelectronics (you can choose any one of four diﬀerentpositions -each displaced by 90°)3Press PLICSCOM lightly onto the electronics andturn it to the right until it snaps in.4Screw housing cover with inspection window tightlyback onRemoval is carried out in reverse order.Function/ConﬁgurationInsert/remove PLICSCOMVEGAPULS 62 -4... 20 mA/HART 33Setup with the indicating and adjustment module PLICSCOM28435-EN-050211

PLICSCOM is powered by the sensor,an additionalconnection is not necessary.Fig.28:Installation of PLICSCOMNote:If you intend to retroﬁtVEGAPULS 62 with PLICSCOMfor continuous measured value indication,a higher coverwith an inspection glass is required.34 VEGAPULS 62 -4... 20 mA/HARTSetup with the indicating and adjustment module PLICSCOM28435-EN-050211

5.3Adjustment system1.1231Fig.29:Indicating and adjustment elements1LC display2Indication of the menu item number3Adjustment keysl[OK]key:-move to the menu overview-conﬁrm selected menu-edit parameter-save valuel[–>]key to select:-menu change-list entry-editing positionl[+]key:-modify value of a parameterl[ESC]key:-interrupt input-jump to the next higher menuThe sensor is adjusted via the four keys of the indicatingand adjustment module PLICSCOM.The LC displayindicates the individual menu items.The functions of theindividual keys are shown in the above illustration.Approx.10 minutes after the last pressing of a key,anautomatic reset to measured value indication is trigger-Key functionsAdjustment systemVEGAPULS 62 -4... 20 mA/HART 35Setup with the indicating and adjustment module PLICSCOM28435-EN-050211

ed.Any values not conﬁrmed with [OK]will not besaved.5.4Setup procedureAfter VEGAPULS 62 is connected to power supply orafter voltage recurrence,the instrument carries out aself-test for approx.30 seconds.The following steps arecarried out:linternal check of the electronicslindication of the instrument type,the ﬁrmware versionas well as the sensor TAGs(sensor name)lOutput signal jumps brieﬂy(approx.10 seconds)tothe set interference current.Then the actual measured value is displayed and thecorresponding current is transmitted to the cable1)InHART-Multidrop mode (several sensors on one input)the address must be set before continuing with theparameter adjustment.You will ﬁnd a detailed descrip-tion in the operating instructions manual of PLICSCOMor in the online help of PACTware™or DTM.HART modeStandardAddress 0Because VEGAPULS 62 is a distance measuringinstrument,the distance from the sensor to the productsurface is measured.In order to have the actual leveldisplayed,an allocation of the measured distance to thepercentage height must be carried out.To make thisadjustment,the full and empty distances in the vesselare entered.If these values are not known,it is alsopossible to carry out the adjustment with other distan-ces,e.g.10 %and 90 %.Starting point of these distancevalues is always the seal surface of the thread or ﬂange.The actual level is then calculated on the basis of these1)The values correspond to the actual level as well as to the settingsalready carried out,e.g.default setting.Switch on phaseAddress setting HART-MultidropParameter adjustment36 VEGAPULS 62 -4... 20 mA/HARTSetup with the indicating and adjustment module PLICSCOM28435-EN-050211

entered values.At the same time,the operating range ofthe sensor is limited from maximum range to therequested range.The real product level during this adjustment is notimportant,because the min./max.adjustment is alwayscarried out without changing the product level.Thesesettings can be made ahead of time without theinstrument having to be installed.In the main menu item Basic adjustment,the individualsubmenu items should be selected one after the otherprovided with the correct parameter values.Start your parameter adjustment with the following menuitems of the basic adjustment:Proceed as follows:1Move from the measured value display to the mainmenu by pushing [OK].>Basic adjustmentDisplayDiagnosticsServiceInfo2Select the menu item Basic adjustment with [–>]andconﬁrm with [OK].Now the menu item min.adjust-ment is displayed.Min.adjustment0.00 %=5.000 m(d)4.000 m(d)3Prepare the percentage value for editing with [OK]and set the cursor to the requested position with [–>].Set the requested percentage value with [+]andsave with [OK].The cursor jumps now to thedistance value.4Enter the appropriate distance value in m (corre-sponding to the percentage value)for the emptyvessel (e.g.distance from the sensor to the vesselbottom).Carrying out min.adjust-mentVEGAPULS 62 -4... 20 mA/HART 37Setup with the indicating and adjustment module PLICSCOM28435-EN-050211

5Save the settings with [OK]and move to max.adjustment with [–>].Proceed as follows:Max.adjustment100.00 %=1.000 m(d)2.000 m(d)1Prepare the percentage value for editing with [OK]and set the cursor to the requested position with [–>].Set the requested percentage value with [+]andsave with [OK].The cursor jumps now to thedistance value.2Enter the appropriate distance value in m (corre-sponding to the percentage value)for the full vessel.Make sure that the max.level must be beneath thedead zone.3Save the settings with [OK]and move to the mediumselection with [–>].Each product has diﬀerent reﬂective properties.Inliquids additional interfering factors are ﬂuctuatingproduct surfaces and foam generation.In solids,this isthe dust generation,material cone and additionalechoes caused by the vessel wall.To adapt the sensorto the diﬀerent applications,you should choose in thismenu item Liquid or Solid.MediumLiquidAccording to the conductivity and the dielectric constantvalue of liquids,the reﬂection properties can diﬀerconsiderably.Therefore additional option such asSolvent,Chem.mixture and Water based are oﬀeredbelow the menu item Liquid.For solids you choose also Powder/Dust,Granular/Pellets or Ballast/Pebbels.Carrying out max.adjust-mentMedium selection38 VEGAPULS 62 -4... 20 mA/HARTSetup with the indicating and adjustment module PLICSCOM28435-EN-050211

With the medium selection,the sensor is adaptedperfectly to the product and the reliability,particularly inproducts with bad reﬂective properties is considerablyincreased.Enter the requested parameter via the respective keys,save your settings and jump to the next menu item withthe [–>]key.Apart from the medium also the vessel form caninﬂuence the measurement.To adapt the sensor tothese conditions,this menu item oﬀers (depending oneither liquid or solid is selected)diﬀerent options.ForLiquid these are Storage tank,Stilling tube,Open vesselor Stirred vessel,for Solid Silo or Bunker.Vessel formStorage tankEnter the requested parameter via the respective keys,save your settings and jump to the next menu item withthe [–>]key.To suppress ﬂuctuation in the measured value display,e.g.by agitated product surfaces,an integration timecan be set.This time can be between 0and 999seconds.Please note that the reaction time of the entiremeasurement will be longer and the sensor will react toquick changes of the measured value with a corre-sponding delay.In general,a time of a few seconds issuﬃcient to smooth the measured value display.Damping0sEnter the requested parameter via the respective keys,save your settings and jump to the next menu item withthe [–>]key.Vessel formDampingVEGAPULS 62 -4... 20 mA/HART 39Setup with the indicating and adjustment module PLICSCOM28435-EN-050211

Alinearization is necessary for all vessels in which thevessel volume does not increase linearly with the level -e.g.in a cylindrical or spherical tank -and the indicationor output of the volume is requested.Correspondinglinearization curves are preprogrammed for thesevessels.They represent the correlation between thelevel percentage and vessel volume.By activating theappropriate curve,the volume percentage of the vesselis displayed correctly.If the volume should not bedisplayed in percent but e.g.in l or kg,a scaling can beset in the menu item Display.Linearization curvelinearEnter the requested parameter via the respective keys,save your settings and jump to the next menu item withthe [–>]key.In this menu item you can enter an unambiguousdesignation for the sensor,e.g.the measurement loopname or the tank or product designation.In digitalsystems and in the documentation of larger plants,aunique designation should be entered for exact identi-ﬁcation of individual measuring sites.Sensor-TAGSensorWith this menu item,the Basic adjustment is ﬁnishedand you can now jump to the main menu with the [ESC]key.High sockets or vessel installations,such as e.g.strutsor agitators as well as buildup and weld joints on thevessel walls cause false reﬂections which inﬂuence themeasurement.Afalse echo storage detects and marksthese false echoes so that they are no longer taken intoLinearization curveSensor-TAGFalse echo storage40 VEGAPULS 62 -4... 20 mA/HARTSetup with the indicating and adjustment module PLICSCOM28435-EN-050211

account for the level measurement.Afalse echomemory should be created with empty vessel so that allprobably existing false reﬂections can be detected.False echo storageChange?Proceed as follows:1Move from the measured value display to the mainmenu by pushing [OK].2Select the menu item Service with [–>]and conﬁrmwith [OK].Now the menu item false echo storage isdisplayed.3Conﬁrm False echo storage -Change now with [OK]and select in the below menu Create new.Enter theactual distance from the sensor to the productsurface.All false echoes in this area are detected bythe sensor and saved after conﬁrming with [OK].Note:Check the distance to the product surface as in case ofawrong(too big)setting,the real level will be saved asfalse echo.Hence the level can no longer be detected inthis area.Additional adjustment and diagnosis options such as e.g.scaling,simulation or trend curve presentation areshown in the following menu schematic.You will ﬁnd adetailed description of these menu items in the operatinginstructions manual of the indicating and adjustmentmodule PLICSCOM.Optional settingsVEGAPULS 62 -4... 20 mA/HART 41Setup with the indicating and adjustment module PLICSCOM28435-EN-050211

5.5Menu schematicBasic adjustment1>Basic adjustmentDisplayDiagnosticsServiceInfo1.1Min.adjustment0.00 %=10.000 m(d)8.000 m(d)1.2Max.adjustment100.00 %=1.000 m(d)2.000 m(d)1.3MediumLiquidWater based(DK>10)1.4Vessel formStorage tank1.5Damping0s1.6Linearization curvelinear1.7Sensor-TAGSensorDisplay2Basic adjustment>DisplayDiagnosticsServiceInfo2.1Displayed valuescaled2.2Display unitsVolumem³2.3Scaling0%=0.0m³100 %=100 m³Diagnostics3Basic adjustmentDisplay>DiagnosticsServiceInfo3.1Peak valuesDistance-min:0.234m(d)Distance-max:5.385m(d)3.2Meas.reliability8dbSensor statusOK3.3Choose curveecho curve3.4echo curvePresentation ofecho curve42 VEGAPULS 62 -4... 20 mA/HARTSetup with the indicating and adjustment module PLICSCOM28435-EN-050211

Service4Basic adjustmentDisplayDiagnostics>ServiceInfo4.1False echo storageChange?4.2Addl.adjustmentsnone4.3Current outputOutput mode 4-20 mAFailure mode <3.6mAmin.current 3.8mA4.4SimulationSimulationstart?4.5ResetResetselect?4.6Units of measurementm(d)select?4.7LanguageDeutsch4.8HART modeStandardAddress 04.9Copy sensor dataCopy sensor data?4.10PINEnable?Info5Basic adjustmentDisplayDiagnosticsService>Info5.1Sensor typeVEGAPULS 6xSerial number123456785.2Date of manufacture29.April 2003Software version2.00.005.3Date of last changeusing PC15.May 20035.4Sensor detailsNowdisplayVEGAPULS 62 -4... 20 mA/HART 43Setup with the indicating and adjustment module PLICSCOM28435-EN-050211

6Setup with PACTware™6.1Connecting the PC~=Power supplyVEGACONNECT 3PACTware /TM>PA<231Fig.30:Connecting the PC directly to the sensor1RS232 connection2VEGAPULS 623I²Cadapter cable for VEGACONNECT 3Necessary components:lVEGAPULS 62lPC with PACTware™and suitable VEGA-DTMlVEGACONNECT 3with I²Cadapter cable (article no.2.27323)lpower supply unitConnecting the PC directlyto the sensor44 VEGAPULS 62 -4... 20 mA/HARTSetup with PACTware™28435-EN-050211

2314~=Power supplyVEGACONNECT 3PACTware /TMFig.31:Connecting the PC to the signal cable1RS232 connection2VEGAPULS 623HART adapter cable for VEGACONNECT 34HART resistance 250 OhmNecessary components:lVEGAPULS 62lPC with PACTware™and suitable VEGA-DTMlVEGACONNECT 3with HART adapter cable (art.no.2.25397)lHART resistance approx.250 Ohmlpower supply unitNote:With power supply units with integrated HART resis-tance (internal resistance approx.250 Ohm), an addi-tional external resistance is not necessary (e.g.VEGATRENN 149A,VEGADIS 371,VEGAMET 381). Insuch cases,VEGACONNECT 3can be connected inparallel to the 4... 20 mAcable.6.2Parameter adjustment with PACTware™Further setup steps are described in the operatinginstructions manual DTM Collection/PACTware atta-ched to each CD and which can also be downloadedConnecting the PC to thesignal cableVEGAPULS 62 -4... 20 mA/HART 45Setup with PACTware™28435-EN-050211

from our homepage.Adetailed description is availablein the online help of PACTware™and the VEGA-DTMs.Note:Keep in mind that for setup of VEGAPULS 62,DTM-Collection 06/2003 or a newer version should beapplied.All currently available VEGA-DTMs are provided in theDTM Collection on CD and can be bought from theresponsible VEGA agency for a token fee.This CDincludes also the up-to-date PACTware™version.Thebasic version of this DTM Collection incl.PACTware™is also available as a free-of-charge download from theInternet.46 VEGAPULS 62 -4... 20 mA/HARTSetup with PACTware™28435-EN-050211

7Maintenance and fault rectiﬁcation7.1MaintenanceWhen used as directed in normal operation,VEGAPULS62 is completely maintenance-free.7.2Fault rectiﬁcationVEGAPULS 62 oﬀers maximum reliability.Nevertheless,failures may occur during operation.These can have thefollowing causes,e.g.:lSensorlProcesslPower supplylSignal processing.The ﬁrst measures to be taken are to check the outputsignal and evaluate fault messages via the adjustmentmodule PLICSCOM.The procedure is described below.Further comprehensive diagnostics can be carried outon a laptop with the software PACTware™and thesuitable DTM.In many cases,the reasons can bedetermined in this way and faults can be rectiﬁed.Should these measures not be successful,please call inurgent cases the VEGA service hotline under the phonenumber +49 1805 858550.The hotline is available to you 7days a week round-the-clock.Since we oﬀer this service world-wide,thesupport is only available in the English language.Theservice is free of charge,only the standard telephonecosts will be charged.Connect a hand-held multimeter with a suitable measu-ring range acc.to the wiring plan.?4... 20 mAsignal is not stablellevel ﬂuctuationsàset integration time via PLICSCOM orPACTware™Causes of failureFault rectiﬁcation24 hour service hotlineChecking the 4... 20 mAsignalVEGAPULS 62 -4... 20 mA/HART 47Maintenance and fault rectiﬁcation28435-EN-050211

?4... 20 mAsignal missinglincorrect connection to power supplyàcheck connection acc.to chapter "Connectionprocedure"and correct,if necessary,acc.tochapter "Wiring plans"lno power supplyàcheck cables for line break,repair,if necessarylsupply voltage too low or load resistance too highàcheck and adapt,if necessary?Current signal greater than 22 mAor less than 3.6mAlElectronics module defectiveàexchange instrument or return it for repairInEx applications,the regulations for the wiring ofintrinsically safe circuits must be observed.?E013lno measured value availableàsensor in boot phaseàsensor does not ﬁnd an echo,e.g.throughincorrect installation or wrong parameter adjust-ment?E017ladjustment span too smallàCarry out a fresh adjustment and increase thedistance between min.and max.adjustmentFault messages viaPLICSCOM48 VEGAPULS 62 -4... 20 mA/HARTMaintenance and fault rectiﬁcation28435-EN-050211

?E036lno operable sensor softwareàcarry out a software update or return instrumentfor repair?E041lhardware error,electronics defectiveàexchange instrument or return it for repair7.3Exchanging the oscillatorIf the electronics module is defective,it can be replacedby the userOscillator PS-E.60KH.is suitable for K-band VEGA-PULS 61,62,63 with 4... 20 mA/HART.The followingversions are available:lPS-E.60KHX(without approvals)lPS-E.60KHA(approvals CA,DA,EA acc.to VEGAproduct list)lPS-E.60KHC(approvals XM,CX,CM,CK,CI,DX,DM,DK,DI;EX,GX,UX,UF acc.to VEGA productlist)InEx applications,only an oscillator with appropriate Exapproval must be used.If there is no oscillator available on site,it can be orderedfrom the responsible VEGA agency.The new oscillator must be according to the order dataof the sensor.These can be loaded as follows:lat the premises by VEGAlon site by the user.Information:When loading on site,ﬁrst of all the respective ﬁle mustbe downloaded from the Internet (see Setup).PreparationsVEGAPULS 62 -4... 20 mA/HART 49Maintenance and fault rectiﬁcation28435-EN-050211

In both cases,the serial number of VEGAPULS 62 isnecessary.The serial numbers are stated on the typelabel of VEGAPULS 62 or on the delivery note.Proceed as follows:1Switch oﬀpower supply2Unscrew the housing cover3Lift the opening levers of the terminals with ascrewdriver4Pull the connection cables out of the terminals5Loosen the two screws with a Phillips screwdriver(size 1)21Fig.32:Loosen the screws1Electronics module2Screws (2pcs.)6Pull the existing oscillator out by holding the openinglevers.7Compare the new oscillator with the old one.Thestatements on the type label must correspond.Thisapplies particularly to instruments in Exareas.8Insert the oscillator9Screw in and tighten the two screws with a Phillipsscrewdriver.10 Insert the wire ends into the open terminalsaccording to the wiring planExchange50 VEGAPULS 62 -4... 20 mA/HARTMaintenance and fault rectiﬁcation28435-EN-050211

11 Close the opening levers of the terminals,you willhear the terminal spring closing12 Check the hold of the wires in the terminals by lightlypulling on them13 Check the tightness of the cable entry.The seal ringmust completely encircle the cable.14 Screw the housing cover back onThe electronics exchange is ﬁnished.As a rule,the exchange of the oscillator must bedocumented internally when used in Ex applications.If the serial number of the oscillator is stated whenordering,VEGAPULS 62 is ready for operation directlyafter mounting the oscillator.If you are using an universal electronics from stock,youhave to load the sensor data after mounting theoscillator.Use the item "serial number search"underwww.vega.com.After having entered the serial number,the order data of the sensor will be displayed.Below theorder data you will ﬁnd "Sensor data for Service-DTM"as an XML ﬁle.Load this ﬁle to your PC and then into thesensor via PACTware™/Service DTM.After VEGAPULS 62 is ready for operation,settingscarried out on site must be repeated.Tip:Use the copy function of the adjustment modulePLICSCOM or the adjustment software PACTware™.7.4Instrument repairIf it is necessary to repair VEGAPULS 62 pleaseproceed as follows:You can download a return form (23 KB)from ourInternet homepage www.vega.com under "Services >Downloads >Forms and Certiﬁcates >Repair form.SetupVEGAPULS 62 -4... 20 mA/HART 51Maintenance and fault rectiﬁcation28435-EN-050211

By doing this you help us carry out the repair quickly andwithout having to call for additional information.lPrint and ﬁll out one form per instrumentlClean the instrument and pack it damage-prooflAttach the completed form and possibly also a safetydata sheet to the instrumentlSend the instrument to the respective address ofyour agency.InGermany to the VEGA headquartersin Schiltach.52 VEGAPULS 62 -4... 20 mA/HARTMaintenance and fault rectiﬁcation28435-EN-050211

8Dismounting8.1Dismounting procedureWarning:Before dismounting,be aware of dangerous processconditions such as e.g.pressure in the vessel,hightemperatures,corrosive or toxic products etc.Take note of chapters "Mounting"and "Connecting topower supply"and carry out the listed steps in reverseorder.8.2DisposalVEGAPULS 62 consists of materials which can berecycled by specialised recycling companies.Wehavepurposely designed the electronic modules to be easilyseparable.Mark the instrument as scrap and dispose ofit according to government regulations (electronic scrapordinance, ...)Materials:see Technical dataIf you cannot dispose of the instrument properly,pleasecontact us about disposal methods or return.VEGAPULS 62 -4... 20 mA/HART 53Dismounting28435-EN-050211

9Supplement9.1Technical dataGeneral dataMaterials,non-wetted parts-housing plastic PBT (Polyester), Alu-die castingpowder-coated,316L(stainless steel1.4435)-seal ring between housing andhousing coverNBR (stainless steel housing), silicone(Alu/plastic housing)-inspection window in housingcover for PLICSCOMPolycarbonate-ground terminal stainless steel 1.4571/1.4435Materials,wetted parts-process ﬁtting thread 316 L(stainless steel 1.4435),Hastelloy C22;ﬂanges 316 L(stainlesssteel 1.4435), Hastelloy C22 plated-Antenna 316 L(stainless steel 1.4435), PTFE (TFM1600 PTFE)-seal,antenna system Viton,Kalrez 2035,6230,6375,6623Weight with horn antenna-process ﬁtting,thread 2.0... 2.8kg (4.4... 6.2lbs), depending onthe thread size and housing-process ﬁtting,ﬂange 4.2... 15.4kg (9.3... 34 lbs), dependingon the ﬂange size and housingWeight with parabolic antenna-process ﬁtting,thread 2.8... 3.6kg (6.2... 13.7lbs), dependingon the thread size and housing-process ﬁtting,ﬂange 5.0... 16.2kg (11 ... 35.7lbs), dependingon the ﬂange size and housing54 VEGAPULS 62 -4... 20 mA/HARTSupplement28435-EN-050211

Output variableOutput signal 4... 20 mA/HARTResolution 1.6µAFault signal current output unchanged,20.5mA,22 mA,<3.6mA(adjustable)Current limitation 22 mALoad see load diagram in Power supplyIntegration time (63%of the inputvariable)0... 999 s,adjustableRise time 150 ms (ti:0s,0... 100 %)Fulﬁlled Namur recommendation NE 43Input variableParameter distance between process ﬁtting andproduct surfaceMin.distance from antenna end 50 mm (2in)Recommended meas.range depending on the antenna diameter-ø40 mm (1.6in)up to 10 m(33 ft)-ø48 mm (1.9in)up to 15 m(50 ft)-ø75 mm (3in), ø95 mm (3.7in),parabolic antennaup to 30 m(98.4ft)Accuracy (similar to DIN EN 60770-1)Reference conditions acc.to DIN EN 61298-1-temperature 18 ... 30°C(64 ... 86°F)-relative humidity 45 ... 75 %-pressure 860 ... 1060 mbar (86 ... 106 kPaor12.5...15.4psi)VEGAPULS 62 -4... 20 mA/HART 55Supplement28435-EN-050211

Characteristics curve deviation and measurement characteristics2)Average temperature coeﬃcient ofthe zero signal (temperature error)0.06 %/10 KResolution,general max.1mmFrequency K-band (26 GHz technology)Interval approx.1sBeam angle with horn antenna,depending on the antenna diameter-ø40 mm 22°-ø48 mm 18°-ø75 mm 10°-ø95 mm 8°Beam angle with parabolic antenna 3.5°Adjustment time3)>1s(dependent on the parameteradjustment)Max.emitted power <25 mWEIRP4)Received average emitted power reaching an object directly in front of the antenna-distance 1m0.4…3.2nWper cm²(0.4…3.2x10-9W/cm²)-distance 5m0.02 ... 0.13 nWper cm²(0.02 ... 0.13 x10-9W/cm²)Accuracy see diagram0,5 m 30 m10 mm3 mm-3 mm-10 mmFig.33:Accuracy VEGAPULS 622)Relating to the nominal range,incl.hysteresis and repeatability,determined acc.to the limit point method.3)Time to output the correct level (with max.10 %deviation)after asudden level change.4)EIRP:Equivalent isotropically radiated power.56 VEGAPULS 62 -4... 20 mA/HARTSupplement28435-EN-050211

Ambient conditionsAmbient,storage and transport temperature-without PLICSCOM -40 ... +80°C(-40 ... +176°F)-with PLICSCOM -20 ... +70°C(-4... +158°F)Process conditionsVessel pressure horn antenna -1... 40 bar (-100 ... 4000 kPaor-14.5...580)vessel pressure parabolic antenna -1... 6bar (-100 ... 4000 kPaor-14.5... 87psi)Process temperature (measured on the process ﬁtting)depending on the seal ofthe antenna system-Viton -40 ... +130°C(-40 ... +266°F)-Viton with temperature adapter -40 ... +200°C(-40 ... +392°F)-Kalrez 2035,6230,6623 -15 ... +130°C(-5... +266°F)-Kalrez 2035,6230 with tempe-rature adapter-15 ... +200°C(-5... +392°F)-Kalrez 6375 -20 ... +130°C(-4... +266°F)-Kalrez 6375 with temperatureadapter-20 ... +200°C(-4... +392°F)Vibration resistance mechanical vibrations with 4g and5…100 Hz5)Data on rinsing air connectionPressure max.6bar (87 psi)Thread G⅛ACheck valve (option,attached with Ex version)-Material 316Ti(stainless steel 1.4571)-Seal Viton-for tube diameter 6mm-opening pressure 0.5bar (7.3psi)-nominal pressure stage PN 2505)Tested acc.to the regulations of German Lloyd,GL directive 2VEGAPULS 62 -4... 20 mA/HART 57Supplement28435-EN-050211

Electromechanical dataCable entry/plug6)-single chamber housing l1x cable entry M20x1.5(cable-ø5…9mm), 1x blind stopper M20x1.5or:l1x closing cap ½NPT,1xblindstopper ½NPTor:l1xplug(depending on the version), 1xblind stopper M20x1.5-double chamber housing l1x cable entry M20x1.5(cable-ø5…9mm), 1x blind stopper M20x1.5,plug M12x1for VEGADIS 61 (option)or:l1x closing cap ½NPT,1x blind stopper½NPT,plug M12x1for VEGADIS 61(option)or:l1xplug(depending on the version), 1xblind stopper M20x1.5,plug M12x1forVEGADIS 61 (option)Spring-loaded terminals for wire cross sections up to 2.5mm²Indicating and adjustment module PLICSCOMPower supply and data transmis-sionthrough sensor via gold-plated slidingcontacts (I²Cbus)Indication LC display in dot matrixAdjustment elements 4keysProtection-unassembled IP 20-mounted into the sensor withoutcoverIP 406)depending on the version M12x1,acc.to DIN 43650,Harting,Amphenol-Tuchel,7/8"FF58 VEGAPULS 62 -4... 20 mA/HARTSupplement28435-EN-050211

Materials-housing ABS-inspection window Polyester foilPower supplySupply voltage-non-Ex instrument 14 ... 36 VDC-EEx ia instrument 14 ... 30 VDC-EExd ia instrument 20 ... 36 VDCPermissible residual ripple-<100 HzUss<1V-100 Hz... 10 kHzUss<10 mVLoad see diagram100075050025014 1816 20 22 24 26 28 30 32 34 36ΩV4123Fig.34:Voltage diagram1HART load2Voltage limit EEx ia instrument3Voltage limit non-Ex instrument/Exd instrument4Supply voltageElectrical protective measuresProtection IP 66/IP 67Overvoltage category IIIProtection class IIVEGAPULS 62 -4... 20 mA/HART 59Supplement28435-EN-050211

Approvals7)8)ATEX ia ATEX II 1G,1/2G,2GEExiaIIC T6;ATEXII 1G,1/2G,2GEExiaIIC T5+ATEX II 1/2DIP6XT6ATEX dATEX II 1/2G,2GEExdiaIIC T6;ATEX II1/2G,2GEExdiaIIC T5+ATEX II 1/2DIP6XT6ATEX D ATEX II 1/2DIP6XTATEX me ATEX II 1/2G2GEExmeiaIIC T6IEC ia IEC ExiaIIC T6IEC dIEC ExdiaIIC T6FM FM CI.I,Div2(NI)+CI.II,III,Div1(DIP); FMCI.I-III,Div 1(IS)Ship approvals GL,LRS,ABS,CCS,RINAOthers WHG7)Deviating data with Ex applications:see separate safety instru-ctions8)depending on order speciﬁcation60 VEGAPULS 62 -4... 20 mA/HARTSupplement28435-EN-050211

9.2DimensionsHousing112mm (4 13/32")117mm (4 39114mm (4 31/64")120mm (4 23/32")~ 69mm(2 23/32") ø 77mm(3 1/32")~ 69mm(2 23/32") ~ 116mm (4 9/16")~ 87mm (3 27/64")ø77mmø 84mm (3 5/16")ø 84mm/16")20x1,5½½NPT½NPTM20x1,5/½NPT1234Fig.35:Housing versions (with integrated PLICSCOM the height of the housing increases by 9mm/0.35 in)1Plastic housing2Stainless steel housing3Aluminium double chamber housing4Aluminium housingVEGAPULS 62 -4... 20 mA/HART 61Supplement28435-EN-050211

VEGAPULS 62 with horn antenna in threaded versionmminch38mm (1 1/2")22mm (55/64")22mm (55/64")118mm (4 41/64")46mm(1 13/16")3 15/16"ø1 37/64"ø1 57/64"ø2 61/64"ø3 47/64"4 23/32"8 1/2"16 59/64"xy100 ø40120 ø48216 ø75430 ø951½"2"3"4"xy1½"2"3"4"xyG1½A / 1½ NPTxy21Fig.36:VEGAPULS 62 with horn antenna in threaded version1Standard2with temperature adapter62 VEGAPULS 62 -4... 20 mA/HARTSupplement28435-EN-050211

VEGAPULS 62 with horn antenna in threaded version with purging airconnectionmminch38mm (1 1/2")22mm (55/64")22mm (55/64")118mm (4 41/64")3 15/16"4 23/32"8 1/2"16 59/64"ø1 37/64"ø1 57/64"ø2 61/64"ø3 47/64"46mm(1 13/16")xyG1½A / 1½ NPTxy100 ø40120 ø48216 ø75430 ø951½"2"3"4"xy1½"2"3"4"xy21Fig.37:VEGAPULS 62 with horn antenna in threaded version with purging air connection and reﬂux valve(option)1Standard2with temperature adapterVEGAPULS 62 -4... 20 mA/HART 63Supplement28435-EN-050211

VEGAPULS 62 with horn antenna in threaded version with purging airconnection and antenna extensionmminch38mm (1 1/2")22mm (55/64")22mm (55/64")118mm (4 41/64")7 3/32"ø1 37/64"ø1 57/64"ø2 61/64"ø3 47/64"7 7/8"11 21/32"24 51/64"46mm(1 13/16")xyG1½A / 1½ NPTxy > 180 ø40> 200 ø48> 296 ø75> 630 ø951½"2"3"4"xy1½"2"3"4"xy21Fig.38:VEGAPULS 62 with horn antenna in threaded version with purging air connection,antennaextension and reﬂux valve (option)1Standard2with temperature adapter64 VEGAPULS 62 -4... 20 mA/HARTSupplement28435-EN-050211

VEGAPULS 62 with horn antenna in ﬂange version60mm (2 23/64")140mm (5 33/64")4xø3/4"4xø3/4"8xø55/64"8xø3/4"8xø7/8"4xø45/64"8xø45/64"8xø45/64"4 3/4"4 59/64"6 19/64"2 61/64"3 47/64"3 47/64"16 59/64"16 59/64"1 57/64"4 23/32"8 1/2"1 37/64"1 57/64"4 23/32"3 15/16"2 61/64"3 47/64"3 47/64"16 59/64"16 59/64"8 1/2"7 3/32"9 29/64"25/32"25/32"55/64"15/16"3/4"15/16"15/16"6 1/2"4xø45/64"4 21/64"45/64"5 29/32"7 7/8"8 21/32"11 7/32"7 1/2"7 1/2"9 1/2"6"6"9"11" 1"Dmmbk dxDN 50 PN 40 165 20 125 4xø18DN 80 PN 40 200 24 160 8xø18DN 100 PN 16 220 20 180 8xø18DN 150 PN 16 285 22 240 8xø222" 150 lb 152,4 19,1 120,7 4xø19,13" 150 lb 190,5 23,9 152,4 4xø19,14" 150 lb 228,6 23,9 190,5 8xø19,16" 150 lb 279,4 25,4 241,3 8xø22,4y 48 12075 21695 43095 43048 120xy 75 21695 43095 430Dinchbk dDN 50 PN 40DN 40 PN 40 150 18 110 4xø18 40 100 DN 40PN 40DN 80 PN 40DN 100 PN 16DN 150 PN 162" 150 lb3" 150 lb4" 150 lb6" 150 lbDkxdby21Fig.39:VEGAPULS 62 with horn antenna in ﬂange version1Standard2with temperature adapterVEGAPULS 62 -4... 20 mA/HART 65Supplement28435-EN-050211

VEGAPULS 62 with parabolic antenna in threaded version38mm (1 1/2")22mm (55/64")22mm (55/64")118mm (4 41/64")128mm (5 3/64")ø 243mm (9 9/16")46mm(1 13/16")G1½A / 1½ NPT21Fig.40:VEGAPULS 62 with parabolic antenna in threaded version1Standard2with temperature adapter66 VEGAPULS 62 -4... 20 mA/HARTSupplement28435-EN-050211

VEGAPULS 62 with parabolic antenna in ﬂange versionDmmbk dDN 50 PN 40 165 20 125 4xø18DN 80 PN 40 200 24 160 8xø18DN 100 PN 16 220 20 180 8xø18DN 150 PN 16 285 22 240 8xø222" 150 lb 152,4 19,1 120,7 4xø19,13" 150 lb 190,5 23,9 152,4 4xø19,14" 150 lb 228,6 23,9 190,5 8xø19,16" 150 lb 279,4 25,4 241,3 8xø22,4Dinchbk dDN 50 PN 40DN 40 PN 40 150 18 110 4xø18 DN 40PN 40DN 80 PN 40DN 100 PN 16DN 150 PN 162" 150 lb3" 150 lb4" 150 lb6" 150 lb21Dkb60mm (2 23/64")128mm (5 3/64")140mm (5 33/64")4xø3/4"4xø3/4"8xø55/64"8xø3/4"8xø7/8"4xø45/64"8xø45/64"8xø45/64"4 3/4"4 59/64"6 19/64"7 3/32"9 29/64"25/32"25/32"55/64"15/16"3/4"15/16"15/16"6 1/2"4xø45/64"4 21/64"45/64"5 29/32"7 7/8"8 21/32"11 7/32"7 1/2"7 1/2"9 1/2"6"6"9"11" 1"dø 243mm (9 9/16")Fig.41:VEGAPULS 62 with parabolic antenna in ﬂange version1Standard2with temperature adapterVEGAPULS 62 -4... 20 mA/HART 67Supplement28435-EN-050211

9.3CertiﬁcatesCE declaration of conformityFig.42:CE declaration of conformity68 VEGAPULS 62 -4... 20 mA/HARTSupplement28435-EN-050211

Manufacturer declaration Manufacturer declaration no. 24626 Messrs. VEGA Grieshaber KG Am Hohenstein 113 77 761 Schiltach declares that the Radar Sensor Type VEGAPULS 61, 62, 63, 65, 66 with electronics H (4...20mA HART) in accordance with DIN/EN 60079-14/1998 paragraph .5.2.3 item c 1 and when used correctly under the condition that the operator follows the instructions in the documents listed: - Mounting and operating instructions in the Operating Instructions manual - Data and instructions of this manufacturer declaration - Installation regulations are suitable for use in Zone 2 The max. surface temperature increase* during operation is 18K. With an ambient temperature of 70°C on the housing and a product temperature of 70°C, the max. surface temperature* is 88°C during operation. Measures to maintain the explosion protection during operation: - Permissible operating voltage: Umin. = 14V; Umax. = 36V. - The instrument must be installed and operated in such a way that ignition due to electrostatic charge is not expected (depending on the version, the antenna, process fitting or the housing are made of electrically non-conductive plastic). - The availability, the perfect quality and the correct position of the seal between the lower part of the housing and the cover must be ensured; the screws for fastening of the cover must be tightened carefully. - If the instrument is operated with opened cover, the adjustment module PLICSCOM is mounted or its keys are pushed, it must be ensured that no explosive atmosphere is present. - Make sure that the cable entry is tight and strain-relieved; the outer diameter of the connection cable must be adapted to the cable entry; the pressure screw of the cable entry must be tightened carefully. - Free openings for cable and cable entries must be covered tightly. - VEGAPULS must be mounted in such a way that contact of the sensor to the vessel wall can be excluded by taking vessel installations and flow conditions in the vessel into account. - The surface temperature must not exceed the ignition temperature of the concerned explosive atmosphere. *Single component in the instrument This instrument was judged by a person meeting the requirements acc. to DIN/EN 60079-14. VEGA Grieshaber KG Schiltach, den 25.03.04 i.V. Fruhauf Fig.43:Manufacturer declarationVEGAPULS 62 -4... 20 mA/HART 69Supplement28435-EN-050211

70 VEGAPULS 62 -4... 20 mA/HART28435-EN-050211

VEGAPULS 62 -4... 20 mA/HART 7128435-EN-050211

VEGA Grieshaber KGAmHohenstein 11377761 SchiltachGermanyPhone +49 7836 50-0Fax +49 7836 50-201E-mail:info@de.vega.comwww.vega.comISO 9001All statements concerning scope of delivery,application,practical use and operating conditions of the sensors andprocessing systems correspond to the information avail-able at the time of printing.Technical data subject to alterations 28435-EN-050211