megohmmeter 5060 - cole-parmer · 4 megohmmeter models 5050 / 5060 1.2 definition of measurement...

MEGOHMMETER 50505060

E N G L I S H User Manual

Statement of Compliance

Chauvin Arnoux®, Inc. d.b.a. AEMC® Instruments certifies that this instrument has been calibrated using standards and instruments traceable to international standards.

We guarantee that at the time of shipping your instrument has met its published specifications.

An NIST traceable certificate may be requested at the time of purchase, or obtained by returning the instrument to our repair and calibration facility, for a nominal charge.

The recommended calibration interval for this instrument is 12 months and begins on the date of receipt by the customer. For recalibration, please use our calibration services. Refer to our repair and calibration section at www.aemc.com.

Serial #: ________________________________

Catalog #: 2130.20 / 2130.21

Model #: 5050 / 5060

Please fill in the appropriate date as indicated:

Date Received: _________________________________

Date Calibration Due: _______________________

Chauvin Arnoux®, Inc.d.b.a AEMC® Instrumentswww.aemc.com

Table of Contents

1. INTRODUCTION ............................................................................... 31.1 International Electrical Symbols ...........................................................31.2 DefinitionofMeasurementCategories .................................................41.3 ReceivingYourShipment .....................................................................41.4 OrderingInformation ............................................................................4

1.4.1 AccessoriesandReplacementParts ......................................41.5 AccessoryInformation..........................................................................5

1.5.1 DataView®Software(forModel5060) ........................................ 51.5.2 SerialPrinter(forModel5060) ................................................5

2. PRODUCT FEATURES ...................................................................... 62.1 MegohmmeterFeatures .......................................................................82.2 DigitalFeatures ....................................................................................92.3 Bargraph ............................................................................................102.4 Symbols .............................................................................................102.5 Push-buttonFunctions .......................................................................11

2.5.1 2ndButton .............................................................................11

2.5.2 V-TIME/ Button ..............................................................112.5.3 R-DAR-PI-DD/R(t)Button ...................................................12

2.5.4 /ALARMButton ..............................................................162.5.5 /SmoothButton................................................................17

2.5.6 Button...............................................................................172.5.7 SET-UPFunction ..................................................................182.5.8 ClearingtheMemory.............................................................202.5.9 CommunicationRate(RS-232) .............................................202.5.10 DefaultDeviceConfiguration ................................................202.5.11 VoltageDisturbanceLimit .....................................................212.5.12 AutomaticMeasuringRange.................................................212.5.13 Blocking(Disabling)TestVoltages ........................................22

3. SPECIFICATIONS........................................................................... 233.1 ReferenceConditions.........................................................................233.2 Voltage ...............................................................................................233.3 InsulationResistance .........................................................................233.4 PowerSupply .....................................................................................283.5 EnvironmentalSpecifications .............................................................293.6 MechanicalSpecifications ..................................................................29

3.7 SafetySpecifications ..........................................................................293.8 VariationsinOperatingRange ...........................................................30

4. MEASUREMENT FUNCTIONS ......................................................... 314.1 AC/DCVoltage ...................................................................................314.2 InsulationMeasurement .....................................................................31

5. OPERATION .................................................................................. 335.1 MeasurementProcedure....................................................................335.2 InsulationMeasurement .....................................................................335.3 OperationExamples...........................................................................345.4 CapacitanceMeasurement ................................................................355.5 ResidualandLeakageCurrentMeasurement ...................................35

6. MEMORY / RS-232 (5060) ........................................................... 366.1 RS-232Specifications ........................................................................366.2 Saving/RecallingValues(MEM/MRButton) .....................................366.3 PrintingMeasuredValues ..................................................................386.4 InstantaneousPrintingofMeasurements(PRINTbutton) ................396.5 PrintingDatainMemory(PRINTMEMbutton) ..................................40

7. DATAVIEW® SOFTWARE ................................................................ 427.1 Features .............................................................................................427.2 InstallingDataView® ...........................................................................427.3 ConnectingtheModel5060toyourComputer ..................................467.4 UsingDataView® ................................................................................47

7.4.1 ConfiguringtheInstrument....................................................487.4.2 RunningtheTest ...................................................................50

7.5 DataView®MegohmmeterTemplates .................................................537.5.1 MegohmmeterSummaryReportTemplate ...........................53

8. MAINTENANCE ............................................................................. 558.1 RechargingtheBattery ......................................................................558.2 FuseReplacement .............................................................................568.3 Cleaning .............................................................................................568.4 Storage...............................................................................................56

RepairandCalibration ........................................................................................57

TechnicalandSalesAssistance .........................................................................57

LimitedWarranty ................................................................................................58

WarrantyRepairs ................................................................................................58

Megohmmeter Models 5050 / 5060 3

CHAPTER 1

INTRODUCTION

WARNING Thesesafetywarningsareprovidedtoensurethesafetyofpersonnelandproperoperationoftheinstrument.• Donotattempttoperformanytestswiththeseinstrumentsuntilyouhavereadtheinstructionmanual.

• Safetyistheresponsibilityoftheoperator!• Testsaretobecarriedoutonlyonnon-energizedcircuits!Checkforlivecircuitsbeforemakingresistancemeasurements(safetycheck).

• Highvoltageispresent,asisthesampleconnectedtoit.Anyoneperformingorassistingintestingmustfollowallsafetyprecautionstopreventelectricalshocktothemselvesandtoothers.

• AEMC®considerstheuseofrubberglovestobeanexcellentsafetypractice,eveniftheequipmentisproperlyoperatedandcorrectlygrounded.

•Whentestingsampleswithacapacitivecomponent,makesuretheyhavebeenproperlydischargedandaresafetotouch.Dielectricinsulationsamplesshouldbeshort-circuitedforatleastfivetimestheamountoftimetheywereenergized.

•Megohmmetersshouldneverbeusedinanexplosiveenvironment.• Onlyusetheleadsthataresuppliedwiththemegohmmeter.Iftheyaredefectiveorworn,replacebeforetesting.

• Thisinstrumentcanbeusedoninstallationsratedfor1000V,CategoryIII,or2500V,CategoryI.

1.1 International Electrical Symbols

This symbol signifies that the instrument is protected by double or reinforced insulation.

This symbol on the instrument indicates a WARNING and that the operator must refer to the user manual for instructions before operating the instrument. In this manual, the symbol preceding instructions indicates that if the instructions are not followed, bodily injury, installation/sample and product damage may result.

Risk of electric shock. The voltage at the parts marked with this symbol may be dangerous.

In conformity with WEEE 2002/96/EC

4 Megohmmeter Models 5050 / 5060

1.2 Definition of Measurement CategoriesCAT I: FormeasurementsoncircuitsnotdirectlyconnectedtotheACsupply

wall outlet such as protected secondaries, signal level, and limitedenergycircuits.

CAT II: For measurements performed on circuits directly connected to theelectricaldistributionsystem.Examplesaremeasurementsonhouseholdappliancesorportabletools.

CAT III: Formeasurementsperformedinthebuildinginstallationatthedistributionlevel such as on hardwired equipment in fixed installation and circuitbreakers.

CAT IV: Formeasurementsperformedattheprimaryelectricalsupply(<1000V)suchasonprimaryovercurrentprotectiondevices,ripplecontrolunits,or meters.

1.3 Receiving Your Shipment• Matchthecontentswiththepackinglist.• Notifyyourdistributorofanymissingitems.• Iftheequipmentappearstobedamaged,fileaclaimimmediatelywiththecar-

rierandnotifyyourdistributoratonce.

NOTE: Charge the instrument fully before use.

1.4 Ordering InformationMegohmmeter Model 5050.............................................................Cat. #2130.20Includes soft accessory bag, one red, one blue and one black lead with integral 5000V rated hippo clips, one jumper lead for use with guard terminal, rechargeable battery pack, US 120V power cord and user manual.

Megohmmeter Model 5060.............................................................Cat. #2130.21Includes soft accessory bag, one red, one blue and one black lead with integral 5000V rated hippo clips, one jumper lead for use with guard terminal, one RS-232 DB9 F/F 6 ft null modem cable, rechargeable battery pack, DataView® software, US 120V power cord and user manual.

1.4.1 Accessories and Replacement Parts

Cable,PCRS-232,DB9F/F6ftNullModemCable(1060)............. Cat. #2119.45

SmallClassicToolBag .....................................................................Cat. #2133.72


Fuse,setof5,0.1A,380V,5x20,.10kA ......................................... Cat. #2119.84

Leads-setof3,10ftcolor-codedlead - [ RATED 5000V] (color-codedleadsandalligatorclips) .............................................. Cat. #2119.76

Replacementleads-setof3,10ftleads(1red,1blue,and1black10ftleadwithintegralhippoclips) ......... Cat. #2119.85

Leads-setof3,25ftleads(1red,1blueand1blackwithintegralhippoclips).......................... Cat. #2119.86

Leads-setof3,45ftleads(1red,1blueand1blackwithintegralhippoclips).......................... Cat. #2119.87

DPU414-30BSerialPrinter(includesRS-2326ftcable,powersupply,rechargeablebatteryand5rollsofpaper) .................Cat. #2140.21

ReplacementCable(forSerialPrinter)PCRS-232,DB9F/F6ft .... Cat. #2119.46

Paper,setof5rolls,forusewithPrinterDPU414-30B.....................Cat. #2140.22

1.5 Accessory Information

1.5.1 DataView® Software (for Model 5060)

Dataview®softwaremakesitpossibleto:• Retrievedatafrommemoryandplotgraphsofthechangesininsulation

asafunctionofthetimeoverwhichthetestvoltageisapplied,R(t).• Printoutprotocolsofpersonalizedtests,dependingontheuser’sneeds.• Createtextfilesforuseonspreadsheets.• SetupandcontroltheinstrumententirelybytheRS-232.

1.5.2 Serial Printer (for Model 5060)

Recommendedprinter:SEIKO(EPSON):DPU414-DPU411-DPU41Thisserialprinter(Cat. #2140.21)comeswithaPCRS-232,DB9F/F6ftcable,powersupply,rechargeablebatteryand5rollsofpaper.

Order Accessories and Replacement Parts Directly OnlineCheck our Storefront at www.aemc.com/store for availability


CHAPTER 2

PRODUCT FEATURES

ThemegohmmetersModel5050and5060areportable instruments,housed inruggedcasing.Thesemegohmmetersaredesignedtocheckthesafetyofelectricalinstallationsandequipment.

Measures:• Voltage• InsulationResistance• Capacitance• LeakageCurrent

Advantages: • Automaticvoltagedetection inall functions,beforeorduring themea-

surement,whichinhibitsorstopsthemeasurement.• AutomaticdetectionofexternalACorDCvoltagesontheterminals• Thresholdprogrammingineachfunction,triggeringaudiblealarms• Timedcontrolofmeasurementduration• Fuseprotection,withdefectivefusedetectionandindication• Digitalfilteringofinsulationmeasurements• Automaticdischargeofresidualhighvoltageonthetesteddevice• Automaticshut-offtosavethebatteries• Batterylevelindicator• Largeeasy-to-readback-litLCD

Additional Features (Model 5060): • 128kBmemory,real-timeclockandserialinterface• ControlandprogrammingoftheinstrumentfromaPC (withDataView®software)• Printingwithaserialprinter


MODEL 5050

( )

FF 0.1A380V - 10kA

5x20mm

110 - 230V50/60 Hz

20 VA max

CALIBRATION

2nd

SMOOTH ALARM

R(t) MEGOHMMETERMODEL 5050

R-DAR-PI-DD

V/TIME

START/STOP1000V CAT III

2500V

G OFF

MΩ -1000V

MΩ - 2500V

MΩ - 5000V

MΩ 50-5000V

SET-UP

MΩ - 500V1

6

7

5

32 4

MODEL 5060

( )

FF 0.1A380V - 10kA

5x20mm

110 - 230V50/60 Hz

20 VA max

RS-232

2nd

SMOOTH ALARM

R(t)PRINT MEMMR MEGOHMMETERMODEL 5060

R-DAR-PI-DDPRINTMEM

V/TIME


2500V

G OFF

MΩ -1000V

MΩ - 2500V

MΩ - 5000V

MΩ 50-5000V

SET-UP

MΩ - 500V1

6

7

5

32 4


2.1 Megohmmeter Features1. Safetyterminals:“+”,“G”and“-”andaccesstotheprotectivefuse.

2. ACpowerplug(directoperationonACandbatteryrecharge).

3. Back-litliquidcrystaldisplay.

4. RS-232serialinterfacemaleplug(9-pin)• Forcalibrationonly(Model5050)• ForconnectiontoaPCorprinter(Model5060)

5. Rotaryselectorswitchwith7positions:• OFF-Instrumentisoff• MΩ - 500V-Insulationmeasurement(to2TΩ)

• MΩ - 1000V-Insulationmeasurement(to4TΩ)



• MΩ - 50V-5000V-Insulationmeasurementwithselectabletestvoltage• SET-UP-Set-upofthemegohmmeter

6. START/STOPbutton

7. 6buttons(5050)or8buttons(5060),eachwithafirstandsecondfunction.Thesecondfunctionsarehighlightedinyellowbeloweachbutton:• 2nd (yellow button)-Selectsthesecondfunctiononeachbutton.• R-DAR-PI-DD - Lets you choose the type ofmeasurement to be per-

formed. Instantaneous Resistance (R), Dielectric Absorption (DAR),PolarizationIndex(PI),orDielectricDischarge(DD).

• R(t)-Shows/hidestheintervalvaluesofinsulationresistance,testvolt-ageandtime-stamping,followingatime-controlledtest.

• V/TIME -Whenmeasuring insulation,pressing thisbuttondisplays thetimeelapsed since the beginning of themeasurement, then the exactvoltagegenerated.Whenperformingresistanceorcapacitancemeasure-ment,thisbuttonhasnoeffect.InMR(memoryrecall),itdisplaysthedateandtimeatwhichthemeasurementwasstored, theexact testvoltageandtheOBJ:TESTnumber.

• -Activatesordeactivatesthe“time-controlled”testmode.

• -TurnsthedisplaybacklightONorOFF.• ALARM-ActivatesordeactivatesthealarmsprogrammedinSET-UP.

• -Selectsaparametertobemodified.• SMOOTH-Stops/startssmoothingofdisplayedvaluesduringinsulation

testing.


• -Increasestheflashingparameterbeingdisplayed.Tomoveaboutthelistofintervalinsulationmeasurements,intheR(t)function.

• -Decreases theflashingparameterbeingdisplayed.TomoveaboutthelistofintervalinsulationmeasurementsintheR(t)function.

Iftheandbuttonsarehelddown,themovementbetweenparam-etersisincreasedtoafasterrate.

Model 5060 only:• MEM-Savesmeasuredvalues• MR-Recallssaveddata• PRINT-Printsmeasurementresults• PRINT MEM-Printsmemorycontents

2.2 Digital Features

8.8.8.80.1M

1M 10M 100M 1G 10G 100G1T

µA nA µF

COM

P

GΩPI

DARDDALARM

TΩ

MΩ kΩ

MEM MR

SMOOTH REMOTE

OBJ.

min sec

TEST

V DCAC

2nd 8.8.8.8Main DisplayIndicatesthevalueof:

• Insulationmeasurement(resistance,DARandPI,DD,capacitance).

Small DisplayIndicates:

• Voltagemeasuredorappliedbytheinstrument.• Elapsedtimeortheoutputvoltage,duringinsulationmeasurement.

Afterrecordingasetofdata(5060),thesmalldisplayalsoindicatesthetimeanddateinMR(memoryrecall)mode,andthememoryaddresswiththeOBJ:TESTnumber.


2.3 Bargraph• Activeduringinsulationmeasurement(0.1MΩ to 1TΩ).• Indicatesthebatterychargeatstart-up.• Indicatesfreememoryspace-onesegmentrepresentingapproximately

100groupsofsavedvalues,witheachgroupholdingapproximately50recordings(1OBJand1TEST).

2.4 Symbols

MEM/MR:Memoryaddress(5060)-indicatesthememoryoperation.

OBJ:TEST: Memoryaddress(5060)-thenumberisdisplayedonthesmalldigitaldisplay.

COM:Flashesonthescreenwhendataistransmittedtotheserialinterface(5060)orremainspermanentlydisplayedifthereisaproblemduringtransfer.

DAR/PI/DD: Indicates themode chosen before insulationmeasurement or theresultsofthesemeasurements.

Dangerousvoltagegenerated;V>120V.

Externalvoltagepresent,symbolisactivatedafterpressingSTART,ifV>25VAC±3Vor>35VDC.

Activationof“time-controlledtest”modeorclockadjustmentwhen inSET-UP(5060).

(Yellowbutton)Selectsthesecond(bottom)functionofabutton.

Flashesifthebatteryvoltageislow,indicatingthatthebatteryshouldberecharged(see§8.1).Thevoltageisdisplayedonthesmalldisplayfor2secondswhentheinstrumentisturnedon.Themaindisplayindicates“bat”whenthetestiscarriedon.

Warningbuzzerisactivated.

Indicatesthattheautomaticswitch-offfunctionhasbeendeactivated.

SMOOTH:Smoothstheinsulationmeasurementsdisplayed.

REMOTE: Remotecontrolviaan interface (5060). In thismode,all thebuttonsandtherotaryswitchontheinstrumentarenon-functional,exceptfortheOFFposition.

FUSE -G-: Flashesifthe“G”inputfuseisdefective.


2.5 Push-button Functions

2.5.1 2nd Button• Selectsthesecondfunction(highlightedinyellow)onthebuttons.• The symbol appears. This symbol disappears upon pressing the

functionbuttonchosen,exceptifthebuttonisactivated.Inthiscase,itonlydisappearswhenthe buttonispressedagain,orifotherfunctionbuttonsarepressed.Thisallowsyoutorapidlydecreaseparameterswiththebutton,withouthavingtopressthe buttoneverytime.

2.5.2 V-TIME / Button

First Function - V/TIMEDisplaysallthesecondaryinformationavailableonthesmalldisplay.

For Insulation Measurement:• Thetimeelapsedsincethestartofthemeasurement.• Thevoltagebetweentheinstrument’s“+”and“–”terminals.• Date,time,testvoltageandOBJ:TESTnumberinmemoryrecallmode

(MR).

Second Function - Time-controlled TestDisplaysthemeasurementdurationprogrammedinSET-UPonthesmalldisplay.

• The symbollightsup.• PressingtheSTARTbuttonbeginsthemeasurementprocess.Themea-

surementdurationissetto15minutesbydefault.• Assoonasthemeasurementstarts,thesmalldisplaycountsdownthe

remainingdurationofthemeasurement.Onceitreacheszero,themea-surementstops.

• As the time-controlled test is carriedout, interval samples (resistance/voltagevaluesasafunctionoftime)areautomaticallysaved.Thetimebetweeneachsampleissetto30sbydefault,butitcanbechangedintheSET-UPmenu.

• ThesamplesaredisplayedwiththeR(t)function(see§2.5.3)aslongasanewmeasurementhasnotbeenstarted.Witheachnewmeasurement,the previous sample value is erased from thememory.These samplevaluesaresavedwith the last valueof the resistance if usedwith theMEM (memorystorage)function.

NOTE: If the selector switch’s position is altered, or if the STOP button is pressed during measurement, the measurement is interrupted.

This function is only active for insulation measurement.


2.5.3 R-DAR-PI-DD / R(t) Button

First Function - R-DAR-PI-DD

TheR-DAR-PI-DDbuttonallowsautomaticmeasurementof:• DielectricAbsorptionRatio(DAR)• PolarizationIndex(PI)• DielectricDischargeTest(DD)

ThePIandDARvaluesareusefulonlongcables,orwhenmonitoringtheagingofinsulationonelectricalmachines.

Onthismaterial,measurementisadverselyaffectedatthebeginning,duetointer-feringcurrents (fromcapacitivecharges,dielectricabsorption)whicheventuallycanceleachotherout.Therefore,inordertogetanaccuratemeasurementoftheleakagecurrent,itisnecessarytocarryoutthemeasurementoveralongperiodoftime,toreducetheinfluenceofanyinterferingcurrentsatthebeginningofthemeasurement.

ThenthePIortheDAR ratiosarecalculated:PI*=R10min/R1 min(2valuesrecordedduringa10minutemeasurement)DAR=R1 min/R30s(2valuesrecordedduringa1minutemeasurement)

Thequalityofinsulationdependsontheresultsfound.

DAR PI State of the insulation

< 1.25< 1

Inadequate, even dangerous< 2

< 1.6 > 2 to < 4 Good

> 1.6 > 4 Excellent

*The 10 and 1 minute times can be modified in the SET-UP menu, to adapt to any changes or specific applications.

Formulti-layerinsulation,ifoneofthelayersisdefective,butalltheothersshowstrongresistance,thecalculationofthePIandPARratiosisnotsufficienttoshowthistypeofproblem.

Therefore,itisnecessarytosupplementthePIandDARindicationsbyadielectricdischargetest(DD).

Thistestmeasuresthedielectricabsorptionofheterogeneousormulti-layerinsu-lationwhileignoringtheparallel-surfaceleakcurrents.

Itconsistsofapplyingatestvoltageforaperiodsufficienttoelectrically“charge”theinsulationtobemeasured(atypicalvalueistheapplicationofa500Vvoltagefor30minutes).


ThetestvoltageischoseninthesamewayastheinsulationmeasurementintheSET-UPmenu.Thedevicethencausesafastdischargeduringwhichtheinsula-tioncapacity ismeasured, thenmeasured1minuteafter theresidualcurrent iscirculatingintheinsulation.

TheDDvalueiscalculatedfromtheformulabelow:

DD= currentmeasuredafter1minute(mA)

testvoltage(V)xcapacitymeasured(F)

The indicationof the insulationqualityasa functionof the resultingvalue isasfollows:

DD value Insulation quality

DD >7 Very bad

7 >DD >4 Bad

4 >DD >2 Doubtful

DD <2 Good insulation

NOTE: The dielectric discharge test is suited for the insulation measurement of rotating machines, and in general, for the insulation measurement of heteroge-neous or multilayer insulation containing organic materials.

Using the R-DAR-PI-DD Function:Duringoraftermeasurement,theR-DAR-PI-DD buttonallowsyoutoscrollthroughthefollowingvalues:

• DAR(formeasurementslasting>1min)

• PI(formeasurementslasting>theprogrammedPItimes)

• DDcanonlybecalculated1minuteaftertheendoftheinsulationmea-surementandcircuitdischarge,andonlyifitwasselectedbeforebegin-ningthemeasurement.

• CapacitanceinµF(onlyafterthemeasurementhasstoppedandthecir-cuithasbeendischarged)

• ResidualleakagecurrentcirculatingintheinstallationinµAornA

• InsulationresistanceinMΩ,GΩ or TΩ

NOTE: During the measurement, the DAR value is not available if the DD value was preselected before the measurement. The PI value is not available if DAR or DD values were preselected before the measurement.


Automatic Measurement of DAR or PI:

IftheR-DAR-PI-DDbuttonispressedduringthevoltagemeasurementbeforethestartofameasurement,thefollowingisdisplayed:

MΩ DAR PI DD

NOTE: The input current may be a depolarization current resulting from an earlier insulation measurement. It is recommended to start a new DAR and PI measure-ment after the current has dropped to a negligible value (on the order of 100pA) to avoid variations on these measurements.

Dependingonthechoices(DARorPI),themeasurementgoesasfollows:

a) DAR: PressSTART-theDARsymbolflashesandthedisplayindicates“----”aslongasthecalculationoftheratioisnotpossible(t<1mn).

e.g.: DAR

After1min,themeasurementstopsandthemaindisplayautomaticallyshowstheDARvalue.Duringoraftermeasurement,theR-DAR-PI-DDbuttoncanbeusedtoseetheinsulationmeasurementcarriedout,butitdoesnotgivethePIvaluesincethemeasurementhasnotlastedlongenough.

b) PI:PressSTART-thePI symbolflashesandthedisplayindicates“----”aslongasthecalculationoftheratioisnotpossible(t<programmedPItimes).

e.g.: PI

AftertheupperPItimehaspassed,themeasurementstopsandthemaindisplayautomatically shows the PI value. During and aftermeasurement, theR-DAR-PI-DDbuttonmakesitpossibletodisplaytheDAR(after1min),thePIandtheinsulationmeasurement.

c) DD:PressSTART-theDD symbolflashesandthedisplayindicates“----”aslongasthecalculationoftheratioisnotpossible(t<30min+1min).

e.g.: DD

1minuteafterthemeasurementstops,theDDsymbolbecomessteady,thedis-playautomaticallyshowthevalueofDD.


Therefore: ifthemeasurementlasts1min.-DAR ifthemeasurementlastslongerthantheprogrammedPItime-PI if1min.aftertheendofthemeasurement-DD

NOTE: If during DAR or PI measurement (automatic or not), a high external inter-ference voltage becomes present, or the insulation resistance goes beyond the device’s measurement range, then the DAR or PI measurements are interrupted and the screen indicates:

DAR orMΩ PI MΩ or DD MΩ

ThedisplayoftheDDvalueis:• Unknown(----)ifC<1nFandIdd<100pA• Knownandflashingif1nF≤C<10nFand100pA≤Idd<1nA• KnownandpermanentifC≥10nFandIdd≥1nA

(withC=measuredcapacitanceandIdd=measuredleakagecurrent)

NOTE: The 10 min / 1 min measurement durations for PI calculation can be modified in the SET-UP menu (see § 2.5.7), allowing changes to standards or to suit a particular application.

Second Function - R(t)Usedtoaccesstheintervalinsulationresistancevaluesasafunctionoftimeafterameasurementin“time-controlledtest”mode(see§2.5.2).

ThetimebetweeneachsavedsampleisprogrammedintheSET-UPmenu.

ThisfunctionisalsoavailableontheModel5050,whichhasneitheraread-writememory for savingmeasured data, nor an interface for data retrieval from theinstrumentbyaPC.

Model 5050:Upto20samplescanberecordedduringmeasurementatthesampleratechosenin SET-UP(thedefaultvalueis30seconds).Itispossibletosavemorethan20samplesdependingonavailablememory.

Model 5060:Thenumberofsamplesthatcanbesavedisonlylimitedbythememoryspaceavailable.

Toenterthedisplaymode,presstheR(t)button:• Thesmalldisplayindicatesthetime00:30(e.g.thesamplingfrequencyis

every30s).• ThemaindisplayshowsthecorrespondingRvalue.


UsetheV/TIMEbuttontoalternatebetweenthevoltageandtime(onthesmalldisplay),associatedwiththeRvalueonthemaindisplay.

The button is used to scroll down through the all the samples saved duringmeasurement,allowingyoutoreadtheinformationinordertodrawR(t)andV(t)graphs.ThismakesitpossibletocarryoutR(t)analysison-site,withoutaprinteroraPC.Toexitthisfunction,presstheR(t) or R-DAR-PI-DDbuttonagain.

2.5.4 / ALARM Button

First Function - Turnsthedisplayback-lightON or OFF.

Second Function - ALARM Activates/deactivates theALARM function. The “ALARM” symbol is displayedwhenactivated.

Ifactivated,andthehighorlowthresholdvaluesareprogrammed,the“ALARM” symbolflashesandthebuzzer(ifactivated)soundscontinuouslywhenthethresh-old is crossed.

Itispossibletoprogramadifferentlimitineachfunction.Theselimitswillbestoredinmemoryevenafterthedeviceisturnedoff.

ACTIVATING THE ALARM INDICATION BEFORE A TESTToactivatetheAlarmIndicationbeforeperformingatestyoumustgothroughthefollowingsteps:

• ProgramtheAlarmSetPointResistanceValuefortheTestVoltageyouwillbeusing.

• TurntheRotaryswitchtotheSetupposition.

• PresstheYellow2ndbuttonandthentheAlarmbuttontosetAlarms.Thefirsttimeyoupress2nd&Alarmyouwillseethealarmsettingfor50volttests.

• Press2nd&Alarmbuttonsrepeatedlyuntilyouseethetestyouwishtosetalarmsforinthetoplineofthedisplay.Thesequencingwillbe500,1000,2500,5000,andset.

• UsethecursorkeystoadjusttheBlinkingvalue.FirstselectKΩ, MΩ, GΩ or TΩusingtheUpArrowKey().

• Next,presstheRightArrowKey()tomovetothenextselectionwhichisthegreaterthan(>)/ lessthan(<)choice.UsetheUpArrowKeytomakeyourselection.


• Press theRightArrowKeyagain tomoveto theResistanceValueSetPointSelection.You can change this valuedigit by digit using theUpArrow/LeftArrowcombinationworkingfromthehighesttolowestdigit.

• Whenfinishedprogrammingthealarmsettings,placetherotaryswitchtothedesiredtestfunction.

• Beforeinitiatingatest,presstheYellow2ndbuttonandtheAlarmbuttontoactivatetheAlarmNotification.Theword“ALARM”willappearinthelowerleftsideofthedisplay.

• Next,presstheroundyellowStart/Stopbuttontobeginthetest.TheAlarmsymbolwillflashandthebuzzerwillsoundcontinuouslyiftheAlarmsetpointistripped.

NOTE: If the rotary switch is turned off prior to the next test, the alarm notification will be deactivated. You will need to press the Yellow 2nd button and the Alarm button to activate the Alarm Notification when you turn the unit back on before starting the next test, if alarm notification is desired.

2.5.5 / Smooth Button

First Function - Selectsthedesiredparametertobemodified-theselectedparameterflashes.

Theflashingparameterismodifiedusingthe button(see§2.5.6).

Second Function - SMOOTHActivatesadigitalfilter for insulationmeasurement. Itonlyhasaneffecton thedisplayedvalues(whicharesmoothed)andnottheactualmeasurements.Forexample,thisfunctionisusefulwhenthedisplayedinsulationvaluesarehighlyunstable,broughtaboutduetoacapacitivecomponentinthetestedelement.

2.5.6 ButtonChangestheflashingparametersdisplayed,orviewsR(t)values(see§2.5.3).

As a general rule, two figures (day, month, hour, min., sec., and OBJ:TEST)flash.

The and functionshavea“follow-on”mode.(e.g.assoonasthehighorlowprogramlimitisreached,theparametertobemodifiedswitchesautomaticallytothefollowingloworhighlimit.)


First Function

• Pressbuttonbrieflytoincreasethedisplayednumberslowly.• Pressbuttonforalongertimetoincreaseatafasterrate.

Second Function

• Pressbuttonbrieflytodecreasethedisplayednumberslowly.• Pressbuttonforalongertimetodecreaseatafasterrate.

Unlikeall thesecondfunctionsofotherbuttons, it isnotnecessarytopressthe buttoneachtimetogettothefunction.The symbolremainsdisplayed

andisvalidforthefunction(only),aslongastheuserdoesnotdeactivateitbypressing oranotherbutton.

2.5.7 SET-UP FunctionConfigurestheinstrument.AfterselectingSET-UPwiththerotaryselectorswitch:

• Allthedisplaysegmentsarelitupfor1second.• Thesoftwareversionnumberisthendisplayed.• TheinstrumentIDnumberisdisplayednext.• “PUSH” appears on the small display and “btn” on themain display,

promptingtheoperatortopressabutton.

The SET-UP function is used to directly access the parameters to be pro-grammed, by pressing the corresponding button.

• After having pressed a button, the corresponding figures or symbolsappearonthescreen.

• Thefiguresorthesymbolsthatcanbemodified,flashonthescreen.• Usethe and buttons.• Alltheparametersareimmediatelyandpermanentlysaved.


ThefollowingtabledefinesthebuttonsthatarefunctionalwheninSET-UP,andthecorrespondingdisplaywiththepossiblerangeofadjustment.

Parameter program Command ButtonDisplay

main small symbol value

Duration of“time-controlled test”

tESt 30:00 min. sec 1:00 - 59:59

1st and 2nd times forPI calculation

R-DAR-PI-DDsecond time

(10:00)first time

(1:00)min : sec :30 - 59:59

Time between intervalsamples in“time-controlled test”

R(t) 00:30 min : sec 0:05 - 30:00

Limit for 500V - 2TΩ ALARM 500kΩ 500V ALARM <30k-2TΩand >/<

Limit for 1000V - 4TΩ ALARM(2nd press)

1MΩ 1000V ALARM <100k-4TΩand > / <

Limit for 2500V - 10TΩ ALARM(3rd press)

2.5MΩ 2500V ALARM <300k - 10TΩ

and > / <

Limit for 5000V - 10TΩ ALARM(4th press)

5MΩ 5000V ALARM <300k - 10TΩ

and > / <

Limit for Var - 50/5000V ALARM(5th press)

5MΩ Set ALARM <10k - 10TΩand > / <

Time V/TIME 12 :55 hh (00-23)mn (00-59)

Date (European version) V/TIME (2nd press) 17.03 2000 dd.mm.yyyy

Version : USA, European V/TIME (3rd press) USA/Euro USA/Euro

Clear Memory MEM then MEM (2s) cLr ALL MEM

Selective clearingof memory

MEM then and and MEM (2s)

FrEE/OCCOBJ : TEST

numberMEM 00...99

Baud PRINT 9600 bAUd 300...9600

Buzzer On ON / OFF

Auto switch-off (2nd press) On ON / OFF

Default configuration (3rd press)

then STARTDFLt SEt

User selectable test voltage (4th press) SEt 100V V 40 / 5100V

Disturbance limit voltage (5th press) 0.03 V dISt V 0.03/0.10/0.20

Automatic range (6th press) Auto rAnG Auto/1/2/3

Test voltage locking (7th press) oFF 1000VON / OFF40-5100V

The values shown on this table, in the “Display/main” and “Display/small” columns, are the factory default values. In case they are accidentally changed, it is possible to get them back. (see § 2.5.10).


2.5.8 Clearing the Memory

In SET-UP,presstheMEMbutton:

• TheMEMsymbolflashes• Thesmalldisplayindicates“ALL”• Themaindisplayindicates“cLR”

To clear the entire memory,presstheMEMbuttonagainfor2seconds:

• TheMEMsymbolisdisplayedwithoutflashing• Thesmalldisplayindicates“ALL”• Themaindisplayindicates “FrEE”

To clear the contents of a specific OBJ : TEST number:

• Selectthenumberusingthe and buttons• “FrEE” or “OCC” appearsonthemaindisplay

PresstheMEMbuttonagainfor2secondstoclearthecontents:

• ThesmalldisplayindicatestheOBJ : TESTnumber• Themaindisplayindicates “FrEE”

2.5.9 Communication Rate (RS-232)

• InSET-UP,pressthePRINTbutton.• ThemaindisplayindicatestheCommunicationRate(e.g.300,600,1200,

2400,4800,9600orParallel).• “bAUd”appearsonthesmalldisplay.Thevaluecanbechangedusing

the and buttons.• “Parallel” appearing in the displaymeans that the parallelmode has

beenselected.This is forprintingonaparallelprinterviatheserial-to-paralleladapter(RS-232Centronics).

2.5.10 Default Device Configuration

In SET-UP,pressthe buttonthreetimes:

• “SEt” appearsinthesmalldisplay.• “DFLt”(flashing) appearsinthemaindisplay.

PressSTARTtoselectthedefaultconfigurationsettings(seetheprevioustable).


2.5.11 Voltage Disturbance Limit

In SET-UP,pressthe buttonfivetimes:

• “dISt” appearsinthesmalldisplay.• “003U”(flashing)appearsinthemaindisplay.• Modify this value if necessary using the button (possible choice

between:0.10-0.20-0.03).

NOTE: This adjustment provides the best compromise between the measure-ment build-up time and the presence of external interference voltages (§ 4.2).

Ifnointerferencevoltageispresent,choose0.03toobtainarapidmeasurementbuild-uptime.

Example: If an insulation measurement is performed at a test voltage of 5000V and the limit is set to 0.10, it will be possible to perform a correct measurement with the pres-ence of an external interference voltage ≤500V, to the detriment of a longer measure-ment build-up time.

2.5.12 Automatic Measuring Range

In SET-UP,pressthe buttonsixtimes:

• “rAnG” appearsinthesmalldisplay.• “Auto”appearsinthemaindisplay.

Usethe buttontochooseafixed(1,2or3onthemaindisplay)orautomatic(Autoonthemaindisplay)measurementrange.

NOTE: The fixed measurement ranges correspond to the current ranges of the following measurements:

1:50pAto200nA(>500GΩ)2:150nAto50µA(500KΩto500GΩ)3:30µAto3mA(<500KΩ)

Thechoiceofafixedmeasurement rangeoptimizes themeasurementbuild-uptimeforaknownvalueofinsulationresistance.

Example: Choice of range 1 for a measurement greater than 500GΩ.

Note: Inmostcases, “Auto”shouldbeselected.


2.5.13 Blocking (Disabling) Test VoltagesThisfunctionpreventsinsulationmeasurementsfrombeingcarriedoutatselectedtestvoltages.Thismakesitpossibletousetheinstrumentforspecificapplicationsandavoidimpropervoltages.To set the maximum variable test voltage:

• TurntherotaryswitchtoSET-UP

• Pressthe buttonseven times-“1000V” appearsinthesmalldisplay-“OFF”appears(flashing)inthemaindisplay

• Pressthe buttontotoggletothemaximumtestvoltage (“1000V”willnowbeflashing)

• Toincreasethevoltage,pressthe button Todecreasethevoltage,presstheyellow button,thenthe button

• Aftersettingthemaximumtestvoltage,togglebackto“OFF”bypressingthe button

• Pressthe buttontoturn“ON”

Example: By choosing ON and a test voltage limit of 750V, the measurement will be performed at 500V for the 500V switch position on the rotary switch, and at 750V for all the other positions on the rotary switch (LIM will appear for 3 seconds on the main display).


CHAPTER 3

SPECIFICATIONS

3.1 Reference ConditionsInfluence Quantity Reference Values

Temperature 23°C ±3°KRelative Humidity 45 to 55%Supply Voltage 9 to 12VFrequency Range DC and 15.3 to 65HzCapacitance in parallel with the input resistance 0µF

Electric Field nilMagnetic Field <40A/m

3.2 Voltage

Measurement Range 1.0 to 99.9V 100 to 999V 1000 to 2500V 2502 to 4000V

Frequency Range* DC and 15Hz to 500Hz DC

Resolution 0.1V 1V 2V 2V

Accuracy1% of Reading

± 5cts1% of Reading ± 3cts

Input Impedance 750kΩ at 3MΩ depending on measure voltage

*Over 500Hz, the small display indicates “- - - -” and the main display gives only an assessment of the peak value of the measured voltage.

Measurement Category:1000VCATIIIor2500VCATI(transients≤2.5kV)

3.3 Insulation ResistanceMethod: Voltage-currentmethodaccordingtoEN61557-2(ed.02/97)

Nominal Output Voltage:500,1000,2500,5000VDC(oradjustablefrom40to5100V)

No Adjustment in Variable Mode: 10Vfrom40to1000V 100Vfrom1000to5100V

Open-circuit Voltage: ≤1.1xVn±2V(Vn±2%invariablemode)


Max. Overload of Voltage Vn: (1.05 + dISt) Vn + 50V with dISt - 0.03 - 0.10 or 0.20

Nominal Current: >1mADC

Short-circuit Current: <1.6mA ± 5%

Load Current: 3mADC approx when starting measurement

Max. Acceptable AC Voltage:Vpeak - (1.05 + dISt) Vn with dISt = 0.03 - 0.10 or 0.20

Measurement Ranges:500V: 30kΩ to 1TΩ 2500V: 300kΩ to 9.99TΩ1000V: 100kΩ to 3.999TΩ 5000V: 300kΩ to 9.99TΩ

Variable: 40V to 5100V (see graph below)

12Rmax (TΩ)

Variable Voltage (V)

Resistance Range in Voltage Mode

1086420

0 1000 2000 3000 4000 5000

300Rmin (kΩ)

250200150100500

Resolution and Accuracy Chart (see curves - pages 26 and 27)

TestVoltage

500V 500V - 1000V 500V - 1000V - 2500V - 5000V

Range 30 to 99kΩ 100 to 299kΩ 300 to 999kΩ 1MΩ to3.999kΩ

4.00 to 39.99MΩ

40.0 to 399.9MΩ

Resolution 1kΩ 10kΩ 100kΩ

Accuracy ±5% of Reading + 3cts

TestVoltage

500V - 1000V - 2500V - 5000V1000V - 2500V

5000V2500V5000V

Range400MΩ to 3.999GΩ

4.00 to 39.99GΩ

40.0 to 399.9GΩ

400GΩ to 1.999TΩ 2.000 to 3.999TΩ 4.00 to

10.00TΩ

Resolution 1MΩ 10MΩ 100MΩ 1GΩ 10GΩ

Accuracy ±5% of Reading + 3cts ±15% of Reading + 10cts


DC Voltage Measurement (duringinsulationtest):

Range Resolution Accuracy

40.0 to 99.9V 0.1V

1% of Reading ± 1ct100 to 1500V 1V

1501 to 5100V 2V

DC Voltage Measurement (afterinsulationtest):


25 to 5100V 0.2% Vn 5% of Reading ± 3cts

Typical build-up time for the measurement according to components tested (Vdist = 0.03Vn).

Thesevaluesincludetheinfluencescausedbythechargeofthecapacitivecom-ponent,bytheautomaticrangesystemandtothetestvoltagecontrol.

Test Voltage LoadNon Capacitive (unsmoothed

measurement)

With capacitance of 1µF (smoothed measurement)

500V1MΩ 3s 4s

100GΩ 8s 40s

1000V1MΩ 3s 4s

100GΩ 8s 80s

2500V3MΩ 3s 4s

100GΩ 8s 90s

5000V5MΩ 4s 16s

100GΩ 8s 120s

Typical discharge time for a capacitive component to reach 25VDC.

Initial Voltage 500V 1000V 2500V 5000V

Discharge time (C in µF) C x 3s C x 4s C x 4s C x 7s


Typical changes in test voltages as a function of the load:

0

100

200

300

400

500

600

Out

put v

olta

ge (V

)

0.01 0.1 1

Resistance (MΩ)

500V Range

0

200

400

600

800

1000

1200

Out

put v

olta

ge (V

)

0.01 1

Resistance (MΩ)

1000V Range


Typical changes in test voltages as a function of the load (cont.):

0

500

1000

1500

2000

2500

3000

Out

put v

olta

ge (V

)

0.1 101

Resistance (MΩ)

2500V Range

0

1000

2000

3000

4000

5000

6000

Out

put v

olta

ge (V

)

0.1 101

Resistance (MΩ)

5000V Range


Capacity Measurement (afterdischargeoftestedcomponent):


0.005 to 9.999µF 1nF10% of Reading ± 1ct

10.00 to 49.99µF 10nF

Leak Current Measurement


0.000 to 0.250nA1pA

15% of Reading ± 10cts

0.251 to 9.999nA 10% of Reading

10.00 to 99.99nA 10pA

5% of Reading

100.0 to 999.9nA 100pA

1.000 to 9.999µA 1nA

10.00 to 99.99µA 10nA

100.0 to 999.9µA 100nA

1000 to 3000µA 1µA 10% of Reading

Calculation of Terms DAR and PI


0.02 to 50.00 0.01 5% of Reading ± 1ct

Calculation of Term DD


0.02 to 50.00 0.01 10% of Reading ± 1ct

3.4 Power Supply• RechargeablebatteryNiMh(8x1.2V/3.5Ah)• Recharge:85to256V/50-60Hz

Minimum Battery Charge Life(perNFEN61557-2)

Test Voltage Nominal ChargeNumber of Measurements

5s on nominal charge (with 25s pause between each measurement)

500V 500kΩ 6500

1000V 1MΩ 5500

2500V 2.5MΩ 4000

5000V 5MΩ 1500


Average Battery Life:Theoperatingtimewillbe15daysor3weeks,basedupona10minutelongPImeasurement.Recharge Time:6hoursfor100%capacity(10hoursifthebatteryiscompletelydrained)0.5hoursfor10%capacity(chargelife:2daysapproximately)

NOTE: It is possible to recharge the batteries while performing insulation mea-surements provided that the values measured are higher than 20MΩ. In this case, the recharging time is higher than 6 hours and depends on the frequency of the measurements.

3.5 Environmental SpecificationsOperating Range: 14°to104°F(-10°to40°C)duringrechargingofbatteries 14°to131°F(-10°to55°C)duringmeasurement10to80%RHStorage:-40to158°F(-40to70°C);10to90%RHAltitude:<2000m

3.6 Mechanical SpecificationsCase Dimensions:10.63x9.84x7.09"(270x250x180mm)

Weight:9.5lbs(4.3kg)approx.Mechanical ProtectionIP53perNFEN60529(Ed.92)IK04perNFEN50102(Ed.95)

3.7 Safety SpecificationsElectricalsafetyaccordingtoEN61010-1(Ed.2for2001),EN61557(ed.97)

1000VCATIII,PollutionDegree22500VCATIElectromagnetic Compatibility:NFEN61326-1(Ed.97)+A1,industrialenvironmentcategory


3.8 Variations in Operating Range

InfluentialQuantity

Range ofInfluence

QuantityInfluenced*

Influence

Typical Max.

BatteryVoltage

9V to 12VV

MΩ<1ct<1ct

2cts3cts

Temperature -10° to +55°CV

MΩ0.15% R/10°C

0.20% R0.3% R ± 1ct1% R ± 1ct

Humidity 10 to 80% HRV

MΩ (10kΩ to 40GΩ)MΩ (40GΩ to 10TΩ)

0.2% R0.2% R3% R

1% R ± 2cts1% R ± 5cts

15% R ± 5cts

Frequency 15 to 500Hz V 0.3% R 0.5% R ± 1ct

AC voltagesuperimposedon test voltage

0% to 20% Vn MΩ 0.1% R / % Vn0.1% R / % Vn

± 5cts

*The terms DAR, PI, DD and the capacity and current leak measurements are included in the quantity “MΩ”.


CHAPTER 4

MEASUREMENT FUNCTIONS

4.1 AC/DC Voltage• Selectanymeasurementpositionwiththerotaryselectorswitch.• TheinstrumentisautomaticallyinAC/DCvoltagemeasurementmode.• Thevoltageiscontinuouslymeasuredandisshownonthesmalldisplay.

MeasurementisprohibitedifanexternalvoltageispresentattheterminalsbeforepressingSTART/STOP. Similarly, if an interference voltage is detected duringmeasurement,themeasurementisstoppedandthatvoltageisindicated.

4.2 Insulation MeasurementAssoonasoneoftheMΩpositionshasbeenselected,themaindisplayshows“----MΩ”,andthesmalldisplayindicatesthevoltagepresentatthedevice’s“+”and“–”terminals.

WARNING: If the external voltage present at the device’s terminals exceeds the threshold shown below, pressing the yellow START/STOP button does not bring about insulation measurement, but instead triggers an audible signal.

The symbol flashes for 2 seconds, then the device goes back to automatic voltage measurement.

Threshold: V peak ≥ dISt x Vn• Vpeak:ExternalpeakvoltageorDCpresentatunitterminals.• dISt:Coefficient defined in the set-upmenu (adjustable to0.03 - 0.10

-0.20-defaultvalue:0.03).• Vn:Testvoltagechosenforinsulationmeasurement.

Iftheexternalvoltagepresentatthedeviceterminalsislessthanthevaluedefinedpreviously,theninsulationmeasurementcanproceed:PressingSTARTimmediatelybeginsthemeasurement.Themeasurementvalueisdisplayedonthemaindigitaldisplayandonthebargraph.Anaudiblebeepisgivenoutevery10secondstoindicatethatmeasurementisinprogress.

WARNING: If the test voltage is considered to be dangerous (>120V), the symbol is displayed. If, during insulation measurement, an external voltage higher than the value defined by the following threshold is detected, the measurement is stopped as long as the voltage is applied to the instrument.


The symbolflashesandthevoltagevalueisindicatedonthesmalldigitaldisplay.

Threshold: V peak > (dISt + 1.05) Vn

Note: AdjustmentofthedIStfactoroptimizesthemeasurementbuild-uptime.Ifthere isno interferencevoltagepresent, thedISt factormaybeadjusted to theminimumvaluetoobtainabuild-uptimefortheminimummeasurement.

If a significant interference voltage is present, the dISt factor may be increased so that the measurement is not interrupted by the appearance of a negative alternation during the generation of the test voltage, which is the same as optimizing the measurement build-up time in the presence of the interference voltage.

Ifthemeasurementsareunstable,theSMOOTHfunctioncanbeenabled.

BypressingtheV/TIMEbuttonduringmeasurement,youcanalternatebetweendisplayingthedurationofthevoltagemeasurementandtheexactvoltagegener-ated,onthesmalldisplay.

Pressing theSTOPbuttonstops themeasurement.After themeasurementhasbeenstoppedtheresultremainsdisplayed.

It ispossibletoscroll throughall theotherresultsavailableonthemaindisplayusingtheR-DAR-PI-DDbutton.Thisbuttoncanalsobeusedbeforethemeasure-mentisbegun.

Ifthe“time-controlledtest- ”modehasbeenselected,theR(t)buttonmakesitpossibletoaccessallthesavedintervalmeasurementsautomatically.

IftheALARMfunctionisactivated,abuzzeristriggeredassoonasthemeasure-mentcrossesthethresholdprogrammedintheSET-UPconfigurationmenu.

Display of values after measurement

R-DAR-PI-DD Button V-TIME Button

Main Display Small display Small display if the MR button is pressed (Model 5060)

ResistanceDARPIDD*Current

duration (min. sec)duration (min. sec)duration (min. sec)duration (min. sec)duration (min. sec)

date, time, test voltage, OBJ : TESTdate, time, test voltage, OBJ : TESTdate, time, test voltage, OBJ : TESTdate, time, test voltage, OBJ : TEST

Capacitance**R(t) duration (min. sec) last test voltage

* The value of DD is displayed only one minute after the measurement stops.

**Capacitance (µF) measurement is only displayed after the measurement is finished and the circuit has been discharged.


CHAPTER 5

OPERATION

NOTE: Charge the instrument fully before use.

5.1 Measurement Procedure• Starttheinstrumentbyturningtheswitchtothecorrespondingposition.

AllthesegmentsontheLCDscreenaredisplayed,thenthebatteryvoltage.

• Connecttheleadstothe“+”and“-”leadstothemeasurementpoints.• Thevoltageiscontinuouslymeasuredanddisplayedonthesmall

display.• PresstheSTART/STOPbuttontostartthemeasurement.• Press START/STOP again to stop the measurement. The last result

remains on the display until the next measurement is started, or theselectorswitchisturned.

WARNING: If an external voltage is present that is greater than the thresholds described in § 4.2, the instrument indicates this voltage on the small display, the warning symbol flashes, and the measurement is stopped.

Note:Thereareseveralspecialfunctionsthatcanbeused(see§2.5).

5.2 Insulation MeasurementThis function allows the instrument to measure insulation between 10kΩ and 10TΩatatestvoltageof500V,1000V,2500V,and5000Vorprogrammedvoltagebetween40Vand5100V.

• Usetherotaryswitchtoselecttherequiredtestvoltage(MΩ-500V,orMΩ-1000V,orMΩ-2500V,MΩ-5000V,orVar.MΩ-50-5000V).

• Connecttheinstrumenttotheinsulatortobetested.• Start the measurement using the START/STOP button and read the

results.

WARNING: If an external voltage is present that is greater than the thresholds described in § 4.2, then measurement is prohibited.


ScrollthroughtheresultsonthemaindisplaywiththeR-DAR-PI-DDbutton,oronthesmalldisplaywiththeV/TIMEbutton.

UseR(t)whencarryingouta ‘time-controlled test’ toscroll through the intervalmeasurement values saved at the sampling rate specified in SET-UP. Thesevaluesareavailableuntilanothermeasurementistakenortheselectorswitchisturned.

When measuring high levels of insulation (>1GΩ), it isadvised that the “G”guardterminalbeusedtoeliminatetheinfluenceofsurfaceleakagecurrents.Theguardisconnectedbetweenthetwomeasurementcontactpoints,andthesurfacesusceptibletosurfacecurrents,(e.g.dusty,dampcableortransformerinsulation).Inthiscase,alligatorclipsarepreferabletotest-probesheldinthehand.

As soonas insulationmeasurement is stopped, the test circuit is automaticallydischargedusingtheinstrument’sinternalresistance.

5.3 Operation ExamplesConnection diagram for measurement of low insulation (e.g. motor)

( )

FF 0.1A380V - 10kA

5x20mm

110 - 230V50/60 Hz

20 VA max

RS-232

2nd

SMOOTH ALARM


R-DAR-PI-DDPRINTMEM

V/TIME


2500V

G OFF

MΩ -1000V

MΩ - 2500V

MΩ - 5000V

MΩ 50-5000V

SET-UP

MΩ - 500V

+

-M

Connection diagram for measurement of strong insulation

a)Exampleofamotor(reductionofcapacitiveeffects)

( )

FF 0.1A380V - 10kA

5x20mm

110 - 230V50/60 Hz

20 VA max

RS-232

2nd

SMOOTH ALARM


R-DAR-PI-DDPRINTMEM

V/TIME


2500V

G OFF

MΩ -1000V

MΩ - 2500V

MΩ - 5000V

MΩ 50-5000V

SET-UP

MΩ - 500V

+

G

-

M


b) Exampleofacable(reductionofsuperficialleakeffects)

G

-

+

( )

FF 0.1A380V - 10kA

5x20mm

110 - 230V50/60 Hz

20 VA max

RS-232

2nd

SMOOTH ALARM


R-DAR-PI-DDPRINTMEM

V/TIME


2500V

G OFF

MΩ -1000V

MΩ - 2500V

MΩ - 5000V

MΩ 50-5000V

SET-UP

MΩ - 500V

External insulator Braid

CableGuard

Insulator

5.4 Capacitance MeasurementCapacitancemeasurementisautomaticallycarriedoutduringinsulationmeasure-ment.Itisdisplayedafterthemeasurementisstoppedandthecircuitisdischarged,usingtheR-DAR-PI-DD button.

5.5 Residual and Leakage Current MeasurementThemeasurementofresidualcurrentcirculatingintheinstallationisautomaticallymadeduringaninsulationmeasurement.Itisdisplayedattheendofthemeasure-mentwiththeR-DAR-PI-DDbutton.


CHAPTER 6

MEMORY / RS-232 (5060)

6.1 RS-232 SpecificationsTheBaudRatecanbesetto300,600,1200,2400,4800,9600,or“Parallel”forprintingresultsonparallelprintersviatheoptionalserial-to-paralleladapter.ThissettingiscarriedoutintheSET-UPmenu(see§2.5.7).Dataformat:8databits,1stopbit,noparity,Xon/Xoffprotocol.

Connection to a PC or to a Parallel PrinterCable,PCRS-232,DB9F/F6ftNullModemCable(5060)............. Cat. #2119.45

2 2

3 3

5 5

9-pin female connector

to Model 5060

9-pin female connector

to serial printer

6.2 Saving / Recalling Values (MEM/MR Button)

NOTE: After replacing or completely discharging the battery, the message “Memory OFF” appears when you try to save a measurement in memory.

To be able to save your measurements, you will need to do the following:SettheinstrumenttoSET-UPandpresstheMEMbutton(thedisplayshows“MEMAllclr”).PresstheMEMbuttonfor2s(thedisplayshows“MEMALLFrEE”).Mea-surementsarenowreadytobesaved.

First Function - MEM (Save)Results can be recorded in the instrument’s memory and stored along withaddressesdefinedbyanobjectnumber(OBJ)andatestnumber(TEST).Anobjectrepresentsa‘box’intowhichwecanplace99tests.Thus,anobjectcanrepresentamachineoraninstallationuponwhichacertainnumberofmeasure-ments(insulation,resistanceandcontinuity)arecarriedout.


1) Whenthebuttonispressed,theMEMsymbolflashesandthesmalldisplayindicatesthefirstfreeOBJ : TESTnumber(e.g.02:01).Themaindisplayindicates “FrEE”.• TheOBJnumberisthesameasthatofthelastsavedmeasurement,and

theTESTnumbergoesupinincrementsof1.• ItisalwayspossibletomodifyOBJ : TESTwith and .• Iftheuserhappenstoselectamemoryaddressthatisalreadyoccupied,

thenOCCappearsonthemainscreen.• IfanewOBJisselected,theTESTgoesbackto01.

2) By pressing MEM once again, the present measurement results will berecordedintheselectedmemoryaddress(occupiedorotherwise).TheMEM symbolstopsflashingandremainsdisplayed.Thetimeandthedateofthisrecordingarestoredwiththeavailabledata(R,V,t).If a button other than MEM is pressed, or the selector switch is moved before pressing MEM a second time, the instrument exits from MEM mode without saving the results.

3) Ifatime-controlledtesthasbeeninitiated,intervalvalues(samples)areavail-able.TheyareautomaticallysavedunderthesameOBJ : TESTnumberasthefinalmeasurement.

Memory Capacity• Totalmemoryspace:128kb• Datamanagement:8kb• Freememoryspace:120kb

An insulation measurement requires 80 bytes. A “time-controlled test” samplerequires10additionalbytes.Therefore,itispossibletorecordabout1500insula-tionmeasurements.

Free Memory Space

Thisfunctionisautomaticallyactivatedwhenaresultissaved.

PressMEMoncetogetthefollowingfreeOBJ : TESTnumber;thebargraphdis-playedcorrespondstotheavailablefreememoryspace.

• Iftheentirememoryisfree,allofthebargraphsegmentsappear.• Iftheentirememoryisfull,thearrowtotheleftofthebargraphflashes.• Assoonasthestorageiscomplete,thebargraphdisappears.

Eachsegmentofthebargraphequalsapproximately50recordings.


Second Function - MRTheMRfunctionallowsarecallofanysaveddatafrommemory,regardlessofthepositionoftherotaryselectorswitch.

• Whenthebuttonispressed,theMRsymbolisdisplayed.Thesmalldis-playindicatesthelastOBJ : TESTnumbertobeassigned(e.g.02:11).

• 02“11”flashesoppositetheTESTsymbol.Usethe and buttonstoselectthedesiredOBJ : TESTnumber.

• If a newOBJ is selected,TEST is automatically set to themaximumstorednumber.Atthisstage,it ispossibletoreviewtheentirememorywiththe and buttons,sincethemeasurementvaluescorrespondingtotheselectedOBJ : TESTnumberaredisplayedonthemaindisplay.UsetheR-DAR-PI-DDbuttontoscrollthroughthem.

• The V/TIMEbuttongivesaccesstothedate/ time/V/OBJ-TESTnumberforeachresult.

• If therecordingselectedbytheOBJ : TESTnumbercorrespondstoatime-controlled test, theR(t) values can be accessed by pressing theR(t)button.Thesmalldisplaychangesandindicatesmin:sec(timeof1stsample)andthesymbol flashesonthescreen.Youcanscrollthroughtheothersampleswiththe button.

ToexitfromR(t) modeandreturntothenormalmemoryrecallmode(OBJ : TEST),press R(t) or R-DAR-PI-DDagain.

To exit the MR function,pressMRbuttononceagainorturntheselectorswitch.

6.3 Printing Measured Values (PRINT/PRINT MEM Button - Model 5060)If youusea serial printer, choose theappropriate communication speed (baudrate)intheSET-UPmenu,between300-9600baud,thenprogramtheprintertotheformatrunbytheinstrument(see§6.1).

Therearetwoprintingmodespossible:• Instantaneousprintingofmeasurement(PRINT)• Printingofrecordeddata(PRINTmemory)

NOTE: If the data transmission to the printer is successful, the COM symbol flashes once on the screen. If a problem has occurred, the COM symbol remains on the LCD screen without flashing.


6.4 Instantaneous Printing of Measurements (PRINT button)

FollowingameasurementorafteraccessingvaluesinMRmode,usethePRINT functiontoprintthemeasurementresults.

NOTE: PRINT only works when the test is stopped by pressing the START/STOP button and the value is displayed on the LCD.

PressthePRINTbuttontoprintthefollowing:• 1setofmeasurements(V/R/DAR/PI/DD/date/ time)fornormaltests.• TheR(t)valuesifthe“time-controlledtest”hasbeenused.

To stop printing,movethepositionoftheselectorswitch.

Depending on the function used, the following models are obtained:

Insulation MeasurementAEMC®InstrumentsModel5060Instrumentnumber:000001INSULATIONRESISTANCETESTOBJECT:01 .....................................TEST:01(only printed in MR mode)Description:............................................................................................................................Date: ............................................03.31.2001Starttime: ............................................14:55Testduration: .........................15min.30secTemperature: ..............................°C.........°FRelativehumidity: ......................................%Testvoltage: .......................................1000VInsulationresistance(R): ...............385GOhmDAR(R1’/R30”): .................................1.234PI(R10’/R1”):......................................2.345Comments: ............................................................................................................................Dateofnexttest: ............................../..../.......

After a ‘time-controlled test’ other results are printed (interval samples): Time Resistance Voltage00:30 35.94GOhm 1005V01:00 42.00GOhm 1005V01:30 43.50GOhm 1005Vetc...

A space for the operator’s signature is available at the end of the printout.


6.5 Printing Data in Memory (PRINT MEM button)Printsoutthecontentsoftheinstrument’sread-writememory.Thesmalldisplayindicates01:01fortheOBJ : TESTnumber(startingaddressofprinting).Themaindisplayindicatesthelastrecordinginmemory(theendaddressofprint-ing).e.g.12:06.

01flashesoppositethe OBJposition(usethe and buttonstodefinethestart/endaddressesoftheprintout).

• To exit without printing,alterthepositionoftheselectorswitch.• To proceed with printing,pressthePRINTbuttononcemore.• To stop printing,alterthepositionoftheselectorswitch.

Onlythemainresultsareprintedout.

Example:AEMC®InstrumentsModel5060Instrumentnumber:000001

INSULATION RESISTANCE TEST OBJECT:01 .....................................TEST:01Description:.............................................................................................................................Date: ............................................03.31.2001Startingtime: ......................................13h35Runningtime: ..........................16min27secTemperature: ................................°C.........°FRelativehumidity: .......................................%Testvoltage: ......................................5000VInsulationresistance(IR): .................3.85 TΩDAR: .....................................................1.234PI: .........................................................2.382DD: .................................................................Capacitance:.............................................. µFIresidual: ................................................... nAComments: .............................................................................................................................Dateofnexttest: ............................................

OBJECT:01 .....................................TEST:02Date: ............................................03.31.2001Startingtime: ......................................15h10Runningtime: ..........................15min30sec


Temperature: ................................°C.........°FRelativehumidity: .......................................%Testvoltage: ......................................1000VInsulationresistance(IR): ................3.85 GΩDAR: .....................................................1.234PI: .........................................................2.345DD: .................................................................Capacitance:.............................................. µFIresidual: ................................................... nAComments: .............................................................................................................................Dateofnexttest: ............................................

A space for the operator’s signature is available at the end of the printout.


CHAPTER 7

DATAVIEW® SOFTWARE

7.1 FeaturesDataView® has a simple, easy-to-use interface for configuring and running tests with the Model 5060, as well as, printing reports of the test results. There are many features that are available through DataView®.

Some of the key features are:

• Configures all functions of the Model 5060• Selects test voltage and runs tests from your computer with a simple click

and execute process• Captures and displays data in real time• Retrieves data from the instrument’s memory• Displays DAR, PI and DD ratios, Resistance, Capacitance and Leakage

Current Values• Plots graphs of manual and timed tests• Includes your analysis in the comments section of the report• Stores a library of setups for different applications• Provides consistency in testing, regardless of who performs the test

7.2 Installing DataView®

DO NOT CONNECT THE INSTRUMENT TO THE PC BEFORE INSTALLING THE SOFTWARE AND DRIVERS.

Minimum Computer Requirements:• Windows XP / Windows Vista & Windows 7 (32/64 bit)• 256MB of RAM for Windows XP 1GB of RAM for Windows Vista & Windows 7 (32 bit) 2GB or RAM for Windows Vista & Windows 7 (64 bit)

• 80MB of hard disk space (200MB recommended)

Windows is a registered trademark of Microsoft Corporation in the United States and other countries.


NOTE: When installing, the user must have Administrative access rights during the installation. The users access rights can be changed after the installation is complete.DataView® must be reinstalled for each user in a multi-user system.

1. Insert the DataView® CD into your CD-ROM drive. If auto-run is enabled, the Setup program will start automatically. If auto-run

is not enabled, select Run from the Start menu and type in D:\SETUP (if your CD-ROM drive is drive D. If this is not the case, substitute the appropriate drive letter).

NOTE: If installing onto a Vista based computer the User Account Control dialog box will be displayed. Select the Allow option to proceed.

2. A Set-up window, similar to the one below, will appear.

Figure 7-1

There are several different options to choose from. Some options(*) require an internet connection.

DataView, Version x.xx.xxxx• - Installs DataView® onto the PC.

*• Adobe Reader - Links to the Adobe® website to download the most recent version of Adobe® Reader to the computer. Adobe® Reader is required for viewing PDF documents supplied with DataView® that are accessible from the Help menu.


MetaViewer• - The MetaViewer utility program allows a user to view and print .dmf or .emf files generated by DataView® without having DataView® software installed.

*• Software Updates - Links to the AEMC® Software Update website to check for new software version releases.

*• Firmware Upgrades - Links to the AEMC® Firmware Upgrade website to check for new firmware version releases.

Documents• - Shows a list of instrument related documents that you can view. Adobe® Reader is required for viewing PDF documents supplied with DataView®.

3. DataView, Version x.xx.xxxx option should be selected by default. Select the desired language and then click on Install.

4. The Installation Wizard window will appear. Click Next.

5. To proceed, accept the terms of the license agreement and click Next.

6. In the Customer Information window, enter a Name and Company, then click Next.

7. In the Setup Type window that appears, select the “Complete” radio button option, then click Next.

8. In the Select Features window that appears, select the instrument’s control panel that you want to install, then click Next.

NOTE: The PDF-XChange option must be selected to be able to generate PDF reports from within DataView®.


Figure 7-2

9. IntheReady to Install the Programwindow,clickonInstall.

10. IfthefeatureselectedforinstallationrequirestheuseofaUSBport,awarningboxwillappear,similartoFigure7-3.ClickOK.

Figure 7-3

IfUSBdriversarenotneeded,setupwillcontinueatStep13.

11. The Install Driverdialogboxwillappear.ClickonInstall.

Figure 7-4

NOTE: The installation of the drivers may take a few moments. Windows may even indicate that it is not responding, however it is running. Please wait for it to finish.


12. Whenthedriversarefinishedinstalling, the Installation Successfuldialogboxwillappear.ClickonOK.

13. Next, the Installation Wizard Completewindowwillappear.ClickonFin-ish.

14. A Questiondialogboxappearsnext.ClickYestoreadtheprocedureforcon-nectingtheinstrumenttotheUSBportonthecomputer.

NOTE: The Set-up window remains open. You may now select another option to download (e.g. Adobe® Reader), or close the window.

15. Restartyourcomputer,thenconnecttheinstrumenttotheUSBportonthecomputer.

16. Onceconnected,theFound New Hardwaredialogboxwillappear.Windowswillcompletethedriverinstallationprocessautomatically.

Shortcuts forDataView® andeach instrument controlpanel selectedduring theinstallationprocesshavebeenaddedtoyourdesktop.

NOTE: If you connected your instrument to the computer before installing the software and drivers, you may need to use the Add/Remove Hardware utility to remove the instrument driver before repeating the process.

7.3 Connecting the Model 5060 to your ComputerTheModel5060issuppliedwithaserialinterfacecablenecessaryforconnectingtheinstrumenttothecomputer.Thiscable(Cat.#2119.45)isequippedwitha9-pinfemaleconnectoroneachend,thusprovidingtheabilitytointerfacewithcomput-ersthathave9-pinconnectors(seediagramin§6.1).

Toconnectthemegohmmetertoyourcomputer:• Connectthe9-pinconnectorfromoneendofthecabletotheserialport

onthefrontpaneloftheModel5060megohmmeter.• Connectthe9-pinconnectorfromtheotherendofthecabletoanavail-

ableserialportonthebackofyourcomputer.

YouarenowreadytocommunicateusingDataView®withthemegohmmeter.


7.4 Using DataView®

OncetheserialconnectionbetweenthecomputerandtheModel5060hasbeencompleted,asdescribedabove,startDataView®.

TherearetwowaystoopenandusetheDataView®software:

Using the Megohmmeter Icon

• Double-clickthe Megohmmeter Icon thatwascreatedduringinstallation,locatedonthedesktop.

• DataView®willopenandtheConnectionwindowwillappear (seeFigure7-6).

Using the DataView Icon

• Double-click the DataView Icon that was created during installation,locatedonthedesktop.

• DataView®willopenanddisplaytheDataView Quick Start window (seeFigure7-5).

• ClicktheConfigure Instrument buttonandtheConnection window will appear(seeFigure7-6).

TheQuickStartDialogBoxcontainsthefollowingoptions:

• Configure Instrument: Createsaconfigurationforthemegohmmeter.

• Create View from Template: Creates a printable report fromexistingdataalreadystoredonthecomputer.

Figure 7-5


7.4.1 Configuring the Instrument

Toconfiguretheinstrument,performthefollowingsteps.

1. ClicktheConfigure Instrumentbutton.Adialogboxwillopen,allowingyoutoselecttheCommunicationRateandtheSerialPortforcommunicatingwiththeModel5060.

Figure 7-6

2. Makesurethattheserialportdisplayedinthedialogboxmatchestheportyoupluggedtheserialcableinto.Ifthecorrectserialportisnotselected,clickonthedropdownarrowandselecttheproperone.

3. TheCommunicationRatewilldefault to9600andshouldbeacceptable toanycomputer.ThisisalsothedefaultratefortheModel5060.YoumayselectadifferentratebyclickingontheCommunicationRatedrop-downmenuandselectingfromtheavailablevalues.

4. OncethepropercommunicationparametershavebeenspecifiedclickontheOKbutton.

NOTE: The instrument must be configured for the same communications rate specified in Figure 7-6. If it is not, then you must either select the corresponding rate or change the instrument’s rate.

When a serial communication link is established, DataView® will automaticallyidentifytheinstrumentthatitisconnectedto.Aninstrumentselectionscreenwillappearforafewsecondswhilethistakesplace.Onceidentificationiscomplete,theSetupdialogboxwillappearonthescreen.


Figure 7-7

ThisdialogboxletsyouconfigureeveryaspectoftheModel5060megohmmeter.Eachfield in thedialogbox is identical to theprogrammable featuresavailablefromtheinstrumentfrontpanelitself.Referto§2.5foracompletedescriptionofeachconfigurablefunction.Severalofthefunctionsareconfiguredbytypingtheappropriatevalueinthefieldprovided,suchastestruntime,whichmaybeprogrammedfromavalueofoneminuteto59minutes59seconds.Othersareconfiguredbyclickingontheappropriateradiobutton,suchas,activat-ingordeactivatingthebuzzerbyeitherselectingONorOFF.

Therighthandsideofthissetupdialogboxcontainsninecommandbuttons:

• Close:ClosestheConfigurationdialogboxandwillbringuptheControlPanel.

• Write to Inst:Programsthemegohmmeterusingthecurrentsettings.

• Read from Inst:Reads thecurrentconfigurationof themegohmmeterattachedviatheserialcable.

• Save to Disk:Savesthecurrentconfiguration.Thisfilewillresideonthecomputer’sdiskdrive.Savingdifferentconfigurationsetupscanbeusefulforfuturefunctionsandtests.

• Load from Disk:Retrievesasavedfilefromthecomputer’sdiskdrivetobeusedinprogrammingthemegohmmeter.

• Defaults: Resetsallfields in theSetupdialogboxback to theoriginalfactorysettings.


• Set Clock:Programsthecomputer’stimeanddateintotheconfigura-tionofthemegohmmeter.

• Clear Memory:Erasesallcontentsinallmemorylocationsinthemego-hmmeter.

• Download:Retrievesthestoreddatafromallmemorylocationswithinthemegohmmeterforuseonthecomputer’sdiskdrivememory.

OnceallfieldsintheSetupdialogboxhavebeenconfigured,itisrecommendedthatyouperformthefollowingsteps.

1. ClickontheSave button

2. Nameandsavethefile.

3. ClickontheWritebuttontoconfigurethemegohmmeter.

4. ClickontheClose buttontoexitSetupandopentheControlPanel.

NOTE: While connected, both the DataView® and Megohmmeter windows are open. They have similar main menu options, so you need to be aware of which window you are working in.

You can tell which window you are working in by looking at the top left corner of the active window. It will either display “DataView” or “Megohmmeter”.

You can toggle between both windows via the Windows taskbar at the bottom of your screen.

7.4.2 Running the Test

Afterconfiguringtheinstrument(see§7.6.1),theControlPanelwillautomaticallyopen.TheControlPanelisusedtoinitiateatimedtestfromthecomputer.

TheControlPaneldialogboxconsistsoffivecommandbuttons:

• Start:Thisbuttonbeginsatimedtest.

• Clear Display:Clearsthestatisticaldata,onthelowerleftsideofthescreen,andthegraph,ontherightsideofthescreen.

• Save to Disk:Savesthecurrentdatatoafileinthecomputer.

• Configure:ReturnstothemegohmmeterSetupdialogboxforconfigur-ingtheinstrument.

• Download: Retrievesdatafromthememoryofthemegohmmeterforstorageinthecomputer.


Figure 7-8

Torunatimedtest,performthefollowingsteps:

1. Selecttheappropriatevoltageforthetestbyclickingontheradiobuttonnexttothedesiredselection.

2. PresstheStartbutton.Thiswillrunthetestattheselectedvoltage. Asthetestisrunning,allotherbuttonsaregrayedoutandtheStart button

becomes a Stopbutton.

Oncethetesthasstarted,agraphwillbegintoappearandbuildontherightsideoftheControlPanel(seeFigure7-8).Thestatisticaldataforthetimeofthetest,DAR,PI,resistancevalueandotherinformationwillappearastheyarecompletedonthelowerleftsideoftheControlPanel.Thetestwillstopautomaticallyattheendoftheprogrammedruntime.YoumayalsostopthetestatanytimebypressingtheStopbutton.Whenthetestiscom-plete,ifthe“CalculateDD”checkboxwasenabled,theModel5060willautomati-callycalculatedielectricdischargeratio.Thistesttakes60seconds.

NOTE: On small motors and machinery it is possible that the capacitance values are too low for this test to be completed accurately. In these cases, simply press the Stop button to stop the dielectric discharge test.

3. OncethetesthasbeencompletedpresstheSave to Diskbuttontosavetheresultsofthetestjustcompletedtoadiskdriveinyourcomputer.

4. Namethefile,thenpresstheSavebutton.


Thiswillopenthesessionpropertiesdialogbox:

Figure 7-9

5. Onceyouhavecompletedfilling inall the informationon thescreen,pressOK.Thiswillopenadialogboxallowingyoutoaddadescriptivenamefortheobjectandtestjustperformed.

6. PresstheOK button.Theinformationisnowsavedtothecomputer’smemory.

7. Closethedialogboxbyclickingonthesmall atthetoprighthandcornerofthedialogbox.

8. Youwillthenbeaskedifyouwanttoopenthedatabasejustsaved.ClicktheYes button,whichwillopenadialogboxlabeledCreateViewfromTemplate.

9. IntheGroupswindowofthisdialogbox,clickon“megohmmeter”thenselectthedesiredtemplate,ifotherthanthedefaultisdesired.

10. InStep2:SpecifyDatabase(s)window, thefileyou justsavedandnamedshouldbevisible.Ifthisisthefileyouwishtogenerateareportfrom,clicktheOKbutton.Thereportwillnowbeavailableon thescreen includinggraph,individualdatapointsandallstatisticaldata.

11. Toprintthisreport,eitherclickonthePrinticonorclickontheFilecommandandthenPrint.


7.5 DataView® Megohmmeter Templates

7.5.1 Megohmmeter Summary Report Template

TheMegohmmeterSummaryReport templategeneratesaviewwith twowork-sheets.AnexampleofthefirstpageisshowninFigure7-10below.

Figure 7-10

Thisworksheetcontainsthefollowingframes:• Trend Graph: Thisframeprovidesagraphofthemeasurementpointsin

theselectedtest.• Channel Summary: This frame displays a textual summary of the

selected test.• Channel List: Thisframedisplaysa listof tests. Ifmorethanonetest

islistedyoucandisplaytheresultsofeachtestbyselectingitwiththemousepointer.

• Trend Summary List: Thisframedisplaysatextuallistsummaryofthesamplepointsforaselectedtest.Eachsummarylinecontainsuser-spec-ifiedparametersofagroupofsamplepoints.

AnexampleofthelastworksheetisshowninFigure7-11.


Figure 7-11

Τhispagecontainsthefollowingframes:• Title Box-containingthetext“TrendSummaryReport”• Operator Summary-containingoperatorinformation• Site Summary -containingtestsiteinformation• Comments Summary-containingtypedinoperatorcomments• Database -containingthenameof thedatabaseusedtogeneratethe

report

Eachoftheseframesiscustomizedbyusingtheassociatedpropertiesdialogbox.Thepropertiesdialogboxforaframeisdisplayedbyselectingtheframe,right-clickingandselectingPropertiesfromthelistdisplayed.


CHAPTER 8

MAINTENANCE

Useonlyfactoryspecifiedreplacementparts.AEMC®willnotbeheldresponsibleforanyaccident,incident,ormalfunctionfollowingarepairdoneotherthanbyitsservicecenterorbyanapprovedrepaircenter.

8.1 Recharging the Battery

Ifthe symbolisflashing,thebatteryneedstoberecharged.

Connect the instrument to the120VACpower cord via theconnector (chargingstartsautomatically).

• bAtonthesmalldisplayandCHrG or chAronthemaindisplay,signi-fiesfastcharginginprogress.

• bAtonthesmalldisplayandCHrGflashingonthemaindisplay,signi-fiesslowcharging(startsoffwithfastcharge,temperatureconditionspermitting).

• bAtonthesmalldisplayandFULLonthemaindisplay,signifiesthatchargingisover.

Iftheinstrumentisstartedupandthebatteryvoltageis>8V,thenthenormaluseofthedeviceispermitted.

NOTE: The battery should only be changed by an authorized repair facility recog-nized by AEMC® Instruments.

Changing the battery causes data to be lost from the memory.

PresstheMEM/MRbutton(“OFF”isdisplayed).

ProceedwithatotalclearingofmemoryinSET-UP(see§2.5.7)sotheMEM/MRfunctionscanbeusedagain.


8.2 Fuse ReplacementIfFUSE -G-flashesonthedisplay,thefusemustbereplaced,takingalltheneces-saryprecautionswhenopeninguptheinstrument.

Make sure that none of the terminals are connected and that the selector switch is set to OFF before opening up the case.

Onlyusethetypeoffuseshownonlabelinsidetheunit’scover:0.1A-FastActing-380V,5x20mm,10kA

8.3 Cleaning

Disconnect the instrument from any source of electricity.

Useasoftclothlightlydampenedwithsoapywater.Rinsewithawetclothandthendrywithadrycloth.Donotusealcohol,solventsorhydrocarbons.

8.4 StorageIftheinstrumentisnotusedforanextendedperiodoftime,itisrecommendedtochargetheinstrumenteverytwoorthreemonths.


Repair and CalibrationTo ensure that your instrument meets factory specifications, we recommendthat itbescheduledbacktoourfactoryServiceCenteratone-year intervalsforrecalibration,orasrequiredbyotherstandardsorinternalprocedures.

For instrument repair and calibration:YoumustcontactourServiceCenterforaCustomerServiceAuthorizationNumber(CSA#). This will ensure that when your instrument arrives, it will be trackedandprocessedpromptly.Pleasewrite theCSA#on theoutsideof theshippingcontainer.Iftheinstrumentisreturnedforcalibration,weneedtoknowifyouwantastandardcalibration,oracalibration traceable toN.I.S.T. (Includescalibrationcertificateplusrecordedcalibrationdata).

Ship To: ChauvinArnoux®,Inc.d.b.a.AEMC®Instruments 15FaradayDrive Dover,NH03820USA Phone: (800)945-2362(Ext.360) (603)749-6434(Ext.360) Fax: (603)742-2346or(603)749-6309 E-mail: [email protected]

(Orcontactyourauthorizeddistributor)

Costs for repair, standard calibration, and calibration traceable to N.I.S.T. areavailable.

NOTE: You must obtain a CSA# before returning any instrument.

Technical and Sales Assistance

Ifyouareexperiencinganytechnicalproblems,orrequireanyassistancewiththeproperoperationorapplicationofyourinstrument,pleasecall,mail,faxore-mailourtechnicalsupportteam:

ChauvinArnoux®,Inc.d.b.a.AEMC®Instruments 200FoxboroughBoulevard Foxborough,MA02035USA Phone: (800)343-1391 (508)698-2115 Fax: (508)698-2118 E-mail: [email protected] www.aemc.com

NOTE: Do not ship Instruments to our Foxborough, MA address.


Limited WarrantyTheMegohmmeterModel5050/5060iswarrantedtotheownerforaperiodofoneyearfromthedateoforiginalpurchaseagainstdefectsinmanufacture.ThislimitedwarrantyisgivenbyAEMC®Instruments,notbythedistributorfromwhomitwaspurchased.Thiswarrantyisvoidiftheunithasbeentamperedwith,abusedorifthedefectisrelatedtoservicenotperformedbyAEMC®Instruments.

For full and detailed warranty coverage, please read the Warranty Coverage Information, which is attached to the Warranty Registration Card (if enclosed) or is available at www.aemc.com. Please keep the Warranty Coverage Information with your records.

What AEMC® Instruments will do:Ifamalfunctionoccurswithintheone-yearperiod,youmayreturntheinstrumenttousforrepair,providedwehaveyourwarrantyregistrationinformationonfileoraproofofpurchase.AEMC® Instrumentswill,at itsoption,repairorreplacethefaultymaterial.

REGISTER ONLINE AT: www.aemc.com

Warranty Repairs

What you must do to return an Instrument for Warranty Repair:

First,requestaCustomerServiceAuthorizationNumber(CSA#)byphoneorbyfaxfromourServiceDepartment(seeaddressbelow),thenreturntheinstrumentalongwith thesignedCSAForm.Pleasewrite theCSA#on theoutsideof theshippingcontainer.Returntheinstrument,postageorshipmentpre-paidto:

Ship To: ChauvinArnoux®,Inc.d.b.a.AEMC®Instruments 15FaradayDrive•Dover,NH03820USA Phone: (800)945-2362(Ext.360) (603)749-6434(Ext.360) Fax: (603)742-2346or(603)749-6309 E-mail: [email protected]

Caution: To protect yourself against in-transit loss,we recommend you insureyourreturnedmaterial.

NOTE: You must obtain a CSA# before returning any instrument.


Notes:

10/09

99-MAN100258v14

Chauvin Arnoux®, Inc. d.b.a. AEMC® Instruments15FaradayDrive•Dover,NH03820USA•Phone:(603)749-6434•Fax:(603)742-2346

www.aemc.com