Catalogue - Hakel...1 Contents page Company profile HAKEL spol. s r.o. 3 Surge mini hand-book 4-15 Selection guide 16-19 LIGHTNING ARRESTERS - TYPE 1 20-25 LIGHTNING AND SURGE ARRESTERS

HAKEL spol. s r.o. Bratri Stefanu 980500 03 Hradec KrálovéCzech republic

+420 494 942 [email protected]

HA

KEL

27.

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tion

Catalogue

HAKEL spol. s r.o. Bratri Stefanu 980500 03 Hradec KráloveCzech republic


Why HAKEL?

more than 25 yearsof experience

made in Czech Republic own testing laboratory

guarantee 5 yearscertified ISO 9001

worldwide export

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Contents page

CompanyprofileHAKELspol.sr.o. 3 Surge mini hand-book 4-15 Selectionguide 16-19

LIGHTNING ARRESTERS - TYPE 1 20-25

LIGHTNING AND SURGE ARRESTERS - TYPE 1+2 26-51

SURGE ARRESTERS - TYPE 2+3 52-65

SURGE ARRESTERS - TYPE 3 66-78

DECOUPLING INDUCTORS 79-81

PROTECTION OF PHOTOVOLTAIC SYSTEMS 82-86

SURGE PROTECTION DEVICES FOR INFORMATION TECHNOLOGY SYSTEMS AND EQUIPMENT 87-105

COAXIAL HIGH-FREQUENCY PROTECTION (MICROWAVE) 106-108

EQUIPOTENTIAL BONDING OF CONDUCTING PARTS OF THE ELECTRICAL INSTALLATION 109-111

MEASURING EQUIPMENT 112-113

VOLTAGE LIMITING DEVICES - VLD 114-115

HAKEL spol. s r.o.BratriStefanu98050003HradecKraloveCzechRepublic

[email protected]

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Company profile

HakelLtd.Sinceitsestablishmentin1994isamajorproducerofsurgeprotectiondevicesinEurope.ThecompanyobtainedISO9001certificatein1997.Theproductionofsurgeprotectiondevicesisaspecificandtechnicalareawithgreatdemandsonprofessionalknowledgeofthecompany‘smanagementaswellastheproductionandresearchstaff.lntroductionofnewtechnologiesandusingthelatesttestingequipmentenablesengineerstoextendtheirtechnicalknowledge.Theuseofsurgeprotectiondevicesisbecomingacommonnecessitynowadays.Largepowersystems,whichareoperatedbycomplicatedelectronicsaremoreandmore sensitive toelectromagneticandovervoltagedamage. Failureofelectronicequipmentowing to surgescancausereductionofordersorevencompany‘sbankruptcy.SurgeprotectiondevicesproducedbyHakelcompanycanbeeasiIyappliedineveryindustry,domestic,commerciaIandindustrial.Hakelcompanyalsopassesitsexperienceontocollegeanduniversitystudentsandhelps them toacquaintwith new solutions inelectromagneticcompatibility.Experienceobtained fromworkingwithpowerelectronics in industryarecloselyrelated to thecompany‘smarket leadingposition in theCzechRepublic.Hakel‘sexportsproductsworldwidethroughitspartnercompanieswhichithashelpedtotrainanddeveloptheirmutualbusinesses.ThesurgeprotectionproductrangeofferedbyHakelenablescustomerstoeasiIyapplytheproductsineveryindustrial,commercialanddomesticsituation.Thecontinual,investmentinnewtechnologiesandproductdevelopmenthelpsHakeltoachievehigherstandardsandbettertechnicalsolutionsthanitscompetitors.ThatisoneofthereasonswhyHakelisaworldmarketleaderinthefieldofsurgeprotection.AllHakeIproductsaretestedaccordingtothemostuptodateinternationalandEuropeanstandardswhichincludeEN61643-11andIEC61643-1.

Hakel Ltd. producesandexports to countries onall continents important safetyproductslnsulationmonitoringdevices,theseenableuserstoimprovetheirsafetyin ungroundedITpowersupplysystems,railway,engineering,shipbuilding,hospitalsandtransportfacilities.

AustraliaBelarusBelgiumBulgariaColombiaCroatiaEgyptEstoniaFrance

GermanyGhanaGreatBritainGreeceHungaryIndiaIndonesiaIranIraq

IrelandItalyKenyaLatviaLithuaniaMalaysiaMexicoNewZealandNigeria

NorwayPolandRomaniaRussiaSingaporeSlovakiaSloveniaSouthKoreaSpain

SwedenSwitzerlandThailandTchai-wanTurkeyUAEUkraineUnitedStatesVietnam

sales map

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Surge mini hand-book

Definition and terminology according to the standard EN 61 643-11 and IEC 61643-11

TheinternationalstandardEN61643-11andIEC61643-11compileslightningarrestersandsurgearrestersundertheintegratedtermSPD(SurgeProtectionDevice).

Definition:

Surge protection device (SPD)adevice that is intended to limit transientovervoltagesanddivertsurgecurrents;itcontainsatleastonenonlinearcomponent.

One - port SPDanSPDconnectedinshuntwiththecircuittobeprotected;aone-portdevicemayhaveseparateinputandoutputterminalswithouta specific series impedancebetweentheseterminals.

Two - port SPDan SPDwith two setsof terminals, inputandoutput;aspecific series impedance is inserted between theseterminals.

Voltage switching typeanSPDthathasahighimpedancewhennosurgeispresent,butcanhaveasuddenchangeinimpedancetoalowvalueinresponsetoavoltagesurge;commonexamplesofcomponentsusedasvoltageswitchingdevicesaresparkgaps,gastubes,thyristors(silicon-controlledrectifiers)andtriacs;theseSPDsaresometimescalled„crowbartypes“.

Voltage limiting type SPDanSPDthathasahighimpedancewhennosurgeispresent,butwillreduceitcontinuouslywithincreasedsurgecurrentandvoltage;commonexamplesofcomponentsusedasnonlineardevicesarevaristorsandsuppressordiodes;theseSPDsaresometimescalled„clampingtype“.

Combination type SPDan SPD that incorporatesboth voltage switching typecomponentsandvoltagelimitingtypecomponentsmayexhibitvoltageswitching,voltagelimitingorbothvoltageswitchingandvoltagelimitingbehaviourdependinguponthecharacteristicsoftheappliedvoltage.

Modes of protectionanSPDsprotectivecomponentmaybeconnectedline-to-lineorline-to-earthorline-to-neutralorneutral-to-earthandcombinationthereof;thesepathsarereferredtoasmodesofprotection.

Sparkover voltage of a voltage switching SPDmaximum voltage value before disruptive dischargebetweentheelectrodesofthegapofaSPD;itisusedforclassificationoftheSPDclassIandIIbytestingimpulsewithwaveshape1,2/50μs.

Nominal discharge current In (8/20)thecrestvalueofthecurrentthroughtheSPDhavingacurrentwaveshapeof8/20;thisisusedfortheclassificationoftheSPDforclassIItestandalsoforpreconditioningoftheSPDforclassIandIItests;arrestermustdischargethiscurrentatleast15timeswithoutanyessentialchangesinitsqualities.

Maximum discharge current Imax for class II testcrest value of a current through the SPD having an8/20waveshapeandmagnitudeaccording to the testsequenceoftheclassIIoperatingdutytest;ImaxisgreaterthanIn;arrestermustsafelydischargethiscurrentwithoutanobviousdamageoraberrationfromthetemperaturestability;recordsofthevoltageandcurrentdevelopmentmusn´tshowanymarksofdisruptivedischargeorsparkover.

Impulse current IimpitisdefinedbyacurrentpeakvalueIpeakandthechargeQ;testedaccordingtothetestsequenceoftheoperatingdutytest;thisisusedfortheclassificationoftheSPDforclassI test;arrestermust safelydischarge thiscurrentwithoutanyobviousdamageoraberrationfromthetemperaturestability;recordsofthevoltageandcurrentdevelopmentmusn´tshowanymarksofdisruptivedischargeorsparkover.

1,2/50μs voltage impulseavoltage impulsewitha virtual front time (time to risefrom10%to90%ofthepeakvalue)of1,2μsandatimetohalf-valueof50μs;itisusedforclassificationoftheSPDclassIandII.

Combination wavethecombinationwave isdeliveredbyagenerator thatappliesa1,2/50μsvoltageimpulseacrossanopencircuit,andan8/20currentimpulseintoashortcircuit;thevoltage,currentamplitudeandwaveformsthataredeliveredtotheSPDaredeterminedbythegeneratorandtheimpedanceoftheSPDtowhichthesurgeisapplied.Theratioofpeakopen-circuit voltage topeak short-circuit current is 2Ω;thisisdefinedasthefictiveimpedanceZf;theshort-circuitcurrent is symbolizedby ISC ; theopen-circuit voltage issymbolizedbyUOC.Note:Inpracticewhenitcomestothearresters(classIII)therearedataImax(8/20)andIn(8/20)oftenmentionedinplaceofUOCbecauseof thecommercial reasons. Theyarealwaysmentioned in relation to the statedvoltageprotection level Up (the data concernedare alwaysderived from the tests by the standardizedcombinedimpulsewiththeamplitudeUOC;thetestiscarriedoutbyuseofahybridgeneratorwithinsideresistance2Ω).

Specific energy W/R for class I testtheenergydissipatedbytheimpulsecurrentIimpinaunitresistanceof1Ω;itisequaltothetimeintegralofthesquareofthecurrent;expressedinkJ/ΩorinkA2s.

Charge Q-itequalsthetimeintegralofthecurrentaccordingtothetime;expressedinAs.

Thermal stability-anSPDisthermallystableifaftertheoperatingdutytestcausing temperature rise, the temperatureof the SPDdecreaseswithtimewhentheSPDisenergizedatspecifiedmaximumcontinuousoperatingvoltageandatspecifiedambient temperatureconditions (it ismonitored for 30minutes, activepowerdissipationmust showconstantdeclineforthelast15minutes).

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Short-circuit current rating ISCCRthe SPD shall beable to carry thepower short-circuitcurrentuntilitisinterruptedeitherbytheSPDitself,byaninternalorexternalovercurrentdisconnectororby thebackupovercurrentprotection;expressedinkArms(testedaccordingtoshort-circuitcurrentratingtestinconjunctionwithbackupovercurrentprotection).

Nominal voltage UNaneffectivevalueofthealternatingvoltageorvalueofthedirectvoltage,whichissetfortheSPDbymanufacturer

Maximum continuous operating voltage UCthemaximumr.m.s.ord.c.voltagewhichmaycontinuouslyappliedtotheSPDsmodeofprotection;this isequaltotheratedvoltage.

Rated load current ILthemaximaleffectivevalueofthealternatingcurrentorvalueofthedirectcurrent,whichcanbeconstantlytakenawaybytheloadconnectedtotheSPDoutput.

Continuous operating current ICthecurrentflowingthrougheachmodeofprotectionoftheSPDwhenenergizedatthemaximumcontinuousoperatingvoltageUCforeachmode.Note:ICcorrespondstothesumofcurrentsflowingintheprotectivecomponentoftheSPDandinallinternalcircuitsconnectedinparallelwiththeprotectivecomponentsoftheSPD.

Follow current Ifcurrentsuppliedbytheelectricalpowersystemandflowingthrough the SPDafteradischargecurrent impulse; thefolowcurrentissignificantlydifferentfromthecontinuousoperatingcurrentIc;expressedinkArms.

Follow current interrupting rating Ifitheprospectiveshort-circuitfollowcurrentthatisSPDableto self-extinquishafter itspreviousactivation (withoutaback-upfuse);thiscurrentisindicatedinsomecompany’smaterialsas“FollowcurrentextinguishingcapabilityatUc“or“Eliminatesshortcircuitcurrentwithoutback-upfuseatUc“,alternatively“Quenchingshortcircuitcurrentwithoutback-upfuse“.

Voltage protection level UPaparameterthatcharacterizestheperformanceoftheSPD in limitingthevoltageacross theterminals,which isselectedfromalistofpreferredvalues;thisvalueshallbegreater thanthehighestvalueof themeasured limitingvoltages.

Operating temperature ϑanextentoftheallowedsurroundingtemperatures,wheremanufacturerguaranteestherightoperatingSPD.

Response time tAtheresponsetimedefinesthereactionspeedofprotectiveelementsbuilt-intheSPD;theresponsetimecanvary indifferent limits,whicharedependenton the rateof risedu/dtoftheimpulsevoltageoronthedi/dtoftheimpulsecurrent.

Insertion lossatagivenfrequency,theinsertionlossofanSPDconnectedintoagivenpowersystemisdefinedastheratioofvoltages

appearingacrossthemainsimmediatelybeyondthepointofinsertionbeforeandaftertheinsertionoftheSPDundertest;thisresultisexpressedindecibels(dB).

SPD disconnectoradevicefordisconnectinganSPDfromthesystemintheeventofSPDfailure;itistopreventapersistentfaultonthesystemandtogivevisibleindicationoftheSPDfailure;somekindsoftheSPDareextrafittedwithso-callednon-potentialsignallcontactforneedsofremotefailuresignalling.

Backup overcurrent protectionanovercurrentdevice(e.g.fuseorcircuitbreaker),whichisapartoftheelectricalinstallationlocatedexternallyup-streamoftheSPD,toavoidoverheatinganddestructionincasetheSPDisunabletointerruptthepowerfrequencyshort-circuitcurrent.

Residual current device (RCD)anelectromechanicalswitchingdeviceorassociationofdevicesintendedtocausetheopeningofthecontactswhentheresidualorunbalancedcurrentattainsagivenvalueunderspecifiedconditions.

Degrees of protection provided by enclosure (IP code)theextentofprotectionprovidedbyanenclosureagainstaccesstohazardousparts,againstingressofsolidforeignobjectsand/oragainstingressofwater(seeIEC60529).

Electromagnetic compatibility

Electromagnetic compatibility is a discipline,which isinvolvedinsecuringmaximumreliabilityofeachelectricalandelectronicequipmentanddevices.Innature,thereare relationsbetweenelementsor systemcomponents,whichmustbepredictedinadvanceinordertopreventinterference.

Electromagneticcompatibility seems tobea relativelynewdiscipline,whicharose in the sixties in theUSA. Itstartedonbasisof thenecessity to secure flawlessandreliable activity of electrotechnical equipment anddevicesworkingespeciallyinmilitaryoraerospacesystems.Electromagneticcompatibilitybeginstoaffectallofusbythedevelopmentofelectronics,especiallymicroprocessortechnique,whicheffectourdaytodaylives.ThatiswhyEU issued thedirectiveNo.89/336/EEC,whoseaim is toenforce electromagnetic compatibility conditions onall states involved includingthestates thathavesignedassociateagreement.TheCzechRepublichasalsosignedthisagreementsoalltheconditionsofthedirectiveapply.Ofcourseit isnecessarythattheCzechRepublicwouldgraduallyhavemadeappropriatelegislativesteps,whichwouldturnthisdirectivetolive.ThedecreeoftheCzechgovermentNo.17/2003andthelawNo.22/97Coll.meansnon-replaceablemoveinthissphere.

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OtherveryimportantdecreesconcerningthissphereareobligatorynormsasforexampleCSN332000-1,paragraph131.6.2saying:„People, lifestockandalsopropertymustbeprotectedagainst harmcausedby surge,which canarise fromotherreasons,forexampleatmosphericevents,switchingovervoltagesandstaticelectric.“At the figure thereareparticular linksamongelectricalequipmentandenviromentshown.Theycanbeexpressedastworelations:

- electromagnetic susceptibility (resistance)- electromagnetic interference (disturbance)

Surge is justoneof themainproblemsarising from thesolving of electromagnetic compatibility problems. Ifwedealwithparameters of electric energy,wemustrememberfourqualitativeaspects:

-thelevelofvoltage-theleveloffrequency-nonlineardistortion-thelevelofsurge(frequencyofsurgepeaks)

Onbasis of theseaspects theelectricenergycanbetakenasmerchandiseandthesequalitativeparameterscanberequired.Themainaimistocreatesuchconditionsthatwouldbeable toensuremaximum reliabilityandfunctioningofalltheelectronicequipmentconnectedtoLVpowersystems.

Terms and definitions of surge

Overvoltageisanyvoltage,whosepeakvalueexceedstheappropriatepeakvalueofthehighestoperatingvoltageintheLVpowersystem.Overvoltageisusuallyanaccidentalphenomenon,whichdiffersintimehistoryandtheplaceofitsoccurrence.Itsparametersaredefinedbyitscause(lightningstroke,switchinginheavy-currentnetworkandsoon)andalsobyelectricalcharacterofthecircuit(waveresistance,ending impedance,dischargeabilityandsoon).Inthepastfewyearstherangeofcurrentandvoltagecourses fordifferentuseshasbeen standardized. Thesecoursesenableimplementationoftestingonequipmentandconstructiveelementsunderthesameconditions.Inthefollowingtextthemost importantparametersofthemostusedstandardizedcourseswillbedefined(accordingtoEN61643-11and IEC61643-11, IEC60-1andCSN345640).

Peak value (amplitude) Umax, Imaxpeakvalue is themaximal valueof voltageorcurrent,whichisachievedbymonitoredimpulsecourse

Front of impulseapartofvoltageorcurrentimpulsebeforethepeakvalue

Front time of current impulse T11,25multipleofthetimeintervalbetweenmoments,whenactualcurrentvaluerisefrom10%to90%ofthepeakvalue

Front time of voltage impulse T11,67multipleofthetimeintervalbetweenmoments,whenactualvoltagevaluerisefrom30%to90%ofthepeakvalue

Tail of impulseapartofvoltageorcurrentimpulseafterthepeakvalue

Time to half-value T2thetimeintervalbetweenvirtualbeginningofimpulseandthemoment,whenobservedcoursereducesto50%ofitspeakvalueNote:Thevirtualbeginningisanintersectionoftimeaxisandbisector,whichgoesthroughpoints,whereactualvalueofthefrontofimpulseatfirsttimereachespartlygivenlowervalueandpartlygivenhigher value…indetail see thefollowingtwofigures.

Standardized testing current impulsetwobasictypesoftestingcurrentimpulsesareusedduringSPDtests:

a) testingimpulseoflightningcurrentIimp(10/350)–itisused for simulationof lightningcurrent (so-called testby light-ningcurrent)b) testingcurrentimpulseImax(8/20)–itisusedforsimulationofindirecteffectoflightningandswitchingovervoltages

Arrestermustdischargecca17,5xhigherchargeduringtestbythetestingimpulseoflightningcurrentIimp(10/350),thanduringtestingbythecurrentimpulseImax(8/20)withthesameamplitude.Alsoresultinginadifferentconstruc-tionofthe lightningcurrentarresterstestedbythe light-ningcurrentimpulseIimp(10/350)andsurgearresterstest-edbythecurrentimpulseImax(8/20).

Course and parameters of lightning voltages and currentsInthechartshownbelowtherearetypicalcoursesandparameters of lightning impulse voltages and currents,whichoccur inconductivepartsof landscape,buildingconstructionsandmetallinesinconsequenceoflightningstroke(takinginaccountinfluencescausedbygalvanic,inductiveorcapacitivecoupling).

virtualimpulsebeginningCurrentimpulse,definitionoffronttimeandtimetohalf-value

virtualimpulsebeginningVoltageimpulse,definitionoffronttimeandtimetohalf-value

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The typical values of lightning impulse voltages andcurrents,whichoccurinconductivepartsoflandscape,buildingconstructionsandmetallines.

Surge (peak values)

Currents (peak values) Halftail time

Direct lightning stroke -uptofewhundredsofkV

>30kA(50%ofallstrokes)

cca200µs…1000µs>100kA(5%ofallstrokes)

>150kA(1%ofallstrokes)

Galvanic coupling -uptofewtensofkV

distantstrokes:upto1kA

typical:cca700µsnearstrokes:uptofewkA

straightstrokes:uptofewtenskA

Inductive coupling-transversesurgeuptofewkV uptofewkA

typical:cca20µs-lengthwisesurgeuptofewtensofkV uptofewtensofkA

Capacitive coupling-transversesurgeuptofewkV

uptofewkA typical:50to100µs-lengthwisesurgeuptofewkV

Testing current impulse in the waveform of 10/350μs ismostoftenusedforsimulationofcurrents infiltrating intopower linesandelectricequipment inconsequenceofgalvaniccoupling. Incaseof inductiveandcapacitivecouplingthevoltageandcurrentimpulsesareconsidera-blyshorter.Theexaminationofinterferinglightningeffectsinrelationtoinductivesurges(currents)inconsequenceof inductive coupling is most often carried out by thetestingcurrent impulses in thewaveformof 8/20μs. Theexaminationof lightningeffects in relation to interferingsurges(currents)inconsequenceofcapacitivecouplingis similarlycarriedoutby the testingvoltage impulses inthewaveformof1,2/50μs.

Kinds of surge couplings

GenerallyDisturbingenergies (e.g. voltages, currents, fields) caninfiltrate into thebuildingbywaysofdifferentcouplingswhereascablingand its layout representan importantpart here. Following, there are threemost importantmechanismsofcouplingdescribed.

Galvanic couplingDuringnearanddirectlightningstrokesintothelightningconductors of buildings, the overvoltage shows inconsequences of a galvanic coupling. The galvaniccouplingisgivenbyadifferentsizeofgroundpotentialsalong the building. By arrangements for equipotentialbonding (earthelectrodes,protectiveconnectionetc.)it is possible to achieve certain flattening of potentialfunnel.Thisflatteningresultsinreducingthedifferenceofpotentialsinregardofitscenter-placeofstroke.However,thedifferenceofpotentialscanneverbefullyeliminatedinconsequenceofimpedancesofconductivelinesofLVpowersystemandindispensableimpedanceofearth.

Capacitive couplingThereisalwaysacapacitivecoupling(parasiticcapacity)between the source of interference and the receiver.Thehigherthefrontrateofriseofthedisturbingvoltageimpulse(du/dt)is,thestrongeritsinterferenceeffectis.

Sourceofinterference

Receiver

Inductive couplingThere isalwaysan inductivecoupling (magnetic field)between the sourceof interferenceand the receiver.Thehigherthefront rateof riseof thedisturbingcurrentimpulse(di/dt)activatingthemagneticfieldis,thehighertheinterferenceeffectis.

Types of surge

Atmospheric surge (LEMP)Lightning is anelectricdischargebetweenelectricallychargedcloudandground(earthlightnings),betweentwoormorecloudsmutually,orbetweendifferentpartsofonecloud(cloudlightnings).Onlyasmallportionofdischargesoccurs between clouds and the ground. Lightningsoriginateinstormcells,whichreachuptoseveralkilometersataverage.Everystormcellisactiveforupto30minutesandgeneratesataverage two to three lightningsperminute.Itreachesaheightof10kilometers,whereasthelowerboundaryofclouds is situatedataheightofone

Loop

Sourceofinterference

Receiver

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to twokilometers. In themiddleof the stormcell thereisa strongupwardcurrent,whichcausesa separationofpositiveandnegativecharges. Thepositivechargeisgenerallyboundtothe icecrystalsontopofthecell,whileanegativecharge ismostlybound to thewaterdropsatthebottom.Nearbytheearththecellischargedwithpositivecharge,usuallycausedbycoronadischarge,especiallyfromtheforest.Exceptthestormcellsoriginatingfromthesummerheattherearestormcellsinthefrontalcloudiness due to themovement of largeairmasses.The frequencyof storms is related toparticular season.In the summermonthsof JulyandAugust thereare,ataverage, five timesmore storms thanduring thewintermonths. Formationof the summer storms is supportedby the sunheating the land.Duringautumngives thenecessaryenergyfortheformationofthunderstormsovertheseaawarmwaterneartheshore.Accordingtoasetof standards EN62305, the lightningdischargecanbecharacterizedbyfivebasicparameters.Anotherimportantparameter,whichismentionedinaclassificationofstormactivityiscalledasIntensityofstormactivity,orFrequencyoflightningstrikesperkm2/year.Inourlatitudes,rangingfrom2-8strikes/km2/yearinsubtropicaltotropicalareasitis30to70strikes/km2/year.

Switching surge (SEMP)Theyareverynumeroussurgescausedbyindustrialactivitywhenswitchingmheavyloads,especiallythoseinductive,suchastransformers,electricmotorsandsmallhouseholdappliances. Switching process can be scheduled orfaulty.Among the scheduledprocesseswecanplaceanintentionalswitch-on/offofthecircuits,eg.switchingcontactors or switches. Faulty process,whichcanbecausedbysignificantovervoltageise.g.areleaseofthecircuit breakerat short circuit. Invisibleandpracticallyimmeasurablevoltagepulseslastonlyafewthousandthsormillionths of a second, but can causeadamage,especiallyofelectronicequipment, sometimesevenashortcircuitandsubsequentfire.

Electrostatic discharge (ESD)It isasuddenandmomentaryelectriccurrentbetweentwoobjectswithdifferentelectricalpotential.Itoriginatesduringamechanicalfrictionbetweentwoinsulators(e.gin technologies,orduring themovementofpersonsonunsuitableflooretc.).Intechnologiesitisaseriousproblemmainlyinelectroniccomponents,especiallyinintegratedcircuits,where in imperceptiblemoment comes to adestructionofthecircuitbysimplytouchinganobjectofdifferentelectricalpotential(fortheintegratedcircuitsitcanbeevenahuman). It isprecededbyanantistaticdevicetoensuresafegroundingeg.bysuitableadjustmentofmaterial,conductivecoatings,ionization,andsoon.

Nuclear Surge (NEMP) Causedbya nuclear explosion,where theexplosionreleasedgammaradiationknockstheelectronsfromairmolecules. Theseelectronsareaccelerated ina radialdirection,and thus separated from thenon-ionisedairmolecules.Duetothisarisesinafewnanosecondsastrongelectricfieldandowingtorapidlytime-changingtransportofelectronicchargeisemittedashortelectromagneticpulse.Anuclearexplosionmayhaveanimpactonlivingorganismsonearth,butalsocauseovervoltageconditionsforelectricalequipmentandoverhead lineswithsimilareffects, such as a lightning strike, butwith a greaterproportionofhighfrequencies.

Direct Lightning StrokeA lightning stroke isanelectricdischargebetweenanelectrically charged cloud and earth surface (earthlightning),betweentwoormorecloudsandeachotherorbetweenpartsofonecloud (cloud lightning). Justasmallpercentageofstrokeshappensbetweenthesurfaceandtheclouds.Thelightningstrokesoriginateinthe„stormcells“,which stretchaverageoutup to fewkilometers.Everystormcellisactiveforupto30minutesandgeneratesfromtwotothreelightningstrokesperminute.Thestormcelloftenreachestheheightofover10kilometres,whereasthebottomvisiblepartofthecloudsisusuallyattheheightofonetotwokilometres.Inthecentreofthestormcellthereexistsastrongrisingairflow,whichcausesseparationofpositiveandnegativecharges.Thepositivechargeisatthetopofthestormcell,whilenegativechargeisonwaterdropsatthebottomofthecell.Nearbytheearththecellischargedwithpositive chargewhich isusuallycausedbydischargeespecially from forest. Beyond the stormcellsoriginating from the summerheat thereare stormcellsoriginatingfromthefrontalcloudinessasaresultofbigairmassesmovement.Thestormfrequencydependsontheseason.Insummermonths(July–August)thereareonaverage5 timesmore storms than inwintermonths(December–February). The environmental heating upsupportsthestormcreation.Inautumnwarmwaterneartheseacoastgivesthenecessaryenergyforthestormcreation.AccordingtoIEC62305itispossibletodescribelightningchargesbyfivebasicparameters:

Anotherimportantparameter,whichispresentedduringtheclassificationofstormactivityisso-calledintensityofstormactivityorthefrequencyofthelightningstrokesperkm2/year. The frequency inourgeographical latitudesvariesfrom2to8strokes/km2/year,butinsubtropicalandtropicalclimateitvariesfrom30to70strokes/km2/year.

Hakelsoft software

Hakelsoft software is designedaccording to Standard EN 62305-2 and respects all the requirements of thisstandard.ItisusedtocalculatetheriskR1toR4andtheircontrolusingprotectiveequipment inaccordancewith EN62305andIEC61634-11.Itschallegeistosimplifyandstreamlineaprojectengineer’sworkwithriskmanagement.Althoughthisprogramoffersmanyusefulguides,aslatelyasaqualifiedspecialistusethesoftwareitbecomesarealpowerfulimplement.Toobtaintheclosestcalculationitisneccessary toknowengineeringsystemsentering thebuilding,internalsystems,allocationofLPZzones,expectednumbers of people in thebuildingand its vicinity, theeconomicvalueofbuildingsandmanyotherfactors.

General distribution of lightning current when an object is hit by lightning, principle of LV power system protection thanks to cascaded 3-stage protection

ProtectionsystemofLVpowersystemconsistingoflightningcurrentarrestersandsurgearrestersSPDmustbeabletodischargelightningcurrentsortheirsubstantialpartswithouttheirdamage.Itisgenerallyrecommendedtocomeout

Unit RangeTotal impulse lightning charge Qf C max300C

The first stroke charge QS C max100C

The first stroke peak current Iimp kA max200kA

Specific energy the first stroke current W/R MJ/ max10MJ/

Rate of rise of the current dI/dt kA/ms max200kA/µs

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fromtheohmicresistanceofthebuildingearthing,pipeline,powerdistributionsystemandsoon for thepurposesofestablishingcurrent distribution going through SPD incaseofdirect lightningstroke intoabuildingprotectedbytheoutsidelightningsystem.Thefollowingfigureshowsa typicalexampleof lightningcurrentdistribution inanobjecthitbydirectlightningstroke.Whereanindividualevaluationisnotpossible,itcanbeassumedthat:-50%ofthetotallightningcurrentIimp=200kA(10/350)…. IS1=100 kA (10/350)enters theearth termination systemof the LPS (lightningprotection system)of the structureconsidered- 50%of Iimp=200 kA (10/350)…. IS2= 100 kA (10/350) isdistributedamong the services entering the structure(external conductiveparts, el.power, communicationlines,etc.)ThevalueofthecurrentflowingineachserviceIi isgivenby IS/n,wheren is thenumberof theabovementionedservices(seetheabovefigure).Forevaluating thecurrent Iv in individualconductors inunscreenedcables,thecablecurrentIi isdividedbym,thenumberofconductors,i.e.Iv=Ii /m.Forshieldedcables,thecurrentwillflowalongtheshield.RequirementondimensioningofprotectivesystemSPDinthemostusualconnectionofthebuildingandLVpowersystem (TNC - system 230/400V/50Hz) results from thisreasoning:FormaximumlightningcurrentsizeIimp=200kA(10/350)itisenoughtodimensiontheprotectivecascadeofeachphaseconductorenteringtheobjectonapprox.4%Iimp,thatisonapprox.8kA(10/350)inmostcases.

Distribution of protected area into the lightning protection zones

ThestandardIEC62305definesthelightningprotectionzones LPZ from the respect of the direct even indirectlightningeffect.Thesezonesarecharacteristicthankstofundamentalbreaksoftheelectromagneticconditionsintheirlimitedzones.

LPZ 0A:Zonewhere itemsaresubjecttodirect lightningstrokes,andthereforemayhavetocarryuptothefull lightningcurrent; theunattenuatedelectromagneticfieldoccurshere.

LPZ 0B:Zonewhereitemsarenotsubjecttodirectlightningstrokes,buttheunattenuatedelectromagneticfieldoccurs.

LPZ 1:Zonewhereitemsarenotsubjecttodirectlightningstrokesand where currents on all conductive parts within thiszonearefurtherreducedcomparedwithzones0B.Inthiszonetheelectromagneticfieldmayalsobeattenuateddependingonthescreeningmeasures.

The subsequent zones (LPZ 2 and so on):If a further reduction of conducted currents and/orelectromagneticfieldisrequired,subsequentzonesshallbeintroduced.Therequirementforthosezonesshallbeselectedaccordingtotherequiredenvironmentalzonesofthesystemtobeprotected.Ingeneral,thehigherthenumber of the zones, the lower the electromagneticenvironment parameters. At the boundary of theindividual zones,bondingofallmetalpenetrations shallbeprovidedandscreeningmeasuresmightbyinstalled.Note: Bondingat theboundarybetween LPZ 0A, LPZ 0B andLPZ1 isdefined in IEC1312-1and IEC62305. Theelectromagnetic fields insidea structureare influencedby openingwindows, by currents onmetal conductors(e.g. bonding bars, cable shields and tubes), and bycablerouting.The following figure shows an example for dividing astructureintoseveralzones.Thereallelectricpowerandsignal lines enter the protected volume (LPZ 1) at onepoint,andarebondedtobondingbar1attheboundaryof LPZ 0A, LPZ 0B and LPZ 1. In addition, the lines arebonded to the internalbondingbar2at theboundaryof LPZ 1 and LPZ 2. Furthermore, the outer shield 1 ofthestructure isbondedtobondingbar1andthe innershield2 tobondingbar2.Wherecablespass fromoneLPZtoanother,thebondingmustbeexecutedateachboundary.LPZ2isconstructedinsuchawaythatpartiallightningcurrentsarenottransferredintothisvolumeandcannotpassthroughit.

The above described segmentation of the protectedobject into protection zones gives possibilities of activeprotectionoftheLVpowersystemthanksto insertionofthe protective SPDs (usually at the zone boundary LPZ0→1andLPZ1→2)andotherprotectiveSPDsatthezoneboundaryLPZ2→3.Standardlyitisrecommendedtoinsertso-called1ststageprotection–surgearresterclassItestedbylightningcurrentIimp(10/350)atthezoneboundaryLPZ0→1. It is recommended to insert 2nd stageprotection -surgearresterclassIItestedbytestingimpulseImax(8/20)at theboundaryzoneLPZ1→2.At theboundaryof LPZ2→3 and subsequently along the consequential circuitthere isalsorecommendedtoshoulderaftereverycca10mbyso-called3rdstageprotectionclassIIIalsotestedby testing impulse Imax (8/20)orUOC. Forextra importantprotectedequipmentitisrecommendedtosecureitby

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aqualitycontinuous surgeprotectionclass IIIwithhigh-frequency filter at the boundary of LPZ 2→3. If thereare adjacent structures between which power andcommunicationcablespass,theearthingsystemshallbeinterconnected,anditisbeneficialtohavemanyparallelpathstoreducecurrentinthecables.Ameshedearthingsystem fulfills this requirement. The lightningcurrentsarefurtherreduced,e.g.byenclosingallthecablesinmetalconduits or gridlike reinforced concrete ducts, whichmustbeintegratedintothemeshedearthingsystem.

Components used in surge protections

GenerallyComponentsandequipmentforprotectionagainstsurgearealwaysbasedonafundamentalprinciple-tokeeptheisolationstateuptoacceptablevoltagelevel.Short-circuit happens after exceeding this level and therebyveryhighdifferenceofpotentialsbetweenconducting parts of one equipment or appliance isrestricted to an acceptable value. Electronic switchesusedforthispurposearecalledsurgearrestersordevicesforprotectionagainstsurge.Nowadaysopensparkgaps,closedsparkgaps,gasdischargetubes,varistors,limitingdiodes or their combinations are used for protectionagainstlightningandovervoltage.

Spark gapThe arresters class I are the applications of the SPDmostoftenlyusedonprincipleofasparkgap.Theyaredesignedfor1ststageofsurgeprotection.Itispossibletodividethemonso-called„open“or„closed“sparkgapsaccordingtoconstructional implementation.Theshapeofelectrodes, theirmaterialand thedistancebetweenelectrodes determine the protection level, dischargeabilityandfeatures,whichcharacterizebehaviourofthespark gap when follow current extinguish. Open sparkgapsexcelinveryhighdischargeabilities(uptoIimp = 50 kA(10/350)duringhigh levelsofself-extinguishingfollowcurrent(uptoIfi=50kArms).TheirfundamentalinadequacyisburningplasmaburstingfromSPDhousingduringtheiractivationbylightningcurrent.Thisfactsignificantlycomplicates projective preparation (switchboardconstruction)regardingfiresafety.Theconstructionoftheclosedsparkgapshasthisinadequacysolved,althoughattheexpenseofparametersofself-extinguishingfollowcurrent (Ifi = max 25 kArms) being decreased. Someconstructions of the closed spark gaps have very highdischarge abilities (Iimp > 100 kA (10/350), on the otherhand the level of self-extinguishing followcurrent is low(Ifi = cca 100 Arms), so their application possibilities arecomparablewithgasdischargetubes.Gas discharge tubesIn the inactive condition gas filled arresters and sparkgaps (gas discharge tubes) behave as high resistanceisolatorsthankstoapplicationofcorundumceramic.Theyareusuallyconstructedintheshapeofcylindricceramichousing,closedbymetalelectrodesonbothsides.Theyarefilledbyinertgasmixtureunderlowpressuregenerally.They excel in their short response time and high-leveldischargeabilityupto Iimp=100kA(10/350).Theyhavesmall self-capacity (few of pF units) and high isolationresistance(>1000MΩ).Gasdischargetube´sapplicationposibilitiesare restrictedbytheirgenerally lowvaluesofself-extinguishing followcurrent (Ifi=c.100Arms).Qualityguarantee for a particular application is carried outwithby specificchoiceofusedmaterial,gasfillingand

electrodegeometry. The specialdilatationcompositionisusedforaproductionofmoderngasdischargetubes,because they ensure their high resistance against hightemperatures up to 2000 °C and extreme pressureduringdischarge ingas,duringcurrentsupto100kA inthe waveform of 10/350μs. The electrical parameterscanbepredictedinalargerange.E.g.directswitchingvoltagecanbe setup from100V to2000Vwith typicaltolerance+/-20%.Gasdischargetubeshavelonglifetimeandparameterstability.Sotheyfulfilbasicpresumptionsfortheirusageattheconstructionsofmaintenance-freearresterswithlonglifetime.

VaristorsVaristors are voltage dependent resistances withsymetrical voltampere characteristic. They consist of90% ZnO as a ceramic basis and 10% additives. Highpossibleloadofthistypeofarrestersduringtheirloadingbyimpulsedischargecurrentsisachievedbyapplicationofitsgreatmassvaristorcapacityforenergyabsorbtion.Almostuniversalpossibilitiesofvaristorsarelimitedonlyinthefieldofhighfrequency,whererelativelyhighcapacity(fewofnFunits)hasanegativeeffect.

Limiting diodesLimitingdiodesarebasicallyZennerdiodesdimensionedforhighpeakcurrentvaluesandextremelyshortaccesstime(afewpsunits).Thesediodesarehighlysuitableforprotection of sensitive electronic circuits thanks to theirsmallsize,shortaccesstimeandlowprotectionlevelsindataandtelecommunicationsystems.

Spark gap Gasdischargetube Varistor Transil

Grounding and protective conductorsTheCSNstandard332000-5-54dealswiththisproblem.Thestandarddeterminesimplementationofearthterminationsystem,theresistancevalueofgroundelectrodes,voltagelevel of thegroundelectrodes, contact voltageandcurrent-carryingcapacityofparticulargroundelectrodes.Wewillmentionthegroundingconductorsinthefollowingpart.

Grounding conductorsmust suit by their cross-sections,whichmust not be smaller then cross-section designedforthefollowingformula:

(ThisformulaisonlypossibletobeusedduringtimeofflowingI,whichdoesn´toverrun5seconds)S–cross-sectionofgroundingconductorin[mm2]I–aneffectivevalueofalternatingcurrentin[A],traversingbecauseoffailurewithirrelevantimpedancebyprotectionelementt – disconnection time of protection equipment inseconds[s]k – coefficient depending onmaterial of protection

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conductor,onisolationandonotherparts,ontemperaturebefore andafter short-circuit (valuesk for differentlydesignedprotectionconductorsaregiveninCSNstandard332000-5-54)

Minimal cross-section of grounding conductors mustbeminimally 16mm2Cu. Theyareplaced in earth andprotected against corrosion but not protected againstmechanicaldamage.Ifthesearenotprotectedagainstcorrosion (doesn´t mater if they are protected againstmechanical damage or not), minimal cross-section ofgroundingconductormustbe25mm2Cu(exceptionallyAl,whichishowevernotrecommendedforuseinearth).

The grounding conductor must be laid in such a wayto resistallexternal influences,whichcanbeexpectedduringoperating.Atthesametimeitmustnotcausefiredanger, eventually it should not influence operating ofotherequipment.Itislaidtobeasshortaspossible,withoutsharp curves, unnecessary arcs and loops.Overgroundpartsofgroundingconductorsmustbeplaced so theycanbecontrollable.Outsidepartofgroundingconductormustbesuitablyprotectedbypanellingorbyplacingintotubesinplaceswheredangerofdamagecanoccur(forexamplewhilegoing throughawall, going intoearth).Conductiveconstructionelementsofmetalconstructionscan be used as random grounding conductors. Theycreatecontinuallyconnectedcomplex,as forexamplecable trays, cable frames, pillars, rails of crane, steelpoles, reinforcementofcolumnsmadeof flow spinningconcreteandmetalconduits.Connectionsofgroundingconductors and ground electrodes must be correctlycarried out and must be desirably dimensioned. Whileusingclampsprinciplegovernsthattheusedclampmustnotmechanicallydamageneithergroundelectrode(forexampleconduit)norgroundingconductor.

Power and communication equipment – interrelation

The smallest distance between the part of groundingcommunication device, which is not connected intoits own transformer station shouldbeat least 20m fromthegroundingpowerequipmentpartup to1000Vand40mfarfromthegroundingpowerequipmentpartover1000V.Ifthereisnowayhowtoabideatleasthalfofthementioneddistances, there is urgency tomake oneofthefollowingarrangements:a)Itisnecessarytomakesurebycalculatingormeasuring,that voltageonacommunicationequipment inducedbythehighestcurrentsingroundingofpowerequipmentdoesn´texceedpermissiblelimit.

b)Bothgroundingsareconnectedthrough, if itdoesn´tevokeundesirableconsequencesofdirectcoupling(forexampleimportationofdangerousordisturbingvoltageintocommunication system,creationof route for straycurrentsorcreationofmacrocellwithelectrodescreatedbyparticulargroundings).The grounding of conductors and power equipmentdoesn´thavetobeconnectedtogether,ifthedistancebetweentwogroundingsinfoundationsoilisbiggerthan5m. The grounding of the communication equipmentshouldbeasfarfromgroundingofconductorsaspossible.Ifthedistancebetweengroundingofconductorsandanyotherpartofgroundingofcommunicationequipmentissmallerthan5m,thebothgroundingsmustbeconnectedthrough.Thenjointearthterminationsystemmustagreewith the standard EN 62 305 and with the rule set forcommunication equipment. Operating grounding oftheovervoltageconductors isconnected toprotectivegrounding equipment, which are protected by surgearrester. In the chapter Grounding and protectiveconductorsthereismentionedthatgenerallyprotectiveconductorPEcanbebareandmustbelaidtogetherwithoutlyingconductors.Groundingconductor,whichgoesto subsidiarygroundingconductor,mustbe isolated soasit´spreventedfromcontactwithprotectiveconductororanypartconnectedtoitorwithdeadparts,whichareconnectedtotheprotectiveconductor.Itisnecessarytofulfillthisconditionsoasby-passofdetectorsisavoided.Protectiveconductor canbeconnectedonly todeadpartsofthoseelectricalsubjectsandequipment,whosepowersupplyisdisconnectedincaseofvoltageprotectorequipage failing. The dead parts must be connectedtoaprotective conductor during complianceof givenconditionsforeveryrecommendedkindofpowersystemgrounding.Thedeadparts,whicharetouchaccessibleatthesametime,mustbeconnectedtothesameearthtermination system separately, in groups or together.Theseconductiblepartsmustbeconnectedtogetherintoso-calledmainprotectionconnection ineverybuilding:protection conductor, grounding bonding bar or mainprotection clamp, conduit distribution in a building, forexamplewaterandgas,metalconstructionsandcentralheatingandair-conditioning(iftheyareinthebuilding).Theconductibleparts,whichcomeintothebuildingfromoutside must be connected as close to their entrance into the building as possible.Of course the conductors ofmainconnectionmustcomplywiththeircross-sections.Themainconnectionmustbedoneateverymetalcoatingofcommunicationcables.Howeveritisnecessarytoobtainanapprovalofthesecablesowneroroperator.

Grounding

Thegroundingofovervoltageprotectiontoaqualitygroundisa requirementfor theircorrect functioning.Theground ispresented by protection conductor PE. The conductor PEisseparately laiddownin5-conductorTNSsystem,whichisenactedby standard. It isenacted forhouseholds,officesand industry. Energetics should secure this system typeat the secondary side of a transformer already. All theinstalledovervoltageprotectiondevicesareconnectedtotheequipotentialbusbarPASbymeansofPEconductors.This PAS busbar has the closest potential to the groundpotential.InTNCsystemsovervoltageprotectiondevicesaregroundedontoPENconductor,wheredifferentialbalancingcurrentsareflowing.Thatiswhyitdoesn´tensureasqualityconditionsforovervoltageprotectionfunctioningasthePEconductor. The values of the whole grounding resistance

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and theresistanceofgroundingconductorsPE,PENintheconductor routing at the ends, are stipulate by standardCSN332000-4-41.Itisnecessarytoavoidloopconnectionofswitchboardsduringtherealizationofthebuildinggroundingwhich make conditions for flow of faulty currents and apotential difference between conductors PE and PEN intheir route towards ground potential. Star configurationdrawing of the grounding conductors acc. to EN 62 305 is the optimal way how to eliminate these unfavourableeffects.

Application of HAKEL SPD

Technical standards relating to the installation of surge protection devices

AlltheENstandardsapplytotheCzechRepublic,becausetheCzechRepublichassignedtheassociationagreementwiththeEuropeanUnion.ThedirectiveNo.89/336EEC,thelawNo.22/97Coll.andtheregulationsNV17and18/2003Coll. enact abidance of electromagnetic compability(EMC) conditions for electrical equipment. In the othercountries are these questions usually determined byrelevantnationaldirections.Mountingoftheovervoltage

protection devices solves most related problems andsufficiently protects electronics against influence ofovervoltagespreadingthroughgalvanicroutes.Nowadays it is necessary to abide internationallyrecognized standard EN 61 643-11 and IEC 61643-11which characterizes stages of overvoltage protectionsandtheirtests.Otherstandardsrelatingtothisarebeingprepared (for example the revisions of overvoltageprotectiondevices).

Becausenowadays there is considerableassortmentofSPDswithaccompanyingdocumentationaccording toDIN VDE 0675 or DIN VDE 0110 in the Czech Republic,it is advisable here to make a comparison of basicsegmentationofSPDsaccordingtothesestandardsandstandardsobligatoryintheCzechRepublic,inparticularIEC664-1/CSN330420-1.ThestandardEN61643-11andIEC 61643-11 obligatory in the Czech Republic dividesSPDsintostages(1st,2ndand3rd)andclasses(I,IIandIII),whereas the standard DIN VDE 0675 divides SPDs intoclasses(A,B,CandD).TheclassAarrestersaredesignedfor protection of overground LV power system outsideof theprotectedobjects.TheclassB,CandDarrestersaredesignedforusageattheboundariesLPZ0→1,1→2 and 2→3.OntheotherhandthestandardDINVDE0110statesthedefinitionofovervoltagecategory,whichhadbeentakenupbythestandardsIEC664-1/CSN330420-1.ThesestandardsdefineclassificationofLVpowersysteminto four categories (IV, III, II, I) and define so-calledmaximal impulse voltages (protection levels),permittedfor connected appliances. (For example overvoltageat input of distribution TNC 230/400V/50Hz must notexceed 6kV level, it must not exceed 4kV behind themain switchboard, itmust notexceed2,5kVatoutputsfrom subdistribution switchboards and 1,5kV in thepartdesigned for connection of protected appliances tofixedinstallation.)

Classification comparison of particular LV power system (acc.toEN61643-11andIEC61643-11,EN61643-11,DINVDE0110, IEC 664-1/CSN33 0420 and DIN VDE 0675) relating toprotectionlevelsofsurgeprotectioncascadeandtozonedivisionacc.toEN62305andIEC1024-1.

Interestingisasimilarcomparisonoftheseclassificationsof low voltage network system (LV) sections owing tothe overvoltage cascades protection stages in thebuilding electric installations based on the oversea C62.41.2 - 2002 standard ANSI/IEEE (American NationalStandard Institute/Institute of Electrical and ElectronicsEngineers). This standard devides 1st, 2nd and 3rd SPDclasses into C, B, A categories (Location Categories).

Dimensioning of SDP type 1EN62305ed.2

LocationofSPDtype1:OntheboundariesLPZ0andLPZ1LPL Lightning Arresters totalI. upto200kA 100kAII. upto150kA 75kAIII. upto100kA 50kAIV. upto100kA 50kA

Application of HAKEL SPD type 1EN62305ed.2

LocationofSPDtype1:OntheboundariesLPZ0andLPZ1LPL Lightning Arresters totalI.aII. upto200kA upto100kA

Conditions fulfil:HZ110, HS50-50 - big industrial buildings

- buildings with particular importanceSPC25 - technological lines

- administrative buildings - small technological lines - administrative properties (if SPD type 1 and type 2 are placed into one switchboard)


LocationofSPDtype1:OntheboundariesLPZ0andLPZ1LPL Lightning Arresters total

III.aIV. upto150kA upto75kAConditions fulfil:SPC25, SPC12,5 a PIV12,5 - smaller administrative buildings

- houses with standard equipments - family houses


LocationofSPDtype2:OntheboundariesLPZ1andLPZ2Conditions fulfil:PIII, PIIIM - all types of electrical sets

- system type (TN, IT, TT) - mode of connection - nominal voltage


LocationofSPDtype3:OntheboundariesLPZ2andLPZ3Conditions fulfil:PI-k, PI-3k, P-3k, Pk2, ZS-1DSM - all types of electrical sets (located in switchboard)Sockets ZS - all types of electrical sets (sockets with inbuilt surge

protection the closest to the protected equipment) - all types of electrical sets (adaptors with inbuilt surge protection) - flexible solution

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Nevertheless, C category is classified into 2 levels (low,high) according to so-called „exposure degreeses“resultingfromisokeraunicmapsof“stormsactivity“levels.

Summary of Surge Location Categories Guidelines Per IEEE C62.41.2-2002

Summary of Surge Location Categories Guidelines (Per IEEE C62.41.2 - 2002)

Location A AWithinabuilding 6kV0.2kA0.5us-100kHzRingWave(30Ω)Outletsandlongbranchcircuits 6kV0.5kA1.2/50us8/20us(12Ω)Alloutletsmorethan10m(30ft)fromCategoryBAlloutletsmorethan20m(60ft)fromCategoryC

Location B BNeartheserviceentrance 6kV0.5kA0.5us-100kHzRingWave(12Ω)Feedersandshortbranchcircuits 6kV3kA1.2/50us8/20us(2Ω)DistributionPaneldevicesBusandfeederindustrialplantsHeavyapplianceoutletsnearserviceentranceLightingsystemsinlargebuildings

Location CExternalbuilding

CLow6kV3kA1.2/50us8/20us(2Ω)

Outsideandserviceentrance 6kV100kHzRingWaveServicedropfrompoletobuilding 2.0xVPeak 10/1000Combo.WaveRunbetweenmeterandpanel

CHigh10kV10kA1.2/50us8/20us(1Ω)

Overheadlinetodetachedbuilding 6kV100kHzRingWaveUndergroundlinetowellpump 2.3xVPeak10/1000Combo.Wave

ItisworthmentioningthatactuallyacompleteSPDrangeofcategoryC,BandAaccordingtoANSI/IEEEisbasedonthetestsbyacombinedimpulse(1,2/50;8/20μs)withagenerator’sinternalresistanceof1or2or12Ωandpart-lybyatestimpulseatwaveshape0,5μs/100kHz(withthegenerator’s internalresistanceof12ΩforBandCcate-goryies,alternatively30Ω forAcategory). ThestandardANSI/IEEE also defines a test current impulse at waveshape 10/1000μs. It is however recommended to use itonlyasso-called„additionaltest“performance.Thetestimpulse at 10/350μswave shape hadbeen for the firsttimedefined inVDE0675standard in1986and lateronsubsequently taken over by EN 61 643-11 and IEC61643-11. The followingfivepicturesgiveyouawellarranged informationabout themostused test impulsewaveshapesaccordingtoIEC,EN,CSNstandards,alter-nativelyacc.toANSIstandardfortheSPDtestingintend-edforauseinalowvoltagedistributionnetworks.

Voltagetestingimpulse1,2/50μs

Currenttestingimpulse8/20μs

Ringwavecurrenttestingimpulse0,5/100kHz

Lightningcurrenttestingimpulse10/350μs

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Currenttestingimpulse10/1000μs

Possible usage of 1st stage surge protection

Varistorarrestersoflightningcurrentofferqualityprotectionfor their application in 1st stage of surge protectioncascadewithamplitudeuptoIimp =20kA(10/350).Inmostapplicationsitsuitsaswellincaseofso-calledlowvoltageoverground input into a building. If endurance againstall higher amplitudes of lightningcurrent is demanded,it is recommendedtousearrestersofsparkgaptype. Itis necessary topayattention to theparameter levelofself-extinguishingfollowcurrentIfiatUCwhileasparkgapischoosed,becauseduringtheactivationofasparkgapthereisshort-circuitintheplaceofitsinstallation.Varistorarrestersdon´thavethisproperty.

The follow currents at the spark gaps application in a protective overvoltage cascades

Thefollowshortcircuitcurrentsoccure inthesparkgapbased surgearresters (HS 45,HS 55,HS 60-20,HS 50-50,HS 50-16,HS 50-3)after their activationbyan impulsedischargecurrent,whereastheirmagnitudeisrestrictedbyanarisedshortcircuitoverallimpedanceoftheenergeticpowernetwork.Thesefollowcurrentsarespontaneouslyextinguishedbyanoverpressureacting inan individualoperative spark-gap chambers during the first net’shalf-period transit througha zero. Theamplitudeof aprospective shortcircuit current, inplaceofadefinedapplication,partlydependsonthetypeofpowersystemandpartlyonaleaddistanceofgivenapplicationfromadistributiontransformer.Thefollowingdiagramdescribestheresultsofmeasurementevaluationoftheseprospectivefollowcurrentsperformed in 2325 three-phasenetworkof29distributionplants,fromthat315weremadeonanoverhead lines, 1215onacombine linesand715onacabelnetwork.Thisgrafshowsthatthevalueofprospectiveshort circuit current never exeeds the value of 3kArmsapplicableforanypowernettype(overhead,combineorcabelnetwork)forexamplewhileusinganapplicationdistanceof 600m fromadistribution transformer. Theabovementioneddiagramisafavourablyapplicableinaprojectpracticeforaqualifiedestimationofasuitablespark-gapselectionforadefinedapplicationandfirstofall for Ifiparameterdetermination (self-extinguish followcurrentatUc).Theeventualdoubts,causedbyadefinedapplicationspecification,dependstotalyonadesignertocoverthembyareasonablesafetycoefficient(theexactmeasurement is from the financialand technicalpointofviewratherdemanding).Forexample, ifthevalueofaprospective followcurrentaccording to thequalifiedestimationis3kArmsthenitissuitabletochoosethesurgearresterwithanapproximatelytwicehigherparameterofIfi.

Usage of surge separating inductors between particular stages of surge protection

Surgeseparatinginductorswithimpedance2÷15μHensureenergeticcoordinationofparticularstagesofovervoltageprotection cascade in few cases. They are inserted inconduct in case that the distance between 1st and 2nd stageorbetween2ndand3rdstageissmallerthan10m.Shortdistance or missing surge separating inductor creates acertainpossibilityofdamageofsomearresterinovervoltageprotection cascade by progressing lightning currentimpulse. It is important to pay a special attention to thecoordinationbetween1st and 2ndstageofsurgeprotectioncascadeinallcaseswherethe1ststageisfittedbyspark-gapbasedlightningarresters.Themosteconomicalwayistosecurethatthe1stprotectioncascadeisplacedinotherswitchboardthanthe2nd stage(withthemin.distanceof10mbetween them). If thismin. distance is impossible tofulfil either from theconstructiveor structural reasons, it isrecommendedtouseseparatinginductorsof15μH.

Surge protection backup

ItisnecessarytouseadditionalprotectionofparticularSPDsfor protectionagainst short-circuit in 1st and 2nd stagesofovervoltageprotectioncascades.Theprotectionissecuredbybackupsafetyfuses.Generally,everymanufacturerofovervoltageprotectiondevices declares dimensioningofthesebackupfusesintheaccompanyingdocumentation.

Recommendation for the installation of 3rd stage surge protection with the high frequency filter

3rdprotectionstageisanessentialpartof3-stageovervoltageprotection cascade. The typical representatives of thisprotection type are for example transient overvoltageprotections-range PI-k* and PI-3k*. The products reduceovervoltage (thanks to their inside connection-highprotection, filter, lowprotection) to the levelUP<0,8up to1kV,whichissafeforthefinalappliances.Theyareusuallyconstructively fitted on DIN rail 35mm. It is important toplacetheseproductsasneartotheprotectedappliance(for example flat switchboards) as possible. The distancebetweenswitchboardandappliancemustnotoverreach15m.WhenthereisalongerdistanceitisnecessarytouseotherclassIIIovervoltageprotectiondevices(forexampleprotection sockets or overvoltage protection on DIN rail)cca10m faraway fromeachotheralong theprotectedsocketline.Ontheotherhandprotectedsocketsareinnoway equivalent substitution for 3rd stage protection withhigh-frequencyfilter.

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Standardized implementation of the particular surge cascade stages

Itispossibletoconnecttheparticularstagesofovervoltagecascadesintwoways:

Common mode Differential mode

Connection a prefers protection against lenghtwise overvoltage. Connection b prefers protection againsttransverseovervoltage.Becausestatistical resultsof long-termmademeasurementsaffirmgenerallyhigherdangerof transverse overvoltage (on clamps of appliances L/N) than lengthwise overvoltage (on clamps of appliances L/PE,L/PE),arealltheconnectionsandapplicationsofSPDmanufacturingrangeoftheHakelcompanyorientedonpreferentialprotectionofappliancesagainsttransverseovervoltage.

Test rooms

Surgeprotectiondeviceexaminationandtheirtestingistheonlywayforensuringandverificationoftheirsupposedenduranceandserviceabilityunderthehardestoperationconditions.Anewproductfinalfinishandallofitsimportantcomponentsareexaminedwithinthescopeofthetypetestsandthecertificationprocedure.Self-testsareperformedwithhelpofthesurgegenerators,whichinaway„substitute“thecurrentpulsesofanaturalcharacterunderadefinedconditions.Testingwaveshapesaresetbyevenfurtherconnectingstandards,particularlyEN61643-11,IEC62305,IEC60-1and CSN 34 5640. Only a few working places, equipped with the wave shape generators 8/20μs, are situated intheCzech Republic.Mostly onlywithmax. operational capacity up to Imax = 10 kA(8/20) or 20 kA(8/20). Theonlyoneworkingplace in theCzechRepublic is equippedwith thecurrentsgeneratorswithwave shape10/350μsec.Namely,itisHakel’stestroominHradecKralove,whichhasatitsdisposalsuchgeneratorwithoperationalcapacity Iimp=upto210kA(10/350).ThistestroomhasevenatitsdisposaltwotestingcurrentpulsegeneratorswithoperationalcapacityImax=60kA(8/20)andImax=240kA(8/20).

OBJECTS WITH LIGHTNING PROTECTION LEVEL LPL I and II

SubstationSwitchboard (kWh)Main Switchboard

Subsidiary switchboard, switchboards on every floor of the project or in every control panel

To the switchboard, which is closest to the protected equipment

In case of electronic control protection, the installation is directly to the appliance.

Outlet circuits which are longer than 20 m. Flush-mounted sockets and cable ducts.It is recommended to install SPD into the outlet circuit to every fourth socket or to the point of supply. This installation eliminates induced overvoltage which is enducing into the object‘s service cables.

T1 and T2 T3T2 and T3

Type 1 – LPZ 0-1 / Type 1+2 – LPZ 0-1 and higher(lightning arrester) / (lightning and surge arrester)

Subsidiary switchboard End Device

Type 2+3 – LPZ 1-3(surge arrester)

Type 3 – LPZ 2-3(surge arrester + EMI filter)

Hospitals, banks, transmission points of GSM&BTS, water stations, power plants,airport control towers, buildings with danger of explosion, bigger industrial buildings,buildings with particular importance, bigger administrative buildings, schools, supermarkets,cathedrals etc.

Industrial buildings, administrative buildings, schools, supermarkets, cathedrals,objects connected with buried cable

TN-C

TN-C

-STT

TN-S

Main switchboard

Inst

alla

tion

Type

OBJECTS WITH LIGHTNING PROTECTION LEVEL LPL III and IV

Switchboard (kWh)Main Switchboard

Subsidiary switchboard, switchboards on every floor of the project or in every control panel

Outlet circuits which are longer than 20 m. Flush-mounted sockets and cable ducts.It is recommended to install SPD into the outlet circuit to every fourth socket or to the point of supply. This installation eliminates induced overvoltage which is enducing into the object‘s service cables.

TN-C

TN-C

-STT

TN-S

Inst

alla

tion

Type

T1 and T2

Type 1+2 – LPZ 0-1 and higher (lightning and surge arrester)

Main switchboard T2 and T3 Subsidiary switchboard

Type 2+3 – LPZ 1-3(surge arrester)

T3 End Device

Type 3 – LPZ 2-3(surge arrester + EMI filter)

Smaller industrial buildings, administrative buildings, residential buildings, agricultural buildings, family houses, common storehouses etc.

Industrial buildings, administrative buildings, objects connected with buried cable

To the switchboard, which is closest to the protected equipment

In case of electronic control protection, the installation is directly to the appliance.

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Lightning arrester / spark gap / TYPE 1TYPE 1 / CLASS I / TN-C /

HZ110HZ110/500

HZ110isalightningarrestertype1accordingtoEN61643-11andIEC61643-11.ThisisrecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ0–1(accordingtoIEC62305andEN62305),whereitprovidestheequipotentialbondinganddischargeofboth, the lightningcurrentandtheswitchingsurge,whicharegenerated inpowersupplysystemsenteringthebuilding.Thelightningarresterisconstructedasanencapsulated,non-exhaust,multiplesparkgap,whichdoesnothaveanyspecialrequirementsforinstallationinthemainswitchboardsintermsofthegasexhaustiongeneratedduringthepassageofthelightningcurrent.HZ110ismainlyintendedforuseinthepowerlines,whichareoperatedasasystemTN-C.

Type HZ110 HZ110/500TestclassaccordingtoEN61643-11andIEC61643-11 TYPE1,CLASSIMax.continuousoperatingvoltage UC 255VAC 500VACLightningimpulsecurrent(10/350) Iimp 110kA-charge Q 55As-specificenergy W/R 3000kJ/ΩNominaldischargecurrent(8/20) In 50kAVoltageprotectionlevelatIimp UP <2,5kVTemporaryovervoltage(TOV) UT 334V/5s 690V/5sResponsetime tA <100nsFollowcurrentinterruptingratingatUC Ifi 10kArms 8kArms

Max.back-upfuse 500AgL/gGShort-circuitcurrentratingat500AgL/gG ISCCR 50kArms

LPZ 0-1Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP00Operatingtemperaturerange J -40°C...+80°CCross-sectionoftheconnectedconductors(attighteningmomentofclamps8Nm) min.50mm2

Mountingon holderSP50U10Lifetime min.100000hWeight m 1000 gArticlenumber 10 120 10 125

PEN

L

21

Lightning arrester / spark gap / TYPE 1

HLA*(HakelLightningArrester)ofthe„G-Line“rangeisalightningarresteraccordingtostandardEN61643-11:2012(IEC61643-11:2011)consistingofmultiplenon-exhaustingsparkgaps.Itsparametersenableusageinbuildingswithaconsiderablelevelofprotection LPLI,suchasbigindustrialcomplexesandpropertiesofparticularimportance–hospitals,banks,powerplants.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1zonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.theelectricpowersubstation,electrometerorthemaindistributionboards.Sindicationspecifiesaversionwithremotemonitoring.

TYPE 1 / CLASS I /

HLA50-255, HLA50-255 SHLA50-440, HLA50-440 S

Type HLA50-255, HLA50-255 S HLA50-440, HLA50-440 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1,CLASSI

Max.continuousoperatingvoltage UC 255VAC 440VAC

ImpulsedischargecurrentforclassItest(10/350) Iimp 50kA

Charge Q 25As

SpecificenergyforclassItest W/R 625kJ/Ω

NominaldischargecurrentforclassIItest(8/20) In 50kA

VoltageprotectionlevelatIimp Up < 2 kV <2,5kV

Temporaryovervoltage(TOV) UT 337V/5s 581V/5s

Responsetime tA <100ns

Followcurrentinterruptrating Ifi 25kArms 3kArms

Max.back-upfuse 500AgL/gG

Short-circuitcurrentratingat500AgL/gG ISCCR 25kArms

LPZ 0-1

Housingmaterial PolyamidPA6,UL94V-0

Degreeofprotectionofenclosure IP20

Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors(attighteningmomentofclamps4Nm) 25mm²(solid)-16mm²(wire)

Themountingmethod/operatingposition DINrail35mm/any

Lifetime min.100000hWeight m 235g

ArticlenumberHLA50-* 10970 10950

HLA50-*S 10975 10956

22


HLA50-255/2+0, HLA50-255/2+0 SHLA50-440/2+0, HLA50-440/2+0 SHLA*(HakelLightningArrester)ofthe„G-Line“rangeisalightningarresteraccordingtostandardEN61643-11:2012(IEC61643-11:2011)consistingofmultiplenon-exhaustingsparkgaps. Itsparametersenableusageinbuildingswithaconsiderable levelofprotection LPLI,suchasbigindustrialcomplexesandpropertiesofparticularimportance–hospitals,banks,powerplants.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1zonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.theelectricpowersubstation,electrometerorthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

Type HLA50-255/2+0, HLA50-255/2+0 S

HLA50-440/2+0, HLA50-440/2+0 S

TestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1,CLASSI

System TN-S



Charge Q 25AsSpecificenergyforclassItest W/R 625kJ/ΩTotaldischargecurrent(10/350)L+N->PE ITOTAL 100kA








LPZ 0-1






ArticlenumberHLA50-*/2+0 10971 10952

HLA50-*/2+0S 10976 10958

TYPE 1 / CLASS I / TN-S /

23


HLA50-255/3+0, HLA50-255/3+0 SHLA50-440/3+0, HLA50-440/3+0 SHLA*(HakelLightningArrester)ofthe„G-Line“rangeisalightningarresteraccordingtostandardEN61643-11:2012(IEC61643-11:2011)consistingofmultiplenon-exhaustingsparkgaps.Itsparametersenableusageinbuildingswithaconsiderablelevelofprotection LPLI,suchasbigindustrialcomplexesandpropertiesofparticularimportance–hospitals,banks,powerplants.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1zonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.theelectricpowersubstation,electrometerorthemaindistributionboards.TheproducthastwoPENterminals,whichcannotbeusedasaPENbridge.Sindicationspecifiesaversionwithremotemonitoring.

Type HLA50-255/3+0, HLA50-255/3+0 S

HLA50-440/3+0, HLA50-440/3+0 S


System TN-C



Charge Q 25As


Totaldischargecurrent(10/350)L1+L2+L3->PEN ITOTAL 150kA








LPZ 0-1







HLA50-*/3+0S 10977 10959

TYPE 1 / CLASS I / TN-C /

24


HLA50-255/4+0, HLA50-255/4+0 SHLA50-440/4+0, HLA50-440/4+0 SHLA*(HakelLightningArrester)ofthe„G-Line“rangeisalightningarresteraccordingtostandardEN61643-11:2012(IEC61643-11:2011)consistingofmultiplenon-exhaustingsparkgaps. Itsparametersenableusageinbuildingswithaconsiderable levelofprotection LPLI,suchasbigindustrialcomplexesandpropertiesofparticularimportance–hospitals,banks,powerplants.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1zonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.theelectricpowersubstation,electrometerorthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

TYPE 1 / CLASS I / TN-S /

Type HLA50-255/4+0, HLA50-255/4+0 S

HLA50-440/4+0, HLA50-440/4+0 S


System TN-S



Charge Q 25As


Totaldischargecurrent(10/350)L1+L2+L3+N->PE ITOTAL 200kA








LPZ 0-1







HLA50-*/4+0S 10978 10961

25


Product name specificationSingle-pole / solid versionArt. No. Type10970 HLA50-25510975 HLA50-255S10950 HLA50-44010956 HLA50-440S

Recommended sets / solid versionArt. No. Type10971 HLA50-255/2+010976 HLA50-255/2+0S10972 HLA50-255/3+010977 HLA50-255/3+0S10973 HLA50-255/4+010978 HLA50-255/4+0S10952 HLA50-440/2+010958 HLA50-440/2+0S10953 HLA50-440/3+010959 HLA50-440/3+0S10955 HLA50-440/4+010961 HLA50-440/4+0S

HLA50*/**

HLA 50 255 2+0

voltage UC

type

connection combination impulse discharge current Iimp

3+04+0

440

* **/-

T1

S remote monitoring

26

Lightning and surge arrester / varistor + gas discharge tube / TYPE 1+2TYPE 1+2 / CLASS I+II /

Type HLSA25G-255, HLSA25G-255 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IIMax.continuousoperatingvoltage UC 255VACImpulsedischargecurrentforclassItest(10/350) Iimp 25kACharge Q 12,5AsSpecificenergyforclassItest W/R 156kJ/ΩNominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms

LPZ 0-1 and higherHousingmaterial PolyamidPA6,UL94V-0Degreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors(attighteningmomentofclamps3Nm) 35mm²(solid)-25mm²(wire)


Failuresignalisation opticalfunctionsignalizationtargetclear–okopticalfunctionsignalizationtargetred–fault

Potentialfreesignalcontact(S)(recommendedcross-sectionofremotemonitoringmax.1mm²) AC:250V/1,5A,DC:250V/0,1A

Lifetime min.100000hWeight m 250 g

ArticlenumberHLSA25G-255 10462HLSA25G-255S 10466

HLSA25G-255HLSA25G-255 SHLSA25G*(HakelLightningandSurgeArrester)ofthe„G-Line“rangeisalightningandsurgearresteraccordingtoEN61643-11:2012 (IEC61643-11:2011).Itconsistsofhighenergydoublevaristorsforbetterdischargeabilityandagasdischargetubeconnectedinseries,whichensureszeroleakagecurrentthroughtheconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIandLPLII,suchashospitals,banks,industrialandadministrationcomplexes,schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.Sindicationspecifiesaversionwithremotemonitoring.

27

Lightning and surge arrester / varistor + gas discharge tube / TYPE 1+2TYPE 1+2 / CLASS I+II / TN-S / TT /

Type HLSA25G-255/2+0, HLSA25G-255/2+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-S,TTMax.continuousoperatingvoltage UC 255VACImpulsedischargecurrentforclassItest(10/350) Iimp 25kACharge Q 12,5AsSpecificenergyforclassItest W/R 156kJ/ΩTotaldischargecurrent(10/350)L1+N->PE ITOTAL 50kANominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kATotaldischargecurrent(8/20)L1+N->PE ITOTAL 100kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGSShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms






ArticlenumberHLSA25G-255/2+0 10463HLSA25G-255/2+0S 10467

HLSA25G-255/2+0HLSA25G-255/2+0 SHLSA25G*(HakelLightningandSurgeArrester)ofthe„G-Line“rangeisalightningandsurgearresteraccordingtoEN61643-11:2012 (IEC61643-11:2011).Itconsistsofhighenergydoublevaristorsforbetterdischargeabilityandagasdischargetubeconnectedinseries,whichensureszeroleakagecurrentthroughtheconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIandLPLII,suchashospitals,banks,industrialandadministrationcomplexes,schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

28

Lightning and surge arrester / varistor + gas discharge tube / TYPE 1+2

Type HLSA25G-255/3+0, HLSA25G-255/3+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-CMax.continuousoperatingvoltage UC 255VACImpulsedischargecurrentforclassItest(10/350) Iimp 25kACharge Q 12,5AsSpecificenergyforclassItest W/R 156kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3->PEN ITOTAL 75kANominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kATotaldischargecurrent(8/20)L1+L2+L3->PEN ITOTAL 150kAVoltageprotectionlevelatIn Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms







HLSA25G-255/3+0HLSA25G-255/3+0 SHLSA25G*(HakelLightningandSurgeArrester)ofthe„G-Line“rangeisalightningandsurgearresteraccordingtoEN61643-11:2012 (IEC61643-11:2011).Itconsistsofhighenergydoublevaristorsforbetterdischargeabilityandagasdischargetubeconnectedinseries,whichensureszeroleakagecurrentthroughtheconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIandLPLII,suchashospitals,banks,industrialandadministrationcomplexes,schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPENterminals,whichcannotbeusedasaPENbridge.Sindicationspecifiesaversionwithremotemonitoring.

TYPE 1+2 / CLASS I+II / TN-C /

29


Type HLSA25G-255/4+0, HLSA25G-255/4+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-S,TTMax.continuousoperatingvoltage UC 255VACImpulsedischargecurrentforclassItest(10/350) Iimp 25kACharge Q 12,5AsSpecificenergyforclassItest W/R 156kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3+N->PE ITOTAL 100kANominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kATotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 200kAVoltageprotectionlevelatIn Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms







HLSA25G-255/4+0HLSA25G-255/4+0 SHLSA25G*(HakelLightningandSurgeArrester)ofthe„G-Line“rangeisalightningandsurgearresteraccordingtoEN61643-11:2012 (IEC61643-11:2011).Itconsistsofhighenergydoublevaristorsforbetterdischargeabilityandagasdischargetubeconnectedinseries,whichensureszeroleakagecurrentthroughtheconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIandLPLII,suchashospitals,banks,industrialandadministrationcomplexes,schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

TYPE 1+2 / CLASS I+II / TN-S / TT /

30


Product name specificationHLSA25G-*/** S

HLSA 25 G 255 2+0 S

voltage UC

type

connection combinationimpulse discharge current Iimp

combination of varistor with GDT in series

remote monitoring

3+04+0

* **/-

T1 T2

Single-pole / solid versionArt. No. Type10462 HLSA25G-25510466 HLSA25G-255S

Recommended sets / solid versionArt. No. Type10463 HLSA25G-255/2+010464 HLSA25G-255/3+010465 HLSA25G-255/4+010467 HLSA25G-255/2+0S10468 HLSA25G-255/3+0S10469 HLSA25G-255/4+0S

31

Lightning and surge arrester / varistor / TYPE 1+2TYPE 1+2 / CLASS I+II /

Type HLSA25-275, HLSA25-275 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IIMax.continuousoperatingvoltage UC 275VAC/350VDCImpulsedischargecurrentforclassItest(10/350) Iimp 25kACharge Q 12,5AsSpecificenergyforclassItest W/R 156kJ/ΩNominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms






ArticlenumberHLSA25-275 10 450HLSA25-275S 10456

HLSA25-275HLSA25-275 SHLSA* (Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningandsurgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergydoublevaristorsforabetterdischargeability.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIandLPLII,suchashospitals,banks,industrialandadministrationcomplexes,schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.inthemaindistributionboards.Sindicationspecifiesaversionwithremotemonitoring.

32


Type HLSA25-275/1+1, HLSA25-275/1+1 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCImpulsedischargecurrentforclassItest(10/350)L/N limp 25kAChargeL/N Q 12,5AsSpecificenergyforclassItestL/N W/R 156kJ/ΩImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 50kAChargeN/PE Q 25AsSpecificenergyforclassItestN/PE W/R 625kJ/ΩTotaldischargecurrent(10/350)L1+N->PE ITOTAL 50kANominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kATotaldischargecurrent(8/20)L1+N->PE ITOTAL 100kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms






ArticlenumberHLSA25-275/1+1 10 451HLSA25-275/1+1S 10457

HLSA25-275/1+1HLSA25-275/1+1 SHLSA*(HakelLightningandSurgeArrester)ofthe„G-Line“rangeisalightningandsurgearrestercombinedwithgasdischargetubeaccordingtoEN61643-11:2012(IEC61643-11:2011). Itconsistsofhighenergydoublevaristors forbetterdischargeabilityandgasdischargetubethatensureszeroleakagecurrentinthePEconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIandLPLII,suchashospitals,banks,industrialandadministrationcomplexes,schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

33

Lightning and surge arrester / varistor / TYPE 1+2

Type HLSA25-275/2+0, HLSA25-275/2+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCImpulsedischargecurrentforclassItest(10/350) Iimp 25kACharge Q 12,5AsSpecificenergyforclassItest W/R 156kJ/ΩTotaldischargecurrent(10/350)L1+N->PE ITOTAL 50kANominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kATotaldischargecurrent(8/20)L1+N->PE ITOTAL 100kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms







HLSA* (Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningandsurgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergydoublevaristorsforabetterdischargeability.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIandLPLII,suchashospitals,banks,industrialandadministrationcomplexes,schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

HLSA25-275/2+0HLSA25-275/2+0 S

TYPE 1+2 / CLASS I+II / TN-S /

34


Type HLSA25-275/3+0, HLSA25-275/3+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-CMax.continuousoperatingvoltage UC 275VAC/350VDCImpulsedischargecurrentforclassItest(10/350) Iimp 25kACharge Q 12,5AsSpecificenergyforclassItest W/R 156kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3->PEN ITOTAL 75kANominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kATotaldischargecurrent(8/20)L1+L2+L3->PEN ITOTAL 150kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms






ArticlenumberHLSA25-275/3+0 10453HLSA25-275/3+0S 10 459

HLSA* (Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningandsurgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergydoublevaristorsforabetterdischargeability.Itsparametersenableusageinbuildingswithconsiderable levelsofprotection LPL Iand LPL II, suchashospitals,banks, industrialandadministrationcomplexes, schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPENterminals,whichcannotbeusedasaPENbridge.Sindicationspecifiesaversionwithremotemonitoring.

HLSA25-275/3+0HLSA25-275/3+0 S

TYPE 1+2 / CLASS I+II / TN-C /

35


Type HLSA25-275/3+1, HLSA25-275/3+1 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCImpulsedischargecurrentforclassItest(10/350)L/N limp 25kAChargeL/N Q 12,5AsSpecificenergyforclassItestL/N W/R 156kJ/ΩImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 100kAChargeN/PE Q 50AsSpecificenergyforclassItestN/PE W/R 2500kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3+N->PE ITOTAL 100kANominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kATotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 150kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms






ArticlenumbeHLSA25-275/3+1 10 454HLSA25-275/3+1S 10460

HLSA*(HakelLightningandSurgeArrester)ofthe„G-Line“rangeisalightningandsurgearrestercombinedwithgasdischargetubeaccordingtoEN61643-11:2012(IEC61643-11:2011). Itconsistsofhighenergydoublevaristors forbetterdischargeabilityandgasdischargetubethatensureszeroleakagecurrentinthePEconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIandLPLII,suchashospitals,banks,industrialandadministrationcomplexes,schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

HLSA25-275/3+1HLSA25-275/3+1 S


36


Type HLSA25-275/4+0, HLSA25-275/4+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCImpulsedischargecurrentforclassItest(10/350) Iimp 25kACharge Q 12,5AsSpecificenergyforclassItest W/R 156kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3+N->PE ITOTAL 100kATotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 200kANominaldischargecurrentforclassIItest(8/20) In 25kAMaximumdischargecurrent(8/20) Imax 50kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 250AgL/gGMax.back-upfuse(„V“connection) 125AgL/gGShort-circuitcurrentratingat250AgL/gG ISCCR 80kArms







HLSA* (Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningandsurgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergydoublevaristorsforabetterdischargeability.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIandLPLII,suchashospitals,banks,industrialandadministrationcomplexes,schools,shoppingandsportscentresorsupermarkets.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowheretheoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

HLSA25-275/4+0HLSA25-275/4+0 S

TYPE 1+2 / CLASS I+II / TN-S /

37


Product name specificationHLSA25-*/** S

HLSA 25 275 1+1 S

voltage UC

type


remote monitoring

2+03+03+14+0

* **/-

T1 T2

Single-pole / solid versionArt. No. Type10400 HLSA25-15010406 HLSA25-150S10450 HLSA25-27510456 HLSA25-275 S10420 HLSA25-32010426 HLSA25-320S

Recommended sets / solid versionArt. No. Type10401 HLSA25-150/1+110407 HLSA25-150/1+1S10402 HLSA25-150/2+010408 HLSA25-150/2+0S10403 HLSA25-150/3+010409 HLSA25-150/3+0S10404 HLSA25-150/3+110410 HLSA25-150/3+1S10405 HLSA25-150/4+010411 HLSA25-150/4+0S10451 HLSA25-275/1+110457 HLSA25-275/1+1S10452 HLSA25-275/2+010458 HLSA25-275/2+0S10453 HLSA25-275/3+010459 HLSA25-275/3+0S10454 HLSA25-275/3+110460 HLSA25-275/3+1S10455 HLSA25-275/4+010461 HLSA25-275/4+0S10421 HLSA25-320/1+110427 HLSA25-320/1+1S10422 HLSA25-320/2+010428 HLSA25-320/2+0S10423 HLSA25-320/3+010429 HLSA25-320/3+0S10424 HLSA25-320/3+110430 HLSA25-320/3+1S10425 HLSA25-320/4+010431 HLSA25-320/4+0S

150320

38


Type HLSA12,5-275 S, HLSA12,5-275 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IIMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350) Iimp 12,5kACharge Q 6,25AsSpecificenergyforclassItest W/R 39kJ/ΩNominaldischargecurrentforclassIItest(8/20) In 25kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumberHLSA12,5-275 10058HLSA12,5-275S 10007

TYPE 1+2 / CLASS I+II /

HLSA12,5-275HLSA12,5-275 SHLSA* (Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningand surgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristors.Itsparametersenableusageinbuildingswithconsiderablelevelsofprotection LPLIIIandLPLIV,suchassmalladministrationcomplexes,residentialbuildings,familyhousesorpropertiesandhallswithouttheincidenceofpersonsandindoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandard EN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.Sindicationspecifiesaversionwithremotemonitoring.

39


HLSA*(HakelLightningandSurgeArrester)of the„G-Line“ range isa lightningandsurgearresteraccordingtoEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristorsincombinationwithgasdischargetube,whichensureszeroleakagecurrentinthePEconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIIIandLPLIV,suchassmalladministrationcomplexes, residentialbuildings, familyhousesorpropertiesandhallswithoutthe incidenceofpersonsand indoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011 (IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.Sindicationspecifiesaversionwithremotemonitoring.


HLSA12,5-275/1+1HLSA12,5-275/1+1 S

Type HLSA12,5-275/1+1, HLSA12,5-275/1+1 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20)L/N Imax 50kAImpulsedischargecurrentforclassItest(10/350)L/N limp 12,5kAChargeL/N Q 6,25AsSpecificenergyforclassItestL/N W/R 39kJ/ΩImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 25kAChargeN/PE Q 12,5AsSpecificenergyforclassItestN/PE W/R 156kJ/ΩTotaldischargecurrent(10/350)L1+N->PE ITOTAL 25kATotaldischargecurrent(8/20)L1+N->PE ITOTAL 50kANominaldischargecurrentforclassIItest(8/20)L/N In 25kANominaldischargecurrentforclassIItest(8/20)N/PE In 30kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumberHLSA12,5-275/1+1 10059HLSA12,5-275/1+1S 10023

40

Lightning and surge arrester / varistor / TYPE 1+2TYPE 1+2 / CLASS I+II / TN-S /

Type HLSA12,5-275/2+0, HLSA12,5-275/2+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350)L/N limp 12,5kACharge Q 6,25AsSpecificenergyforclassItest W/R 39kJ/ΩTotaldischargecurrent(10/350)L1+N->PE ITOTAL 25kATotaldischargecurrent(8/20)L1+N->PE ITOTAL 100kANominaldischargecurrentforclassIItest(8/20) In 25kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumbeHLSA12,5-275/2+0 10060HLSA12,5-275/2+0S 10026

HLSA12,5-275/2+0HLSA12,5-275/2+0 SHLSA* (Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningand surgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristors.Itsparametersenableusageinbuildingswithconsiderablelevelsofprotection LPLIIIandLPLIV,suchassmalladministrationcomplexes,residentialbuildings,familyhousesorpropertiesandhallswithouttheincidenceofpersonsandindoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

41

Lightning and surge arrester / varistor / TYPE 1+2TYPE 1+2 / CLASS I+II / TN-C /

Type HLSA12,5-275/3+0, HLSA12,5-275/3+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-CMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350) Iimp 12,5kACharge Q 6,25AsSpecificenergyforclassItest W/R 39kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3->PEN ITOTAL 37,5kATotaldischargecurrent(8/20)L1+L2+L3->PEN ITOTAL 150kANominaldischargecurrentforclassIItest(8/20) In 20kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







HLSA12,5-275/3+0HLSA12,5-275/3+0 SHLSA* (Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningand surgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristors.Itsparametersenableusageinbuildingswithconsiderablelevelsofprotection LPLIIIandLPLIV,suchassmalladministrationcomplexes,residentialbuildings,familyhousesorpropertiesandhallswithouttheincidenceofpersonsandindoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPENterminals,whichcannotbeusedasaPENbridge.Sindicationspecifiesaversionwithremotemonitoring.

42


Type HLSA12,5-275/3+1, HLSA12,5-275/3+1 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20)L/N Imax 50kAImpulsedischargecurrentforclassItest(10/350)L/N limp 12,5kAChargeL/N Q 6,25AsSpecificenergyforclassItestL/N W/R 39kJ/ΩImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 50kAChargeN/PE Q 25AsSpecificenergyforclassItestN/PE W/R 625kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3+N->PE ITOTAL 50kATotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 100kANominaldischargecurrentforclassIItest(8/20) In 25kANominaldischargecurrentforclassIItest(8/20)N/PE In 50kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







HLSA*(HakelLightningandSurgeArrester)of the„G-Line“ range isa lightningandsurgearresteraccordingtoEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristorsincombinationwithgasdischargetube,whichensureszeroleakagecurrentinthePEconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIIIandLPLIV,suchassmalladministrationcomplexes, residentialbuildings, familyhousesorpropertiesandhallswithoutthe incidenceofpersonsand indoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011 (IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.Sindicationspecifiesaversionwithremotemonitoring.

HLSA12,5-275/3+1HLSA12,5-275/3+1 S

43


Type HLSA12,5-275/4+0, HLSA12,5-275/4+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350) limp 12,5kACharge Q 6,25AsSpecificenergyforclassItest W/R 39kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3+N->PE ITOTAL 50kATotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 200kANominaldischargecurrentforclassIItest(8/20) In 25kAVoltageprotectionlevel Up <1,2kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumberHLSA12,5-275/4+0 10065HLSA12,5-275/4+0S 10 051

HLSA12,5-275/4+0HLSA12,5-275/4+0 SHLSA* (Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningand surgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristors.Itsparametersenableusageinbuildingswithconsiderablelevelsofprotection LPLIIIandLPLIV,suchassmalladministrationcomplexes,residentialbuildings,familyhousesorpropertiesandhallswithouttheincidenceofpersonsandindoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

44

Lightning and surge arrester / varistor / TYPE 1+2TYPE 1+2 / CLASS I+II /

Type HLSA12,5-275 M, HLSA12,5-275 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IIMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350) Iimp 12,5kACharge Q 6,25AsSpecificenergyforclassItest W/R 39kJ/ΩNominaldischargecurrentforclassIItest(8/20) In 25kAVoltageprotectionlevel Up <1,25kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumberHLSA12,5-275M 16080HLSA12,5-275MS 16090

HLSA12,5-275 MHLSA12,5-275 M SHLSA*M(Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningand surgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenableusage inbuildingswithconsiderable levelsofprotection LPLIIIandLPLIV,suchassmalladministrationcomplexes,residentialbuildings,familyhousesorpropertiesandhallswithouttheincidenceofpersonsandindoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandard EN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

45


Type HLSA12,5-275/1+1 M, HLSA12,5-275/1+1 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20)L/N Imax 50kAImpulsedischargecurrentforclassItest(10/350)L/N limp 12,5kAChargeL/N Q 6,25AsSpecificenergyforclassItestL/N W/R 39kJ/ΩImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 25kAChargeN/PE Q 12,5AsSpecificenergyforclassItestN/PE W/R 156kJ/ΩTotaldischargecurrent(10/350)L1+N->PE ITOTAL 25kATotaldischargecurrent(8/20)L1+N->PE ITOTAL 50kANominaldischargecurrentforclassIItest(8/20)L/N In 25kANominaldischargecurrentforclassIItest(8/20)N/PE In 30kAVoltageprotectionlevel Up <1,25kVTemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumberHLSA12,5-275/1+1M 16081HLSA12,5-275/1+1MS 16091

HLSA*M(HakelLightningandSurgeArrester)ofthe„G-Line“rangeisalightningandsurgearresteraccordingtoEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristorsincombinationwithgasdischargetube,whichensureszeroleakagecurrentinthePEconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIIIandLPLIV,suchassmalladministrationcomplexes, residentialbuildings, familyhousesorpropertiesandhallswithoutthe incidenceofpersonsand indoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011 (IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

HLSA12,5-275/1+1 MHLSA12,5-275/1+1 M S

46


Type HLSA12,5-275/2+0 M, HLSA12,5-275/2+0 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350) Iimp 12,5kACharge Q 6,25AsSpecificenergyforclassItest W/R 39kJ/ΩTotaldischargecurrent(10/350)L1+N->PE ITOTAL 25kATotaldischargecurrent(8/20)L1+N->PE ITOTAL 100kANominaldischargecurrentforclassIItest(8/20) In 25kAVoltageprotectionlevel Up <1,25kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







HLSA12,5-275/2+0 MHLSA12,5-275/2+0 M SHLSA*M(Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningand surgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenableusage inbuildingswithconsiderable levelsofprotection LPLIIIandLPLIV,suchassmalladministrationcomplexes,residentialbuildings,familyhousesorpropertiesandhallswithouttheincidenceofpersonsandindoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

47

Lightning and surge arrester / varistor / TYPE 1+2TYPE 1+2 / CLASS I+II / TN-C /

Type HLSA12,5-275/3+0 M, HLSA12,5-275/3+0 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-CMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350) Iimp 12,5kACharge Q 6,25AsSpecificenergyforclassItest W/R 39kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3->PEN ITOTAL 37,5kATotaldischargecurrent(8/20)L1+L2+L3->PEN ITOTAL 150kANominaldischargecurrentforclassIItest(8/20) In 25kAVoltageprotectionlevel Up <1,25kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







HLSA12,5-275/3+0 MHLSA12,5-275/3+0 M SHLSA*M(Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningand surgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenableusage inbuildingswithconsiderable levelsofprotection LPLIIIandLPLIV,suchassmalladministrationcomplexes,residentialbuildings,familyhousesorpropertiesandhallswithouttheincidenceofpersonsandindoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandard EN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPENterminals,whichcannotbeusedasaPENbridge.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

48


Type HLSA12,5-275/3+1 M, HLSA12,5-275/3+1 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350)L/N limp 12,5kAChargeL/N Q 6,25AsSpecificenergyforclassItestL/N W/R 39kJ/ΩImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 50kAChargeN/PE Q 25AsSpecificenergyforclassItestN/PE W/R 625kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3+N->PE ITOTAL 50kATotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 100kANominaldischargecurrentforclassIItest(8/20)L/N In 25kANominaldischargecurrentforclassIItest(8/20)N/PE In 50kAVoltageprotectionlevel Up <1,25kVTemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







HLSA*M(HakelLightningandSurgeArrester)ofthe„G-Line“rangeisalightningandsurgearresteraccordingtoEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristorsincombinationwithgasdischargetube,whichensureszeroleakagecurrentinthePEconductor.ItsparametersenableusageinbuildingswithconsiderablelevelsofprotectionLPLIIIandLPLIV,suchassmalladministrationcomplexes, residentialbuildings, familyhousesorpropertiesandhallswithoutthe incidenceofpersonsand indoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandardEN62305:2011 (IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

HLSA12,5-275/3+1 MHLSA12,5-275 S/3+1 M S

49


Type HLSA12,5-275/4+0 M, HLSA12,5-275/4+0 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350) Iimp 12,5kACharge Q 6,25AsSpecificenergyforclassItest W/R 39kJ/ΩTotaldischargecurrent(10/350)L1+L2+L3+N->PE ITOTAL 50kATotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 200kANominaldischargecurrentforclassIItest(8/20) In 25kAVoltageprotectionlevel Up <1,25kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







HLSA12,5-275/4+0 MHLSA12,5-275/4+0 M SHLSA*M(Hakel LightningandSurgeArrester)of the„G-Line“ range isa lightningand surgearresteraccording toEN61643-11:2012 (IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenableusage inbuildingswithconsiderable levelsofprotection LPLIIIandLPLIV,suchassmalladministrationcomplexes,residentialbuildings,familyhousesorpropertiesandhallswithouttheincidenceofpersonsandindoorequipment.ThedeviceistobeinstalledontheinterfaceofLPZ0–LPZ1andhigherzonesaccordingtostandard EN62305:2011(IEC62305:2010),closesttowhereoverheadlineentersthebuildingi.e.inthemaindistributionboards.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

50

Lightning and surge arrester / varistor / TYPE 1+2 TYPE 1+2TYPE 1+2 / CLASS I+II /

Typ HLSA12,5-275 ModuleTestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE1+2,CLASSI+IIMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kAImpulsedischargecurrentforclassItest(10/350) Iimp 12,5kACharge Q 6,25AsSpecificenergyforclassItest W/R 39kJ/ΩNominaldischargecurrentforclassIItest(8/20) In 25kAVoltageprotectionlevel Up <1,25kVTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms

LPZ 0-1 and higherHousingmaterial PolyamidPA6,UL94V-0Operatingtemperaturerange J -40°C...+70°CThemountingmethod/operatingposition intotheHLSAbase/any


Lifetime min.100000hWeight m 80gArticlenumber 16086

HLSA12,5-275 ModuleTheHLSA*ModuleisadevicedesignedtolimitsurgevoltagesanddivertsurgecurrentsaccordingtostandardIEC61643-11:2011.Itconsistsofhigh-performanceMOV-typevaristorsanditsparametersallowittobeusedinbuildingswithintendedprotectionlevelsLPLIIIorLPLIV,suchassmalladministrativebuildings,residentialbuildings,houses,orbuildingsorhallswithoutinternalequipmentandhumanpresence.ItisinstalledintheboundarybetweenprotectionzonesLPZ0-LPZ1orhigheraccordingtostandardIEC62305:2010ascloseaspossibletotheentryofcablelinesintothebuilding-mainswitchboards.

51


Product name specification

Single-pole / solid versionArt. No. Type10211 HLSA12,5-7510217 HLSA12,5-75S10251 HLSA12,5-15010257 HLSA12,5-150S10058 HLSA12,5-27510007 HLSA12,5-275S10301 HLSA12,5-32010307 HLSA12,5-320S10321 HLSA12,5-38510327 HLSA12,5-385S10333 HLSA12,5-44010339 HLSA12,5-440S10345 HLSA12,5-60010351 HLSA12,5-600S

Recommended sets / solid versionArt. No. Type10212 HLSA12,5-75/1+110213 HLSA12,5-75/2+010214 HLSA12,5-75/3+010215 HLSA12,5-75/3+110216 HLSA12,5-75/4+010218 HLSA12,5-75/1+1S10219 HLSA12,5-75/2+0S10220 HLSA12,5-75/3+0S10221 HLSA12,5-75/3+1S10222 HLSA12,5-75/4+0S10252 HLSA12,5-150/1+110253 HLSA12,5-150/2+010254 HLSA12,5-150/3+010255 HLSA12,5-150/3+110256 HLSA12,5-150/4+010258 HLSA12,5-150/1+1S

10259 HLSA12,5-150/2+0S10260 HLSA12,5-150/3+0S10261 HLSA12,5-150/3+1S10262 HLSA12,5-150/4+0S10059 HLSA12,5-275/1+110060 HLSA12,5-275/2+010062 HLSA12,5-275/3+010063 HLSA12,5-275/3+110065 HLSA12,5-275/4+010023 HLSA12,5-275/1+1S10026 HLSA12,5-275/2+0S10038 HLSA12,5-275/3+0S10039 HLSA12,5-275/3+1S10051 HLSA12,5-275/4+0S10302 HLSA12,5-320/1+110303 HLSA12,5-320/2+010304 HLSA12,5-320/3+010305 HLSA12,5-320/3+110306 HLSA12,5-320/4+010308 HLSA12,5-320/1+1S10309 HLSA12,5-320/2+0S10310 HLSA12,5-320/3+0S10311 HLSA12,5-320/3+1S10312 HLSA12,5-320/4+0S10322 HLSA12,5-385/1+110323 HLSA12,5-385/2+010324 HLSA12,5-385/3+010325 HLSA12,5-385/3+110326 HLSA12,5-385/4+010328 HLSA12,5-385/1+1S10329 HLSA12,5-385/2+0S10330 HLSA12,5-385/3+0S10331 HLSA12,5-385/3+1S10332 HLSA12,5-385/4+0S10334 HLSA12,5-440/1+1

10335 HLSA12,5-440/2+010336 HLSA12,5-440/3+010337 HLSA12,5-440/3+110338 HLSA12,5-440/4+010340 HLSA12,5-440/1+1S10341 HLSA12,5-440/2+0S10342 HLSA12,5-440/3+0S10343 HLSA12,5-440/3+1S10344 HLSA12,5-440/4+0S10346 HLSA12,5-600/1+110347 HLSA12,5-600/2+010348 HLSA12,5-600/3+010349 HLSA12,5-600/3+110350 HLSA12,5-600/4+010352 HLSA12,5-600/1+1S10353 HLSA12,5-600/2+0S10354 HLSA12,5-600/3+0S10355 HLSA12,5-600/3+1S10356 HLSA12,5-600/4+0S

HLSA12,5-*/** M S

HLSA 12,5 75 1+1 M S

spare module (for voltage

UC 275 V AC)

voltage UC

type


remote monitoring

2+03+03+14+0

150275320385440600

* **/-

T1 T2

Single-pole / modular versionArt. No. Type16080 HLSA12,5-275M16090 HLSA12,5-275MS

Recomended sets / modular versionArt. No. Type16081 HLSA12,5-275/1+1M16082 HLSA12,5-275/2+0M16083 HLSA12,5-275/3+0M16084 HLSA12,5-275/3+1M16085 HLSA12,5-275/4+0M16091 HLSA12,5-275/1+1MS16092 HLSA12,5-275/2+0MS16093 HLSA12,5-275/3+0MS16094 HLSA12,5-275/3+1MS16095 HLSA12,5-275/4+0MS

Spare moduleArt. No. Type16086 HLSA12,5-275Module

52

Surge arrester / varistor / TYPE 2+3TYPE 2+3 / CLASS II+III /

HSA-275HSA-275 SHSA*(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenable itsuse incomplexcircumstances.Thedevice is tobe installedonthe interfaceof LPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.Sindicationspecifiesaversionwithremotemonitoring.

Type HSA-275, HSA-275 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIIMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVVoltageprotectionlevelatIn Up <1,2kVVoltageprotectionlevelatUOC Up <800VTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms

LPZ 1-3Housingmaterial PolyamidPA6,UL94V-0Degreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors(attighteningmomentofclamps3Nm) 25mm²(solid)-16mm²(wire)





ArticlenumberHSA-275 24527HSA-275S 24 520

53

Surge arrester / varistor + gas discharge tube / TYPE 2+3TYPE 2+3 / CLASS II+III / TN-S / TT /

HSA-275/1+1HSA-275/1+1 SHSA*(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristorsincombinationwithgasdischargetube,whichensureszeroleakagecurrentinthePEconductor.Itsparametersenableitsuseincomplexcircumstances.ThedeviceistobeinstalledontheinterfaceofLPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.Sindicationspecifiesaversionwithremotemonitoring.

Type HSA-275/1+1, HSA-275/1+1 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVTotaldischargecurrent(8/20)L1+N->PE ITOTAL 50kAVoltageprotectionlevelatIn Up <1,2kVVoltageprotectionlevelatUOC Up <800VImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 20kATemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumberHSA-275/1+1 24528HSA-275/1+1S 24 521

54

Surge arrester / varistor / TYPE 2+3TYPE 2+3 / CLASS II+III / TN-S /

HSA-275/2+0HSA-275/2+0 SHSA*(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenable itsuse incomplexcircumstances.Thedevice is tobe installedonthe interfaceof LPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

Type HSA-275/2+0, HSA-275/2+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kATotaldischargecurrent(8/20)L1+N->PE ITOTAL 100kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVVoltageprotectionlevelatIn Up <1,2kVVoltageprotectionlevelatUOC Up <800VTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







55

Surge arrester / varistor / TYPE 2+3TYPE 2+3 / CLASS II+III / TN-C /

HSA-275/3+0HSA-275/3+0 SHSA*(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenable itsuse incomplexcircumstances.Thedevice is tobe installedonthe interfaceof LPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.TheproducthastwoPENterminals,whichcannotbeusedasaPENbridge.Sindicationspecifiesaversionwithremotemonitoring.

Type HSA-275/3+0, HSA-275/3+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-CMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVTotaldischargecurrent(8/20)L1+L2+L3->PEN ITOTAL 150kAVoltageprotectionlevelatIn Up <1,2kVVoltageprotectionlevelatUOC Up <800VTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumberHSA-275/3+0 24530HSA-275/3+0S 24523

56


HSA-275/3+1HSA-275/3+1 SHSA*(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristorsincombinationwithgasdischargetube,whichensureszeroleakagecurrentinthePEconductor.Itsparametersenableitsuseincomplexcircumstances.ThedeviceistobeinstalledontheinterfaceofLPZ1–LPZ2andhigherzonesaccordingtostandard EN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.Sindicationspecifiesaversionwithremotemonitoring.

Type HSA-275/3+1, HSA-275/3+1 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVTotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 50kAVoltageprotectionlevelatIn Up <1,2kVVoltageprotectionlevelatUOC Up <800VImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 20kATemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







57

Surge arrester / varistor / TYPE 2+3TYPE 2+3 / CLASS II+III / TN-S /

HSA-275/4+0HSA-275/4+0 SHSA*(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenable itsuse incomplexcircumstances.Thedevice is tobe installedonthe interfaceof LPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.

Type HSA-275/4+0, HSA-275/4+0 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVTotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 200kAVoltageprotectionlevelatIn Up <1,2kVVoltageprotectionlevelatUOC Up <800VTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







58


HSA*M(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenable itsuse incomplexcircumstances.Thedevice is tobe installedonthe interfaceof LPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

HSA-275 MHSA-275 M S

Type HSA-275 M, HSA-275 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIIMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVVoltageprotectionlevelatIn Up <1,25kVVoltageprotectionlevelatUOC Up <850VTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumberHSA-275M 27080HSA-275MS 27090

59


HSA*M(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristorsincombinationwithgasdischargetube,whichensureszeroleakagecurrentinthePEconductor.Itsparametersenableitsuseincomplexcircumstances.ThedeviceistobeinstalledontheinterfaceofLPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

HSA-275/1+1 MHSA-275/1+1 M S

Type HSA-275/1+1 M, HSA-275/1+1 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVTotaldischargecurrent(8/20)L1+N->PE ITOTAL 50kAVoltageprotectionlevelatIn Up <1,25kVVoltageprotectionlevelatUOC Up <850VImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 20kATemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms






ArticlenumberHSA-275/1+1M 27081HSA-275/1+1MS 27091

60

Surge arrester / varistor / TYPE 2+3

HSA*M(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenable itsuse incomplexcircumstances.Thedevice is tobe installedonthe interfaceof LPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.M indicationspecifiesatypeofconstructionwithremovablemodule.

HSA-275/2+0 MHSA-275/2+0 M S

TYPE 2+3 / CLASS II+III / TN-S /

Type HSA-275/2+0 M, HSA-275/2+0 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVTotaldischargecurrent(8/20)L1+N->PE ITOTAL 100kAVoltageprotectionlevelatIn Up <1,25kVVoltageprotectionlevelatUOC Up <850VTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







61

Surge arrester / varistor + gas discharge tube / TYPE 2+3

HSA*M(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenable itsuse incomplexcircumstances.Thedevice is tobe installedonthe interfaceof LPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.TheproducthastwoPENterminals,whichcannotbeusedasaPENbridge.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

HSA-275/3+0 MHSA-275/3+0 M S

TYPE 2+3 / CLASS II+III / TN-C /

Type HSA-275/3+0 M, HSA-275/3+0 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-CMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVTotaldischargecurrent(8/20)L1+L2+L3->PEN ITOTAL 150kAVoltageprotectionlevelatIn Up <1,25kVVoltageprotectionlevelatUOC Up <850VTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







62

Surge arrester / varistor + gas discharge tube / TYPE 2+3

HSA*M(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristorsincombinationwithgasdischargetube,whichensureszeroleakagecurrentinthePEconductor.Itsparametersenableitsuseincomplexcircumstances.ThedeviceistobeinstalledontheinterfaceofLPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

HSA-275/3+1 MHSA-275/3+1 M S

TYPE 2+3 / CLASS II+III / TN-S / TT /

Type HSA-275/3+1 M, HSA-275/3+1 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-S,TTMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVTotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 50kAVoltageprotectionlevelatIn Up <1,25kVVoltageprotectionlevelatUOC Up <850VImpulsedischargecurrentforclassItest(10/350)N/PE Iimp 20kATemporaryovervoltage(TOV)L/N UT 337V/5sTemporaryovervoltage(TOV)N/PE UT 1200V/0,2sResponsetimeL/N tA <25nsResponsetimeN/PE tA <100nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







63

Surge arrester / varistor / TYPE 2+3

HSA*M(HakelSurgeArrester)ofthe„G-Line“rangeisasurgearresteraccordingtoEN61643-11:2012(IEC61643-11:2011)consistingofhighenergyvaristors. Itsparametersenable itsuse incomplexcircumstances.Thedevice is tobe installedonthe interfaceof LPZ1–LPZ2andhigherzonesaccordingtostandardEN62305:2011(IEC62305:2010),i.e.intosubsidiaryswitchboardsandcontrolboxes.TheproducthastwoPEterminals,whichcannotbeusedasaPEbridge.Sindicationspecifiesaversionwithremotemonitoring.Mindicationspecifiesatypeofconstructionwithremovablemodule.

HSA-275/4+0 MHSA-275/4+0 M S

TYPE 2+3 / CLASS II+III / TN-S /

Type HSA-275/4+0 M, HSA-275/4+0 M STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIISystem TN-SMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVTotaldischargecurrent(8/20)L1+L2+L3+N->PE ITOTAL 200kAVoltageprotectionlevelatIn Up <1,25kVVoltageprotectionlevelatUOC Up <850VTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsMax.back-upfuse 160AgL/gGShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms







64


TheHSA*ModuleisadevicedesignedtolimitsurgevoltagesaccordingtostandardIEC61643-11:2011.Itconsistsofhigh-performanceMOV-typevaristorsanditsparametersallowforcomplexuse.ItisinstalledintheboundarybetweenprotectionzonesLPZ1-LPZ3accordingtostandardIEC62305:2010insub-switchboardsandcontrolcabinets.

HSA-275 Module

Type HSA-275 ModuleTestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE2+3,CLASSII+IIIMax.continuousoperatingvoltage UC 275VAC/350VDCMaximumdischargecurrent(8/20) Imax 50kANominaldischargecurrentforclassIItest(8/20) In 20kAOpencircuitvoltage UOC 6kVVoltageprotectionlevelatIn Up <1,25kVVoltageprotectionlevelatUOC Up <850VTemporaryovervoltage(TOV) UT 337V/5sResponsetime tA <25nsShort-circuitcurrentratingat160AgL/gG ISCCR 60kArms

LPZ 1-3Housingmaterial PolyamidPA6,UL94V-0Operatingtemperaturerange J -40°C...+70°CThemountingmethod/operatingposition intotheHLSAbase/any


Lifetime min.100000hWeight m 42 gArticlenumber 27086

65

Surge arrester / varistor + gas discharge tube / TYPE 2+3Surge arrester / TYPE 2+3

Product name specification

HSA-*/** M S T2 T3

HSA 75 1+1 M S

spare module (for voltage

UC 75 - 600 V AC)

voltage UC

type

connection combination

remote monitoring

2+03+03+14+0

* **/-

150275320385440600720850

Single-pole / solid versionArt. No. Type24501 HSA-7524507 HSA-75S24533 HSA-15024539 HSA-150S24527 HSA-27524520 HSA-275S24545 HSA-32024551 HSA-320S24557 HSA-38524563 HSA-385S24569 HSA-44024575 HSA-440S24581 HSA-60024587 HSA-600S24601 HSA-72024607 HSA-720S24613 HSA-85024619 HSA-850S

Recommended sets / solid versionArt. No. Type24502 HSA-75/1+124503 HSA-75/2+024504 HSA-75/3+024505 HSA-75/3+124506 HSA-75/4+024508 HSA-75/1+1S24509 HSA-75/2+0S24510 HSA-75/3+0S24511 HSA-75/3+1S24512 HSA-75/4+0S24533 HSA-15024534 HSA-150/1+124535 HSA-150/2+024536 HSA-150/3+024537 HSA-150/3+124538 HSA-150/4+024540 HSA-150/1+1S24541 HSA-150/2+0S24542 HSA-150/3+0S24543 HSA-150/3+1S24544 HSA-150/4+0S24521 HSA-275/1+1S24522 HSA-275/2+0S24523 HSA-275/3+0S24524 HSA-275/3+1S24525 HSA-275/4+0S24528 HSA-275/1+124529 HSA-275/2+024530 HSA-275/3+024531 HSA-275/3+124532 HSA-275/4+0

24546 HSA-320/1+124547 HSA-320/2+024548 HSA-320/3+024549 HSA-320/3+124550 HSA-320/4+024552 HSA-320/1+1S24553 HSA-320/2+0S24554 HSA-320/3+0S24555 HSA-320/3+1S24556 HSA-320/4+0S24558 HSA-385/1+124559 HSA-385/2+024560 HSA-385/3+024561 HSA-385/3+124562 HSA-385/4+024564 HSA-385/1+1S24565 HSA-385/2+0S24566 HSA-385/3+0S24567 HSA-385/3+1S24568 HSA-385/4+0S24570 HSA-440/1+124571 HSA-440/2+024572 HSA-440/3+024573 HSA-440/3+124574 HSA-440/4+024576 HSA-440/1+1S24577 HSA-440/2+0S24578 HSA-440/3+0S24579 HSA-440/3+1S24580 HSA-440/4+0S24582 HSA-600/1+124583 HSA-600/2+024584 HSA-600/3+024585 HSA-600/3+124586 HSA-600/4+024588 HSA-600/1+1S24589 HSA-600/2+0S24590 HSA-600/3+0S24591 HSA-600/3+1S24592 HSA-600/4+0S24602 HSA-720/1+124603 HSA-720/2+024604 HSA-720/3+024605 HSA-720/3+124606 HSA-720/4+024608 HSA-720/1+1S24609 HSA-720/2+0S24610 HSA-720/3+0S24611 HSA-720/3+1S24612 HSA-720/4+0S24614 HSA-850/1+124615 HSA-850/2+024616 HSA-850/3+024617 HSA-850/3+1

24618 HSA-850/4+024620 HSA-850/1+1S24621 HSA-850/2+0S24622 HSA-850/3+0S24623 HSA-850/3+1S24624 HSA-850/4+0S

Single-pole / modular versionArt. No. Type27180 HSA-75M27181 HSA-75MS27182 HSA-150M27183 HSA-150MS27080 HSA-275M27090 HSA-275MS27184 HSA-320M27185 HSA-320MS27186 HSA-385M27187 HSA-385MS27188 HSA-440M27189 HSA-440MS27550 HSA-600M27556 HSA-600MS

Recomended sets / modular versionArt. No. Type27500 HSA-75/1+1M27501 HSA-75/2+0M27502 HSA-75/3+0M27503 HSA-75/3+1M27504 HSA-75/4+0M27505 HSA-75/1+1MS27506 HSA-75/2+0MS27507 HSA-75/3+0MS27508 HSA-75/3+1MS27509 HSA-75/4+0MS27510 HSA-150/1+1M27511 HSA-150/2+0M27512 HSA-150/3+0M27513 HSA-150/3+1M27514 HSA-150/4+0M27515 HSA-150/1+1MS27516 HSA-150/2+0MS27517 HSA-150/3+0MS27518 HSA-150/3+1MS27519 HSA-150/4+0MS27081 HSA-275/1+1M27082 HSA-275/2+0M27083 HSA-275/3+0M27084 HSA-275/3+1M27085 HSA-275/4+0M27091 HSA-275/1+1MS27092 HSA-275/2+0MS27093 HSA-275/3+0MS

27094 HSA-275/3+1MS27095 HSA-275/4+0MS27520 HSA-320/1+1M27521 HSA-320/2+0M27522 HSA-320/3+0M27523 HSA-320/3+1M27524 HSA-320/4+0M27525 HSA-320/1+1MS27526 HSA-320/2+0MS27527 HSA-320/3+0MS27528 HSA-320/3+1MS27529 HSA-320/4+0MS27530 HSA-385/1+1M27531 HSA-385/2+0M27532 HSA-385/3+0M27533 HSA-385/3+1M27534 HSA-385/4+0M27535 HSA-385/1+1MS27536 HSA-385/2+0MS27537 HSA-385/3+0MS27538 HSA-385/3+1MS27539 HSA-385/4+0MS27540 HSA-440/1+1M27541 HSA-440/2+0M27542 HSA-440/3+0M27543 HSA-440/3+1M27544 HSA-440/4+0M27545 HSA-440/1+1MS27546 HSA-440/2+0MS27547 HSA-440/3+0MS27548 HSA-440/3+1MS27549 HSA-440/4+0MS27551 HSA-600/1+1M27552 HSA-600/2+0M27553 HSA-600/3+0M27554 HSA-600/3+1M27555 HSA-600/4+0M27557 HSA-600/1+1MS27558 HSA-600/2+0MS27559 HSA-600/3+0MS27560 HSA-600/3+1MS27561 HSA-600/4+0MS

Spare moduleArt. No. Type27190 HSA-75Module27191 HSA-150Module27086 HSA-275Module27192 HSA-320Module27193 HSA-385Module27194 HSA-440Module27195 HSA-600Module

66

Surge arrester / varistor & EMC / EMI filter / TYPE 3

HSAF10, HSAF10 SHSAF16, HSAF16 S

TYPE 3 / CLASS III / TN-C-S / TN-S /

HSAF*(HakelSurgeArresterFilter)isatwo-stagesurgearrester.Itfeaturesahigh-frequencyfilterintegratedbetweenthetwostages.HSAF*containsanimprovedthermalfusewhichensurestimelydisconnectionoftheHSAF*fromthepowergridduringoverheatingandthuspreventsdamagetotheHSAF*.Activationofthethermalfuseissignalledbyanintegralindicatorlightwiththeoptiontoutilizeitsswitchingcontactforremotefaultsignalling(S).Duethenewdesignofthethermalfuse,theprotectivevoltagelevelis100Vlowerthaninthepreviousseriesoffilters.TheHSAF*SisatypeT3two-portsurgearresterandhasbeentestedaccordingtostandardsIEC61643-11:2011andCISPR17:2011.AccordingtostandardIEC62305:2010,itisinstalledintheboundarybetweenzonesLPZ2-LPZ3,whereitlimitsinducedovervoltageandresidualovervoltageinpowerlines.HSAF*aredesignedtobemountedona35mmDINrailusingametalclip.

Manufacturer’s recommendation:InstalltheHSAF*asclosetothedevicetobeprotectedaspossible(nofurtherthan5m).AHakelT1andT2lightningandsurgearrestermustbeinstalledbeforetheHSAF*.

Type HSAF10, HSAF10 S HSAF16, HSAF16 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE3,CLASSIIISystem TN-C-S,TN-SMax.continuousoperatingvoltage UC 275VACRatedloadcurrent IL 10 A 16 A

Combinedimpulse UOC

6kV(L/N,L/PE)10kV(N/PE)

VoltageprotectionlevelatUOC Up

<750V(L/N)<1kV(L/PE)<1,5kV(N/PE)

NominaldischargecurrentIn (8/20) In3 kA(L/N,L/PE)5kA(N/PE)

Temporaryovervoltage(TOV) UT

337V/5s(L/N)1200V/0,2s(N/PE)

Responsetime tA<25ns(L/N)

<100ns(L/PE,N/PE)

Asymmetricalattenuationoffilter (band-stopfilter)

min.80dBat4MHzmin.40dB(0,15÷30MHz)

Powerlossatwindingtemp.20°C <2,2W <3,5WBack-upfuse 10A 16ALPZ 2-3Housingmaterial PolyamidPA6,UL94V-0Degreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+55°CCross-sectionoftheconnectedconductors 2,5-4 mm² Tighteningmomentofclamps 0,5NmThemountingmethod/operatingposition DINrail35mm/any




ArticlenumberHSAF* 30160 30161HSAF*S 30170 30171

67


HSAF10/*VDC

TYPE 3 / CLASS III / DC /

Type HSAF10/6VDC

HSAF10/12VDC

HSAF10/24VDC

HSAF10/48VDC

HSAF10/60VDC

HSAF10/120VDC

HSAF10/220VDC

TestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE3,CLASSIII

System DCNominalvoltage UN 6V= 12 V = 24 V = 48V= 60V= 120 V = 220 V =Max.continuousoperatingvoltage UC 7,2V= 14,4V= 28,8V= 57,6V= 72V= 144 V = 264V=NominaldischargecurrentIn (8/20) In 2kA 3kARatedloadcurrent IL 10ACombinedimpulse UOC 4 kV 6kVVoltageprotectionlevelatUOC(+/-) UP <350V <350V < 400 V < 500 V < 550 V <900V <1300VVoltageprotectionlevelatUOC(+-/PE) UP <300V < 400 V <600V <800V

Responsetime tA<25ns(+/-)

<100ns(+-/PE)



Powerlossatwindingtemp.20°C <2,2WBack-upfuse 10ALPZ 2-3Housingmaterial PolyamidPA6,UL94V-0Degreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+55°CCross-sectionoftheconnectedconductors 1,5-4mm2 Cu

Themountingmethod,operatingposition

DINrail35mm,any


Lifetime min.100000hWeight m 165gArticlenumber HSAF10/* 30149 30150 30157 30158 30159 30162 30163

HSAF10/*VDCisasurgearresterwithintegratedhigh-frequencyfilterdesignedforDCpowersupplysystems.HSAF10/*VDCcontainsanimprovedthermalfusewhichensurestimelydisconnectionofthedevicefromthepowergridduringoverheatingandthuspreventsdamagetotheHSAF10/*VDC.Activationofthethermalfuseissignalledbyanintegral indicator light.TheHSAF10/*VDCisatypeT3 two-port surgearresterandhasbeen testedaccording to standardsEN61643-11 (IEC61643-11:2011).According to standard EN62305(IEC62305:2010),itisinstalledintheboundarybetweenzonesLPZ2-LPZ3,whereitlimitsinducedovervoltageandresidualovervoltageinpowerlines.HSAF10/*VDCaredesignedtobemountedona35mmDINrailusingametalclip.

Manufacturer’s recommendation: InstalltheHSAF10/*VDCasclosetothedevicetobeprotectedaspossible(nofurtherthan5mTheremustbeHakel’slightningandsurgearresterT1andT2installedbeforetheHSAF10/*VDC.

68


HSAF16/*VDCisasurgearresterwithintegratedhigh-frequencyfilterdesignedforDCpowersupplysystems.HSAF16/*VDCcontainsanimprovedthermalfusewhichensurestimelydisconnectionofthedevicefromthepowergridduringoverheatingandthuspreventsdamagetotheHSAF16/*VDC.Activationofthethermalfuseissignalledbyanintegral indicator light.TheHSAF16/*VDCisatypeT3 two-port surgearresterandhasbeen testedaccording to standardsEN61643-11 (IEC61643-11:2011).According to standard EN62305(IEC62305:2010),itisinstalledintheboundarybetweenzonesLPZ2-LPZ3,whereitlimitsinducedovervoltageandresidualovervoltageinpowerlines.HSAF16/*VDCaredesignedtobemountedona35mmDINrailusingametalclip.

Manufacturer’s recommendation: InstalltheHSAF16/*VDCasclosetothedevicetobeprotectedaspossible(nofurtherthan5mTheremustbeHakel’slightningandsurgearresterT1andT2installedbeforetheHSAF16/*VDC.

HSAF16/*VDC


Type HSAF16/6VDC

HSAF16/12VDC

HSAF16/24VDC

HSAF16/48VDC

HSAF16/60VDC

HSAF16/120VDC

HSAF16/220VDC


System DCNominalvoltage UN 6V= 12 V = 24 V = 48V= 60V= 120 V = 220 V =Max.continuousoperatingvoltage UC 7,2V= 14,4V= 28,8V= 57,6V= 72V= 144 V = 264V=NominaldischargecurrentIn (8/20) In 2kA 3kARatedloadcurrent IL 16ACombinedimpulse UOC 4 kV 6kVVoltageprotectionlevelatUOC(+/-) UP <350V <350V < 400 V < 500 V < 550 V <900V <1300VVoltageprotectionlevelatUOC(+-/PE) UP <300V < 400 V <600V <800V


<100ns(+-/PE)



Powerlossatwindingtemp.20°C <3,5WBack-upfuse 16ALPZ 2-3Housingmaterial PolyamidPA6,UL94V-0Degreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+55°CCross-sectionoftheconnectedconductors 2,5-4mm2 Cu

Themountingmethod,operatingposition

DINrail35mm,any


Lifetime min.100000hWeight m 180gArticlenumber HSAF16/* 30142 30143 30144 30145 30146 30147 30148

69


HSAF25, HSAF25 SHSAF32, HSAF32 S


HSAF*(HakelSurgeArresterFilter)isatwo-stagesurgearrester.Itfeaturesahigh-frequencyfilterintegratedbetweenthetwostages.HSAF*containsanimprovedthermalfusewhichensurestimelydisconnectionoftheHSAF*fromthepowergridduringoverheatingandthuspreventsdamagetotheHSAF*.Activationofthethermalfuseissignalledbyanintegralindicatorlightwiththeoptiontoutilizeitsswitchingcontactforremotefaultsignalling(S).Duethenewdesignofthethermalfuse,theprotectivevoltagelevelislowerthaninthepreviousseriesoffilters.TheHSAF*SisatypeT3two-portsurgearresterandhasbeentestedaccordingtostandardsIEC61643-11:2011andCISPR17:2011.AccordingtostandardIEC62305:2010,itisinstalledintheboundarybetweenzonesLPZ2-LPZ3,whereitlimitsinducedovervoltageandresidualovervoltageinpowerlines.HSAF*aredesignedtobemountedona35mmDINrailusingametalclip.

Manufacturer’s recommendation:InstalltheHSAF*asclosetothedevicetobeprotectedaspossible(nofurtherthan5m).AHakelT1andT2lightningandsurgearrestermustbeinstalledbeforetheHSAF*.

Type HSAF25, HSAF25 S HSAF32, HSAF32 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE3,CLASSIIISystem TN-C-S,TN-SMax.continuousoperatingvoltage UC 275VACRatedloadcurrent IL 25 A 32 A

Combinedimpulse UOC



<800V(L/N)<1,5kV(L/PE)<1,2kV(N/PE)



337V/5s(L/N)1200V/0,2s(N/PE)


<100ns(L/PE,N/PE)



Powerlossatwindingtemp.20°C <3W < 4 WBack-upfuse 25A 32ALPZ 2-3Housingmaterial PolyamidPA6,UL94V-0Degreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+55°CCross-sectionoftheconnectedconductors 4–6mm² 6–10mm²Tighteningmomentofclamps 1,2NmThemountingmethod/operatingposition DINrail35mm/any



Lifetime min.100000hWeight m 225 g 235 g

ArticlenumberHSAF* 30196 30198HSAF*S 30197 30199

70

90

60

44

65.8

45

70


HSAF*S(HakelSurgeArresterFilter)series“G-line”isatwo-stagesurgearrester.Ahigh-frequencyfilterisintegratedbetweenthesetwostages.TheHSAF*Sseries“G-line”includesanupgradedthermalfusewhichensuresthetimelydisconnectionoftheHSAF*SfromthemainssupplywhenthevaristoroverheatsandpreventstheHSAF*Sfromanydamage.Theactivationofthethermalfuseissignalledbyanintegratedlightindicationwiththepossibilityofusingtheswitchcontactforremotemonitoring(S)tosignalthefault.HSAF*Sisatwo-portsurgearrestertypeT3testedaccordingtothestandardEN61643-11:2012(IEC61643-11:2011).AccordingtoEN62305:2011(IEC62305:2010)itistobeinstalledattheinterfaceofLPZ2-LPZ3zoneswhereitlimitstheinducedovervoltageandresidualovervoltageinpowerlines.HSAF*Sisinstalledtotheswitchboardbasebyfourscrews.

Manufacturer’s recommendation:HSAF*Sistobeinstalledascloseaspossibletotheprotecteddevice(max.5m).AT1lightningarresterandT2surgearresterfromHakelmustbeinstalledinfrontofHSAF*S

HSAF40 S, 50 S, 63 S, 80 S, 125 S, 160 S


Type HSAF40 S HSAF50 S HSAF63 S HSAF80 S HSAF125 S HSAF160 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE3,CLASSIIISystem TN-C-S,TN-SMax.continuousoperatingvoltage UC 275VACRatedloadcurrent IL 40 A 50A 63A 80A 125A 160 A

Combinedimpulse UOC



<850V(L/N)<1,5kV(L/PE)<1,2kV(N/PE)



337V/5s(L/N)1200V/0,2s(N/PE)


<100ns(L/PE,N/PE)



Powerlossatwindingtemp.20°C < 4 W <7W <9W < 12 W < 20 WBack-upfuse 40A 50A 63A 80A 125A 160ALPZ 2-3Housingmaterial Metalplate1mmDegreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+55°CCross-sectionoftheconnectedconductors 10 mm² 16 mm² 25 mm² 35 mm² 50 mm²Tighteningmomentofclamps 3Nm 10NmThemountingmethod/operatingposition ByscrewsM4onchassis/anyFailuresignalisation lightoff–ok/lighton–faultPotentialfreesignalcontact(S)(recommendedcross-sectionofremotemonitoringmax.1mm²) AC:250V/1,5A,DC:250V/0,1A

Lifetime min.100000hWeight m 720g 1450 g 1450 g 1520 g 1780g 1830gArticlenumber 30172 30173 30174 30175 30176 30177

71


The“G-line”HSAF3*S(HakelSurgeArresterFilter)isatwo-stagesurgearrester.Itfeaturesahigh-frequencyfilterintegratedbetweenthetwostages.The“G-line”HSAF3*Scontainsanimprovedthermalfuse,whichensurestimelydisconnectionoftheHSAF3*SfromthepowergridduringoverheatingandthuspreventsdamagetotheHSAF3*S.Activationofthethermalfuseissignalledbyanintegralindicatorlight(eachphaseissignalledseparately)withtheoptiontoutilizeitsswitchingcontactforremotefaultsignalling(S).TheHSAF3*SisatypeT3two-portsurgearresterandhasbeentestedaccordingtostandardsIEC61643-11:2011andCISPR17:2011.AccordingtostandardIEC62305:2010,itisinstalledintheboundarybetweenzonesLPZ2-LPZ3,whereitlimitsinducedovervoltageandresidualovervoltageinpowerlines.HSAF*Sismountedonthemainboardofaswitchboardusingfourbolts.

Manufacturer’s recommendation:HSAF3*Sistobeinstalledascloseaspossibletotheprotecteddevice(max.5m).AT1lightningarresterandT2surgearresterfromHakelmustbeinstalledinfrontofHSAF3*S

HSAF3/40 S, /50 S, /63 S


Type HSAF3/40 S HSAF3/50 S HSAF3/63 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE3,CLASSIIISystem TN-C-S,TN-SMax.continuousoperatingvoltage UC 3x275/480VACRatedloadcurrent IL 40 A 50A 63A

Combinedimpulse UOC



<850V(L/N)<1,5kV(L/PE)<1,2kV(N/PE)



337V/5s(L/N)1200V/0,2s(N/PE)


<100ns(L/PE,N/PE)



Powerlossatwindingtemp.20°C <8W <9W < 12 WBack-upfuse 40A 50A 63ALPZ 2-3Housingmaterial Metalplate1mmDegreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+55°CCross-sectionoftheconnectedconductors 10 mm² 16 mm²Tighteningmomentofclamps 3NmThemountingmethod/operatingposition ByscrewsM4onchassis/anyFailuresignalisation lightoff–ok/lighton–faultPotentialfreesignalcontact(S)(recommendedcross-sectionofremotemonitoringmax.1mm²) AC:250V/1,5A,DC:250V/0,1A

Lifetime min.100000hWeight m 1700g 1800g 1800gArticlenumber 30190 30191 30192

72


The“G-line”HSAF3*S(HakelSurgeArresterFilter)isatwo-stagesurgearrester.Itfeaturesahigh-frequencyfilterintegratedbetweenthetwostages.The“G-line”HSAF3*Scontainsanimprovedthermalfuse,whichensurestimelydisconnectionoftheHSAF3*SfromthepowergridduringoverheatingandthuspreventsdamagetotheHSAF3*S.Activationofthethermalfuseissignalledbyanintegralindicatorlight(eachphaseissignalledseparately)withtheoptiontoutilizeitsswitchingcontactforremotefaultsignalling(S).TheHSAF3*SisatypeT3two-portsurgearresterandhasbeentestedaccordingtostandardsIEC61643-11:2011andCISPR17:2011.AccordingtostandardIEC62305:2010,itisinstalledintheboundarybetweenzonesLPZ2-LPZ3,whereitlimitsinducedovervoltageandresidualovervoltageinpowerlines.HSAF*Sismountedonthemainboardofaswitchboardusingfourbolts.

Manufacturer’s recommendation:HSAF3*Sistobeinstalledascloseaspossibletotheprotecteddevice(max.5m).AT1lightningarresterandT2surgearresterfromHakelmustbeinstalledinfrontofHSAF3*S

HSAF3/80 S, /125 S, /160 S


Type HSAF3/80 S HSAF3/125 S HSAF3/160 STestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE3,CLASSIIISystem TN-C-S,TN-SMax.continuousoperatingvoltage UC 3x275/480VACRatedloadcurrent IL 80 A 125A 160A

Combinedimpulse UOC



<850V(L/N)<1,5kV(L/PE)<1,2kV(N/PE)



337V/5s(L/N)1200V/0,2s(N/PE)


<100ns(L/PE,N/PE)



Powerlossatwindingtemp.20°C < 15 W < 20 W < 25 WBack-upfuse 80A 125A 160ALPZ 2-3Housingmaterial Metalplate1mmDegreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+55°CCross-sectionoftheconnectedconductors 25 mm² 35 mm² 50 mm²Tighteningmomentofclamps 10NmThemountingmethod/operatingposition ByscrewsM4onchassis/anyFailuresignalisation lightoff–ok/lighton–faultPotentialfreesignalcontact(S)(recommendedcross-sectionofremotemonitoringmax.1mm²) AC:250V/1,5A,DC:250V/0,1A

Lifetime min.100000hWeight m 1950g 2820g 2820gArticlenumber 30193 30194 30195

73

Surge arrester / varistor & EMC / EMI filter / TYPE 3TYPE 2+3 / CLASS II+III / TN-S /

HSAF3/250 S and HSAF3/400 S are the three-phase surge arresters, which are equipped with high-frequency filters, according to IEC EN 61643-11. They are produced in basic version for mounting straight onto the switchboard’s construction by screws M8. They are intended for protection of three-phase electronic appliances against the effects of the lightning current and switching overvoltage, which are generated in the L.V. power supply networks. The device includes a two-pole output terminal for remote monitoring, which is solved on the basis of a potential-free swithing contact. This contact is enabled for opening in case of failure of any in-built protective varistors.

HSAF3/250 SHSAF3/400 S

Type HSAF3/250 S HSAF3/400 STest class according to IEC EN 61643-11 TYPE 2+3, CLASS II+IIINominal voltage UN 3 x 230 / 400 V ACMax. continuous operating voltage UC 3 x 335 / 570 V ACRated load current IL 250 A 400 ACombined impulse UOC 6 kV

Nominal discharge current In(8/20) In20 kA (L/N, L/PE)

50 kA (N/PE)Max. discharge current Imax (8/20) Imax 40 kALightning impulse current (10/350) N/PE Iimp 50 kAVoltage protection level at UOC UP < 1,25 kV

Asymmetrical attenuationmin. 70 dB at 1,5 MHz

min. 30 dB (0,15 - 30 MHz)Power loss at winding temp. 20 °C cca 70 W cca 125 W

Response time tA

< 25 ns (L/N)< 100 ns (L/PE, N/PE)

Back-up fuse 250 A 400 ALPZ 0-3Housing material metal plate 0,8 mmProtection type IP20Operating temperature range J -40 °C ... +55 °CCross-section of the connected Cu conductors 120 mm2 240 mm2

Installation method horizontal with exposed ventilation holes by screws M8 on chassis

Failure signalisation (F/M) 230 V AC / 0,5 A Potential free release contact (NC TYPE)

Lifetime min. 100 000 hWeight m 8 kg 10 kgArticle number 30 309 30 308

FAILURE

74

Surge arrester / varistor + gas discharge tube / TYPE 3

Type P-3k230, P-3k230 DS P-3k400, P-3k400 DS P-3k500TestclassaccordingtoIECEN61643-11 TYPE3,CLASSIIINominalvoltage UN 230VAC 400VAC 500VACMax.continuousoperatingvoltage UC 275VAC 480VAC 600VAC

NominaldischargecurrentIn(8/20) In3kA(L/N,L/PE)5kA(N/PE)

Combinedimpulse UOC


VoltageprotectionlevelatUOC UP

<1,2kV(L/N) <1,5kV(L/N) <1,8kV(L/N)<1,2kV(L/PE) <1,5kV(L/PE) <1,5kV(L/PE)<1,2kV(N/PE) <1,5kV(N/PE) <1,5kV(N/PE)

Powerlossatwindingtemp.20°C cca3VA/0,1VA


<100ns(L/PE,N/PE)Back-upfuse 16ALPZ 2-3Housingmaterial PolyamidPA6,UL94V-0,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors 2,5-4mm2 CuMountingon DINrail35mmFailuresignalisationP-3k* lighton–ok/lightoff-failureFailuresignalisationP-3k*DS pushedin–ok/pushedout-failurePotentialfreereleasecontact(DS)(recommendedcross-sectionofremotemonitoringmax.1mm2) AC:250V/1,5A,DC:250V/0,1A

Lifetime min.100000hWeight m 140g/205g 150 g

ArticlenumberP-3k* 30105 30101 30102P-3k*DS 30106 30103 –

P-3karethethree-phasesurgearresterstype3accordingtoIECEN61643-11.Theseparalleldevicesareintendedforprotectionofelectronicappliancesagainsttheimpulsesurgeeffects.Theyfullymeetthedemandsofusersforapplicationsinthree-phasepowersupplynetworksoperatedasTN-S,TN-CandTTsystems.AllvaristorsinP-3kdevicesarefittedwiththermalfusesagainsttheshortandpermanentoverloading.P-3kunitsaretobeconnectedasneartotheprotectedelectronicapplianceaspossible.TherightfunctionofP-3k230,P-3k400andP-3k500devicesisindicatedbythreegreenLEDdiodes.ThefunctionfailureofP-3k230DSandP-3k400DSdevicesisindicatedbytargetdisconnectionofmechanicalthermalfuseswhichreacttothevaristorsoverheatingabovec.120°C.Ifoneofthethreethermalfusesreacts,thefree-potentialcontactFAILUREdisconnectsatthesametime(incaseofDSversiononly).

TYPE 3 / CLASS III / TN-S / TN-C / TT /

CONTACT

FAILURE

P-3k230,P-3k400,P-3k500P-3k230DS,P-3k400DS

P-3k230, P-3k400, P-3k500P-3k230 DS, P-3k400 DS

75


Type ZS-1DSMTestclassaccordingtoIECEN61643-11 TYPE3,CLASSIIINominalvoltage UN 230VACMax.continuousoperatingvoltage UC 275VAC

NominaldischargecurrentIn(8/20) In3kA(L/N,L/PE)5kA(N/PE)

Combinedimpulse UOC



<1kV(L/N)<1,2kV(L/PE)<1,2kV(N/PE)

Powerlossatwindingtemp.20°C <0,5W


<100ns(L/PE,N/PE)Back-upfuse 16A


335V/5s(L/N)1200 V + U0/200ms(L/PE)

LPZ 2-3Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors 1,5mm2 CuMountingon DINrail35mmFailuresignalisation lighton–ok/lightoff-failureLifetime min.100000hWeight m 45 gArticlenumber 32016

ZS-1DSMisasingle-phasesurgearrester,whichisdesignedforuniversalapplicationforprotectionofallkindsofelectricalappliancesconnectedtoL.V.powersupplysystemagainsttheimpulsesurgeeffects.TypeZS-1DSMisintendedforuseinthepowersupplylines,whichareoperatedasTN-S,TN-CandTTsystem.ZS-1DSMmeetstherequirementforType3surgearresteraccordingtoIECEN61643-11.Therightfunctionis indicatedbyfittedgreenLEDdiode.TheconnectiontoL.V.powersupplysystemisprovidedbymeansofscrewterminals.

TYPE 3 / CLASS III / TN-S / TN-C / TT /

ZS-1DSM

76


Type HSAD16/6VDC

HSAD16/12VDC

HSAD16/24VDC

HSAD16/48VDC

HSAD16/60VDC

HSAD16/120VDC

HSAD16/220VDC


System DCNominalvoltage UN 6V= 12 V = 24 V = 48V= 60V= 120 V = 220 V =Max.continuousoperatingvoltage UC 7,2V= 14,4V= 28,8V= 57,6V= 72V= 144 V = 264V=NominaldischargecurrentIn (8/20) In 2kA 3kARatedloadcurrent IL 16ACombinedimpulse UOC 4 kV 6kVVoltageprotectionlevelatUOC(+/-) UP < 200 V < 200 V < 250 V <300V <350V < 500 V <800VVoltageprotectionlevelatUOC(+-/PE) UP <600V <800V < 1500 V


<100ns(+-/PE)Back-upfuse 16ALPZ 2-3Housingmaterial PolyamidPA6,UL94V-0Degreeofprotectionofenclosure IP20Operatingtemperaturerange J -40°C...+55°CCross-sectionoftheconnectedconductors 2,5-4mm2 Cu

Themountingmethod,operatingposition DINrail35mm/any


Potentialfreereleasecontact(DS)(recommendedcross-sectionofremotemonitoringmax.1mm2)

AC:250V/1,5A,DC:250V/0,1A


ArticlenumberHSAD16/* 30250 30251 30252 30253 30254 30255 30256HSAD16/*S 30283 30284 30285 30286 30287 30288 30289

HSAD16/*VDCisasurgearresterdesignedforDCpowersupplysystems.HSAD16/*VDCcontainsan improvedthermalfusewhichensurestimelydisconnectionofthedevicefromthepowergridduringoverheatingandthuspreventsdamagetotheHSAD16/*VDC.Activationof the thermal fuse is signalledbyan integral indicator lightwith theoption toutilize its switchingcontact for remotefaultsignalling(S).TheHSAD16/*VDCisatypeT3two-portsurgearresterandhasbeentestedaccordingtostandardsEN61643-11 (IEC61643-11:2011).AccordingtostandardEN62305(IEC62305:2010),itisinstalledintheboundarybetweenzonesLPZ2-LPZ3,whereitlimitsinducedovervoltageandresidualovervoltageinpowerlines.HSAD16/*VDCaredesignedtobemountedona35mmDINrailusingametalclip.

Manufacturer’s recommendation:InstalltheHSAD16/*VDCasclosetothedevicetobeprotectedaspossible(nofurtherthan5m).TheremustbeHakel’slightningandsurgearresterT1andT2installedbeforetheHSAD16/*VDC.

HSAD16/*VDCHSAD16/*VDC S


77


Type P-K16/110 AC P-K16/230 ACTestclassaccordingtoIECEN61643-11 TYPE3,CLASSIIINetwork ACNominalvoltage UN 110VAC 230VACMax.continuousoperatingvoltage UC 132VAC 275VACRatedloadcurrent IL 16ACombinedimpulse UOC 6kV


<850V(L/N) <1300V(L/N)<800V(L,N/PE) <1200V(L,N/PE)


<100ns(L,N/PE)Back-upfuse 16A


- 335V/5s(L/N)- 1200 V + U0/0,2s(L/PE)

LPZ 2-3Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors 2,5mm2 CuMountingon DINrail35mmFailuresignalisation lighton–ok/lightoff-failureLifetime min.100000hWeight m 95gArticlenumber 30015 30008

SeriesofthearrestersP-k16*ACisdesignedforprotectionofelectronicappliancesinL.V.powersupplyACsystemsagainsttheimpulsesurgeeffects.TheyareconstructedformountingonDINrail35mmforratedloadcurrents16AaccordingtoIECEN61643-11and IECEN62305standards(arresterclassIII-3rdstageprotection).Rightfunctionofthein-builtprotectiveelements,MOVvaristors, issignalizedbygreenlightonthefrontpaneloftheequipment.

P-k16/110 ACP-k16/230 AC

TYPE 3 / CLASS III / AC /

78


Type HSAA-1PTestclassaccordingtoEN61643-11:2012(IEC61643-11:2011) TYPE3,CLASSIIINominalvoltage UN 230VACMax.continuousoperatingvoltage UC 275VACNominaldischargecurrentIn(8/20µs) In 3 kA (L/N, L/PE) / 5 kA (N/PE)Combinedimpulse UOC 6 kV (L/N, L/PE) / 10 kV (N/PE)


<1kV(L/N)<1,3kV(L(N)/PE)


<100ns(L/PE,N/PE)Back-upfuse 16A


337V/5s(L/N)1200 V / 0,2 s (N/PE)

LPZ 2-3Housingmaterial PolyamidPA6,UL94V-0Degreeofprotectionofenclosure IP20Operatingposition anyOperatingtemperaturerange J -40°C...+70°CFailuresignalisation inbuiltpiezosirenLifetime min.100000hWeight 15 gArticlenumber 32007

HSAA-1P-AClassIIIsurgearresteraccordingtoIEC61643-11,designedforuseinconduitwiringandfloorboxesforadditionalprotection.Itisasuitableadditiontowiringthatisalreadyprotectedbysurgeprotectionwithafilter(HSAF,HSAF3,PI-k,PI-3k).ItcanalsobeusedtoprotectLEDlights.

HSAA-1P

TYPE 3 / CLASS III / TN-S /

the lenght of the conductor 200 mm with end sleeve

79

Decoupling inductors

Decouplinginductorsareintendedforratedloadcurrentswithintherangeof16and32A.Theseinductors,sometimesalsocalleddecouplingimpedance,ensuretheenergycoordinationbetweenthearresterstype1andtype2orthearresterstype2andtype3accordingtoIECEN62305andIECEN61643-11,especiallyintheplaceswherethereisnoadequatedistancebetweenthearresters(e.g.whentherearetwosuccessivearrestertypesplacedinoneswitchboard).Iftheenergycoordinationofsurgeprotectionisnotachieved,thelightningcurrentimpulsecandamagesomearrestertypeoftheprotectioncascade.Ifthereisatleast5mdistancebetweentwosuccessivearrestertypes(incaseoftwosuccessivearrestertypesintwodifferentswitchboards),thissectionimpedancecanbeconsideredasadequate.

HI16, HI16/15, HI32 HI32/15

Type HI16 HI16/15 HI32 HI32/15Nominalvoltage UN 500VACRatedloadcurrent IL 16A 32AInductance L 6mH±10% 15 mH±10% 6mH±10% 15 mH±10%DCresistance <0,01Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors (attighteningmomentofclamps3Nm) 6mm2 10 mm2

Max.back-upfuse 16A 32ALifetime min.100000hWeight m 141 g 157g 157g 330gArticlenumber HI* 30400 30401 30402 30403

80


Decouplinginductorsareintendedforratedloadcurrentswithintherangeof63and80A.Theseinductors,sometimesalsocalleddecouplingimpedance,ensuretheenergycoordinationbetweenthearresterstype1andtype2orthearresterstype2andtype3accordingtoIECEN62305andIECEN61643-11,especiallyintheplaceswherethereisnoadequatedistancebetweenthearresters(e.g.whentherearetwosuccessivearrestertypesplacedinoneswitchboard).Iftheenergycoordinationofsurgeprotectionisnotachieved,thelightningcurrentimpulsecandamagesomearrestertypeoftheprotectioncascade.Ifthereisatleast5mdistancebetweentwosuccessivearrestertypes(incaseoftwosuccessivearrestertypesintwodifferentswitchboards),thissectionimpedancecanbeconsideredasadequate.

HI63/15 HI63, HI80

Type HI63 HI63/15 HI80Nominalvoltage UN 500VACRatedloadcurrent IL 63A 80AInductance L 6mH±10% 15 mH±10% 4 mH±10%DCresistance <0,01Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors (attighteningmomentofclamps3Nm) 16mm2 25 mm2

Max.back-upfuse 63A 80ALifetime min.100000hWeight m 360g 630g 360gArticlenumber HI* 30404 30405 30406

81


Decoupling inductor is intendedfor therated loadcurrentof120A.This inductor,sometimesalsocalleddecoupling impedance,ensurestheenergycoordinationbetweenthearresterstype1andtype2orthearresterstype2andtype3accordingtoIEC1024-1and IECEN61643-11,especiallyintheplaceswherethereisnoadequatedistancebetweenthearresters(e.g.whentherearetwosuccessivearrestertypesplacedinoneswitchboard).Iftheenergycoordinationofsurgeprotectionisnotachieved,thelightningcurrentimpulsecandamagesomearrestertypeoftheprotectioncascade.Ifthereisatleast5mdistancebetweentwosuccessivearrestertypes(incaseoftwosuccessivearrestertypesintwodifferentswitchboards),thissectionimpedancecanbeconsideredasadequate.

PI-L120

Type PI-L120Nominalvoltage UN 500VACRatedloadcurrent IL 120AInductance L 6mH±10%DCresistance <0,01Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors (attighteningmomentofclamps4Nm) 50 mm2

Max.back-upfuse 120ALifetime min.100000hWeight m 1153gArticlenumber 30120

82

Lightning and surge arrester / photovoltaic systems / varistor / TYPE 1 + 2

Type Vseries PIVM PV 600, PIVM PV 600 DS PIVM PV 800, PIVM PV 800 DSTestclassaccordingtoIECEN61643-11andEN50539-11 TYPE1+2,CLASSI+II

Max.continuousoperatingvoltage Ucpv 600VDC 800VDCOpencircuitvoltageofPVgenerator UOCSTC UOCSTC < UCPV/1,2=500V UOCSTC < UCPV/1,2=730V

Shortcircuitwithstand ISCPV 100ALightningimpulsecurrent(10/350) Iimp 7kA 6,5kA-charge Q 3,5As 3,25As-specificenergy W/R 12kJ/ 10kJ/Application L+/L-,L+/PE,L-/PEMax.dischargecurrent(8/20) Imax 40kANominaldischargecurrent(8/20) In 20kA 15kAVoltageprotectionlevelatIn UP <2,6kV <3,3kVResponsetime tA <25nsLPZ 0-2Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors(attighteningmomentofclamps4Nm)

25 mm2(solid)

16mm2(wire)

Mountingon DINrail35mmFailuresignalisation green–ok/red-failurePotentialfreesignalcontact(DS)(recommendedcross-sectionofremotemonitoringmax.1mm2)

AC:250V/1,5A,DC:250V/0,1A

Weight m 300g 390gLifetime min.100000h

ArticlenumberPIVMPV* 16070 16073PIVMPV*DS 16071 16074

Varistor-basedsparemodule PIVMPV-600/M PIVMPV-800/M16072 16075

PIVMPV is a lightningand surgearrester type 1+2according to EN 61643-11 and IEC 61643-11 andUTEC 61-740-51. Thesearresters are recommended for use in the Lightning Protection ZonesConcept at theboundaries of LPZ 0-2 (according to IECEN62305)forequipotentialbondingofpositiveandnegativebusbarsofphotovoltaicsystemsandeliminationoftransientovervoltagethatoriginatesduringtheatmosphericdischargesorswitchingprocesses.Particularvaristorsectors,connectedbetweentheterminalsL+,L-andPE,areequippedwithinternaldisconnectors,whichareactivatedwhenthevaristorsfail(overheat).Operationalstatusindicationof thesedisconnectors ispartlyvisual (discolorationof thesignal field)andpartly remotemonitoring(bypotential freechangeovercontacts–onlyDStypes).ThemarkingMspecifiesatypeofconstructionwithremovablemodule.

TYPE 1 + 2 / CLASS I + II /

PIVM PV 600 Vseries,PIVM PV 600 DS VseriesPIVM PV 800 Vseries,PIVM PV 800 DS Vseries

83

Lightning and surge arrester / photovoltaic systems / varistor / TYPE 1 + 2

PIVMPVare the lightningand surgearresters type1+2according toEN61643-11and IEC61643-11andUTEC61-740-51. Thesearresters are recommended for use in the Lightning Protection ZonesConcept at theboundaries of LPZ 0-2 (according to IECEN62305)forequipotentialbondingofpositiveandnegativebusbarsofphotovoltaicsystemsandeliminationoftransientovervoltagethatoriginatesduringtheatmosphericdischargesorswitchingprocesses.Particularvaristorsectors,connectedbetweentheterminalsL+,L-andPE,areequippedwithinternaldisconnectors,whichareactivatedwhenthevaristorsfail(overheat).Operationalstatusindicationof thesedisconnectors ispartlyvisual (discolorationof thesignal field)andpartly remotemonitoring(bypotential freechangeovercontacts–onlyDStypes).ThemarkingMspecifiesatypeofconstructionwithremovablemodule.

TYPE 1 + 2 / CLASS I + II /

PIVM PV 1000 Vseries PIVM PV 1000 DS Vseries

Type Vseries PIVM PV 1000, PIVM PV 1000 DSTestclassaccordingtoIECEN61643-11and EN50539-11 TYPE1+2,CLASSI+II

Max.continuousoperatingvoltage Ucpv 1050VDCOpencircuitvoltageofPVgenerator UOCSTC UOCSTC < UCPV/1,2=875V

Shortcircuitwithstand ISCPV 100ALightningimpulsecurrent(10/350) Iimp 6,5kA-charge Q 3,25As-specificenergy W/R 10kJ/Application L+/L-,L+/PE,L-/PEMax.dischargecurrent(8/20) Imax 40kANominaldischargecurrent(8/20) In 15kAVoltageprotectionlevelatIn (L+/L-) UP <3,8kVVoltageprotectionlevelatIn (L/PE) UP <1,9kVResponsetime tA <25nsLPZ 0-2Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors(attighteningmomentofclamps4Nm)

25 mm2(solid)

16mm2(wire)


AC:250V/1,5A,DC:250V/0,1A

Weight m 400 gLifetime min.100000h

ArticlenumberPIVMPV* 16076PIVMPV*DS 16077

Varistor-basedsparemodule PIVMPV-1000/M16078

84

Surge arrester / photovoltaic systems / varistor / TYPE 2

Type Vseries PIIIM PV 200, PIIIM PV 200 DSTestclassaccordingtoIECEN61643-11andEN50539-11 TYPE2,CLASSII

Max.continuousoperatingvoltage Ucpv 200VDCOpencircuitvoltageofPVgenerator UOCSTC UOCSTC < UCPV/1,2=167VDCShortcircuitwithstand ISCWPV 100AApplication L+/L-,L+/PE,L-/PEMax.dischargecurrent(8/20) Imax 40kANominaldischargecurrent(8/20) In 20kAVoltageprotectionlevelatIn UP <800VResponsetime tA <25nsLPZ 1-2Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors(attighteningmomentofclamps4Nm)

25 mm2(solid)

16mm2(wire)


AC:250V/1,5A,DC:250V/0,1A

Weight m 190gLifetime min.100000h

ArticlenumberPIIIMPV* 27071PIIIMPV*DS 27073

Varistor-basedsparemodule PIIIMPV-200/M27065

PIIIMPVarethelightningandsurgearresterstype2accordingtoIECEN61643-11andEN50539-11.ThesearrestersarerecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ1-2(accordingtoIECEN62305)forequipotentialbondingofpositiveandnegativebusbarsofphotovoltaicsystemsandeliminationoftransientovervoltagethatoriginatesduringtheatmosphericdischargesorswitchingprocesses.Particularvaristorsectors,areequippedwithinternaldisconnectors,whichareactivatedwhenthevaristorsfail(overheat).Operationalstatusindicationofthesedisconnectorsispartlyvisual(discolorationofthesignalfield)andpartlyremotemonitoring(bypotentialfreechangeovercontacts–onlyDStypes).ThemarkingMspecifiesatypeofconstructionwithremovablemodule.

TYPE 2 / CLASS II /

PIIIM PV 200 VseriesPIIIM PV 200 DS Vseries

85

Surge arrester / photovoltaic systems / varistor / TYPE 2

Type Vseries PIIIM PV 600, PIIIM PV 600 DS

PIIIM PV 800, PIIIM PV 800 DS



TestclassaccordingtoIECEN61643-11and EN50539-11 TYPE2,CLASSII

Max.continuousoperatingvoltage Ucpv 600VDC 870VDC 1050VDC 1500VDCOpencircuitvoltageofPVgenerator UOCSTC 500 V 730V 875V 1250 VShortcircuitwithstand ISCPV 100AApplication L+/L-,L+/PE,L-/PEMax.dischargecurrent(8/20) Imax 40kANominaldischargecurrent(8/20) In 20kA 15kAVoltageprotectionlevelatIn UP <2,6kV <3,3kV <3,8kV <4,5kVResponsetime tA <25nsLPZ 1-2Housingmaterial PolyamidPA6,UL94V-0Protectiontype IP20Operatingtemperaturerange J -40°C...+70°CCross-sectionoftheconnectedconductors(attighteningmomentofclamps4Nm)

25 mm2(solid)

16mm2(wire)


AC:250V/1,5A,DC:250V/0,1A

Weight m 270g 420 gLifetime min.100000h

ArticlenumberPIIIMPV* 27060 27056 27054 27110PIIIMPV*DS 27061 27059 27058 27111

Varistor-basedsparemodule PIIIMPV-600/M PIIIMPV-800/M PIIIMPV-1000/M PIIIMPV-1500/M27062 27068 27055 27112

PIIIMPVarethelightningandsurgearresterstype2accordingtoEN61643-11andIEC61643-11andUTEC61-740-51.ThesearrestersarerecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ1-2(accordingtoIECEN62305)forequipotentialbondingofpositiveandnegativebusbarsofphotovoltaicsystemsandeliminationoftransientovervoltagethatoriginatesduringtheatmosphericdischargesorswitchingprocesses.Particularvaristorsectors,connectedbetweentheterminalsL+,L-andPE,areequippedwithinternaldisconnectors,whichareactivatedwhenthevaristorsfail(overheat).Operationalstatusindicationofthesedisconnectorsispartlyvisual(discolorationofthesignalfield)andpartlyremotemonitoring(bypotentialfreechangeovercontacts–onlyDStypes).ThemarkingMspecifiesatypeofconstructionwithremovablemodule.

TYPE 2 / CLASS II /

PIIIM PV 600 Vseries, PIIIM PV 800 Vseries, PIIIM PV 1000 Vseries, PIIIM PV 1500 VseriesPIIIM PV 600 DS Vseries, PIIIM PV 800 DS Vseries, PIIIM PV 1000 DS Vseries, PIIIM PV 1500 DS Vseries

86

Voltage and frequency protector

This voltage& frequencyprotector is recommended foruse inACpartsofphotovoltaic systemsorother typesofACelectricalinstallations.AfterconnectingtheHUFtothemonitoredsystemandaftertheinitializationofitsinternalelectronics,thein-builtswitchingcontactforexternalcontactorcontrolcloses.Subsequently,thereisacontinuousmonitoringoftwobasicvariablesconnectedtotheACpowersupplysystem(specifically,voltageandfrequency)andincaseofdeviationfromthepresetvalues,thiscontactopensandconsequentlytheexternalcontactorisdropped.Inthisway,itispossibletoimmediatelydisconnectallprotecteddevicesfromthemonitoredACnetwork.

HUF003issuitableforuseinthree-phaseorinone-phaseapplicationssincereconfigurationofmeasuringmodeismadeautomaticallybyin-builtmicroprocessor.Thebasicworkinglimitsofovervoltage/undervoltage/frequencyandbasicresponsetimearesetbyproducer.Alternativechangestotheselimitsatthecustomermayonlybeperformedbyanauthorizedperson(servicetechnician)afterconnectingtothePC.

*Note:furthersettingsarepossibleonthebasisofspecification,accordingtotheconnectionconditionsoftheelectricitydistributor

Communication HUF → PCHUF003isequippedwithseriesinterfaceTxDandRxD.ThereforeitisnecessaryforcommunicationwithPCtouseaUSB→TTLconvertor,withgalvanicisolation.ThesuppliedHUFMONITORsoftwareapplication(operatingunderWindows)willfindthecorrectserialportwhenitisstartedandgivestheuserthefollowingoptions:-toobserveactualvoltagevaluesatalllinewiresofconnectedphases-toobserveactualfrequencyofconnectedACnetwork

The necessary communication converter to the PC can also be the subject of delivery based on a special order if the customer specifies the hardware of his PC.

AC / IP20 /

HUF 003

Type HUF 003

Supplyvoltage UN

3x400/230V/50Hz(three-phasemode)or230V/50Hz(single-phasemode)

Supplyvoltagefluctuationrange ±20%Powerconsumption P <0,5VA

Basicsettingofworkingparametersbymanufacturer(*Note.:)

Voltage~230V±10%Frequency50Hz±1%Responsetime0,1s

Timeofre-attaching20min.

Possiblerangeofworkingparametersadjustment

Voltage~184÷275VFrequency45÷55HzResponsetime0,1÷2s

Timeofre-attaching10s÷20min.Output Switchingcontact~250V/1AforcontrolofexternalcontactorMeasuringaccuracy <1%Possibilitychangesofworkingparameters BydeliveredsoftwareHUFMONITORandTTLportOperatingtemperaturerange J - 10 °C...+55°CMountingon DINrail35mmHousing IP20Weight m 145 gArticlenumber 70408

87

Surge protection devices for information technology systems

Hakel Transmition-VDSL is designed to protect telecommunication lines, which transmit the VDSL technology. The casing of thisprotectorismadeoutoflightalloy,whichensureshighmechanicalandthermalresistance.Imax=2kA.ItisrecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ1-2accordingtoEN62305.

Type HT-VDSLNumberofprotectedpairs 1Connectortype RJ45Nominalvoltage UN 120 VMax.continuousoperatingvoltage UC 144 VRatedloadcurrent IL 100mAC2Max.dischargecurrent(8/20) Imax 2kAC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn UP 200 VC3Voltageprotectionlevelat1kV/ms UP 150 VResponsetime tA <30nsDatarate 10MBit/sSeriesimpedanceperline 1,5-10ΩParasiticcapacitance C 1,5nFLPZ 1-2Protectiontype IP20Operatingtemperatuerange J -40 °C...+80°CRecommendedcablecross-section 0,3mm2

Categorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Articlenumber 57000

HT-VDSL Xseries

LPZ 1-2 / IP20 /

88


Type HT-CCTV 6 HT-CCTV 12Numberofprotectedpairs 1Connectortype BNC(F/F,F/M)Nominalvoltage UN 6V 12 VMax.continuousoperatingvoltage UC 7,2V 14,4VRatedloadcurrent IL 300mAC2Max.dischargecurrent(8/20) Imax 5kAC2NominaldischargecurrentIn(8/20) In 1kAC2VoltageprotectionlevelatIn UP 22 V 44 VC3Voltageprotectionlevelat1kV/ms UP 10 V 20 VResponsetime tA <30nsDatarate 10MBit/sParasiticcapacitance C <27pFSeriesimpedanceperline R 10 LPZ 2-3Protectiontype IP20Operatingtemperatuerange J -40 °C...+80°CCategorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Articlenumber 57001 57002

HakelTransmition-CCTVisdesignedtoprotectvideotransmissionequipment,whichprocessthetransferredvideosignal.Thecasingofthisprotectorismadeoutoflightalloy,whichensureshighmechanicalandthermalresistance.Imax=5kA.ItisrecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ1-2-3accordingtoEN62305.

HT-CCTV 6 XseriesHT-CCTV 12 Xseries

LPZ 1-2-3 / IP20 /

89


Type HT-TELNumberofprotectedpairs 1Connectortype RJ45Nominalvoltage UN 170VMax.continuousoperatingvoltage UC 204 VRatedloadcurrent IL 100mAC2Max.dischargecurrent(8/20) Imax 2kAC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn (8/20) UP 500 VC3Voltageprotectionlevelat1kV/ms UP 290VResponsetime tA <30nsDatarate 1MBit/sSeriesimpedanceperline 2,2Parasiticcapacitance C 1,5nFLPZ 3Protectiontype IP20Operatingtemperatuerange J -40 °C...+80°CRecommendedcablecross-section 0,25-1,5mm2

Categorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Articlenumber 57003

HakelTransmition-TELisdesignedtoprotecttelecommunicationsequipment.Thecasingofthisprotectorismadeoutoflightalloy,whichensures highmechanicaland thermal resistance. Imax= 2 kA. It is recommended for use in the LightningProtection ZonesConceptattheboundariesofLPZ1-2-3accordingtoEN62305.

HT-TEL Xseries

LPZ 1-2-3 / IP20 /

90


HakelTransmition-DisdesignedtoprotecttransmissionofinformationsignalsandHakelTransmition-NVtoprotectlinksofpowersupplylines.Thecasingofthisprotectorismadeoutoflightalloy,whichensureshighmechanicalandthermalresistance.Imax=10kA.ItisrecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ1-2accordingtoEN62305.

Type HT-D 1/6 HT-D 1/12 HT-D 1/24 HT-D 1/48 HT-D 1/TNumberofprotectedpairs 1Connectortype Two-pole,screwtype,slip-onterminalblockNominalvoltage UN 6V 12 V 24 V 48V 170VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,6V 57,6V 204 VRatedloadcurrent IL 100mAC2Max.dischargecurrent(8/20) Imax 10kAC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn(8/20) UP 15 V 28V 64V 160V 500 VC3Voltageprotectionlevelat1kV/ms UP 9V 18V 34V 66V 290VResponsetime tA <30nsDatarate 1MBit/sSeriesimpedanceperline 2,2Parasiticcapacitance C 1,5nFLPZ 1-2Protectiontype IP20Operatingtemperatuerange J -40 °C...+80°CRecommendedcablecross-section 0,25-1,5mm2

Categorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Articlenumber 57005 57006 57007 57008 57009

Type HT-NV 1/6/0,5 HT-NV 1/12/0,5 HT-NV 1/24/0,5 HT-NV 1/48/0,5Numberofprotectedpairs 1Connectortype Two-pole,screwtype,slip-onterminalblockNominalvoltage UN 6V 12 V 24 V 48VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,6V 57,6VRatedloadcurrent IL 0,5AD1Lightningimpulsecurrent(10/350) Iimp 5kAD1Lightningimpulsecurrent(10/350)line/PE Iimp 2,5kAC2Max.dischargecurrent(8/20) Imax 10kAC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn (8/20) UP 15 V 28V 64V 85VC3Voltageprotectionlevelat1kV/ms UP 9V 18V 34V 66VResponsetime tA <30nsDatarate 1MBit/sInsertinductance 4,7mHLPZ 1-2Protectiontype IP20Operatingtemperatuerange J -40 °C...+80°CParasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2

Categorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Articlenumber 57010 57011 57012 57013

HT-D 1/* XseriesHT-NV 1/*/0,5 Xseries

LPZ 1-2 / IP20 /

91

Surge protection devices for information technology systemsLPZ 0-3 / IP20 /

HakelTransmition-DisdesignedtoprotecttransmissionofinformationsignalsandHakelTransmition-NVforprotectionofsupplylines.Thecasingofthisprotectorismadeoutoflightalloy,whichensureshighmechanicalandthermalresistance.ItisrecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ0-3accordingtoEN62305:2011

Type HT-D 4/6 HT-D 4/12 HT-D 4/24 HT-D 4/48Numberofprotectedpairs 4Connectortype Eight-pole,screw/screwlesstype,slip-onterminalblockNominalvoltage UN 6V 12 V 24 V 48VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,6V 57,6VRatedloadcurrent IL 100mAC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn(8/20) UP 15 V 28V 64V 160VC3Voltageprotectionlevelat1kV/ms UP 9V 18V 34V 66VResponsetime tA <30nsDatarate 1MBit/sSeriesimpedanceperline 2,2Parasiticcapacitance C 1,5nFLPZ 0-3Protectiontype IP20Operatingtemperatuerange J -40 °C...+70°CRecommendedcablecross-section 0,25-1,5mm2


Type HT-NV 4/6/0,5 HT-NV 4/12/0,5 HT-NV 4/24/0,5 HT-NV 4/48/0,5Numberofprotectedpairs 4Connectortype Eight-pole,screwtype,slip-onterminalblockNominalvoltage UN 6V 12 V 24 V 48VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,6V 57,6VRatedloadcurrent IL 0,5AC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn (8/20) UP 15 V 28V 64V 85VC3Voltageprotectionlevelat1kV/ms UP 9V 18V 34V 66VResponsetime tA <30nsDatarate 1MBit/sInsertinductance 4,7mHLPZ 0-3Protectiontype IP20Operatingtemperatuerange J -40 °C...+70°CParasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2


HT-D 4/* XseriesHT-NV 4/*/0,5 Xseries

92


HT-SAT Xseries

HakelTransmition-SATisdesignedtoprotectsatelliteequipment.Casingofthisprotectorismadeoutoflightalloy,whichensureshighmechanicalandthermalresistance.

Type HT-SAT Connectortype FMax.continousoperatingvoltage UC 72VRatedloadcurrent IN 0,5AD1Max.lightningimpulsecurrent(10/350) Iimp 2kAC2Max.dischargecurrent(8/20) Imax 10kAC2Nominaldischargecurrent(8/20) In 5kAVoltageprotectionlevelat1kV/ms UP 500 VFrequencyrange 0-2GHzMax.transmissionpowercapacity 50 WInsertionloss <0,5dBReturnloss > 20 dBCharacteristicimpedance 75WCategorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Articlenumber 57004

LPZ 1-2 / IP20 /

93


Type HT-NET 5Ecat/RJNumberofprotectedpairs 4Connectortypeinput/output RJ45/RJ45Nominalvoltage UN 48VMax.continuousoperatingvoltage UC 57,6VRatedloadcurrent IL 300mAC2Max.dischargecurrent(8/20) Imax 2kAC2Nominaldischargecurrent(8/20) In 1kAC3Voltageprotectionlevelat1kV/ms UP <80VDatarate max.250Mbit/sSeriesimpedanceperline 2,2Responsetime tA <25nsParasiticcapacitance C <42pFLPZ 1-2Protectiontype IP20Operatingtemperatuerange J -40 °C...+80°CCategorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Articlenumber 57017

Thesesurgeprotectiondevicesintendedforcomputernetworksarespeciallydesignedforsecuringafaultlessdatatransferwithincomputernetworkscategory5.TheyprotectinputelectroniccircuitsofnetworkcardsagainstdamagecausedbysurgeeffectsintheLightningProtectionZonesConceptattheboundariesofLPZ1-2accordingtoEN62305.Itisrecommendedtousetheseprotectiondevicesattheinputofprotectedequipment.

HT-NET 5Ecat/RJ Xseries

LPZ 1-2 / IP20 /

94


HT-NET PoE+ 6cat 802.3at Xseries

LPZ 1-2-3 / IP20 /

Thesesurgeprotectiondevicesintendedforcomputernetworksarespeciallydesignedforsecuringafaultlessdatatransferwithincomputernetworkscategory6.TheyprotectinputelectroniccircuitsofnetworkcardsagainstdamagecausedbysurgeeffectsintheLightningProtectionZonesConceptattheboundariesofLPZ1-2-3accordingtoEN62305.Itisrecommendedtousetheseprotectiondevicesattheinputofprotectedequipment.

Type HT-NET PoE+ 6cat 802.3atConnectortype RJ45/RJ45Max.continousoperatingvoltage(DC) UC 58VMax.continousoperatingvoltage(AC) UC 41 VRatedloadcurrent IL 1AC2Max.dischargecurrentline/PE(8/20) Imax 2kV/1kAC1Nominaldischargecurrentline/line(8/20) In 300V/150AC3Voltageprotectionlevelat1kV/ms UP < 120 VVoltageprotectionlevelline/line UP <150V(1,2/50ms2kV)Voltageprotectionlevelline/PE UP <700V(1,2/50ms2kV)Max.frequency max.500MHzProtectiontype IP20Operatingtemperature J -40 °C...+70°CLPZ 1-2-3Testedacc.toEN61643-21+A1,A2 C1,C2,C3Approvalsandcertifications Cat.6A/EA,ISO/IEC11801PoE IEEE802.3atArticlenumber 57102

95


HT-NET PoE+ 6cat 802.3at G Xseries

LPZ 1-2-3 / IP20 /

Thesesurgeprotectiondevicesintendedforcomputernetworksarespeciallydesignedforsecuringafaultlessdatatransferwithincomputernetworkscategory6.TheyprotectinputelectroniccircuitofnetworkcardsagainstdamagecausedbysurgeeffectsintheLightningProtectionZonesConceptattheboundariesofLPZ1-2-3accordingtoEN62305.Itisrecommendedtousetheseprotectiondevicesattheinputofprotectedequipment.

Type HT-NET PoE+ 6cat G 802.3atConnectortype RJ45/RJ45Max.continousoperatingvoltage(DC) UC 58VMax.continousoperatingvoltage(AC) UC 41 VRatedloadcurrent IL 1AC2Max.dischargecurrentline/PE(8/20) Imax 2kV/1kAC1Nominaldischargecurrentline/line(8/20) In 1kAVoltageprotectionlevelline/line UP <700VVoltageprotectionlevelline/PE UP

Max.frequency max.500MHzProtectiontype IP20Operatingtemperature J -40 °C...+70°CLPZ 1-2-3Testedacc.toEN61643-21+A1,A2 C1,C2,C3Approvalsandcertifications Cat.6A/EA,ISO/IEC11801PoE IEEE802.3atArticlenumber 57103

96


Type Numberofprotectedpairs

12

DTE 1/6DTE 2/6

DTE 1/12DTE 2/12

DTE 1/24DTE 2/24

DTE 1/48DTE 2/48

DTE 1/TDTE 2/T

Nominalvoltage UN 6V 12 V 24 V 48V 170VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,6V 57,6V 204 VRatedloadcurrent IL 100mAC2Max.dischargecurrent(8/20) Imax 10kAC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn UP 15 V 28V 64V 160V 500 VC3Voltageprotectionlevelat1kV/ms UP 9V 18V 34V 66V 290VResponsetime tA <30nsDatarate 1MBit/sSeriesimpedanceperline 1,5-10Parasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2

Categorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1

Articlenumber DTE1/* 41301 41302 41303 41304 41306DTE2/* 42301 42302 42303 42304 42306

DTEisacomplexrangeofsurgeprotectiondevicesdesignedforprotectionofdata,communication,measuringandcontrollinesagainstsurgeeffects.ThesesurgeprotectiondevicesarerecommendedforuseintheLightningProtectionZonesConceptattheboundariesof LPZ0A(B) -1accordingtoEN62305.All typesprovideeffectiveprotectionofconnectedequipmentagainstcommonmodeanddifferentialmodesurgeeffectsaccordingtoIEC61643-21.TheratedloadcurrentofindividualprotectedlinesIL<0,1A.

Thesedevicesconsistofgasdischargetubes,seriesimpedanceandtransils.Thenumberofprotectedpairsisoptional(1-2).Thesedevicesareproducedfornominalvoltagewithintherangeof6V-170V.Maximumdischargecurrentis10kA(8/20).FortheprotectionoftelephonelinesitisrecommendedtouseatypewithnominalvoltageUN=170V(withcodemark“T”).

DTE */*

LPZ 1-2-3 / IP20 /

input output

97



12

DTNVE 1/6/0,5DTNVE 2/6/0,5

DTNVE 1/12/0,5DTNVE 2/12/0,5

DTNVE 1/24/0,5DTNVE 2/24/0,5

DTNVE 1/30/0,5DTNVE 2/30/0,5

Nominalvoltage UN 6V 12 V 24 V 30VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,6V 36VRatedloadcurrent IL 0,5AD1Lightningimpulsecurrent(10/350) Iimp 5kAD1Lightningimpulsecurrent(10/350)line/PE

Iimp 2,5kAC2Max.dischargecurrent(8/20) Imax 10kAC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn UP 15 V 28V 64V 75VC3Voltageprotectionlevelat1kV/ms UP 9V 18V 34V 54 VResponsetime tA <30nsDatarate 1MBit/sSeriesimpedanceperline 4,7mHParasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2


ArticlenumberDTNVE1/*/0,5 41313 41324 41308 41309DTNVE2/*/0,5 42323 42316 42308 42309


12

DTNVE 1/48/0,5DTNVE 2/48/0,5

DTNVE 1/80/0,5DTNVE 2/80/0,5

Nominalvoltage UN 48V 80VMax.continuousoperatingvoltage UC 57,6V 96VRatedloadcurrent IL 0,5AD1Lightningimpulsecurrent(10/350) Iimp 5kAD1Lightningimpulsecurrent(10/350)line/PE

Iimp 2,5kAC2Max.dischargecurrent(8/20) Imax 10kAC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn UP 85V 500 VC3Voltageprotectionlevelat1kV/ms UP 66V 120 VResponsetime tA <30nsDatarate 1MBit/sSeriesimpedanceperline 4,7mHParasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2


ArticlenumberDTNVE1/*/0,5 41310 41338DTNVE2/*/0,5 42311 42322

DTNVE0,5isacomplexrangeofsurgeprotectiondevicesdesignedforprotectionofdata,communication,measuringandcontrollinesagainstsurgeeffects.ThesesurgeprotectiondevicesarerecommendedforuseintheLightningProtectionZonesConceptattheboundariesof LPZ0A(B) -1according toEN62305.All typesprovideeffectiveprotectionofconnectedequipmentagainstcommonmodeanddifferentialmodesurgeeffectsaccordingtoIEC61643-21.TheratedloadcurrentofindividualprotectedlinesIL<0,5A.

Thesedevicesconsistofgasdischargetubes,seriesimpedanceandtransils.Thenumberofprotectedpairsisoptional(1-2).Thesedevicesareproducedfornominalvoltagewithintherangeof6V-115V.Maximumdischargecurrentis10kA(8/20).

DTNVE */*/0,5

LPZ 1-2-3 / IP20 /

input output

98



12

DTNVE 1/12/5DTNVE 2/12/5





Nominalvoltage UN 12 V 24 V 30V 48V 80VMax.continuousoperatingvoltage UC 14,4V 28,6V 36V 57,6V 96VRatedloadcurrent IL 5AC2Max.dischargecurrent(8/20) Imax 2kAC2Nominaldischargecurrent(8/20) In 1kAC2VoltageprotectionlevelatIn UP 56V 90V 140V 170V 280VC3Voltageprotectionlevelat1kV/ms UP 27V 51 V 100 V 118V 200 VResponsetime tA <30nsParasiticcapacitance C 10nFRecommendedcablecross-section 0,25-1,5mm2


ArticlenumberDTNVE1/*/5 41312 41307 41311 41318 41334DTNVE2/*/5 42317 42307 42312 42321 42328

DTNVE5isacomplexrangeofsurgeprotectiondevicesdesignedforprotectionofdata,communication,measuringandcontrollinesagainstsurgeeffects.ThesesurgeprotectiondevicesarerecommendedforuseintheLightningProtectionZonesConceptattheboundariesof LPZ0A(B) -1according toEN62305.All typesprovideeffectiveprotectionofconnectedequipmentagainstcommonmodeanddifferentialmodesurgeeffectsaccordingtoIEC61643-21.TheratedloadcurrentofindividualprotectedlinesIL<5A.

ThesedevicesconsistofMOVsonly.Thenumberofprotectedpairsisoptional(1-2).Thesedevicesareproducedfornominalvoltagewithintherangeof12V-230V.Maximumdischargecurrentisdifferentaccordingtovarioustypesfrom2kA(8/20)to10kA(8/20).

DTNVE */*/5

LPZ 2-3 / IP20 /

input output

99


TypeNumberofprotectedpairs

12

HDT1/AHDT2/A

Nominalvoltage UN 48VMax.continuousoperatingvoltage UC 57,6VMax.continuousoperatingvoltage IL 5AC1Nominaldischargecurrent(8/20µs) In 1kAC1VoltageprotectionlevelatIn line/PE UP 320VC1VoltageprotectionlevelatIn line/line UP 240 VC2Nominaldischargecurrent(8/20µs) In 15kAC2VoltageprotectionlevelatIn line/PE UP 450 VC2VoltageprotectionlevelatIn line/line UP 270VC3Voltageprotectionlevelat1kV/ms UP 300VResponsetime tA <30nsD1Max.lightningimpulsecurrent(10/350µs) Iimp 5kAD1Lightningimpulsecurrent(10/350µs)line/PE

Iimp 2,5kA

Parasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2

Testedacc.toEN61643-21 C1,C2,C3,D1

ArticlenumberHDT1/A 56000HDT2/A 56001

HDT*/A isa rangeof surgeprotectiondevicesdesigned for theprotectionofdata,communication,measuringandcontrol linesagainstsurgeeffects.ThesedevicesarerecommendedforuseattheboundariesofLPZ1-2-3lightningprotectionzonesaccordingtoEN62305.AlltypesprovideeffectiveprotectionofconnectedequipmentagainstcommonmodeanddifferentialmodesurgeeffectsaccordingtoEN61643-21.TheratedloadcurrentofindividualprotectedlinesIL=5A.

1ststageissolvedbyusingthree-polegasdischargetubes.Thenumberofprotectedpairsisoptional(1-2).HDT*/Aisproducedfornominaloperatingvoltageof48V.

HDT*/A

LPZ 1-2-3 / IP20 /

HDT1/A HDT2/A

100


HDT*/*Bisacomplexrangeofsurgeprotectiondevicesdesignedfortheprotectionofdata,communication,measuringandcontrollinesagainstsurgeeffects.ThesedevicesarerecommendedforuseattheboundariesofLPZ1-2-3lightningprotectionzonesaccordingtoEN62305.AlltypesprovideeffectiveprotectionofconnectedequipmentagainstcommonmodeanddifferentialmodesurgeeffectsaccordingtoEN61643-21.TheratedloadcurrentofindividualprotectedlinesIL=0,5A.

1st stage is solvedbyusing three-polegasdischargetubes,2nd stagebyusing transils. Thenumberofprotectedpairs isoptional (1-2).HDT/*Bisproducedfornominaloperatingvoltagewithintherangeof6V-48V.

HDT*/*B

LPZ 1-2-3 / IP20 /

HDT1*/B

HDT2*/B


12

HDT1/6BHDT2/6B

HDT1/12BHDT2/12B

HDT1/24BHDT2/24B

HDT1/48BHDT2/48B

Nominalvoltage UN 6V 12 V 24 V 48VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,8V 57,6VMax.continuousoperatingvoltage IL 0,5AC1Nominaldischargecurrent(8/20µs) In 1kAC1VoltageprotectionlevelatIn line/PE UP 180V 250 V 350V 450 VC1VoltageprotectionlevelatIn line/line UP 30V 50 V 65V 80VC2Nominaldischargecurrent(8/20µs) In 15kAC2VoltageprotectionlevelatIn line/PE UP 350V 450 V 550 V 600VC2VoltageprotectionlevelatIn line/line UP 40 V 55 V 70V 120 VC3Voltageprotectionlevelat1kV/msline/PE UP 15 V 28V 64V 85VC3Voltageprotectionlevelat1kV/msline/line UP 10 V 18V 40 V 70VD1Max.lightningimpulsecurrent(10/350µs) Iimp 5kAD1Lightningimpulsecurrent(10/350µs)line/PE Iimp 2,5kAResponsetime tA <30nsSeriesimpedanceperline 0,8Parasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2


ArticlenumberHDT1/*/B 56002 56003 56004 56005HDT2/*/B 56006 56007 56008 56009

101


HDTNV*/*B isacomplex rangeofsurgeprotectiondevicesdesignedfor theprotectionofdata,communication,measuringandcontrollinesagainstsurgeeffects.ThesedevicesarerecommendedforuseattheboundariesofLPZ1-2-3lightningprotectionzonesaccordingtoEN62305.AlltypesprovideeffectiveprotectionofconnectedequipmentagainstcommonmodeanddifferentialmodesurgeeffectsaccordingtoEN61643-21.TheratedloadcurrentofindividualprotectedlinesIL=1,5A.

1ststageissolvedbyusingthree-polegasdischargetubes,2ndstagebyusingtransils.Thenumberofprotectedpairsisoptional(1-2).HDTNV*/*Bisproducedfornominaloperatingvoltagewithintherangeof6V-48V.

HDTNV*/*B

LPZ 1-2-3 / IP20 /

HDTNV1*/B

HDTNV2*/B


12

HDTNV1/6BHDTNV2/6B

HDTNV1/12BHDTNV2/12B



Nominalvoltage UN 6V 12 V 24 V 48VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,8V 57,6VMax.continuousoperatingvoltage IL 1,5AC1Nominaldischargecurrent(8/20µs) In 1kAC1VoltageprotectionlevelatIn line/PE UP 180V 250 V 350V 450 VC1VoltageprotectionlevelatIn line/line UP 30V 50 V 65V 80VC2Nominaldischargecurrent(8/20µs) In 15kAC2VoltageprotectionlevelatIn line/PE UP 350V 450 V 550 V 600VC2VoltageprotectionlevelatIn line/line UP 40 V 55 V 70V 120 VC3Voltageprotectionlevelat1kV/msline/PE UP 15 V 28V 64V 85VC3Voltageprotectionlevelat1kV/msline/line UP 10 V 18V 40 V 70VD1Max.lightningimpulsecurrent(10/350µs) Iimp 5kAD1Lightningimpulsecurrent(10/350µs)line/PE Iimp 2,5kAResponsetime tA <30nsSeriesimpedanceperline 2,2µHParasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2


ArticlenumberHDTNV1/*/B 56010 56011 56012 56013HDTNV2/*/B 56014 56015 56016 56017

102


HDT*/*Cisacomplexrangeofsurgeprotectiondevicesdesignedfortheprotectionofdata,communication,measuringandcontrollinesagainstsurgeeffects.ThesedevicesarerecommendedforuseattheboundariesofLPZ1-2-3lightningprotectionzonesaccordingtoEN62305.AlltypesprovideeffectiveprotectionofconnectedequipmentagainstcommonmodeanddifferentialmodesurgeeffectsaccordingtoEN61643-21.TheratedloadcurrentofindividualprotectedlinesIL=0,5A.

1ststageissolvedbyusingthree-polegasdischargetubes,2ndstagebyusingtransils.Thenumberofprotectedpairsisoptional(1-2).HDT*/*Cisproducedfornominaloperatingvoltagewithintherangeof6V-48V.

HDT*/*C

LPZ 1-2-3 / IP20 /

HDT1*/C

HDT2*/C


12

HDT1/6CHDT2/6C

HDT1/12CHDT2/12C

HDT1/24CHDT2/24C

HDT1/48CHDT2/48C

Nominalvoltage UN 6V 12 V 24 V 48VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,8V 57,6VMax.continuousoperatingvoltage IL 0,5AC1Nominaldischargecurrent(8/20µs) In 1kAC1VoltageprotectionlevelatIn line/PE UP 180V 250 V 350V 500 VC1VoltageprotectionlevelatIn line/line UP 30V 50 V 65V 90VC2Nominaldischargecurrent(8/20µs) In 15kAC2VoltageprotectionlevelatIn line/PE UP 350V 450 V 550 V 600VC2VoltageprotectionlevelatIn line/line UP 40 V 55 V 70V 120 VC3Voltageprotectionlevelat1kV/msline/PE UP 15 V 28V 64V 85VC3Voltageprotectionlevelat1kV/msline/line UP 10 V 18V 40 V 70VD1Max.lightningimpulsecurrent(10/350µs) Iimp 5kAD1Lightningimpulsecurrent(10/350µs)line/PE Iimp 2,5kAResponsetime tA <30nsSeriesimpedanceperline 0,8Parasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2


ArticlenumberHDT1/*/C 56018 56019 56020 56021HDT2/*/C 56022 56023 56024 56025

103


HDTNV*/*Cisacomplexrangeofsurgeprotectiondevicesdesignedfortheprotectionofdata,communication,measuringandcontrollinesagainstsurgeeffects.ThesedevicesarerecommendedforuseattheboundariesofLPZ1-2-3lightningprotectionzonesaccordingtoEN62305.AlltypesprovideeffectiveprotectionofconnectedequipmentagainstcommonmodeanddifferentialmodesurgeeffectsaccordingtoEN61643-21.TheratedloadcurrentofindividualprotectedlinesIL=1,5A.

1ststageissolvedbyusingthree-polegasdischargetubes,2ndstagebyusingtransils.Thenumberofprotectedpairsisoptional(1-2).HDTNV*/*Cisproducedfornominaloperatingvoltagewithintherangeof6V-48V.

HDTNV*/*C

HDTNV2*/C

HDTNV1*/C


12

HDTNV1/6CHDTNV2/6C

HDTNV1/12CHDTNV2/12C



Nominalvoltage UN 6V 12 V 24 V 48VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,8V 57,6VMax.continuousoperatingvoltage IL 1,5AC1Nominaldischargecurrent(8/20µs) In 1kAC1VoltageprotectionlevelatIn line/PE UP 180V 250 V 350V 500 VC1VoltageprotectionlevelatIn line/line UP 30V 50 V 65V 90VC2Nominaldischargecurrent(8/20µs) In 15kAC2VoltageprotectionlevelatIn line/PE UP 350V 450 V 550 V 600VC2VoltageprotectionlevelatIn line/line UP 40 V 55 V 70V 120 VC3Voltageprotectionlevelat1kV/msline/PE UP 15 V 28V 64V 85VC3Voltageprotectionlevelat1kV/msline/line UP 10 V 18V 40 V 70VD1Max.lightningimpulsecurrent(10/350µs) Iimp 5kAD1Lightningimpulsecurrent(10/350µs)line/PE Iimp 2,5kAResponsetime tA <30nsSeriesimpedanceperline 2,2µHParasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2


ArticlenumberHDTNV1/*/C 56026 56027 56028 56029HDTNV2/*/C 56030 56031 56032 56033

LPZ 1-2-3 / IP20 /

104


HDT*/Disacomplexrangeofsurgeprotectiondevicesdesignedfortheprotectionofdata,communication,measuringandcontrollinesagainstsurgeeffects.ThesedevicesarerecommendedforuseattheboundariesofLPZ1-2-3lightningprotectionzonesaccordingtoEN62305.AlltypesprovideeffectiveprotectionofconnectedequipmentagainstcommonmodeanddifferentialmodesurgeeffectsaccordingtoEN61643-21.TheratedloadcurrentofindividualprotectedlinesIL=0,5A.

1ststageissolvedbyusingthree-polegasdischargetubes,2ndstagebyusingtransils.Thenumberofprotectedpairsisoptional(1-2).HDT*/Disproducedfornominaloperatingvoltagewithintherangeof6V-48V.

HDT*/D

LPZ 1-2-3 / IP20 /

HDT1/D HDT2/D


12

HDT1/6DHDT2/6D

HDT1/12DHDT2/12D

HDT1/24DHDT2/24D

HDT1/48DHDT2/48D

Nominalvoltage UN 6V 12 V 24 V 48VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,8V 57,6VMax.continuousoperatingvoltage IL 0,5AC1Nominaldischargecurrent(8/20µs) In 1kAC1VoltageprotectionlevelatIn line/PE UP 180V 250 V 350V 500 VC1VoltageprotectionlevelatIn line/line UP 70V 80V 150 V 220 VC2Nominaldischargecurrent(8/20µs) In 15kAC2VoltageprotectionlevelatIn line/PE UP 110 V 130V 180V 260VC2VoltageprotectionlevelatIn line/line UP 85V 100 V 165V 240 VC3Voltageprotectionlevelat1kV/ms UP 45 V 50 V 50 V 70VD1Max.lightningimpulsecurrent(10/350µs) Iimp 5kAD1Lightningimpulsecurrent(10/350µs)line/PE Iimp 2,5kAResponsetime tA <30nsSeriesimpedanceperline 0,8Parasiticcapacitance C 1,5nFRecommendedcablecross-section 0,25-1,5mm2


ArticlenumberHDT1/*/D 56034 56035 56036 56037HDT2/*/D 56038 56039 56040 56041

105


Type

Numberofprotectedpairs

HAKELNET 4/250M

6cat4

HAKELNET 4/250M

6cat/12V4

HAKELNET 4/250M

6cat/24V4

HAKELNET 4/250M

6cat/48V4

Nominalvoltage UN 6V 12 V 24 V 48VMax.continuousoperatingvoltage UC 7,2V 14,4V 28,8V 57,6VRatedloadcurrent IL 200mAModeofprotection line-line,line-G(PE)Frequencyhandlingline-line fg 250MHzC2NominaldischargecurrentIn(8/20)line/line In 20A 150A 150AC3Voltageprotectionlevelline/lineat1kV/ms(line/line) Up < 15 V < 40 V <90V < 150 V

Insertionlossfor250MHz <3dBParasiticcapacitanceline/line c max.5pF max.160pF max.160pFMountingon DINrail35mmInput/output,pinning RJ45/RJ45,1/2,3/6,4/5,7/8LengthofpatchcordsTotallengtha 1,5mor3mSupplylengthb acc.tocustomer’sspecificationGroundingmethod troughDINrail35mmbyspecialmetalcliponthebacksideofboxHousingmaterial PolyamidPA6,UL94V-0Colours greyCategorytestedacc.to EN61643-21+A1,A2Approvalsandcertifications cat.6,ISO/IEC11801Articlenumber 45034 45038 45 040 45037

Hakelnet4/250M6catisdesignedtoprotect5E/6dataandcommunicationslines.AllprotectedlinesareequippedwithTransientVoltageSuppressorDiodewhicheliminatescommonmodeanddifferentialmodesurgeeffectsduringcomputernetworksoperation.

Hakelnet4/250M6catconsistsofaplasticboxandpatchcordswhichareterminatedwithRJ45connectors.Requiredlengthofpatchcords(a,b)istobespecifiedbycustomer.

HAKELNET 4/250M 6cat/6V HAKELNET 4/250M 6cat/12V, HAKELNET 4/250M 6cat/48V

HAKELNET 4/250M 6cat/*

LPZ 3 / IP20 /

106

Coaxial high-frequency protection

KO*isaninnovatedcoaxialhigh-frequencyprotectionrangedesignedforprotectionofequipmentconnectedtoanaerialsystembymeansofcoaxialcables.SpecialgasdischargetubeswithmaximumdischargecurrentImax(8/20)=10kA(or20kAincaseofKO-5GN)ensureareliableprotectionofthereceivingandtransmittingsystemsevenagainstalightningstrokenearby.Hakelcompanyoffersawiderangeofcoaxialprotectorsforvariousconnectortypesandtransmissionpowergradesenablingusageinmanyapplications.ThesecoaxialprotectorsarerecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ0A(B) -1 and higheraccordingtoEN62305.

Type KO-1G KO-2G KO-1P KO-2P KO-9P KO-10P

Connectortype BNC F TVMax.continuousoperatingvoltage UC 90VDC 200VDC 90VDC 200VDC 90VDC 90VDCRatedloadcurrent IL 2,5A 0,5AD1Max.lightningimpulsecurrent(10/350) Iimp 2kA

C2Max.dischargecurrent(8/20) Imax 10kAC2NominaldischargecurrentIn(8/20) In 5kAC3Voltageprotectionlevelat1kV/ms UP 600VFrequencyrange 0-1GHz 0-2,15GHz 0-1GHzMax.transmissionpowercapacity 50 W 400 W 50 W 400 W 50 W 50 WInsertionloss <0,2dB <0,5dB <1,2dBReturnloss > 20 dBCharacteristicimpedance 50 75

Categorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Articlenumber 55 001 55 002 55007 55 015 55016 55017

KO*G KO*P KO-9P KO-10P

LPZ 0B-1 / IP20 /

Note:canbeproducedindifferentUcvoltages

107

Coaxial high-frequency protection

KO*isaninnovatedcoaxialhigh-frequencyprotectionrangedesignedforprotectionofequipmentconnectedtoanaerialsystembymeansofcoaxialcables.SpecialgasdischargetubeswithmaximumdischargecurrentImax(8/20)=10kA(or20kAincaseofKO-5GN)ensureareliableprotectionofthereceivingandtransmittingsystemsevenagainstalightningstrokenearby.Hakelcompanyoffersawiderangeofcoaxialprotectorsforvariousconnectortypesandtransmissionpowergradesenablingusageinmanyapplications.ThesecoaxialprotectorsarerecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ0A(B) -1 and higheraccordingtoEN62305.

Type KO-3GN (F/F)

KO-3GN (F/M)

KO-4GN (F/F)

KO-4GN (F/M)

KO-5GN (F/F)

KO-5GN (F/M)

KO-6GN (F/M)

Connectortype NMax.continuousoperatingvoltage UC 90VDC 350VDC - - 135VDCRatedloadcurrent IL 5A - - 5AD1Max.lightningimpulsecurrent(10/350) Iimp 2kA 5kA 1kA

C2Max.dischargecurrent(8/20) Imax 10kA 20kA 10kAC2NominaldischargecurrentIn (8/20) In 5kA 10kA 5kA

C3Voltageprotectionlevelat1kV/ms UP 200 V 850V < 2 V < 500 VFrequencyrange 0-3GHz 5-5,4GHz 0-5,8GHzMax.transmissionpowercapacity 50 W 400 W 200 W 50 WInsertionloss <0,65dB <0,2dBReturnloss > 20 dB Characteristicimpedance 50 Categorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Articlenumber 55018 55019 55 020 55 021 55 024 55 025 55026

KO*GN KO-5GN KO-6GN

LPZ 0B-1 / IP65 / IP20 / IP65 /


108

Coaxial high-frequency protectionLPZ 0B-1 / IP62 /

KO-7/16 isan innovatedcoaxialhigh-frequencyprotection rangedesigned forprotectionofequipmentconnected toanaerialsystembymeansofcoaxialcables.Specialgasdischargetubeswithmaximumdischargecurrent Imax (8/20)=10kA(or20kA incaseofKO-7/16-R)ensureareliableprotectionofthereceivingandtransmittingsystemsevenagainstalightningstrokenearby.Thisrangeisproducedwith7/16”connectortypeforvarioustransmissionpowergradesenablingusageinmanyapplications.TheyarerecommendedforuseintheLightningProtectionZonesConceptattheboundariesofLPZ0A(B)-1andhigheraccordingtoEN62305.

Type KO-7/16 (F/M) KO-7/16 (F/F)ConnectortypeMax.continuousoperatingvoltage UC 350VDC 350VDCRatedloadcurrent IL 5AD1Max.lightningimpulsecurrent(10/350) Iimp 2kAC2Max.dischargecurrent(8/20) Imax 10kAC2NominaldischargecurrentIn(8/20) In 5kAC3Voltageprotectionlevelat1kV/ms UP 850VFrequencyrange 0-2,6GHzMax.transmissionpowercapacity 400 WInsertionloss <0,5dBReturnloss > 15 dBCharacteristicimpedance 50 Categorytestedacc.toIEC61643:21-2000 C1,C2,C3,D1Weight 175g 165gArticlenumber 55033 55032

KO-7/16 FM KO-7/16 FF


109

Equipotential bonding of conducting parts of the electrical installation

HGS100andHGS100EBareaseparatinghighpowergasdischargetubesintendedforequipotentialbondingofaninstallationpartsofbuildings,whicharenotinterconnected.Incaseoforiginofp.d.(potentialdiference)betweenthoseparts,thehighpowergasdischargetubeignitesandinterconnectsbothpartsforatransienttime(typicalvalueofinternalresistanceatstartupofHGS100is 0,001÷0,002Ω).Recommendedinstallationisinsideofthebuildings,outdoors,inthedamproomsaswellasinthesubterraneousareas.ForlightningprotectionequipotentialbondinginaccordancewithIEC61024-1andEN62561-3.

The length of the flexibleconnecting cable is 200 mmand it is ended with a loopGPH12ofcrosssection13mm

High power gas discharge tube / LPZ 0B-1 / IP66 /

HGS100HGS100 EB

Type HGS100 HGS100 EBClasstoEN62561-3 H(forhighloading)

DC-Sparkovervoltage 400÷750VDC

Max.dischargecurrent(8/20µs) Imax 100kA

Nominaldischargecurrent(8/20µs) In 75kA

Ratedoverpowerfrequencywithstandvoltage UWAC 285V

RatedDCwithstandvoltage UWDC 350V

Ratedimpulsesparkovervoltage Ur imp < 1400 V

Max.lightningimpulsecurrent(10/350µs) Iimp 100kA

-charge Q 50As

-specificenergy W/R 2500kJ/

VoltageprotectionlevelatIimp UP < 1 kV

Capacitanceat1MHz C 25pF

Casing corundum/binaryresinwithanexternalsteelcoat,resistanttoclimaticeffects

Protectiontype IP66

Operatingtemperaturerange J -40°C...+90°C

Lifetime min.100000h

Weight m 320g

Articlenumber 10 005 10009

HGS100

HGS100EB

110


HGS100 Ex - Separating high power gas discharge tube HGS100 Ex for use in explosion hazards areas. It is intended for equipotential bonding of the installation parts of buildings or technological entities which are not interconnected operationaly. In case of p.d. (potential difference) origin between those parts, the high power gas discharge tube ignites and interconnects both parts for a transient time (typical value of internal resistance at startup of HGS100 Ex is 0,001÷ 0,002 Ω). Recommended installation is inside of the buildings, outdoors, in the damp rooms as well as in the subterraneous areas.It is an explosion-proof gas discharge tube with flexible connecting cable for equipotential bonding acc. to IEC 62305-1:2010 and also for the use in IT installations acc. to IEC 60364-5-54:2011. It complies with IEC 60079-0:2011, IEC 60079-18:2014 and IEC 60079-31:2013 standards. It is recommended for insulated flanges and insulated screw joints bridging in cathodic protected parts of industrial technology.

High power gas discharge tube / LPZ 0B-1 / IP67 /

HGS100 Ex

Type HGS100 Ex IP 67EC-Type examination certificate II 2G Ex mb IIC T6 Gb, II 2D Ex mb IIIC T80 °C Db

Approvals, certification FTZU 04 ATEX 0255X

DC-Sparkover voltage 400 ÷ 750 V DC

Max. discharge current (8/20) Imax 100 kA

Nominal discharge current (8/20) In 75 kA

Max. lightning impulse current (10/350) Iimp 100 kA

- charge Q 50 As

- specific energy W/R 2500 kJ/

Voltage protection level at Iimp UP < 1 kV

Insulation resistance at 100 V DC Ri < 1 G

Capacitance at 1 MHz C 25 pF

Casing corundum/binary resin with an external steel coat, resistant to climatic effects

Protection type IP67

Ambient temperature range for T Class T6

J

-20 °C ... +30 °C

Ambient temperature range for T Class T5 -20 °C ... +45 °C

Ambient temperature range for T Class T1-T4 -20 °C ... +80 °C

Lifetime min. 100 000 h

Weight m 550 g

Article number 10 201

Note: temperature class T6 is superior to all lower classes

111


II 2G Ex mb IIC T6 Gb

Equipment Group IIElectricalequipmentofGroupIIisintendedforuseinlocationswithanexplosivegaseousatmosphereotherthanundergroundmineswithoccurrenceofmethane(surface)

Equipment category 2GAreause-zone1,2accordingtoEN60079-10-1(IEC60079-10-1:2015)

Ex –Designationofequipmentinpotentiallyexplosiveareas

Type of protection mpottingwithsealingcompoundmb(forEPLprotectionlevel“Mb,Gb,Db”)

Gas Explosion Group IICEquipmentlabeledwithIICissuitableforusewhereGroupIIAorGroupIIBequipmentisrequired

Temperature class T6 (maximumsurfacetemperature)T6-85°C(carbonbisulphide,ethylnitriteandothergaseswithhigherignitiontemperature)

EPL protection level (whatistheprobabilitythatadevicewillbecomeagasinitiator)Gb –equipmentforexplosivegaseousatmospheresthathasa„high“levelofprotectionanditisnotasourceofignitioninnormaloperationoratexpectedfailures

II 2D Ex mb IIIC T80 °C Db

Equipment Group IIequipmentforpotentiallyexplosiveatmospheresotherthanundergroundmineswithoccurrenceofgas(methane)and/orcombustibledust

Equipment category 2DAreause-zone21,22accordingtoEN60079-10-1(IEC60079-10-1:2015)

Ex –Designationofequipmentinpotentiallyexplosiveareas

Type of protection mpottingwithsealingcompoundmb(forEPLprotectionlevel“Mb,Gb,Db”)

Dust explosion group IIIC (categorizedaccordingtothecharacteristicsofthedustexplosiveatmosphere)IIIC conductive dusts

Maximum surface temperature T80 °C (thehighesttemperaturethatoccurswhenoperatinginthemostadverseconditions(butwithinconfirmedtolerances)onanypartoftheelectricalequipmentsurface

Protection level EPL DbDb – equipmentfordustexplosiveatmospheres,whichhasa„high“levelofprotectionanditisnotasourceofignitioninnormaloperationoratexpectedfaults

112

Measuring equipment

PBI-7isadigitalcounterofcurrentpulses,whicharecausedbylightningstrikestotheobject’sair-terminationnetwork.Thecounterismounteddirectlyonthelightningdownconductor.ThePBI-7isequippedwithadisplayandfourcontrolbuttons.

Byconnectingthecountertothedownleadoftheair-terminationnetworkitispossibletogetadetailedoverviewofthenumberofdischargesandtheir time.Eachrecordedpulse isprovidedwithatimestamp,bywhich itcanbeclearly identified,whenthedischargehasoccurredwithanaccuracyofseconds.

ThePBI-7ispoweredbyanindependentbatterypackforeasyinstallationandreplacement.Theaveragebatterylifetimeis5years.Theadvantageofthecounteristhebatterycontrolsystem,whentheuseriscontinuouslyinformedoftheremainingbatterycapacity.PBI-7displaysthebatterycellstatusvalueasafigureintherangeof0to100%.

PBI-7isincompliancewithIEC62561-6:2018standard(RequirementsforlightningstrikescounterLSC).

Note:Areductionkitisrequiredformountingona30x4mmgroundingstrap.ThiskitisavailableundertheHAKELarticlenumber70047/BS.Note:Batteriesexcluded

Digital lightning strike counter /

PBI-7

Type PBI-7TypeaccordingtoIEC62561-6:2018 TypeI+TypeII

Productplacement External

Mounting Round8mmorflat30x4mmdownconductor

Minimumrecordablecurrent Iimp min 1kA(10/350)

Minimumrecordablecurrent In min 1kA(8/20)

Maximumrecordablecurrent Iimpmax=Iimp 100kA(10/350)

Maximumrecordablecurrent Inmax=In 100kA(8/20)

Numberofrecordeddischarges 0-999

Batterytype 2xCR123Aor2xCR17335SE

Averagebatterylifetime 5years

Dimension 110x130x60mm

Weight m 405g(+approx.30gbattery)

Operatingtemperature J -20 °C...+60°C

Storagetemperature -40 °C...+80°C

Protectiontype IP65

Articlenumber 70047

113

Measuring equipmentMeasuring instrument GIGATESTpro-SPD /

Usage, characteristics: -measuringofinsulationresistancewithvoltage50V÷1000V-measuringofsurgeprotectiondevices-extendeddatabaseofsurgeprotectiondeviceswhichissavedintheinstrument’smemoryenableseasyandfastdataevaluation ofmeasuring-measuringofACandDCvoltage-newstoragesystemofthetesttipsinthetransportpositionispatent-protected-highcontrastbrightmulticolourgraphicOLEDdisplayensuresexcellentlegibility-possibilitytoilluminatethemeasuredobjectbyabrightwhiteLEDlight-possibilitytochargethebatteryrightintheinstrument

Scopeofdelivery:measuring instrument, twistedtest leadwithmeasuringtip,pouch,calibrationcertificate,warrantydocument,user’smanual,cardboardshippingcase.

GIGATESTpro-SPD

Insulation resistanceMeasurementrange 0,100M÷1,999G(U=50V÷99V)

Nominalmeasurementrange0,100M÷3,999G(U=100V÷249V)0,100M÷9,999G(U=250V÷1000V)

Resolutionrange 0,001M/0,01M/0,1M/0,001G

Basicmeasurementerror±(2%ofMV+10D)*(R<1G)±(4%ofMV+15D)*(R≥1G)

Operatingmeasurementerror±(3%ofMV+20D)*(R<1G)±(5%ofMV+25D)*(R≥1G)

Nominalmeasurementcurrent ≥1mAShort-circuitcurrent <3mAAutomaticdischargeofthemeasuredobject yes

Surge protection devicesMeasurementrange 40V÷1050VResolutionrange 1 VBasicmeasurementerror ±(2%ofMV+2D)*Operatingmeasurementerror ±(3%ofMV+3D)*Principleofmeasuringthevaristor increaseofthevoltagewithmeasurementoftheso-calledmA(milliamper)pointPrincipleofmeasuringthegasdischargetube increaseofthevoltagewiththeassessmentofthemaximum

DC and AC voltage (actual effective value TRMS)Measurementrange 0V÷600VDC/AC(45Hz÷65Hz)Resolutionrange 1 VBasicmeasurementerror ±(2%ofMV+2D)*Operatingmeasurementerror ±(3%ofMV+3D)*

GenerallyPowersupply 4pcsofAAA(LR03)alkalinebattery1,5VorNiMHbattery1,2VDisplay OLED,multicolour,graphicProtectionlevel II(doubleinsulation)Surgeprotectioncategory CATIII/300VorCATII/600VPollutionlevel 2Protectiontype IP43Dimensions approx.260x70x40mmWeight(includingbatteriesandmeasuringtip) approx.0,36kg*MVmeansmeasuringvalue,DmeansdigitArticlenumber 70002

Optional accessories for GIGATESTpro:charger,batteryset4xAAA800mAh,2mmeasuringconductor,measuringtip,crocodileclip

114

Voltage limiting device – VLD

HL120HL120*isavoltagelimitingdevice(VLDacc.toEN50122-1:2011)intendedfortheprotectionofnon-livepartsofmetalstructuresinACorDCtractionsystems.Itisusedfortheeffectiveprotectionofpeoplewhomightcomeintocontactwiththesepartsduringalightningstrokeorinthecaseafaultoftractionlines.HLisinstalleddirectlyontheprotectedconstructionstructure(usingtwoM12bolts)sothatifitisactivateditcreatesaconductiveconnectionbetweenthisstructureandthetracks.TheprincipleoftheHLconstructionisbasedontheparallelconnectionofthreenon-linearelements(1highpowermetaloxidevaristorMOVplus2high-performancethyristors)builtintoastainlesssteelcover.IftheHLisactivatedbylightningcurrentorcurrentfromthecontactoftheprotectedmetalstructurewithforexampleafallentrolleyline,thiscurrentisinstantlyshortedtothetrackbythefastreactionoftheMOV(thestandardlygiventimeofitsreactionis25nsec).Themaximumvalueofthiscurrent’samplitudemaybe40kA(10/350).ForthedurationofactivationoftheMOVavoltageprotectionlevelabout500Visformedonit.SothattheheatreleasedintheMOVdoesnotdamageitsstructure,adelayelementisbuiltintotheHLhardwarewhichforapproximately1msecignitesboththebuilt-inhighperformancethyristors,andthismomentisderivedfromtheVPLonthevaristor.AccordingtothepolarityofvoltageontheMOV,therelevantthyristorfromthebuilt-inpairisactivatedandittakesupcurrentwhichtothattimehavebeenconductedbytheactivatedMOV.Dependingontheimmediatecurrentvalueofthepassingcurrent,thevoltagelevelonthisthyristorcanbeintherange1÷3V.Ifthearisingactivationcurrentissignificantlylowerthanthemaximumworkingcurrentoftheusedthyristor,thisprocesscanlastuptotensofseconds(fortheHL120thisprocessischaracterisedbythetypicalvalue105A/60min...reversibly),whichcorrespondstothechargepassingthroughof378000Asec.Alargepowerlossisonthethyristorforthetimeofitsactivation,andsotheconstructionoftheHLsleeveisbasedontheprincipleofconductingthereleasedheattoitsmetaloutercasingandthenviathiscasingtotheconstructionbuildingstructure.OneimportantrequirementoftheHListheassumptionofthecreationofaninternalshortcircuitinthecaseofthevoltage,currentorheatoverloadingofthebuilt-inMOV,whichismetinthecaseoftheHLinternalconstructiondescribedabove.

Advantages-vandalresistant,weatherproof,longlifetime

Type HL120ClasstoEN50526-2 2.2

Maximumwithstandvoltage Uw 60VAC

Maximumsparkvoltage Us 120VDC

Nominalshort-termwithstandcurrent4,7kA/0,023sec(repeatable)

20kA/0,1sec(unrepeatable)

ReversiblecurrentIrev 105A/60min

Technicaldataofbuilt-inmetal-oxidevaristorsacc.toEN61643-11:2012andEN60099-4:2014

NominaldischargecurrentIn 40kA(8/20µs)

LightningimpulsecurrentIimp 40kA(10/350µs)

MaximumoperationalvoltageUc 115VAC

VaristorvoltageUv@1mA 180VDC

VoltageprotectionlevelUpatnominaldischargecurrentIn 500 V

Operatingconditions:

Temperature -40 °C...+55°C

Tighteningtorque 16Nm

Heightabovesealevel withoutrestriction

Protectiontype IP67

Weight/Dimensions c.4,65kg/ 114mm,l=95mm

Articlenumber 10 240

115

Low voltage limiter for railway application

ItisrangeofvoltagelimitersdesignedforovervoltageprotectionofpersonnelandequipmentinDCandACrailtractionsystems.Itisrecommendedtoinstallthislimiterbetweenthecurrentreturnpathandnon-electrifiedpartsofstructureslayingadjacenttotherails.InternalconstructionofHGSisbasedatapplicationofhighpowergas-filledgasdischargetube(GDT),whichisbuiltintostainlesssteelbox.Incaseofovervoltage,HGS100RWgeneratesadurableconductivepathbetweentheoverloadedareaandtherailway’ssubstation.This results in increasedcurrent loads thataresensedat thesubstation, trippingthesafetyswitchandthusprotectingpersonnelandequipment.Inaddition,allovervoltagesgeneratedbylightningareeffectivelylimitedbyHakel’sinternalconstructionof HGS100RW.AllrequirementsgivenbyEN50122-1andEN61643-11relatingtoelectricalsafetyearthingforthisspecificusearealsofulfiled.

HGS100 RW

Type HGS100 RWExaminationsaccordingto EN61643-11,EN50122-1DCSpark-OverVoltage1) 300÷500VACSpark-OverVoltage > 250 Vrms

ImpulseSpark-OverVoltageat5kV/µs-for99%ofmeasuredvalues(wave1,2/50µs,6kV) < 1200 V

Max.ImpulseDischargeCurrentImax(8/20µs) 200kANominalImpulseDischargeCurrentIn(8/20µs) 100kA

Max.LightningImpulseCurrentIimp(10/350µs) 150kA

Charge 75AsSpecificEnergy 5500kJ/Ω

Ratedwithstandcurrentupto8kArms/100msec(AC-mode)upto20kA/30msec(DC-mode)

Behaviouraftersubstantialoverloading internalshortcircuitinsideHGSbodyInsulationResistanceat100VDC >1GΩCapacitanceat1MHz <35pFHousing IP66OperatingandStorageTemperature - 40 °C...+90°CWeight 950gClimaticCategory(IEC60068-1) 40/90/21Articlenumber 10 002

1)InionisedmodeTermsinaccordancewithITU-TRec.K-12,DIN57845/VDE0845andEN61643-11:2002

Surge protection device HAKELTogether we make the world a safer place

– insulation monitoring devices

Insulation monitoring devices

Data/Signal protection

Coaxial protection

Type 2+3

PV

IMD

Type 1

Type 2+3

Type 3

Type 3Type 3

– surge protection devices

Lightning arresters

Type 1 Type 2+3 Type 3 Type 3 PV Data/Signal protection

Coaxialprotection

Lightning and surge arresters

Surge arresters

Surge arresterswith HF filter

Surge arresters

Photovoltaic systems

Type 1+2 Type 1+2

Coaxial high--frequency protection

SPD for information technologysystems

HAKEL spol. s r.o. Bratri Stefanu 980500 03 Hradec KrálovéCzech republic


HA

KEL

27.

edi

tion

Catalogue

Documents

Catalogue - Hakel...1 Contents page Company profile HAKEL spol. s r.o. 3 Surge mini hand-book 4-15 Selection guide 16-19 LIGHTNING ARRESTERS - TYPE 1 20-25 LIGHTNING AND SURGE ARRESTERS