Associated Research LVB-2 User manual

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LVB-2 Instruction Sheet

Leakage Current Verication Box

Printed May 10, 2016

Item 39669 • V1.01

© 2016 Associated Research, Inc. • 13860 W. Laurel Drive, Lake Forest, IL 60045 USA

© Associated Research 2016 2

DECLARATION OF CONFORMITY

Manufacturer: Associated Research, Inc.

Address: 13860 W. Laurel Dr.

Lake Forest, IL 60045 USA

Product Name: LLTVericationBox

Model Number: LVB-2

Conforms to the following Standards:

Safety: EN61010-1:2010

EMC: EN61326-1:2013

Supplementary Information

The product herewith complies with the requirements of the Low Voltage Directive 2014/35/EU and the EMC

Directive 2014/30/EU.

ThetechnicalleandotherdocumentationareonlewithAssociatedResearch,Inc.

Joseph Guerriero

President

Associated Research, Inc.

Lake Forest, Illinois USA

November20,2015

© Associated Research 2016 3

LVB-2 Instruction Sheet

LVB-2 Technical Specications

INPUT

Voltage 277VMACthroughLLTTester

Probe L, N, GND, PH, PL

CONNECTOR TERMINAL

L, N, GND ACSocket

PH, PL AldenConnector

PROBE CONFIGURATION

GND-LINE

PROBEHI-LINE

PROBEHI-PROBELO

PROBE CONFIGURATION SWITCH

GND-LINE ON/OFF by 10A power switch

PROBEHI-LINE ON/OFF by 10A power switch

PROBEHI-PROBELO ON/OFF by 10A power switch

OnlyoneswitchcanbeCLOSEDatatime

RESISTOR RANGE SPECIFICATION

7.5kΩ 300VAC/20W/2%+/-100PPM

15kΩ 300VAC/10W/2%+/-100PPM

30kΩ 300VAC/5W/2%+/-100PPM

150kΩ 300VAC/2W/2%+/-100PPM

350kΩ 300VAC/0.5W/2%+/-100PPM

1.47MΩ 300VAC/0.25W/2%+/-100PPM

2.97MΩ 300VAC/0.25W/2%+/-100PPM

6.37MΩ 300VAC/0.25W/2%+/-100PPM

RESISTOR RANGE SWITCH

Select by Rotary switch

© Associated Research 2016 4

GENERAL

Test Points TestCondition Specication

PASS15kΩ 1.LLT:132VAC,10,000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL7.5kΩ 1.LLT:132VAC,10,000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS30kΩ 1.LLT:132VAC,6000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL15kΩ 1.LLT:132VAC,6000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS150kΩ 1.LLT:132VAC,2000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL30kΩ 1.LLT:132VAC,2000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS350kΩ 1.LLT:132VAC,500uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL150kΩ 1.LLT:132VAC,500uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS1.47MΩ 1.LLT:132VAC,100uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL350kΩ 1.LLT:132VAC,100uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS2.97MΩ 1.LLT:132VAC,30uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL1.47MΩ 1.LLT:132VAC,30uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS30kΩ 1.LLT:264VAC,10,000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL15kΩ 1.LLT:264VAC,10,000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

© Associated Research 2016 5

PASS150kΩ 1.LLT:264VAC,6000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL30kΩ 1.LLT:264VAC,6000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS350kΩ 1.LLT:264VAC,2000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL150kΩ 1.LLT:264VAC,2000uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS1.47MΩ 1.LLT:264VAC,500uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL350kΩ 1.LLT:264VAC,500uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS2.97MΩ 1.LLT:264VAC,100uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL1.47MΩ 1.LLT:264VAC,100uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

PASS6.37MΩ 1.LLT:264VAC,30uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

FAIL2.97MΩ 1.LLT:264VAC,30uAHighLimit

2.MaximumVoltage277VAC

3.Ground=Open,Neutral=Closed,Reverse=Off

2%

Safety CE

Environment 0°-40°C

Dimensions(WxHxD) 186mmx75x146

Weight 1.3 lbs.

STANDARD ACCESSORIES

PowerCord(10A) x1

© Associated Research 2016 6

MAINTENANCE:

To prevent electric shock do not remove the instrument cover. There are no user serviceable parts inside. Routine

maintenanceorcleaningofinternalpartsisnotnecessary.Anyexternalcleaningshouldbedonewithacleandryor

slightly damp cloth. Avoid the use of cleaning agents or chemicals to prevent damage plastic parts or lettering.

ENTRETIEN:

Pour éviter les chocs électriques ne pas enlever le couvercle de l’instrument. Il n’y a aucune pièce reparable par l’util-

isateur.L’entretienderoutineoulenettoyagedespiècesinternesnesontpasnécessaires.Toutnettoyageexterne

doit être fait avec un chiffon sec ou légèrement humide. Éviter l’utilisation de produits de nettoyage ou des produits

chimiques pour éviter d’effacer les lettres ou d’abimer les pièces en plastique.

OPERATING ENVIRONMENT:

Thisinstrumentmaybeoperatedinenvironmentswiththefollowinglimits:

-IndoorUseOnly

-Altitude:2000m

-Temperature:0ºCto40ºC

-Humidity:Maximum80%RHat31ºCdecreasingto50%RHat40ºC

-PollutionDegree:2

Symbols Explanation:

Pleaserefertotheinstructionmanualforspecicwarningorcautioninformationtoavoidpersonalinjuryor

damage to the product.

S’il vous plaît se référer au manuel d’instructions de mise en garde ou information sur la prudence pour

éviter des blessures ou des dommages au produit

To indicate hazardous voltages may be present.

Avertissement des tensions dangereuses qui peuvent être présentes

Note:paycloseattentiontothemaximumvoltageanddutycyclelimitationsofeachresistor.Applying

voltagesthatarehigherthantherecommendedmaximumsettingordutycyclesgreaterthanindicated

cancausedamagetotheLVB-2.

Note:attentionàlatensionmaximaleetleslimitesducycledetravaildechaquerésistance.L’applicationdetensions

plusélevéesqueleréglagemaximumrecommandéoucyclesdetravailsupérieuresàcellesindiquéespeutcauser

desdommagesàlaLVB-2

WARNING

TheLVB-2workswithtestvoltagesandcurrentswhichcancauseharmfulorfatalelectricshock.Toprevent

accidentalinjuryordeath,thesesafetyproceduresmustbestrictlyobservedwhenhandlingandusingthe

test instrument.

Lestensionsetlescourantsquipeuventcauserdeschocsélectriquesdangereuxoufatal.Pouréviterlesblessures

accidentelles ou la mort, ces procédures de sécurité doivent être strictement observées lors de la manipulation et

l’utilisation de l’instrument de test

© Associated Research 2016 7

LVB-2 Instruction Sheet

NotratedformeasurementswithinMEASUREMENTCATEGORIESII,III,orIV

N’est pas classé pour les catégories de surtension II, III ou IV

DONOTTOUCHWHENTESTINGORAFTERAMALFUNCTIONHASOCCURRED.

NETOUCHEZPASLORSDEL’ESSAIOUAPRÈSUNDYSFONCTIONNEMENTDUPRODUIT

CAUTION:NeverconnectLVB-2toanymainscircuitdirectly

ATTENTION:NejamaisconnecterdirectementleLVB-2àuncircuitd’alimentation.

General Information

TheLVB-2isaloadboxusedforthefollowingapplications:

• Verifying that the failure detectors for a leakage current test sequence of your Associated Research electrical

safety testing instrument are functioning properly.

• Verifying failure limit thresholds for a leakage current test.

 •Verifyingthethreeprobecongurationsoftheinstrument(G-L,PH-LandPH-PL)arefunctioningproperly.

TheLVB-2consistsofloadsbasedonthe132V/264VtestvoltagesandfailurelimitslistedintheIEC60601-1teststan-

dard for different types of leakage tests.

Note: TheLVB-2isnotintendedtocomplywithanyspecicsafetyagencystandard.

Note:Thetripsettingmayvaryupto10%ofthesetvaluebasedonthecombinedtolerancesoftheinstrumentand

thecomponentsusedintheLVB-2.

Using the LVB-2

TheLVB-2canbeusedwiththefollowingAssociatedResearch,Incinstrumentmodels:

Model Capability

OMNIA28206 GB/GC,ACW,DCW,IR,RUN,LLT

OMNIA28207 GB/GC,ACW,DCW,IR,RUN,LLT,Built-in500VAAC

Source

OMNIA28256 GB/GC,ACW(500VA),DCW,IR,RUN,LLT

OMNIA28257 GB/GC,ACW(500VA),DCW,IR,RUN,LLT,Built-in

500VAACSource

LINECHEKII620L LLT, RUN

© Associated Research 2016 8

LVB-2 Instruction Sheet

TheLVB-2loadboxconsistsofresistorsdesignedtoinduceaPASSorFAILcondition:

 •TheCheckPointknobpositiondetermineswhichresistorissetintheLVB-2

• Each check point has a PASS and FAIL condition.

 •ForalistofallPASSandFAILconditiontestsettings,refertotheLVB-2TechnicalSpecicationstable.

 •ThereisnoPASSconditionforthe7.5kΩcheckpoint.

 •ThereisnoFAILconditionforthe6.37MΩcheckpoint

TheProbeCongurationswitchcanbesettotwodifferentpositionsdependingonthevericationtype.Figure2

showsthetwodifferentsettingsoftheswitch.ThissettingshouldmatchwiththeProbeCongurationsettingonthe

LeakageCurrenttestinstrument.AnexampleoftheProbeCongurationsettingontheOMNIA2isshowninFigure

3 along with the corresponding leakage test type.

Figure2–ProbeCongurationSwitchPositions

© Associated Research 2016 9

LVB-2 Instruction Sheet

OnthetestinstrumenttheProbeCongurationisprogrammeddependingonthetypeofleakagetestneededto

beperformed.Thegurebelowshows

Instrument Connections (OMNIA 2)

ThediagrambelowshowsalltheconnectionsneededtobemadebetweentheOMNIA2andtheLVB-2:

1.DUTOutputconnections-Line,NeutralandGroundoftheDUToutputsconnecttotheDUTadapterbox.

2.DUTAdapterbox–DUTadapterboxforconnectionofLine,NeutralandGroundtotheLVB-2connectorterminal.

3.L,NandGconnections–ThisisthesocketforthestandardIEC320connector.ThelinecordfromtheDUTadapt-

erboxconnectstheseportsformakingtheLine,NeutralandGroundconnectionstotheLVB-2box.

4.Probeconnections(OMNIA2)–ProbeHiandProbeLoportsontheOMNIA2.

5.Probeconnections(LVB-2)–ProbeHiandProbeLoconnectionsontheLVB-2.

Figure3-OMNIA2ProbeCongurationSetup

© Associated Research 2016 10

LVB-2 Instruction Sheet

Test Setup

Tosetupatest,connecttheDUToutputs(L,NandG)oftheleakageinstrumenttothelinecordconnectoronthe

LVB-2.ThetwoprobeconnectionswillalsoneedtobemadebetweentheinstrumentandtheLVB-2fortheveri-

cationofadditionalleakagetesttypes.Programatestsequencebasedontheparameterslistedonthetestboxfor

eachloadtype.SelecttheappropriateProbeCongurationontheLVB-2usingtheProbeConfgurationswitch.

RefertothespecicationstableandusetherotaryswitchtoselecttheappropriateCheckPointbyrotatingit

clockwiseorcounter-clockwise:

Ensurethatthesettingsonyourelectricalsafetytesterarelessthanorequaltothemaximumrecommended

voltage,currentanddutycyclesettingsoftheLVB-2.ForeachCheckPointaPASStestandaFAILtestwillbe

needed to programmed into the leakage test instrument for the pass/fail verifcation. When all connections have

been made and the appropriate test programmed in the instrument, press the TEST button to begin the test. With

the correct settings entered into the leakage test instrument, the leakage test instrument should record a failure for

the FAIL settings and a pass for the PASS settings.