Jetion solar JTxxxSDc Black series, JTxxxSBa series, JTxxxSFa series Installation guide

Hello! I've reviewed the Jetion Solar installation manual. This document includes important details for safely installing your Jetion solar modules such as mounting methods, wiring and grounding guidelines, along with crucial safety warnings. I can help you with specific questions about your modules setup or any other aspect of the manual. Please, feel free to ask.
What are the installation environment requirements?

What is the recommended tilt angle for fixed systems?

What is the maximum system voltage for modules?

What should be done for grounding the modules?

Installation Manual

Visionary green energy

Installation Manual

Please read this manual carefully before installation，and keep it for future reference.

Introduction

• JetionSolarPhotovoltaicmodulesconsistofcrystalline

 siliconsolarcells,hightransmissionandlowirontoughened

 glass,anti-agingEVAandhighameresistantbacksheet,and

 anodizedaluminumalloyframe.

• JetionmodulesarequaliedfornationalstandardIEC

 61215.2andIEC61730,whichhavepassedexamination

 oftheauthorisedtytestcenter.Jetionmodulescanbeused

 inroofsolarsystems,PVstations,communicationstations,

 petrol,ocean,meteorological,trafcandPVbuildingsetc.

• Wearecommittedtoprovidingtechnicalandinstallation

 supportforourcustomersworldwide.

• ThisInstallationManualisapplicabletotheinstallation

 ofthefollowingJetionmodules:

JT***SFa/bJT***SAa/bJT***SBa/b

JT***SFcJT***SEcJT***SDcJT***SCcJT***SAc

JT***PFeJT***PEeJT***PDeJT***PCeJT***PAe

JT***SAa/b(Black)JT***SDc(Black)JT***SCc(Black)

Notes: 1.JT***SFa/bisusedhereasanexample.

  2.“***”istheratedpoweroftherelatedJetionmodule.

• Thismanualcontainsimportantinformationregardingthein

 stallation,safehandlingandmaintenanceofPVmodules

 madebyJetion.

• Allinstructionsshouldbereadandunderstoodpriorto

 installingthemodules.Theinstallershouldconformto

 allrequirementsinthismanual.Theappropriatelocalstan-

 dardsandregulations,constructionrulesandsafetyinst-

 ructionsshouldalsobefollowedduringinstallation.Allwork

 onaPVsystemmustbecarriedoutbyappropriatelyqualed

 engineers,whomustbefamiliarwiththemechanicaland

 electricalrequirementsforsuchaPVsystem.

Disclaimer of liability

• Theinstallation,handlinganduseofJetionmodulesarebey-

 ondcompanycontrol.Therefore,Jetionassumesnores-

 ponsibilityforloss,damage,injuryorexpenseresultingfrom

 improperinstallation,handling,useormaintenance.

• Jetionreservestherighttoupdatetheproduct,specications

 orthisInstallationManualwithoutpriornotice.

1) Certiﬁcates requests

1.1) IEC 61730

 JetionmodulesaredesignedtofulllthecriteriaofApplica-

 tionclassArequirementsaccordingtoIEC61730-1.

 ModulesratedforuseinapplicationclassAmaybeusedin

 systemsoperatingatgreaterthan50VDCor240W,where

 generalcontactaccessisanticipated.Modulesqualiedfor

 safetythroughIEC61730-1andIEC61730-2withinapplica-

 tionclassAareconsideredtomeettherequirementsfor

 safetyclass.

1.2) UL

• Theelectricalcharacteristicsarewithin+/-10%oftherated

 valuesofIsc,VocandPmpundertestconditions(irradiance

 of100mW/cm2,AM1.5spectrum,andcelltemperatureof

 25°C).

• Thestand-offheightshouldbeatleast100mm(3.94in),and

 therecommendedstand-offheightis115mm(4.53in).If

 othermountingmeansareemployed,thismayaffectthe

 ListingForFireClassRatings.

• ThemoduleshavebeenevaluatedbyULforamaximum

 positiveornegativedesignloadingof30lb/ft²(146.5kg/m²).

• WiringmethodsshouldbeinaccordancewiththeNEC.

• ForinstallationinCanada,theinstallationshallalsobein

 accordancewithCSAC22.1,safetyStandardsforElectrical

 Installations,CanadianElectricalCode,Part1.

2) Installation requirements

2.1) Installation environment requirements

• Avoidshading:

 Evenifthesmallestlocalshelter/shadow(suchasdustdepo-

 sition)willalsodecreasetheoutputpower.

• Adequateventilation:

 Hightemperatureofthemodulemayreducetheperfor-

 manceandoutputpowerofthemodule.Goodventilation

 caneffectivelyavoidtheoverheatingofPVmodules.

• Others:

- Donotinstallthemodulenearinammablegas(suchas

 gasstation,gastanketc.)

- Donotinstallthemodulenearnakedameorammable

 materials.

- Donotinstallthemoduleinalocationwithpotentialforextre-

 mesandanddustdamage.

- Donotinstallthemoduleinalocationwithextremeair

 pollution,suchaschemicalvapors,acidrain,and/orsoot.

- Donotexposethemoduletoalasersource.

- Donotinstallthemoduleinalocationwithextremehailand/

 orsnow.

- Donotinstallthemoduleinalocationwhereitcouldbe

 immersedinwaterorcontinuallyexposedtowaterfroma

 sprinklerorfountain.

- Donotinstallthemoduleinamarineenvironmentand/or

 areawheresaltywindhitdirectly.Itisrecommendedthatthe

 modulebeinstalledatleast500mfromthesea.

- Environmenttemperature-20°Cto40°C.

- Operatingtemperature-40°Cto85°C.

2.2) Orientation and tilt for modules installation

• Solarmodulesproducethemaxpowerwhentheyare

 pointeddirectlyatthesun.Inordertoachievemaximum

 annualyield,optimumorientationandtiltofPVmodulesis

 necessary.Themodules,whichconnectedinasystem,must

 beinsameorientationandtilt,otherwise,itwilllosethepow-

 erbecauseofthedifferencesofsunshineradiation.

• Themodulesmustbefacingthenorthinthesouthhemis-

 phere,andfacingsouthinnorthhemisphere.

• Foroff-gridinstallationswheretheJetionmodulesareat-

 tachedtoapermanentlystructure,theJetionmodules

 shouldbetitledforoptimumwinterperformance.Asarule,

 ifthesystempowerproductionisadequateinwinter,itwillbe

 satisfactoryduringtherestoftheyear.Themoduletiteangle

 ismeasuredbetweenthesolarmodulesandtheground.

Fig.1: ModuleTiltAngle

RECOMMENDEDTILTANGLESFORAFIXEDSYSTEM

SITELATITUDEINDEGREES FIXEDTILTANGLE

0°to15°    15°

 15°to25°   SAMEASLATITUDE

 25°to30°   LATITUDE+5°

 30°to35°   LATITUDE+10°

 35°to40°   LATITUDE+15°

40°+   LATITUDE+20°

Table1: ModuleTiltAngle

2.3) Materials requirements

• Supportstructure

 Thesupportstructureofthemoduleismadeofabrason

 proof,corrosionresistantandUVresistantmaterialswhich

 correspondstotheappropriatestructuralrequirements.The

 mountingstructureandthemoduleattachmentsmustbe

 designedinaccordancewiththelocalwindandsnowloads.

• Bypassdiode

 Partialshadingofanindividualmodulecancauseareverse

 voltageacrosstheshadedmodule.Currentisthenforced

 gothroughtheshadedareabytheothermodules.Whena

 bypassdiodeiswiredinparallelwiththeseriesstring,the

 forcedcurrentwillowthroughthediodeandbypassthe

 shadedmodule,therebyminimizingmoduleheatingandarray

 current losses.

• Supportstructure

 Inasystemthatusesabattery,blockingdiodesaretypically

 placedbetweenthebatteryandthemoduleoutputtoprevent

 batterydischargeatnightandrainyweather.Diodesthatare

 usedasblockingdiodesmusthavea:

a)RatedAverageForwardCurrent［[IF(AV)]［abovethemaximum

 systemcurrentathehighestmoduleoperatingtemperature.

b)RatedRepetitivePeakReverseVoltage［(VRRM)［abovethe

 maximumsystemvoltage［(Vmax)［atthelowestmodule

 operatingtemperature［(IEC:［Vmax=1000V;［UL:［Vmax=600V).

• Battery

 Whensolarmodulesareusedtochargebatteries,thebattery

 mustbeinstalledinamannerwhichwillprotecttheperfor-

 manceofthesystemandthesafetyofitsusers.Thebattery

 shouldbeawayfromthemainowofpeopleandanimal

 trafc.Selectabatterysitethatisprotectedfromsunlight,

 rain,snow,debris,andiswellventilated.Mostbatteries

 generatehydrogengaswhencharging,whichisexplosive.

 Donotlightmatchesorcreatesparksnearthebatterybank.

 Whenabatteryisinstalledoutdoors,itshouldbeplacedin

 aninsulatedandventilatedbatterycasespecicallydesigned

 forthepurpose.

• Cableandothercomponents

a)Ensurethatallcomponentsmeettherequirementsofthe

 system´smaximumvoltage,current,moistureandtempera-

 turewhentheyareexposedtosunlight.Werecommended

 thatallwiringandelectricalconnectionscomplywiththe

 appropriatenationalelectricalcode.

b)Undernormalcondition,aphotovoltaicmoduleislikelyto

 experienceconditionsthatproducemorecurrentand/or

 voltagethanreportedatstandardtestconditions. 

 Accordingly,thevaluesofIscandVocmarkedonthismodule

 shouldbemultipliedbyafactorof1.25whendetermining

 componentvoltageratings,conductorcurrentratings,fuse

 sizesandsizeofcontrolsconnectedtothePVoutput.Refer

 tosection690-8oftheU.S.NationalElectricCodeforan

 additionalmultiplyingof1.25whichmaybeapplicable.

c)Onlycableswithoneconductoraretobeused.

Module

Sunlight

Tilt Angle

Horizontal

d)Theareaofthecablematedwiththeconnectorisre-

 commendedtobe4~6mm²,length:1000mm,tempera-

 turerange:-40［to90.Themaximumseriesfuse［IMax.Series

 fuse［(Mono-125:［IMax.Seriesfuse=10A［Mono-156&Poly-156

 IMax.Seriesfuse=15A)［.

2.4) The requirements for different types of mount

• Groundmount

 Selecttheheightofthemountingsystemtopreventthe

 lowestedgeofthemodulefrombeingcoveredbysnowfora

 longtimeinwinterinareasthatexperienceheavysnowfalls.

 Inaddition,assurethelowestportionofthemoduleisplaced

 highenoughsothatitisnotshadedbysandandstone

 drivenbywind.

• Roofmount

a)Wheninstallingamoduleonarooforbuilding,ensurethatit

 issecurelyfastenedandcannotfallasaresultofwindor

 snowload.

b)Themodulesaresupportedparalleltosurfaceofthebuilding

 wallorroof.Clearancebetweenthemoduleframesand

 surfaceofthewallorroofisrequiredtopreventwiringdama-

 geandtoallowairtocirculatebehindthemodule.

 Thestandoffheightshouldbeatleast100mm［(3.94in).The

 recommendedstand-offheightis115mm［(4.53in).［

c)Theroofinstallationofmodulesmayaffectthereproofper-

 formanceofbuildingstructure.

d)ThemodulesmustbeinstalledontoaClassiedRoong

 system.ThemodulesareClassC.Youcanmountthemover

 aClassC,BorAroof.Theamountofareathemodules

 covermaydegradetheroof‘soriginalreratinginsomeloca-

 tions.Donotinstallmodulesonarooforbuildingduring

 strongwindsincaseofaccident.

• Polemount

 Wheninstallingamoduleonapool,chooseapoleand

 modulemountingstructurethatshouldwillwithstandantici-

 patedwindsforthearea.

3) Mounting Methods

 Topreventbending,vibration,mechanicalstressor

 warpage,mountthemoduleontoaatcontactsurface.The

 minimaldistancebetweenmountedmodulesshouldbeno

 lessthan20mm.Useallthemountingpointsprovidedand

 avoiddirectcontactbetweenglassandmetal［(e.g.mounting

 rails).，

• Option1:ClampingMounting

 Theclampsmustnotoverlaptheglassorshadethemodule

 surface,ordistorttheframe.Recommendedtorqueis5Nm.

Fig.2

ModuleType Frame Type1 Type2 Type3

JT***SFa/b 30mm   

JT***SAa/b

JT***SAa/b(Black) 40mm





JT***SC-Fc 40mm   

JT***SC-Dc(Black) 40mm   

JT***PC-Fe 40mm   

JT***PAe/JT***SAc 45mm   

JT***SBa/b 45mm   

Table2

Notes:

1)JT***SFa/bisusedasanexample.

2)Where“***”istheratedpoweroftheJetionmodule.

3)““indicates5400paavailable;““indicates2400pais

 available;““indicatesnoallowed.

4)Differentframeheightshouldchooseappropriateclampand

 bolt.

5)MechanicalloadtestperformedaccordingtoIEC

 standard,notapplicableforULproducts.

Type 1 Type 2 Type 3

Standard Mounting Short Side Mounting Triangle Mounting

FringeModules

Installation

MountingRail

Clamp

JT***SFa/b

JT***SAa/b

JT***SAa/b(Black)

JT***SBa/b

JT***PFe/JT***SFc

JT***PEe/JT***SEc

JT***PDe/JT***SDc/

JT***SDc(Black)

JT***PCe/JT***SCc/

JT***SCc(Black)

JT***PAe/JT***SAc

Mono

Mono

Mono

Poly/Mono

Poly/Mono

Poly/Mono

Mono

Poly/Mono

Mono

Poly/Mono

4x9

6x12

8x12

4x9

6x8

6x9

6x10

6x12

• Type1:StandardMounting

Fig.3

ModuleTypeCellTypeCellDimensions(mm)

Quantity AxBJKMNP

 Table3(Foryourinformation)

Notes:

1)JT***SFa/bisusedasanexample.

2)Where“***”istheratedpoweroftheJetionmodule.

3)Dimension„N“representsthedistancebetweenclampandframe.

4)Dimension„P“representsthethicknessofclamp.

Themovementofthe

mountingrailandthe

clampscenter-lineare

recommendedtobe

withintheblackarrow

area.Pleasendspecic

datafromTable3.

MountingRail

M8Screw

MiddleModules

Installation

Frame(longside)

200

200

200

200

200

200

200

200

1195×541

1580×808

1580×1069

1482×676

1324×992

1482×992

1655×992

1956×992

50

50

50

50

50

50

50

50

12

12

12

12

12

12

12

12

0.5~2

0.5~2

0.5~2

0.5~2

0.5~2

0.5~2

0.5~2

0.5~2

2.5~3

2.5~3

2.5~3

2.5~3

2.5~3

2.5~3

2.5~3

2.5~3

M8Screw

MiddleModules

Installation

Frame(longside)

MountingrailClamp

Themovementofthe

mountingrailandthe

clampscenter-lineare

recommendedtobe

withintheblackarrow

area.Pleasendspecic

datafromTable4.

FringModules

Installation

• Type2:ShortSideMounting

Fig.4

ModuleTypeCellTypeCellDimensions(mm)

Quantity AxBJKMNP

 Table4(Foryourinformation)

Notes:

1)JT***SFa/bisusedasanexample.

2)Where“***”istheratedpoweroftheJetionmodule.

3)Dimension„N“representsthedistancebetweenclampandframe.

4)Dimension„P“representsthethicknessofclamp.

200

200

200

200

200

200

200

200

1195×541

1580×808

1580×1069

1482×676

1324×992

1482×992

1655×992

1956×992

50

50

50

50

50

50

50

50

12

12

12

12

12

12

12

12

0.5~2

0.5~2

0.5~2

0.5~2

0.5~2

0.5~2

0.5~2

0.5~2

2.5~3

2.5~3

2.5~3

2.5~3

2.5~3

2.5~3

2.5~3

2.5~3

JT***SFa/b

JT***SAa/b

JT***SAa/b(Black)

JT***SBa/b

JT***PFe/JT***SFc

JT***PEe/JT***SEc

JT***PDe/JT***SDc/

JT***SDc(Black)

JT***PCe/JT***SCc/

JT***SCc(Black)

JT***PAe/JT***SAc

Mono

Mono

Mono

Poly/Mono

Poly/Mono

Poly/Mono

Mono

Poly/Mono

Mono

Poly/Mono

4x9

6x12

8x12

4x9

6x8

6x9

6x10

6x12

• Option2:BoltingMounting

 Eachmoduleshouldsecuretheframesofmoduletosup-

 portingstructurethroughatleast4mountingholes(corres-

 pondingtothemountingrail2and3).Forhighwindand

 snowloads,8holes(correspondingtothemountingrail1to

 4)shouldbesecured.Themoduleframemustbeattached

 tothemountingrailsusingM8corrosion-proofscrews

 togetherwithspringwashersandatwashers.Recommen-

 dedtorqueis5Nm.Usetheexitinginstallationholesinstead

 ofdrillingadditionalholesforinstallation(Drillingholesis

 againstthereliabilityandwarrantyofJetionmodules).Please

 usecorrosion-resistantinstallationandattachmentmaterials.

Fig.5

Mountingrail1

Mountingrail2

Mountingrail4

Mountingrail3

8-［ 9×14

Nut

Mountingrail

M8srew

960

1300

1300

1100

1044

1100

1225

1676

1195×541x30

1580×808x40

1580×1069x45

1482×676x40

1324×992x40

1482×992x40

1655×992x40

1956×992x45

660x508

800x758

800x1019

700x626

544x942

700x942

725x942

1176x942

JT***SFa/b

JT***SAa/b

JT***SAa/b(Black)

JT***SBa/b

JT***PFe/JT***SFc

JT***PEe/JT***SEc

JT***PDe/JT***SDc/

JT***SDc(Black)

JT***PCe/JT***SCc/

JT***SCc(Black)

JT***PAe/JT***SAc

Mono

Mono

Mono

Poly/Mono

Poly/Mono

Poly/Mono

Mono

Poly/Mono

Mono

Poly/Mono

4x9

6x12

8x12

4x9

6x8

6x9

6x10

6x12

ModuleTypeCellTypeCellDimensionsMountingHoleMountingHole

Quantity AxBxC(mm) E (mm) GxF(mm)

Table5

Notes:

1)JT***SFa/bisusedasanexample.

2)Where“***”istheratedpoweroftheJetionmodule.

4) Grounding

• Toavoidtheriskofelectricalshockorre,themoduleframe

 shouldbegroundedbeforetheelectricalconnectionofthe

 modulesisoperated.

• TheframeshallbegroundedinaccordancewithNECArticle

 250［USA［orCECinCanada.

• Foranadequateground,thegroundinghardwareshould

 penetratetheanodizationlayer.

• OnlyULlistedcomponentsshouldbeusedforgrounding.

• Jetionrecommendsusingthefollowingcomponentsorequi-

 valents.

1 StainlesssteelboltM4x30

2 StainlesssteelnutM4

3 StainlesssteelspringwasherM4

4&6StainlesssteelatwasherM4

5 Stainlesssteellock-toothedwasherM4

7 StainlesssteelcupwasherM4

8 Groundingwire

Fig.6

Washer

ModuleTypeCellTypeCellDimensionsMountingHoleMountingHole

Quantity AxBxC(mm) E (mm) GxF(mm)

• Attachaseparateconductorasgroundingwiretothe4mm

 diametergroundingholeswithasetofM4bolt,cup

 washer,atwasher,lock-toothedwasher,springwasherand

 nut.

• Exposedcopperofthegroundingwireshallnotcontactsthe

 moduleframeincaseofcorrodingtheframe.

5) Wiring

For the wiring, pay attention to:

• Tominimizetheriskofindirectlightingstrike,avoidforming 

 closedloopswhendesigningthesystem.Checkthatwiring 

 iscorrectbeforestartingthegenerator.Ifthemeasuredopen

 circuitvoltage(Uoc)［andshort-circuitcurrent［(Isc)different

 fromthespecications,theremaybeawiringfault.

• JetionmodulesusetheJ-Box,onthebacksideofthemodule,

 isweatherproofandisdesignedtobeusedwithstandard

 wiringorconduitconnections.Wiringmethodsshouldbein

 accordancetotheNEC(NationalElectricalCode).Bypass

 diodesandcableclampsareincludedwitheachmodulewhen

 shippedfromthefactory.

• Usemodulesofthesamecongurationsinthesamesystem.

 Whenconnectedinseries,allmodulesmusthavethesame

 current.Whenconnectedinparallel,themodulesmustallhave

 thesamevoltage.Thequantityofmodulesconnectedshould

 matchthevoltagespecicationsofthedevicesusedinthe

 system.Themodulesmustnotbeconnectedtogetherto

 createavoltagewhichishigherthanthepermittedsystem

 voltage.WhendesigningtheJetionsystem,pleasealways

 takeintoconsiderationthevariationofthevoltageunder

 differenttemperatures(pleasechecktherespectivetempera-

 turecoefcientsofthemodules,theVocofthemoduleswillbe

 risewhenthetemperaturedrops).

• Thenumberofmodulesinseriesandinparallelinasystem.

• Whileconnectingthemodulesinseries,thetotalvoltage

 shouldbelessthanthemaximumsystemvoltageUmax［(IEC:［

 Umax=1000V;［UL:［Umax=600V).

• Whileconnectingthemodulesinparallel,thetotalcurrent

 shouldbelessthanthemaximumsystemcurrent.

6) Maintenance and Cleaning

• DonotchangethePVcomponentsoptionally(diode,junction

 box,plugconnectors).

• Givenasufcienttilt(atleast15°C),itisnotgenerallyneces-

 sarytocleanthemodules(rainfallwillhaveaself-cleaning

 effect).Incaseofheavysoiling(whichwillresultinoutput

 reductions),werecommendcleaningthemodulesusing

 plentyofwater(fromahose)withmilddetergentandusing

 agentlecleaningimplement(asponge).CAUTION［DON’T

 USEDETERGENTSCONSISTINGOFABRASIVE,ACETONE

 OROTHERCORROSIVEELEMENTS.Donotcleanthe

 moduleswithcoldwaterduringthewarmerhoursoftheday

 inordertoavoidcreatinganythermalshockthatmaybe

 damagethemodule.

 Dirtmustneverbescrapedorrubbedawaywhen

 dry,asthiswillcausemicro-scratches.Werecommendthat 

 thesystemisbeinginspectedatregularintervals.

7) Checklists

• Allfasteningsaretightandsecureandfreeofcorrosion.

• Allcableconnectionsaresecure,tight,cleanandfreeof

 corrosion.

• Cablesarenotdamagedinanyway.

• Checkingtheearthingresistivelyofmetals.

8) Warning

• Themaximumloadonthemodulemustnotexceed30lb/ft²

 (146.5kg/m²).Toavoidexceedingthemaximumload,site-

 specicliveloadssuchaswindandsnowshouldtakeinto 

 account.

• Werecommendthatthemaximumnumberofmodulesin

 parallelshouldbenomorethan2.Whenmorethantwo

 modulesorstringsareplannedtobeputinparallel,usestring

 fuses.Thenumberofmodulesinserieshastobemade

 accordingtothemaxsystemvoltageoftheinverterwhichis

 beingused.HowevertheVocVoltageofallmodulesinseries

 shouldneverexceedmorethan1000V.

• Theplugconnectorhasitsownpolarity.Makesurethatthe

 connectionissafeandtight.Ensurethattheyareingood

 electricalandmechanicalcondition.

• Theplugconnectorshouldnotreceiveexternalstress.

• Donotattempttodrillholesintheglasssurfaceofthe

 modules.

• Donotdrilladditionalmountingholesintheframeofthe

 modules.

• DonothoistthemodulethroughtheJ-Boxorcable.

• Neveruseamodulewithbrokenglassortornsubstrate.

 Brokenmodulescannotberepairedandcontactwithany 

 modulesurfaceorframecanleadtoelectricalshock.

• Donotinstallorhandlemoduleswhentheyarewetorduring 

 theperiodofhighwind.

• Keepchildrenwellawayfromthesystemwhiletransporting 

 andinstallingmechanicalandelectricalcomponents.

• Donotstrikeorphysicallydamagethemodule.

• Avoidcuttinganddamagingtheframeandthefrontsideor

 backsidesurfaceofthemoduleduringhandlingandinstallati- 

 on.

• Donotstandorsteponthemodule.

• Donotputextraobjectsonthemoduleincaseofglass

 broken.

• TheJ-Boxmustbeonthehighersideofthemodulewhenitis

 mounted.

• Donotdismantleordropthemoduleanddonotremoveany

 attachednameplateorcomponentsfromthemodule.

• Donotbendortwistthemodule.

• Donotapplypaintoradhesivetomoduletopsurface.

• Donotusepointedorsharpobjectswiththemodule.

• Articiallyconcentratedsunlightshallnotbedirectedonthe

 module.

• Precipitationcanrunoffthroughsmallopeningsonthe

 backsideofthemodule.Makesurethattheopeningsare

 notmaskedaftermounting.

• Donotwearingrings,watches,ormetaljewelryduringinstal-

 lations.

9) Hazard Warnings

Danger of death from electric shock!

PVmodulesgenerateelectricityassoonastheyareexposedto

sunlight.Onemodulegeneratesasafe,extralowvoltagelevel,

butmultiplemodulesconnectedinseries(summingthevoltage)

orinparallel(summingthecurrent)representadanger.Thefol-

lowingpointsmustbenotedwhenhandlingthesolarmodules

toavoidtheriskofre,sparkingandfatalelectricshock.

• Donotinsertelectricallyconductingpartsintotheplugsor

 sockets!

• Donottsolarmodulesandwiringwithwetplugsand

 sockets!

• Exerciseutmostcautionwhencarryingoutworkonwiring

 andsafetyequipment(useinsulatedtools,insulatedgloves,

 etc.)!

• Donotusedamagedmodules!Donotdismantlemodules!

 Donotmarkontherearofthemoduleusingsharpobjects!

• Exerciseutmostcautionwhenworkingonwiringandthe

 inverter.Besurecarefullytofollowmanufacture’sinstallation

 instructions!

Danger of death from arcing!

Modulesgeneratedirectcurrentwhenlightshinesonthem.An

electricarcmaybegeneratedwhenconnectorsareusedto

turnthecircuitonoroff.Wethereforerecommendedcovering

moduleswithalightproofclothduringinstallation.Whenbrea-

kingaconnectedstringofmodules(e.g.whendisconnecting

theDClinefromtheinverterunderload),alethallystrongarc

canoccur.

• Neverdisconnectthesolargeneratorfromtheinverterwhile

 theinverterisconnectedtothemainsgrid—removethefuse

 fromtheACsideontheinverterrst!

• Ensuretheconnectorsarecleanandhavenotbeenconta-

 minatedandthattheelectricalconnectionandmechanical

 jointaregood!

JTInstallationsguideen©JetionSolar|11/2011

Printedonenvironmentallyfriendlypaper.

JETION SOLAR EUROPE

JetionSolar(Europe)Ltd.

Industriering10

9491Ruggell

Liechtenstein

Phone: +4232653830

Fax: +4232653839

E-Mail:info@jetion.biz

www.jetion.biz

JETION SOLAR CHINA

JetionSolar(China)Co.,Ltd.

No.1011,ZhenchengRoad

Shengang,JiangyinMunicipality

JiangsuProvince214443

PeoplesRepublicofChina

Phone:+8651086687300

Fax: +8651086687315

E-Mail:marketing@jetion.com.cn

www.jetionsolar.com

JETION SOLAR USA

10900-ASouthCommerceBlvd

Charlotte,NC28273

Phone: +17049441069

Tollfree: 8006068569

Fax: +17049441080

E-Mail:[email protected]

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