DIGITAL TRANSFORMER ®RATIOMETER (DTR 8510 · Digital Transformer Ratiometer DTR® Model 8510 5 1.3...

DIGITAL TRANSFORMER RATIOMETER (DTR®)

E N G L I S H User Manual

8510

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 #: 2136.50

Model #: 8510

Please fill in the appropriate date as indicated:

Date Received: _________________________________

Date Calibration Due: _______________________

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

Digital Transformer Ratiometer DTR® Model 8510 1

Table of Contents

1. INTRODUCTION ............................................................................... 31.1 International Electrical Symbols ................................................41.2 DefinitionofMeasurementCategories .....................................41.3 ReceivingYourShipment ..........................................................51.4 OrderingInformation .................................................................5

1.4.1 AccessoriesandReplacementParts ............................5

2. PRODUCT FEATURES ...................................................................... 62.1 Description ................................................................................62.2 ControlFeatures .......................................................................82.3 CableIdentification ...................................................................9

3. SPECIFICATIONS........................................................................... 103.1 DTR®8510Specifications .......................................................103.2 BatteryChargerSpecifications ...............................................12

4. DISPLAY FUNCTIONS .................................................................... 134.1 ProgramFlow .........................................................................134.2 TopLevelMenu ......................................................................134.3 ConfigureInstrument ..............................................................14

4.3.1 SetClock ....................................................................164.3.2 SetupNameplate ........................................................174.3.3 SelectTestType ..........................................................204.3.4 Select Test Mode ........................................................204.3.5 SelectStorageMode ..................................................214.3.6 Select Filter .................................................................224.3.7 Erase Memory.............................................................234.3.8 SelectLanguage .........................................................244.3.9 RestoringFactoryDefaults .........................................25

4.4 Recall Data .............................................................................26

2 Digital Transformer Ratiometer DTR® Model 8510

5. OPERATION .................................................................................. 285.1 PowerUp ................................................................................285.2 RunningaTest ........................................................................29

5.2.1 VT/PTTest ..................................................................295.2.2 StoringtheMeasurementRecord(Manual/Auto) .......31

5.2.2.1 ManualMode ........................................................315.2.2.2 AutoMode ............................................................32

5.2.3 VT/PTExcitationCurrent ............................................325.2.4 VT/PTContinuityTest .................................................335.2.5 CTTest ........................................................................33

5.3 TipsforMakingPreciseRatioMeasurements ........................355.4 Ratio Test - 1:1 .......................................................................36

6. CONNECTIONS .............................................................................. 376.1 ConnectionDiagrams .............................................................376.2 PolyphaseConnections ..........................................................38

7. DATAVIEW® SOFTWARE ................................................................ 397.1 InstallingDataView® ................................................................397.2 OpeningtheControlPanel .....................................................437.3 UsingtheControlPanel ..........................................................457.4 ConfiguringtheDTR® 8510 ....................................................477.5 RunningaTest ........................................................................497.6 DownloadingaTest ................................................................507.7 SavingtheMeasurementRecords .........................................517.8 ReportGeneration ..................................................................51

8. MAINTENANCE ............................................................................. 538.1 ChargingtheBatteries ............................................................538.2 Cleaning ..................................................................................56

APPENDIX A: DISPLAY MESSAGES ..................................................... 57RepairandCalibration ...........................................................................60TechnicalandSalesAssistance ............................................................60Limited Warranty ...................................................................................61WarrantyRepairs ...................................................................................61


CHAPTER 1

INTRODUCTION

WARNING Thesesafetywarningsareprovidedtoensurethesafetyofpersonnelandproperoperationoftheinstrument.

• This instrument is protected from accidental voltages of notmorethan50Vwithrespect toearth.Theguaranteed levelofprotectionofthisequipmentmaybecompromisedifusedinamannernotspecifiedbythemanufacturer.

• Readtheinstructionmanualcompletelyandfollowallsafetyinformationbeforeattemptingtouseorservicethisinstrument.

• TheDigitalTransformerRatiometerDTR® Model 8510 is designedforuseonde-energized (“dead”) transformersonly.MakesurethetestsampleiscompletelydisconnectedfromACpowerandisfully discharged.

• OnlyqualifiedpersonnelshouldusetheDTR® 8510 .• TheDTR®8510mustnotbeusedinamannerinwhichanyof

itscomponents(includingtestcables)arereliedupontoprovideprotectionfromelectricshock.Nohighvoltageinsulation/protectionisprovidedbyanycomponentoftheDTR® 8510. Always make sure the circuit is fully discharged before attaching any test cables.

• Donottouch,adjust,orrepositiontestcableswhiletheDTR® is conductingatest.

• Usecautiononanyapparatus:potentiallyhighvoltagesandcurrentsmaybepresentandposeashockhazard.

• Safetyistheresponsibilityoftheuser.• Onlyusethechargingunitsuppliedwiththeinstrumentto

rechargethebattery.• NeveropentheinstrumentwhileitisconnectedtoACpower

orwhentestcablesareconnectedtotransformers,equipment,circuits,etc.


1.1 International Electrical Symbols

Signifies that the instrument is protected by double or reinforced insulation.

CAUTION - Risk of Danger! Indicates a WARNING and that the operator must refer to the user manual for instructions before operating the instrument in all cases where this symbol is marked.

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

Ground/Earth

Important instructions to read and understand completely.

Important information to acknowledge.

Battery

Fuse

USB socket

Compliance with the Low Voltage & Electromagnetic Compatibility European directives (73/23/CEE & 89/336/CEE)

In the European Union, this product is subject to a separate collection system for recycling electrical and electronic components In accordance with directive WEEE 2002/96/EC

1.2 Definition of Measurement CategoriesCAT I: FormeasurementsoncircuitsnotdirectlyconnectedtotheACsupply

walloutletsuchasprotectedsecondaries,signal level,and limitedenergycircuits.

CAT II: Formeasurementsperformedon circuits directly connected to theelectricaldistributionsystem.Examplesaremeasurementsonhouse-holdappliancesorportabletools.

CAT III: Formeasurementsperformedinthebuildinginstallationatthedistri-butionlevelsuchasonhardwiredequipmentinfixedinstallationandcircuitbreakers.

CAT IV: For measurements performed at the primary electrical supply(<1000V)suchasonprimaryovercurrentprotectiondevices,ripplecontrolunits,ormeters.


1.3 Receiving Your ShipmentUponreceivingyourshipment,makesure that thecontentsareconsis-tentwith thepacking list.Notifyyourdistributorofanymissing items. Iftheequipmentappearstobedamaged,fileaclaimimmediatelywiththecarrierandnotifyyourdistributoratonce,givingadetaileddescriptionofanydamage.Savethedamagedpackingcontainertosubstantiateyourclaim.

1.4 Ordering InformationDigital Transformer Ratiometer DTR® Model 8510 .........Cat. #2136.50Includes NiMH batteries (installed), 115V power cord, set of two 15 ft leads, 10 ft USB cable, external battery charger (90-264VAC 50/60Hz), soft carrying case, DataView® software, and a user manual.

1.4.1 Accessories and Replacement Parts

Fuse-setof5,0.5A250V(5x20mm,SlowBlow) ............... Cat. #2118.53

Fuse-setof5,4A125V(5x20mm,SlowBlow) .................. Cat. #2118.55

Lead-Setof2,30ft ............................................................Cat. #2136.76

Lead-ReplacementSetof2,15ft ......................................Cat. #2136.77

Battery-ReplacementSetof2,12VNiMHrechargeable ...Cat. #2136.78

ReplacementBatteryCharger .............................................Cat. #2136.79

ReplacementUSBCable,10ft............................................Cat. #2136.80

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


CHAPTER 2

PRODUCT FEATURES

2.1 DescriptionTheDigital TransformerRatiometerDTR®Model 8510 is a lightweight,rugged,portableinstrumentdesignedforonsitetestingofpower,potentialandcurrenttransformers.

OperationoftheDTR®8510isfullyautomatic.Nousercalibration,rangeselection,handcrankingortediousbalancingisrequired.

During each test cycle, the DTR® 8510 automatically checks for:• H/Xleadreversal

• Continuityoftestedcircuits/windings(ifconfigured)

• Shortcircuitconditions(highcurrent)

Upon completion of a test cycle, the DTR® 8510 displays:• Turns Ratio:Theratiooftheprimarytosecondaryvoltageatthe

transformerterminalsduetotestexcitation

• Excitation Current: TheRMSexcitationcurrentintheHwindingduetotestexcitationduringnegligibleloadingoftheassociatedXwinding

• Polarity:Indicatesthepolarity(phase)ofXrelativetoH• Deviation: Indicatesthedeviationfromnameplateratioin%

TurnsRatio,ExcitationCurrent,PolarityandDeviationareusefulparam-etersindiagnosingandpredictingavarietyoffaultsthatoccurinpower,potentialandcurrenttransformers.


The DTR® 8510 will display the following messages:• IncorrectLeadConnections• H/XReversal(accidentalstep-upmisconnection)• Short(excessexcitationcurrent)• OpenCircuits• CircuitContinuity• LowBattery

Inaddition,theDTR®8510allowstheusertostorethedatainautomaticormanualmodeaftereachtesteliminatingtheneedtowritedownthetestresults.Eachmeasurement record is date and time stampedprovidingcompletetestinformation.

TheusercanalsosaveNameplatevoltagesandcomparetheresultsasthedataisbeinggathered.ThedatacanlaterbedownloadedtoaPCandanalyzedusing theDataView®softwarepackagewhich is includedwiththeproduct.

DataView®allowsfullcontroloftheinstrument.

The DTR® 8510 utilizes an advanced, low-voltage, step-down measure-ment technique in which the high voltage “H” windings are subjected to test excitation. This results in greater operator safety and the ability to test a much wider array of transformer types and sizes.


2.2 Control Features

50V CAT IV

OFF/CHARGE

ON

ENTER

MEM

TEST

CONTRAST

DIGITAL TRANSFORMER RATIOMETERDTR® MODEL 8510

USE SPECIFIEDCHARGER ONLY

USE ONLY ON DE-ENERGIZED TRANSFORMERS

H

X

52

1

3

4

6

7

8

10

11

9

1. Display: Displaysdata,statusandcontrolfeaturesoftheinstrument.

2. USB Connector: Allowsconnectiontoacomputerforinstrumentconfigurationset-upandstatuscheck,downloadingofthestoreddatausingtheDataView®softwareandrunningatest..

3. High-side “H” Cable Connector (primary):Connectionfortheprimarysideofthetransformer.

4. Low-side “X” Cable Connector (secondary):Connectionforthesecondarysideofthetransformer.

5. Battery Charge Input Connector:Allowsthesmartchargertochargethebatteries.

6. Power Switch: TurnstheinstrumentONorOFF(ifthechargerisnotconnected).Ifthechargerisconnected,thebatterieschargeinOFF/CHARGEposition.

7. Operation and Battery Low Indicator: GreenLEDindicatesthattheinstrumentisonandblinkswhenthebatteriesaregettinglow(<12V).Theinstrumentwillcompletelyshutdownwhenthebatteriesarebelow8.7V.


8. Display Contrast Adjustment: Allowsadjustmentofthedisplaycontrast.

9. Function Keys:Allowsnavigationofthemenuandfunctionsoftheinstrument.

10. Backlight ( ) Control Button:TurnsthedisplaybacklightONorOFF.

11. Test Button: Runstheselectedtestwhenpressedandreleased.

2.3 Cable Identification

H CABLE SET

RED INLINE PLUG

BLACK INLINE PLUG

"H" IDENTIFIER

5 PINCONNECTOR

"H" IDENTIFIER

X CABLE SET

RED INLINE PLUG

BLACK INLINE PLUG

"X" IDENTIFIER

3 PINCONNECTOR

"X" IDENTIFIER

HH

XX

Primary (H) Cable:

Secondary (X) Cable:

Eachcableisclearlymarked.ThePrimary(H)cablehasa5-pinconnectorand the Secondary (X) cable has a 3-pin connector. They cannotinadvertently be connected incorrectly.


CHAPTER 3

SPECIFICATIONS

Reference Conditions: 23°C±5°C (30 to50%RH) range.Add25ppm/°C from-10° to18°Cand28°to50°Ctoallaccuracyspecifications.Noexternalelectricalormagneticfields.Outputcurrent≤150mAforVT/PTand≤50mAforCT.Calibrationcycleis1year.

3.1 DTR® 8510 Specifications

DTR® 8510

ELECTRICALRatio Range (VT/PT) Autoranging: 0.8000 to 8000:1

Accuracy (VT/PT) Ratio Range Accuracy (% of Reading)

0.8000 to 9.9999 ± 0.2%

10.000 to 999.99 ± 0.1%

1000.0 to 4999.9 ± 0.2%

5000.0 to 8000.0 ± 0.25%

Ratio Range (CT) Autoranging: 0.8000 to 1000.0

Accuracy (CT) Ratio Range Accuracy (% of Reading)

0.8000 to 1000.0 ± 0.5%

Excitation Signal VT/PT Mode: 32Vrms maxCT Mode: Auto Level 0 to 1A, 0.1 to 4.5Vrms

Excitation Current Display

Range: 0 to 1000mAAccuracy: ± (2% of Reading + 2mA)

Excitation Frequency 70Hz

Display Dual line alpha-numeric LCD, 16x2 characters with contrast adjustment and backlight control. Day/night visible.

Measurement Method In accordance with IEEE Std C57.12.90™-2006

Power Source Two 12V, 5x2, 1650mAH NiMH rechargeable battery packs

Battery Life Up to 10 hrs of continuous operation. Low battery indication.

Battery Charger Universal input (90 to 264Vrms input) smart recharger

Charging Time <4 hrs

Data Storage 99 objects with 99 tests each

Date/ Time Battery-backed, Real-time clock


Communication USB. 2.0 compliant, optically isolated, 115.2 KB

Software DataView® analysis software included

MECHANICALDimensions 10.70 x 9.76 x 5.12" (272 x 248 x 130 mm)

Weight 8.1 lbs (3.7kg)

Connection XLR connectors

Leads 15 ft (4.6m) H & X shielded with large color-coded industrial alligator clips in carrying bag

Enclosure Heavy duty Polypropylene case, UL 94 V0

Vibration IEC 68-2-6 (1.5mm to 55Hz)

Shock IEC 68-2-27 (30G)

Drop IEC 68-2-32 (1m)

Index of Protection IP 40 (Instrument lid open) per EN 60529IP 53 (Instrument lid closed) per EN 60529

ENVIRONMENTALOperating Temperature 14° to 122°F (-10° to 50°C)

Storage Temperature -4° to 140°F (-20° to 60°C)

Relative Humidity 10 to 85% RH @ 35°C

Altitude Up to 2000 meters (6560 ft)

SAFETYSafety Rating EN 61010-1; 50V CAT IV; Pollution Degree 2

Double Insulated Yes

CE Marking Pending

Specifications are subject to change without notice.


3.2 Battery Charger Specifications

DTR® 8510 BATTERY CHARGER

ELECTRICALNo-load Voltage 41V ±2V

Fast Charge Current 0.9A ±70mA

Top-off Charge 130mA ±40mA

Charge Termination Options -dV, dT/dt

Input Rating 90 to 264VAC /47 to 63Hz

Maximum Output Power 35W

Trickle Charge Current 50mA ±25mA

Leakage Current (from battery with mains off) <1mA

MECHANICALDimensions 4.22 x 2.64 x 1.44" (107 x 67 x 36.5mm)

Weight 0.55 lbs (250g)

Input Connection 2-pin IEC 320-C7

Output Connection NiMH: 3 PIN DIN

ENVIRONMENTALOperating Temperature -4° to 104°F (-20° to 40°C)

SAFETYInsulation Class II

Electrical Safety Approval EN 60601-1, EN 60950, EN 60335-2-29

EMC Standards EN 61000-6-3 (Emission), EN 61000-6-1 (Immunity)

Specifications are subject to change without notice.


CHAPTER 4

DISPLAY FUNCTIONS

4.1 Program FlowInordertousetheinstrumentefficiently,itisimportanttounderstandtheprogramflow.• Pressingthe▼and▲keyssimultaneouslyallowsgoingupone

level(ifthereisalevel)intheprogramflow. (Verticalnavigationmovingupalevel).

• Pressingthe▼or▲keyallowsnavigationwithinthelevel. (Horizontalnavigation).

• PressingtheENTERkeyallowstheselectionanddisplayofchoicesonelevelbelow(ifthereisalevel)intheprogramflow. (Verticalnavigationmovingdownalevel).

4.2 Top Level MenuTheinstrumenthasatoplevelcontrolasshowninFig.4-1.Theusercannavigatearoundtheringbypressingthe▼or▲key.

Main Screen

Recall DataConfiguration

Figure 4-1

Oncetheinstrumentisturnedon,itinitializesandthendisplaystheMainScreen:

Figure 4-2


• Main Screen: DisplaystheTestType,TestMode,Filter[Fast(F),Normal(N)orSlow(S)],StorageMode[Auto(A)orManual(M)]andthePresentNameplatevalues(ifenabled).

• ConfigureInstrument:Configurestheinstrument(see§4.3).• Recall Data: Storeddatacanbeselectedanddisplayed(see§4.4).

NOTE: The program flow is two or three levels deep at various points. The available choices for a level can be viewed by pressing the ▼or ▲ keys.

TheENTERkeyisusedtoselectthefollowingfunctions:• Enterconfigurationmenu.• EnterRecallDatamenu.• Initiatestorageoftestresults,acceptlocationparametersandstore

theMeasurementRecord.

4.3 Configure InstrumentWith the display showing Configure Instrument, press theENTER key.Theconfigurationring(seeFigure4-4)canbenavigatedaroundusingthe▲or▼key.

Figure 4-3

• Set Clock: AllowsthesettingofTimeandDate.• Setup Nameplate: AllowsselectionandeditingofPresent

Nameplatevoltagesorratios.PredefinedratioscanonlybeeditedthroughDataView®.

• Select Test Type: AllowstheselectionofTestType(VT/PTorCT).• Select Test Mode: AllowsselectionoftheTestMode(Ratioor

Continuity/RatioinVT/PTMode).

• Select Storage Mode: Allowstheselectionofdatastoragemode(AutomaticorManual).


• Select Filter: Allowsselectionoffilter(Fast,Normal,Slow). See§4.3.6.

• Erase Memory: Allowsdeletionofallthestoredmeasurementrecords

• Select Language: Allowsselectionoflanguageonthedisplay(English,French,German,Italian,Spanish,Portuguese)

NOTE: To move one level up and return to Configure Instrument, press the ▼▲ keys simultaneously.

SetClock

SelectStorage Mode

SetupNameplate

SelectLanguage

SelectTest TypeErase Memory

SelectTest Mode

SelectFilter

Figure 4-4


4.3.1 Set Clock

1. Within the top levelofConfigure Instrument,press the▼or▲keyuntilSet Clock appearsonthedisplay,thenpressENTER.

Figure 4-5

TheSet Clock configurationallowsyoutoformatthefollowing:

Date Format:Allowstheformattingofthedate. (MM/DD/YY,DD/MM/YY,YY/MM/DD).

Figure 4-6

Time Format:Allowstheformattingofthetime(12or24hours).

Figure 4-7

Set Date and Time:Allowsthesettingofthedateandtimeintheselected format.

Note: Timemustbesetinthe24-hourformat.ItwillbedisplayedwithAM/PMifthe12-hourformatischosen.

Figure 4-8

Example: Tosetthetimeto2:50PM,setthehourto14andtheminutesto 50.


Tomaneuverbetween theSet Clockconfigurationsettings,performthefollowing:

1. Within the top levelofConfigure Instrument,press the▼or▲keyuntilSet Clockappearsonthedisplay,thenpressENTERtoconfigurethedate.

2. Use the▼or▲keys to view the choices.PressENTER tomakeaselection.Oncetheformatisselected,thedisplayreturnstoDate Format.

3. Usethe▼or▲keystonavigatetotheotherdateandtimeoptionsorpressboth▼▲keystogethertoreturntothetoplevel.

4.3.2 Setup Nameplate

Nameplatevaluesareprimaryandsecondaryvoltages(orratios)associatedwith a given transformer.This information is available on theNameplateof the transformer.Themeasured resultswillbecomparedwithselected(edited)NameplatevaluesandDeviationwillbedisplayedandstoredin%relativetothesevalues.

TheDTR® 8510allows the storageof 10Nameplate voltages or ratioswhichcanbeindividuallyselectedforagiventest.

NOTE:• TheNameplatelistofupto10transformerscanbewrittentoand

savedonlyusingDataView®software.Thevaluesinthelistcanbeeditedforusebutcannotbesavedfromthefrontpanel.

• Thekeysonthefrontpanelcanselectanyoneofthe10transformerNameplatevalues.Oncethetransformervaluesareselected,theycanbeeditedtoanewvalueusingthe▼,▲andENTERkeys.Whenthenewvaluesareselected(eveniftheyarenoteditedtonewvalues),itbecomesthePresentNameplateandwillbeusedforallsubsequentVT/PTandCTmeasurements.Deviationwillbereportedandstoredusingthesevalues.

• ThePresentNameplatevalueswillberetainedinmemoryeveniftheinstrumentisturnedOFFandturnedON.However,itwillnotbesavedinthelistfromwhichitwasoriginallyselected.

• TheusercanselectanotherNameplatefromthelistinthefutureandmayormaynoteditthevalues.AssoonasthenewNameplatevaluesareselected(and/oredited),itbecomesthenewPresentNameplate.


• ThePresentNameplatevaluesaredisplayedintheMainScreen.

• EachMeasurementRecordwillrecordthePresentNameplatealongwithotherassociatedparametersandwillbeavailablewhenthedataisdownloaded.

• TheRatioofthenameplatevaluesmustbebetween1and32767.

• TheNameplateneedstobeenabled.IftheNameplateisnotenabled,theDeviation%willnotbereportedafterthemeasurements.Subsequently,thestoredvalueswillnothaveNameplateandDeviation%intheMeasurementRecord.

NOTE: The Main Screen will display the Present Nameplate only if it is Enabled. If it is not Enabled, it will display "---" for Primary and Secondary.

ToconfigurethesettingsfortheNameplate,performthefollowing:

1. Within the top levelofConfigure Instrument,press the▼or▲keyuntilSetup Nameplate appearsonthedisplay,thenpressENTER.

Figure 4-9

2. ThedisplaywillshowEnablewithYes and Nochoices.Pressthe▼keytoselectYes(EnableNameplate).

Figure 4-10


3. Thedisplaywillnowshowthefollowingscreen:

Figure 4-11

4. Select Listbypressingthe▼key.Thelistcanthenbescrolledfrom0to9Nameplatevaluesbyusingthe▼or▲key.SelectthedesiredNameplate by pressing ENTER. The display will return to Setup Nameplate.

Figure 4-12

5. PressENTER,thenYes(▼)onEnable.

6. Select Edit bypressingthe▼key.ThevaluesinthePresentName-platecanbeediteddigitbydigitbyselectingeachdigitwiththe▼or▲andthenpressingtheENTERkey.WhenthelastdigitontheSec-ondaryisselected,thedisplayreturnstoSetup Nameplate.

Figure 4-13NOTE:

• SelectingonetransformerfromthelistwillreplacethevaluesinthePresentNameplateimmediately.ThevaluescanthenbechangedintheEditmodeifneeded.

• SelectingEditwillallowtheusertomodifythevaluesinthePresentNameplate.

• TheEdit processchangesthevaluesinthePresentNameplateonly.Thevaluespreviouslystoredwouldremainthesame.Thestored List valuescanonlybechangedinDataView®.


• InordertowritethePresentNameplatevalue,youmustpressENTERuntilSetup Nameplateisdisplayed.Otherwise,theratiowillnotbeentered.Iftheup/downarrowsarepressedaftersettingtheratio,thenitperformsacanceloperationandthechangeswillnotbesaved.

REMEMBER: In order to move one level up and return to Configure Instrument, press the ▼▲ keys simultaneously.

4.3.3 Select Test Type

1. FromthetoplevelofConfigure Instrument,pressthe▼or▲keyuntilSelect Test Typeappearsonthedisplay,thenpressENTER.

Figure 4-14

2. Select VT/PT or CTusing▼or▲andpressENTER.ThedisplaywillreturntoSelect Test Type.

NOTE: Once the Test Type is selected, it is retained until changed by the user. If the instrument is turned OFF and turned ON, the Test Type will be the same as last selected.

4.3.4 Select Test Mode

1. FromthetoplevelofConfigure Instrument,pressthe▼or▲keyuntilSelect Test Modeappearsonthedisplay,thenpressENTER.

Figure 4-15

2. Select Ratio or CONT/Ratiotestusing▼or▲andpressENTER.ThedisplaywillreturntoSelect Test Mode.


CONT/Ratio:PerformsaContinuitytestfollowedbyRatiotestonlyinVT/PT.Continuitytestisnotavailable(N/A)inCTmode.

Ratio test:PerformsonlytheRatiotestintheVT/PTorCTmode.

NOTE: Test Mode can also be selected from the Main Screen by press-ing ENTER, which toggles the selection of CONT and Ratio.

4.3.5 Select Storage Mode

1. FromthetoplevelofConfigure Instrument,pressthe▼or▲keyuntilSelect Storage Modeappearsonthedisplay,thenpressENTER.

Figure 4-16

2. Select Auto or Manualusing▼or▲andpressENTER.ThedisplaywillreturntoConfigure Instrument > Select Storage Mode.

NOTE:• In Manual mode,theuserhasachoiceattheendofatest

whethertostoretheMeasurementRecordornot.TheuseralsohasachoiceofwheretostoretheMeasurementRecord.SoitispossiblefortheusertostoretheMeasurementRecordatvariouslocationsleavinggapsinthestoragememorymap.AllMeasurementRecordswillbedownloadednomatterwheretheyarestoredinthememory.

• In Automode,theinstrumentwillstoretheMeasurementRecordattheendofateststartingwiththefirstavailablelocation.AllthesubsequentMeasurementRecordswillbestoredsequentially. IfthepreviouslystoredMeasurementRecordisencountered,theAutostoremodewillskipoverandstorethenewMeasurementRecordinthenextavailablelocation.

NOTE: If the DTR® 8510 is connected to a computer, Auto mode will be disabled. The Measurement Record will not be saved in the instrument but will be sent to the computer.


4.3.6 Select Filter

1. FromthetoplevelofConfigure Instrument,pressthe▼or▲keyuntilSelect Filterappearsonthedisplay,thenpressENTER.

Figure 4-17

2. Select Fast, Normal or Slowusing▼or▲andpressENTER.ThedisplaywillreturntoConfigure Instrument > Select Filter.

NOTE: The DTR® 8510 offers the user a choice of three digital filters for measurement, depending upon the external electrical noise. These are sophisticated digital filters in the design which offer maximum noise rejection for repeatable measurements.

Digital Filters:

ThedigitizationofsignalisdonewithSigma-Delta(Σ-Δ)modulator.Theoutput isahigh frequencybitstreamwhich is fed toadigitalfilter.Thefilteringofsignal isperformedwithsophisticatedsinc (Sinx/x)filter.Theprimaryfunctionofthefilteristoremovethequantizationnoiseintroducedduringthemodulationprocess.

Thefilterlimitsthebandoftheallowedfrequencytosignificantlylowerthanone-halfof the frequencyof themodulator itself.This reduces the1-bitoutputofacomparatorinaband-limited,verylownoiseoutput.Thecut-offfrequencyandthedecimateddatarateareappropriatelyprogrammedintheinternalregisteredandtheoutputisarithmeticallyaveragedtoprovideanaccuratefinalanswer.

Highdecimationresultsinlowernoisebutataslowerthroughputrate.Thecalculationofarithmeticmeanisaquickprocessathighclockspeedsofthemicroprocessors.

TheDTR® 8510 improves thequality ofmeasurements in the followingways:

(1) Lownoiseelectronics(2) Shieldedelectronicsandcables.(3) Differentialmeasurementstoreducecommon-modeeffects.(4) Ratiometriccalculationstoreducedynamicerrors.


VT/PT

Fast Normal SlowApprox Measurement Time 6.5 s 9 s 19 sUses Electrically

Quiet Environment

In Most Applications

Electrically Very Noisy

Environment

CT

Fast Normal SlowApprox Measurement Time 14 s 16 s 43 sUses Electrically

Quiet Environment

In Most Applications

Electrically Very Noisy

Environment

4.3.7 Erase Memory

1. Press the▼or▲keyuntilErase Memoryappearson thedisplay,thenpressENTER.

Figure 4-18

2. Select Yes or Nousing▼or▲andpressENTER.ThedisplaywillreturntoErase Memory.

CAUTION: Once the memory is erased, the stored data cannot be recovered. Download the data, if desired, before the Erase Memory function is executed.


4.3.8 Select Language

1. Pressthe▼or▲keyuntilSelect Languageappearsonthedisplay,thenpressENTER.

Figure 4-19

2. Selectalanguageusing▼or▲andpressENTER.ThedisplaywillreturntoSelect Language.

Thefollowinglanguagesareavailable:-English -Italian-French -Spanish-German -Portuguese

Oncethelanguageischosen,allthemenuitems,errormessagesetc.willbedisplayedinthislanguage.TheconfigurationretainsthelanguageiftheinstrumentisturnedOFFandthenturnedON.

NOTE: The language can also be selected immediately at start up. Press and hold the TEST button while turning the unit ON. After initialization, the instrument will display the currently active language. Release the TEST button. The desired language can now be selected.


4.3.9 Restoring Factory Defaults

Thefactorydefaultsettingsareshowninthefollowingtable:

Parameter Default ValueTest Mode RatioTest Type VT/PTFilter NormalStorage Mode ManualLanguage EnglishNameplate Disable

Nameplate Values

19920:720019920:480019920:240019920:216019920:1207200:24007200:21607200:1202400:1202160:120

Table 4-1

Tosettheinstrumentbacktothefactorydefaultconfiguration:

1. TurntheDTR® 8510 OFF.

2. Pressandholdthe▲key.

3. TurntheDTR® 8510 ON.

4. Releasethe▲keywhentheinstrumentbeeps.

NOTE: The previously stored Measurement Records will remain in the memory and the language will remain the same as before the default configuration was loaded.


4.4 Recall Data1. FromtheMainScreen,pressthe▼or▲keyuntilRecall Dataappears

onthedisplay,thenpressENTER.

Figure 4-20

TheMeasurement Record in OBJECT #01 and TEST #01 will be dis-played,aswellastheRatio.

NOTE: The V after the Ratio indicates the VT/PT test type. C would be displayed if the Ratio was from a CT test.

Figure 4-21

2. Pressthe TESTbuttontomovetosecondscreen,whichwilldisplayCurrentandDeviation%.

Figure 4-22

3. PresstheTESTbuttontomovetothethirdscreentodisplaytheDateand Time.


Figure 4-23

4. Press theTEST button tomove to the fourth screen todisplay thePrimaryandSecondaryvoltagesofthePresentNameplateatthetimethemeasurementwasmade.

Figure 4-24

5. PresstheTESTbuttonagaintoreturntothefirstscreen.

6. SelectanyOBJECTandanyTESTusing the▼or▲keyand theENTERkeytoviewtheMeasurementRecordatanylocation.

NOTE:• TheDTR®8510canstore99OBJECTs.EachOBJECTcanstore

upto99TESTs.• In Manualmode,theusercanselectthelocationtostorethe

MeasurementRecord.TheMeasurementRecordsdonothavetonecessarilybesequentiallystored.So,duringaRecallDataoperation,itisimportantfortheusertoknowwherethedatais

• AppendixBonpage59providesaformfortheusertoidentifytheinformationstoredateachlocation.Theformcanbecopiedandusedasneeded.


CHAPTER 5

OPERATION

WARNING: The DTR® Model 8510 is designed for use on de-energized (“dead”) transformers only. Make sure the test sample is completely disconnected from AC power and is fully discharged.

5.1 Power UpTurnthepowerswitchtotheONposition.

Atpowerup,theinstrumentgoesthroughaninitializationprocess:• Beepsonce• Displays“Initializing…PleaseWait”forashortduration• DisplaystheCompanyNameandFirmwareversionnumber• DisplaysDateandTimeforashortduration• TheinstrumentrestsattheMainScreenwhichdisplays

TestType,TestMode,Filter,StorageModeandthepresentNameplatevalues(Fig.5-1)

• TheGreenpowerLEDonthefrontpanelturnsonsolid

Figure 5-1NOTE:

• Ifthebatteriesareinsufficientlycharged:-TheGreenLEDwillblinkifthereissomebatterycapacityleft.Theinstrumentwillbeoperationalunderthiscondition.

-ThedisplaywillshowLowBatteryandtheGreenLEDwillblinkifthebatterypackshavenocapacityleft.Theinstrumentcannotbeusedfortestingunderthesecircumstances.Thebatteriesmustberechargedbeforeuse(see§8.1).


5.2 Running a Test

5.2.1 VT/PT Test

Inthissection,anexampleofrunningatestusingthefollowingconfigura-tion(see§4.3forhowtoconfiguretheinstrument)isshown:

• SetDate/Time:July4,2010.6:00PM• SetvaluesinNameplate:

PrimaryVoltage:19920;SecondaryVoltage:7200• SelectType:VT/PT• SelectTestMode:CONT/Ratio• StorageMode:Manual• Set Filter: Normal• SetLanguage:English

PRIMARY SECONDARY

19920 : 7200CTH RED X RED

X BLACK

H BLACK

RATIO 2.767 : 1- Typical Connection

H BLACK

PRIMARY SECONDARY

19920 : 7200CT

H RED X RED

X BLACK

H RED

X RED

X BLACK

H BLACK

RATIO 1.383 : 1

- Alternate Connection

H BLACK

H RED

X BLACK

X RED

Figure 5-2


1. Connect thePrimary(H)andSecondary(X)cablesto theappropri-ate connectors on the DTR® 8510 and the transformer under test (seeFig.5-2).

2. PressTESTbutton.Thetestwillruncontinuityfirstandthenruntheratio test.

Figure 5-3

WARNING: It is important to make sure the Primary (H) and the Secondary (X) cables are connected properly BEFORE running the test. This is especially true for the high turn-ratio transformers since dangerous high voltage may appear on the DTR® 8510 terminals.

NOTE:• Continuitychecksfortheintegrityofthecableconnectionsonly.

ItdoesnotcheckforH/Xreversepolarity.IfthecontinuityforthePrimaryconnectionsiswithinspecifiedlimits,thedisplayshows----orequivalenttoaClosedSwitch.IfthecontinuityforthePrimaryconnectionsisoutsidethespeci-fiedlimits,thedisplayshows--/--orequivalenttoanOpenSwitch.

• During theRatio test, the instrumentwill check forH/X reversepolarity, short (excessive current) etc. before conducting Ratiotest.

Inthisexample,thedisplaywillappearasshownbelow.

Figure 5-4


If theH/Xwere reversed, the instrumentwill display the followingerrormessageandterminatethetest.

Figure 5-5

NOTE:• Iftherewereapolarityreversal,theRatiowouldbedisplayed

negativeanditwouldbeblinking.Thismeanseithertheconnectionsarereversedonagivensideorthetransformeriswoundbackwardsrelativetothemarking.

• ThetestmayberunasmanytimesasneededbypressingtheTESTbutton.

• AnactivetestcanbecancelledatanytimebypressingtheTEST button.

• MakesurethattheHREDleadisalwaysconnectedsuchthatitdoesnotshorttotheXREDorXBLACKleaddirectlyorthroughearthground.See§6formoreconnectiondetails.

5.2.2 Storing the Measurement Record (Manual and Auto Mode)

Thestoragemodeyouareindependsonwhatyouselectedwhenconfig-uringtheinstrument(see§4.3)beforerunningatest.

5.2.2.1 Manual Mode

When Manual mode is selected, the Measurement Record storage isoptionaltotheuser.

1. TostoretheactivemeasurementusingManualmode,pressthe MEM (ENTER)button.Thedisplaylooksasshownbelow:

Figure 5-6


2. Select theOBJandTest locationusing the▼or▲keyandpressENTER.

3. PressENTER or TESTtostoretheMeasurementRecord.

NOTE:• Afterthetestisrun,thenewlocationisautomaticallyincreased

sequentiallyfromthelaststoredlocation.• Ifagivenlocationisnotavailableforstorage,theSavefieldwill

displayN/A.• InordertoNOTSTOREtheMeasurementRecord,simplypress

theTESTbuttonafterthemeasurementiscompleted.

5.2.2.2 Auto Mode

WhenAutomodeisselected,theinstrumentrequiresnouserinput.

1. Attheendofthetest,theMeasurementRecordisstoredintheloca-tionnexttothefirstavailablelocationandthenwillstoresequentially.

NOTE: If the previously stored Measurement Record is encountered, the Auto store mode will skip over and store the new Measurement Record in the next available location.

5.2.3 VT/PT Excitation Current

Excitationcurrent,displayedinmilli-amperes(mA)istheRMScurrentinthePrimary(H)windingduetotestexcitation.TheloadingontheSecondary(X)windingduetotheDTR®8510isnegligible.

• TheDTR®8510usesamaximumof32Vrmsexcitationvoltagefortesting.Thedisplayedexcitationcurrentwillalmostalwaysbeasmallfractionoftransformerno-loadexcitationatfull(rated)voltage.Mosttransformerswillrequirelessthan100mA.

• Ifyouarepresentlyusingaratiometerthatemployssecondary(X)sideexcitation(e.g.commonhand-crankedinstruments)instep-upmode,thecurrentmaybemuchhigherthanwhattheDTR®8510displays.

• Thisisnormalandresultsdirectlyfromthefactthatinmoststep-downtransformers,thePrimary(H)sidehasamuchhigherimpedancethanitsassociatedSecondary(X)winding.


5.2.4 VT/PT Continuity Test

TheContinuityTestfunctionoftheDTR®8510servesasausefulmeansofidentifyingopenprimaryandsecondarywindings,highresistancecon-nections,opencircuitbreakersandblownfuses.Whenselected,theDTR® 8510 checks for continuity between itsSecondary (X) andPrimary (H)cables.

• TheDTR®8510willindicateOPENforcircuits>4KΩandCONTforcircuits<4KΩ.Checkthesevalues.Asmallfractionoftransformers(HighinductanceorhighwindingOhmicDCresistance)mayappearopen.

• TheinstrumentchecksforSecondary(X)connectionsfirst.Evenifitisfoundopen,itcontinuestocheckPrimary(H)connections.Regardlessoftheoutcome,theinstrumentproceedstoperformpre-testchecks.Followingthepre-testchecks,ifeitherXorHorbothwerefoundtobeOPEN,theinstrumentwilldisplaytheappropriateerrormessage.PressingtheTESTbuttonagainwillstartanewContinuitytest(assumingtheuserfixedtheconnectionproblem)again.IfitpassestheContinuitytest,Ratiotestwillbeexecuted.

• Transformerswithwindingarrangementmultiple,parallelpaths(e.g.,Deltatype)mayreadCONTevenifoneormorewindingsmaybeOPEN.

5.2.5 CT Test

Inthissection,anexampleofrunningatestusingthefollowingconfigura-tion(see§4.3forhowtoconfiguretheinstrument)isshown:

• SetDate/Time:July4,2010.6:00PM• SetvaluesinNameplate:

PrimaryCurrent:19920;SecondaryCurrent:7200• SelectType:CT• Select Test Mode: Ratio• StorageMode:Manual• Set Filter: Normal• SetLanguage:English

Note: CTtestdoesnotallowaCONT/Ratiooption.ItonlyrunsaRatiotest.

WARNING: The DTR® Model 8510 is designed for use on de-energized (“dead”) transformers only. Make sure the test sample is completely disconnected from AC power and is fully discharged.


1. Connect the Primary (H) cable to the appropriate connectors ontheDTR®Model8510and the transformerunder test.Connect theSecondary(X)cableasaloopthroughthecurrenttransformerholeasshowninthefigure.

X BLACK

H RED

X RED

H BLACK

X2 X1

Figure 5-7

2. PresstheTESTbutton.DuringtheRatiotest,theinstrumentwillcheckforH/Xreversepolarity,short(excessivecurrent)etc.beforeconductingRatiotest.

NOTE:• IftheH/Xisreversed,theinstrumentwilldisplaytheerror

message(seeFig.5-5)asinVT/PTtestandterminatethetest.• Iftherewereapolarityreversal,theRatiowouldbeblinkingwith

anegativesign.Thismeanseithertheconnectionsarereversedonagivensideorthetransformeriswoundbackwardsrelativetothemarking.

• ThetestcanbecancelledatanytimebypressingtheTEST buttonduringtheoperation.

• TheCTtestrampsupthevoltageinsteps.Attheendofthetest,itrampsdownthevoltage.

• Therearecertainlowmass,lowratioCT’sforwhichtheDTR® 8510maynotbeabletoprovidecorrectratio.Theerrormessagewillbe“HighExcitationCurrent”.


AsinVT/PT,theCTtestmayberunasmanytimesasneededbypressingtheTESTbutton.

Themeasurementrecordscanbesaved inManual or Auto mode as in VT/PTmode.

TheCTremainsactiveuntil theconfiguration ischanged.Powering theinstrumentdownandturningitbackonwillnotchangetheTestType.

5.3 Tips for Making Precise Ratio Measurements

TheDTR®Model8510isdesignedforstep-downtransformers.Itsourceslow voltage on the primary. It starts with a fraction of the final sourcevoltageandchecksthesecondaryvoltage.Ifitexceedstheprimarybyapre-determinedvalue,thesafetyfeaturestopsthemeasurement.TherecommendedprocedureistoreversetheleadsinthesecircumstancessothattheprimaryofthetransformerisconnectedtotheHcablesandthesecondaryofthetransformerisconnectedtotheXcables.

CAUTION: It is important to check that the H cables are connected to the primary side and the X cables are connected to the secondary side of the transformer before the test begins.

• Alwaysverifytheintegrityofthecableconnectionsandrepositiontheclipsasnecessaryforrobustandlow-resistanceconnections.Inspectthetransformerterminalsfordielectriccoatings,fungus,dirtor corrosion.

• Runningacontinuitytestbeforetheratiotestwillprovideausefulwaytocheckwindingsandconnections.

• Whentestingpolyphasetransformers,keepinmindthatinsomecases,themeasuredratiosmustbemultipliedordividedby√3.Referto§6forpolyphaseconnectiondiagramsandassociatedratioequations.


5.4 Ratio Test - 1:1 AsimpletestcanbeconductedtotestfunctionalityoftheDTR® 8510.

1. ConnecttheHREDtoXREDcableandseparatelyconnecttheHBLACKtoXBLACK.Thisconnectionsimulatesa1:1transformer.

2. RunVT/PTtest.

Inthisconnectionmode,thetestresultsshouldyieldarationearlyequalto1.0000.Ifitdoesnot,theDTR®8510mayrequirerepairorre-calibration.

CONNECTIONSEQUIVALENT

H RED X RED

H BLACK X BLACK

1 : 1

Figure 5-8


CHAPTER 6

CONNECTIONS

6.1 Connection DiagramsMakesurethattheHREDleadisalwaysconnectedsuchthatitdoesnotshorttotheXREDorXBLACKleaddirectlyorthroughearthground.

Inthediagramsbelow,thetopthreearegoodconnectionsbutthebottomtwoshouldbeavoided.

Measurements - OK

HR/HB

HB/HR

HR

HB

XR/XB

XR/XB

XB/XR

HR

HB

XR/XB

XR/XB

XB/XR

P

P

S

S

XB/XR

Measurements - NOT OK

HB

HR

XR/XB

HB

HR

XR/XB

XR/XBXB/XR

P

S

XB/XR


6.2 Polyphase Connections

AH

3

H2

B

CH1

H0

AH

3

H2

B

CH1

H0

AH

3

H2

B

CH1

H0

AH

3

H2

B C

H1

H2H

1

AH

3

H2

B C

H1

AH

3

H2

B C

H1

AH

3

H2

B C

H1

AH

3

H2

B

CH1

H0

a

X3

X2

b

c

X1

aX

3

X2

b

cX1

X0

aX

3

X2

b c

X1

X2X

1

a

X3

X2

b

c

X1 X

0

a

c

X2

X1

b

X3

a

X3

X2

b

c

X1X

0

aX3

X2

b

cX

1

X0

a

c

X2

X1

b

X3

1

2

3

4

5

6

7

8

9

1 ØSTD

∆ - ∆STD

∆ - ∆REV

∆ - YSTD

∆ - YREV

Y - YSTD

Y - YREV

Y - ∆STD

Y - ∆REV

REF

NO.

XFMR

TYPE

1 Ø H1 - H2 X1 - X2

VH

VX

PHASE

HIGH

VOLTAGE

WINDING

LOW

VOLTAGE

WINDING

TURNS

RATIO

- TRANSFORMER -

HIGH VOLTAGE

WINDING

LOW VOLTAGE

WINDING

H1 - H3(A)

H2 - H1(B)

H3 - H2(C)

X1 - X3(a)

X2 - X1(b)

X3 - X2(c)

A

B

C

H1 - H3(A)

H2 - H1(B)

H3 - H2(C)

X1 - X3(a)

X2 - X1(b)

X3 - X2(c)

A

B

C

H1 - H3(A)

H2 - H1(B)

H3 - H2(C)

X1 - X0(a)

X2 - X0(b)

X3 - X0(c)

A

B

C

H1 - H3(A)

H2 - H1(B)

H3 - H2(C)

X1 - X0 (a)

X2 - X0(b)

X3 - X0(c)

A

B

C

H1 - H0(A)

H2 - H0(B)

H3 - H0(C)

X1 - X0(a)

X2 - X0(b)

X3 - X0(c)

A

B

C

H1 - H0(A)

H2 - H0(B)

H3 - H0(C)

X1 - X0(a)

X2 - X0(b)

X3 - X0(c)

A

B

C

H1 - H0(A)

H2 - H0(B)

H3 - H0(C)

X1 - X2(a)

X2 - X3(b)

X3 - X1(c)

A

B

C

H1 - H0(A)

H2 - H0(B)

H3 - H0(C)

X1 - X2(a)

X2 - X3(b)

X3 - X1(c)

A

B

C

VH

VX

VH

VX

VH • √3

VX

VH • √3

VX

VH

VX

VH

VX

VH

VX • √3

VH

VX • √3


CHAPTER 7

DATAVIEW® SOFTWARE

7.1 Installing DataView®

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

Minimum Computer Requirements:• WindowsXP/WindowsVista&Windows7(32/64bit)• 256MBofRAMforWindowsXP 1GBofRAMforWindowsVista&Windows7(32bit) 2GBorRAMforWindowsVista&Windows7(64bit)

• 80MBofharddiskspace(200MBrecommended)

• CD-ROMdrive

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

NOTE:When installing, theusermusthaveAdministrativeaccessrightsduringtheinstallation.Theusersaccessrightscanbechangedaftertheinstallationiscomplete.DataView®mustbereinstalledforeachuserinamulti-usersystem.

1. InserttheDataView®CDintoyourCD-ROMdrive. If auto-run isenabled, theSetupprogramwill start automatically. If

auto-runisnotenabled,selectRunfromtheStartmenuandtypeinD:\SETUP (ifyourCD-ROMdrive isdriveD. If this isnot thecase,substitutetheappropriatedriveletter).

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


2. A Set-up window,similartotheonebelow,willappear.

Figure 7-1

Thereareseveraldifferentoptionstochoosefrom.Someoptions(*)requirean internet connection.

• DataView, Version x.xx.xxxx-InstallsDataView®ontothePC.

• *Adobe Reader-LinkstotheAdobe®websitetodownloadthemostrecentversionofAdobe®Readertothecomputer.Adobe® Reader is required for viewing PDF documents supplied with DataView® that are accessible from the Help menu.

• *DataView Updates-LinkstotheonlineAEMC®softwareupdatestocheckfornewsoftwareversionreleases.

• *Firmware Upgrades-LinkstotheonlineAEMC®firmwareupdatestocheckfornewfirmwareversionreleases.

• Documents-Showsalistofinstrumentrelateddocumentsthatyoucanview.Adobe®ReaderisrequiredforviewingPDFdocumentssuppliedwithDataView®.

3. DataView, Version x.xx.xxxxoptionshouldbeselectedbydefault.SelectthedesiredlanguageandthenclickonInstall.

4. TheInstallation Wizardwindowwillappear.ClickNext.

5. Toproceed,acceptthetermsofthelicenseagreementandclickNext.

6. IntheCustomer Informationwindow,enteraNameandCompany,thenclickNext.


7. IntheSetup Typewindowthatappears,selectthe“Complete” radio buttonoption,thenclickNext.

8. IntheSelect Featureswindowthatappears,deselecttheinstrument’scontrolpanelthatyoudonotwanttoinstall,thenclickNext.

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

Figure 7-2

9. IntheReady to Install the Programwindow,clickonInstall.

10. If the instrumentselected for installation requires theuseofaUSBport,awarningboxwillappear,similartoFigure7-3.ClickOK.

Figure 7-3


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

11. Whenthedriversarefinishedinstalling,theInstallation Successful dialogboxwillappear.ClickonOK.

12.Next,theInstallation Wizard Completewindowwillappear.ClickonFinish.

13. A Questiondialogboxappearsnext.ClickYestoreadtheprocedureforconnectingtheinstrumenttotheUSBportonthecomputer.

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

14. Restartyourcomputer,thenconnecttheinstrumenttothecomputer.

15.Onceconnected,theFound New Hardwaredialogboxwillappear.Windowswillcompletethedriverinstallationprocessautomatically.

ShortcutsforDataView®andeachinstrumentcontrolpanelselectedduringtheinstallationprocesshavebeenaddedtoyourdesktop.

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.


7.2 Opening the Control Panel

TheControlPanelcanbeopenedfromtheDTRiconorfromDataView®.

To open the Control Panel using the desktop icon:• Double-clickthe DTR Iconthatwascreatedduringinstallation,

locatedonthedesktop.• TheConnectionwindowwillappear.ClickOK.

Figure 7-4

To open the Control Panel from DataView®:

Double-clickontheDataView icononyourdesktop.TheDataView®splashscreen with a logo and relevant information will be displayed for a fewsecondsandthentheQuickStartdialogboxwillappear(seeFig.7-5).

Figure 7-5


Select Configure Instrument. The Select Instrument dialog box willappear.

Figure 7-6

Select DTRandpress OK.TheConnectiondialogboxwillappear(seeFig.7-4).

TheConnectionwindowspecifiestheconnected instrument inthecom-municationsdrop-downlist.

Ifmultipleunitsareattached,select thedesiredunitwith itsassociatedserialnumberfromthedrop-downlist.

Oncethedesiredinstrumenthasbeenselected,clickOK andtheDTR®

8510ControlPanelandConfigurationwindowwillopen(seeFig.7-8).


7.3 Using the Control Panel

TheControl Panelisusedforinstrumentoperationandconfiguration.ToopentheControlPanelreferto§7.2.

Figure 7-7

Themainmenuatthetopofthescreenliststhefollowingcommands:

FileOpen - OpensaDTR*.icpfileSave - SavesthereportfileintheappropriatefolderSave as - Permitstheusertosavethereportatthelocationofhischoice

Create DataView Report - GeneratesreportfortheopentestresultsPrint Test - PrintstheresultofthetestPrint Preview -ProvidesapreviewoftheselectedtesttobeprintedPrint All Tests - PrintsallthetestsintheselectedObjectPrint - Printstheselectedreal-timewindowPrint Preview All Tests -ProvidesapreviewofallteststobeprintedPrint Setup - DisplaysaPrintSetupwindowallowingyoutoselectadestinationprinterandchangevariousprintingoptionsExit - Closesthecontrolpanel


EditEdit - Editsthesessioninformationfortheselectedtestintheopened*.icpfileDelete - Deletesthecurrenttestfromthe*.icpfile

ViewToolbar - AllowsselectiontoviewthetoolbarStatus bar - AllowsselectiontoviewthestatusbarSplit - Allowssplittingthescreentoviewtheinformation

InstrumentConnect - EstablishesaconnectionwiththeinstrumentDisconnect - ClosestheconnectionwiththeinstrumentConfigure-DisplaystheinstrumentconfigurationwindowDownload - DownloadsrecordeddatastoredintheDTR® 8510

Run Test - Allowsrunningatestfromthecomputer

HelpHelp Topics - DisplaystheControlPanelhelptopicAbout DTR - DisplaysadialogboxprovidingthecurrentversionnumberoftheDTR®8510andDataView®software


7.4 Configuring the DTR® 8510

ToConfiguretheDTR® 8510, perform the following steps:

1. OpentheControl Panelandconnecttotheinstrument.ToopentheControlPanelreferto§7.2

2. Next, selectConfigure from the Instrument menu or click on theConfigure icon .TheConfigure Instrumentdialogboxwillbedis-played.

Figure 7-8

Date Format: AllowsselectionoftheDateFormatasMM/DD/YYor DD/MM/YYorYY/MM/DD.

Time format: AllowsselectionofTimeformatas24-houror12-hourformat.Default Test Type: AllowsselectionofVT/PTorCTtest.Default Test Mode: AllowsselectionoftestforRatioonlyorCont/Ratio(ContinuityandRatio)mode.


Default Storage Mode: AllowsselectionofstorageofeachMeasurementRecordinManualorAutomaticmode.

Default Nameplate Values: Allowstheusertostorethemostfrequentlyusednameplatevalues(orratiovalues).

Present Nameplate Values: Allowstheselectionofthepresentnameplatevalues.TheDeviation(%)willbecalculatedbasedonthePresentNameplatevaluesforeachmeasurement.

Set Clock: Allowssettingtheclockontheinstrumentmanuallyorsynchronizedwiththeclockinthecomputer.

Figure 7-9

Erase Memory: Allowsthememorytobecompletelyerased.

Language: Allows the selection of English, French,German, Italian orPortuguese.

Write To Instrument: Allowsthepresentconfigurationvaluestobewrit-tenintheinstrument.

NOTE: None of the changes made on the configuration screen take effect until Write to Instrument command is executed.

Read from Instrument: Allowsthepresentconfigurationtoberead.

Cancel: Cancelstheprocesstomodifytheconfigurationandclosesthedialogbox.

NOTE: Parameters changed after Write to Instrument was executed will be lost.


7.5 Running a Test1. OpentheControl Panelandconnecttotheinstrument.

2. Next,selectRun TestfromtheInstrumentmenuorclickontheRun Test icon onthesideortopmenu.

Figure 7-10

TheusercanselectTest Type, Test Mode, Test Filter, Present Name-plate valuesandwheretheMeasurement Recordwouldbestored.

3. PressStarttorunthetest.Theresult(MeasurementRecord)oftheTestwillbedisplayedinthecenter.

NOTE:• IftheDTR®8510isinAutosavemode,theconnectiontothe

computerwilldisabletheautomaticsavingoftheMeasurementRecord.

• IftheTestneedstobecancelledwhiletestingisinprogress,presstheTESTbuttonontheinstrumentorCANCELbuttononthescreen.

• IfnewTestType,TestMode,testFilterand/orPresentNameplatevaluesareselected,theConfigurationwillbechangedtoreflecttheminthisandthefollowingtests.

4. PressSavetosavetheMeasurementRecordintheselectedObjectandTestlocations,thenpressClosetoclosethedialogbox.

NOTE: Pressing Save in the dialog box only saves the test to the instru-ment, NOT the computer. To save the test on the computer, select Save from the File menu.


7.6 Downloading a TestThisselectionpermitsdownloadingofthestoredMeasurementRecordsfromtheinstrument.

To download a test:

1. ClickontheDownload icon inthetoolbar,orclickonRecorded Dataonthesidemenu.TheSelect Testsdialogboxwillappear:

Figure 7-11

This dialog box displays the content of thememory. NoMeasurementRecordsaredownloadedasyet.

2. Select the Measurement Records individually or press Select All. PressDownloadtogetthedatatothecomputer.

Figure 7-12


7.7 Saving the Measurement Records1. Select Save or Save AsfromtheFilemenu.TheSaveAsdialogbox

willappear:

Figure 7-13

2. Savethefileinthedefaultlocationof"MyDocuments\DataView\Data-Files\DTR"orselectadifferentfoldertosaveto.

7.8 Report GenerationTogenerateareport,afileneedstobeopen.

1. Select OpenfromtheFilemenu.Ifnecessary,navigatetotheappro-priatefolderwherethe.icpfileislocated,selectitandpressOpen.

Figure 7-14


Oncethefileisopen,selectCreate DataView Report fromthe FilemenuorclickontheCreate DataView Reporticon.Areportwillappearonthescreen.

Figure 7-15

NOTE:• Alldownloadedfilesandreportsaresavedinthedefaultlocation

of"MyDocuments"or"Documents"foreachuser.• DataView®andControlPanel(CP)arefullyintegratedprograms

forinstrumentcontrolanddataanalysis/reportgeneration.CPcandownloadtheMeasurementRecordspreviouslystoredintheDTR®8510memory.TheseMeasurementRecordscanbestoredinthe*.icpformat.Reportscanbegeneratedbyasingleclickonthe“icon”orcreate DataView Report fromthe Filemenu.Whenareportiscreated,adatabasefile*.dvbisautomaticallycreated.

• DataView®canalsocalltheCPortheCPofotherinstruments.• DataView®cannotopen*.icpfiles.• WhenareportiscreatedfromtheCP,areportcanbestored.In

theprocessa*.dvwfileisgenerated.• DataView®canalsocreateareportfromtheavailabledatabase

files.A*.dvbfileisautomaticallycreatedwhentheCPcreatesareportfrom*.icpfile.

• Whenareportiscreated,a*.dvwfileiscreated.ThisreportcanbedirectlyopenedfromDataView®.

NOTE: For more information about using DataView®, refer to the DataView® manual that is included on the installation CD. This manual can also be found online at www.aemc.com on our software download page for DataView®.


CHAPTER 8

MAINTENANCE

• Useonlyfactoryspecifiedreplacementparts.AEMC®willnotbeheldresponsibleforanyaccident,incident,ormalfunctionfollowingarepairdoneotherthanbyitsservicecenterorbyanapprovedrepaircenter.

WARNING: To avoid electrical shock, do not perform any service other than the operating instructions contained in this manual, unless you are qualified to do so.

• Donotallowwaterorotherforeignsubstancesintothecase.• Disconnecttheunitfromallcircuitsandtestcablesbeforeopening

thecase.• Usecautionwithmetallictoolsthatmayshortbatterypacks,power

supplies,etc.

8.1 Charging the BatteriesTheDTR®8510issuppliedwithanexternalsmartchargingunit.InordertochargetheNiMHbatterypacks,theinstrumentswitchmustbeintheOFF/CHARGEposition.

Connectthechargerunitoutputcabletothe3-pinDINconnectoronthefrontpanelof the instrumentandconnect theACpowercord to theACreceptacle.

Thechargingstartsassoonasthepowerisapplied,theprocessisauto-maticandwillterminateonitsownuponcompletion.

CAUTION:• Donotuseanyothercharger.• DonotconnectDCpowersupply.Damagewilloccurtothe

instrument.


• TheDTR®8510mustbechargedindoors.• Disconnectthechargeruponcompletionofthecharging

process.NiMHbatterymanufacturersdonotallowtricklechargeforalongtimeonarecurringbasis.

Note: • TheDTR®8510PowerSwitchmustbeintheOFF/CHARGE

positioninorderfortheunittocharge.• TheDTR®8510cannotbeusedtotestwhileitischarging.• Thereisnoindicationonthefrontpanelaboutthestatusof

chargingoritscompletion.TheStatusLEDisonthechargerunititself(seeFigure8-1).

Figure 8-1

Charge Cycle and Status LED Indication on the ChargerLED MODE

Orange Battery not connectedOrange Battery initialization & analysis

Red Fast ChargeGreen with Intermittent Orange Flash Top-off charge

Green Trickle chargeAlternating Red-Green Error

Table 8-1


The smart charger has the following features:

• Multiple charge detection methods -dV (typical) and dT/dt. Typically,theindicationthatthebatteryisfullychargedisdetectedbyaslightdropinitsvoltage(-dV).However,ifthebatteriesareunusedforalongtime,theymaydisplaythesamedropinvoltageintheearlypartofthechargecycleeveniftheyarenotfullycharged.Thisisafalseindication.Inordertopreventtheterminationofchargecycleduetothisfalseindication,thereisanintegraltimerbuiltinthechargerwhichwilldisregardthe–dVforthefirstminutesofthechargecycle.

Thebatterypacksarebuiltwithathermistor.Thesmartchargerconstantlymonitorsthebatterypacktemperature.Abuilt-intemperaturechargecontrol(+dT/dt)securesoptimalcharge.

• Safety timer termination. Incasethebatteriesdonotexhibitsufficient–dV/dtforthechargertodetect,thereisaninternalsafetytimerwhichiscustom-programmedforthebatterypacksusedintheDTR® Model 8510.

• Fast charging cycle. Thischargecyclesuppliesamaximum900mAchargeuntil-dVis detected.

• Integral start timer to prevent initial, false -dV detection. Afewbatterycellsmayhaveavoltagedrop(-dV)inthefirstpartofthechargecycle.Thisisespeciallytrueforbatterycellswhichhavebeenidleforalongperiodoftime.Becauseofthis,astart-timerbuiltintothechargerprevents-dVdetectioninthefirstminutesofthechargercycle.

• Reverse polarity/short circuit protection. Thechargerisprotectedagainstreversepolaritybyanautomaticallyresettablepolyswitchfuseontheoutput.

• LED status indicator (seeTable8-1onpage54).

• Universal input voltage. Withtheuseofaproperpowercord,thechargercanbeconnectedtostandardACreceptacleanywhereintheworldwithouttheneedforanexternaltransformer.


Functionality:

ChargingbeginswhenthechargerisconnectedtotheDTR®8510andthepowerswitch is intheOFFposition.TheLEDwillbeorangebeforethefastchargestarts.TheLEDwillchangetoredwhenthefastchargecyclebegins.Whenthecellsarefullychargedandthevoltagedrops(becauseofthe-dVsignalfromthecells),thechargerwillgointoatop-offchargemodebeforeswitchingtotricklechargemode.

Duringthetop-offchargesession,theLEDwillbegreenwithshort,inter-mittentorangeflashes.Whenthetop-offchargeiscomplete,thechargerwill go into trickle chargemode, changing theLEDcolor togreen.Thechargecurrentisnowreducedtoasafelevel.However,tricklecharginginexcessof12hoursonroutinebasiscouldbedamagingforNiMHbat-teries.

If thesafety timerdisconnectsbefore-dV, the top-offchargewillnotbeengaged.ThechargerwillthengodirectlytotricklechargemodeandtheLEDwillturngreen.Ifthebatteryvoltageisfarbelownormal,thechargerwillstopthefastchargecurrentandswitchto tricklechargemode.TheLEDwillthenindicatean"error"byflickeringgreenandred.Thebatterypacksand/orthechargermayneedtobereplaced.

Ifthelinepoweristurnedoff,thechargerwillresetandstartanewchargecyclewhenitisturnedonagain.

8.2 Cleaning

Disconnect the instrument from any source of electricity.

• Useasoftclothlightlymoistenedwithsoapywater.

• Wipewithamoistclothandthendrywithadrycloth.

• Neverusealcohol,solventsorhydrocarbons.


APPENDIX A

DISPLAY MESSAGES

Check for H<>X Cable ReversalTheDTR®Model8510mayhavedetectedapotentiallyhazardousstep-upconditionwhileattemptingtotestthetransformerasconnected.Verifyconnections.

High Excitation CurrentCheck test cable connections for inadvertent short circuits. Check forshortedtransformerwindings.

Low BatteryAsthebatteriesaredrainedduringuse,thegreenLEDwillbegintoflashwhenthebatteryvoltagereachesapre-determinedthreshold.Thetestscanberunasusualduringthistimebutthebatterieswillsoonneedtobecharged.Asthebatteriesreachapredeterminedthreshold,LOWBATTERYindica-tionwillappearonthedisplay.Allthebuttonswillbenon-operationalnow.Thebatteriesmustberechargedinordertocontinuetesting.

NOTE: The DTR® Model 8510 charges in <4 hours. The instrument can not be used to test when the batteries are charging.

X Circuit CONT or OPENThe------indicationisforCONT(Closedswitch).Itindicatesagoodconnection.The--/--indicationisforOPEN(Openswitch).Itindicatesapoororopenconnection.Themessage“CheckXConnection”willbedisplayed.


H Circuit CONT or OPENThe------indicationisforCONT(Closedswitch).The--/--indicationisforOPEN(Openswitch)Themessage“CheckHConnection”willbedisplayed.

Note: IfbothHandXconnectionsareopen,“CheckHXconnection”willbedisplayed.

Low X SignalCheckSecondary(X)cablesforinadvertentshort.ChecktomakesuretheSecondary(X)cableisconnectedproperlyattheinstrumentpanel.Secondary(X)windingmaybeshortedorthetransformercircuitbreakermaybeopenortheratiomaybehigherthantheinstrumentcanmeasure.

Low H SignalCheckPrimary(H)cablesforinadvertentshort.ChecktomakesurethePrimary(H)cableisconnectedproperlyattheinstrumentpanel.Primary(H)windingmaybeshorted.

Memory is Full! Data NOT storedTheinstrumentmemoryisfullandthereisnomorelocationleftforadditionalstorage.

Memory Error Service RequiredMeasurementRecordscannotbestoredorrecalledbecausethememorycannotbeaccessed.Factoryserviceisneeded.However,theDTR® 8510canbeusedtomakemeasurementsinanormalmanner.


APPENDIX B

Transformer Serial Number Correlation to Object NumberObject #(1 - 99) Transformer Serial # # of Tests in Object

(1 - 99)


Repair and Calibration

Toensurethatyourinstrumentmeetsfactoryspecifications,werecommendthatitbescheduledbacktoourfactoryServiceCenteratone-yearintervalsforrecalibration,orasrequiredbyotherstandardsorinternalprocedures.

For instrument repair and calibration:Youmust contactourServiceCenter foraCustomerServiceAuthorizationNumber(CSA#).Thiswillensurethatwhenyourinstrumentarrives,itwillbetrackedandprocessedpromptly.PleasewritetheCSA#ontheoutsideoftheshipping container. If the instrument is returned for calibration,weneed toknowifyouwantastandardcalibration,oracalibrationtraceabletoN.I.S.T.(Includescalibrationcertificateplusrecordedcalibrationdata).

Ship To: ChauvinArnoux®,Inc.d.b.a.AEMC®Instruments 15 Faraday Drive 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)Costsforrepair,standardcalibration,andcalibrationtraceabletoN.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 Warranty

TheDTR®Model8510iswarrantedtotheownerforaperiodofoneyearfromthedateoforiginalpurchaseagainstdefectsinmanufacture.Thislimitedwar-rantyisgivenbyAEMC®Instruments,notbythedistributorfromwhomitwaspurchased.Thiswarrantyisvoidiftheunithasbeentamperedwith,abusedorifthedefectisrelatedtoservicenotperformedbyAEMC®Instruments.

Full warranty coverage and product registration is available on our website at www.aemc.com/warranty.html.

Please print the online Warranty Coverage Information for your records.

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

REGISTER ONLINE AT:www.aemc.com

Warranty Repairs

What you must do to return an Instrument for Warranty Repair: First, request aCustomerServiceAuthorizationNumber (CSA#) by phoneorbyfaxfromourServiceDepartment(seeaddressbelow),thenreturntheinstrumentalongwith thesignedCSAForm.Pleasewrite theCSA#on theoutsideoftheshippingcontainer.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:Toprotectyourselfagainstin-transitloss,werecommendyouinsureyourreturnedmaterial.

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

06/11

99-MAN 100353 v4

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

www.aemc.com

DIGITAL TRANSFORMER ®RATIOMETER (DTR 8510 · Digital Transformer Ratiometer DTR® Model 8510 5 1.3...

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