SoliTek SOLID Series Solar Modules Installation Guide

SoliTek SOLID Series Solar Modules

Nga Tohutohu Whakamahi

• Read this guide entirely before installation.
• This document provides minimum requirements and recommendations for safe and successful installation of SoliTek PV modules and is necessary to retain compliance with IEC 61215, IEC 61730, and UL 61730 standards.
• This guide provides basic information on JSC SoliTek Cells SOLID series photovoltaic modules, including their installation and safe handling.
• All instructions should be read and understood before attempting installation. Contact your dealer or JSC SoliTek Cells for further information if needed.
• This documentation refers to the PV modules themselves and is not a comprehensive installation manual for personnel not specifically trained in PV modules.
• It serves as a general but strictly mandatory reference for the installer. Infringement or inaccurate observance of any clause in this documentation voids the warranty.
• The installer must understand and follow all applicable local, state, and federal regulations and standards for building construction, electrical design, fire, and safety.
• Check with local authorities for permitting requirements before installing or maintaining PV modules, and become familiar with mechanical and electrical requirements for photovoltaic systems.
• Ki te kore e whai i nga tohutohu i roto i tenei aratohu ka kino pea nga waahanga o te punaha, ka whakararu i nga kaimahi, ka kino nga rawa, ka kore ranei e whai mana te raihana roopu.
• Rooftop PV systems should only be installed on dwellings formally analyzed for structural integrity and confirmed to be capable of handling the additional weighted load of PV system components (including PV modules) by a certified building specialist or engineer.

NGA WHAKAMAHI AWHINA

• Tena panuihia tenei aratohu i mua i te whakaurunga.
• Ko te kaupapa o tenei tuhinga ko te whakarato i nga whakaritenga iti me nga taunakitanga mo te whakaurunga haumaru me te angitu o nga waahanga SoliTek PV.
• Kei roto hoki i tenei tuhinga nga whakaritenga e tika ana hei pupuri i te hanganga ture a SoliTek PV ki nga paerewa IEC 61215, IEC 61730, UL 61730.
• Kei roto i tenei aratohu nga korero taketake mo te JSC "SoliTek Cells" raupapa SOLID photovoltaic modules, to ratou whakaurunga me te whakahaere haumaru. Me panui nga tohutohu katoa me te maarama i mua i te ngana ki te whakauru. Mena he patai, tena waea atu ki to kaihoko me JSC "SoliTek Cells" mo etahi atu korero.
• This documentation refers to the PV-modules themselves and is not meant to be a complete installation manual for personnel not specifically trained to PV-modules.
• It serves as a general but strictly mandatory reference for the Installer.
• Ko te takahi, te kore tika ranei o te pupuri i tetahi rara o tenei tuhinga ka kore te whakamana.
• Me mohio te kaiwhakauru me te whai i nga ture me nga paerewa katoa o te rohe, te kawanatanga, me te kawanatanga mo te hanga whare, te hoahoa hiko, te ahi, me te haumaru, me te tirotiro me nga mana whakahaere o te rohe ki te whakatau i nga whakaritenga whakaaetanga e tika ana i mua i te ngana ki te whakauru, ki te pupuri ranei i nga waahanga PV me kia waia ki nga whakaritenga miihini me te hiko mo nga punaha photovoltaic.
• Ko te kore e whai i nga tohutohu i roto i tenei aratohu ka pakaru nga waahanga o te punaha, ka whakararu i nga kaimahi, ka pakaru nga rawa, ka kore ranei e whai mana te raihana a te roopu.
• Me whakauru noa nga punaha PV o runga i runga i nga whare kua oti te wetewete okawatia mo te tika o te hanganga me te whakapumau ka kaha ki te whakahaere i nga taumahatanga taapiri o nga waahanga punaha PV, tae atu ki nga waahanga PV, e tetahi tohunga whare whaimana, miihini ranei.
• For your safety, do not attempt to work on a rooftop until safety precautions have been identified and taken, including, without limitation fall protection measures, ladders or stairways, and personal protective equipment (PPE).
• For your safety, do not install or handle PV modules under adverse conditions, including, without limitation strong or gusty winds, and wet or frosted roof surfaces.
• Ko te hangahanga PV papa-papatahi he huinga whakahiato o nga pūtau solar kua mau ki roto i tetahi mea whakamaarama i roto i nga pepa karaihe e rua.
• Puritia tenei tuhinga ki tetahi waahi haumaru hei tohutoro a meake nei.
• Kaua e ngana ki te wetewete i te kōwae, kaua hoki e tango i nga papa ingoa taapiri me nga waahanga! Ma te pena ka whakakorehia te whakamana.

Te whakahaere me te tono

WHAKAMAHI

• SoliTek PV modules must be transported in the supplied packaging only and kept in the packaging until they are ready to be installed.
• Protect pallets against movement and exposure to damage during transportation. Secure pallets from falling over.
• Kaua e neke ake i te teitei teitei o nga palleti hei tapae, pera me te tohu i runga i te kete pallet.
• Store pallets in a cool and dry location until the PV modules are ready to be unpackaged.
• SoliTek PV modules are heavy and should be handled with care. Never use the junction box or cables as a grip.
• Do not exert mechanical stress on the cables.
• Never step on PV modules or drop or place heavy objects on them.
• Be careful when placing PV modules on hard surfaces and secure them from falling.
• Broken glass can result in personal injury. PV modules with broken glass cannot be repaired and must not be used.
• Broken or damaged PV modules must be handled carefully and disposed of properly.

TONO

Nga here

• SoliTek PV modules must be mounted on appropriate mounting structures positioned on suitable buildings, the ground, or other structures suitable for PV modules (e.g. carports, building facades or PV trackers).
• PV modules must not be mounted on moving vehicles of any kind. Modules must not be installed in locations where they could be submerged in water.
• Do not install modules above 2000 m (6561 ft) altitude above sea level
• Ko te rama kua whakakorikorihia kia kaua e anga ki runga i nga waahanga SoliTek PV.

Nga Tohutohu

• E taunaki ana a SoliTek kia whakairihia nga waahanga PV ki te koki honga iti o te 10 nga nekehanga kia pai ai te horoi i a ia ano mai i te ua.
• Ko te whakamarumaru o te waahanga, te oti ranei o te waahanga PV, nga waahanga ranei ka tino whakaiti i te mahinga o te punaha.
• E taunaki ana a SoliTek ki te whakaiti i te nui o te whakamarumaru puta noa i te tau hei whakanui ake i te nui o te kaha ka puta mai i nga waahanga PV.
• Pūnaha teitei voltages could be induced in the event of an indirect lightning strike, which could cause damage to PV system components.
• The open area of wire loops should be minimized in order to reduce the risk of lightning-induced voltage ngaru.
• He pai ake te whakamaaramatanga o nga waahanga me nga taura hononga poto ake ka piki ake te whakaputanga hiko.

Mo nga waahanga matarua:

• E taunaki ana kia piki ake te teitei o te papa PV mai i te whenua kia nui ake te marama e haere ana i raro i te kōwae katahi ka whakaata
• Ka tino piki ake te hua matarua mena ka whakauruhia nga waahanga ki runga ake i te ma (te uara albedo teitei), nga mata whakaata marama.

Te whakaurunga hiko

HAURIA

• Ka taea e nga waahanga PV te whakaputa o naianei me te voltage ina pa ana ki te marama ahakoa te kaha. Ka piki ake te hiko hiko me te kaha ake o te rama. DC voltage o 50 Volts teitei ake ranei ka mate pea. Ko te whakapā atu ki te ara iahiko ora o te punaha PV e mahi ana i raro i te marama ka puta he ru hiko whakamate.
• Whakawetohia nga waahanga PV ma te tango katoa mai i te marama, ma te uhi ranei i te mata o mua ki te papanga puataata. Mo nga ture haumaru mo nga taputapu hiko ora i te wa e mahi ana me nga waahanga e kitea ana ki tetahi rama. Whakamahia nga taputapu kiriweti, kaua hoki e mau ki nga whakapaipai konganuku i te wa e mahi ana me nga waahanga PV.
• Kia kore ai e pupuhi me te wiri hiko, kaua e momotu nga hononga hiko i raro i te kawenga. Ko nga hononga hee ka hua mai ano he peera me te ru hiko. Kia maroke, kia ma nga hononga hono me te whakarite kia pai te mahi. Kaua rawa e kuhu i nga mea konganuku ki roto i nga hononga, ki te whakarereke ranei i aua mea kia mau ai he hononga hiko.
• Do not touch or handle PV modules with broken glass unless the PV modules are first disconnected, and you are wearing proper PPE. Avoid handling PV modules when they are wet unless cleaning the PV modules as directed in this manual. Never touch electrical and wet connections without protecting yourself with insulated gloves.
• The modules are qualified for Class II protection against electrical shock, in accordance with clause 4 of IEC 61730-1:2016, which can be used in systems operating at > 50 V DC or >240 W, where general contact access is anticipated and modules qualified for safety through UL 61730 within this application class are considered to meet the requirements of Safety Class II.
• Ko te whakauru i nga punaha photovoltaic solar me mohio nga pukenga me nga matauranga. E tika ana kia mahia e nga kaimahi whai tohu me te tino tohutohu. Ka mau te kaitautauta ki nga tupono katoa o te whara, tae atu ki te raru o te ru hiko.
• Whakamahia anake nga taputapu, nga hononga, nga waea waea me nga taputapu whakauru i hangaia mo te whakamahi i roto i te punaha photovoltaic.
• Before any manipulation at an installed PV plant, switch it off first on the AC-side, and then on the DC side of the inverter or the charge controller.
• Ina momotuhia nga waea e hono ana ki tetahi kōwae photovoltaic e kitea ana ki te marama, ka puta he pewa hiko. Ka taea e nga pewa te weranga, ka tiimata te ahi, ka puta nga raru haumaru (tae atu ki te ru hiko whakamate).
• Tirohia mo te toenga voltage before starting and observe the local safety-relevant regulations for such working conditions.
• I raro i nga ahuatanga noa, ka taea e te kōwae photovoltaic te whakaputa ake i te waa me te voltage (i konei: 30V DC) atu i nga korero i nga tikanga whakamatautau paerewa.
• Whakapā ki te DC voltage o 30 V neke atu ranei he morearea. Kia tupato i te wa e waea ana, e whakahaere ana ranei i nga waahanga ka kitea ki te ra.
• Tuhono noa nga kōwae me te naianei o te putanga whakatau i te rangatū. Mēnā ka hono ngā kōwae i roto i te raupapa, te tapeke voltaghe rite te e ki te tapeke o te voltages.
• Me hono noa nga kowae, nga huinga raupapa ranei o nga waahanga me te puo ritetage in parallel. If modules are connected in parallel, the total current is equal to the sum of the individual module or series combination currents.
• Whakamahia i nga wa katoa te momo momo waahanga i roto i tetahi punaha photovoltaic.
• If the sum of short circuit currents of the parallel-connected modules exceeds the reverse current, string diodes or fuses have to be used in each string of modules connected in parallel. These string diodes or fuses have to be qualified for the maximum expected current and voltage. The fuse rating value is also corresponds to the maximum reverse current that a module can withstand. The reverse current value can be found on the product label, in the product datasheet or in chapter 8 of the installation manual. Observe the instructions and safety precautions for all other components used in the system, including wiring and cables, connectors, DC-breakers, inverters, etc.
• Whakamahia nga taputapu haumaru e tika ana (nga taputapu kiriweti, nga karapu dielectric, nga hu me etahi atu) kua whakaaetia hei whakamahi i nga taputapu hiko.

WHAKATAURANGA

• I raro i nga ahuatanga noa, ka tupono pea te waahanga whakaahua hiko i nga ahuatanga ka nui ake te whakaputa o naianei me/ranei voltage than reported at Standard Test Conditions (STC: 1000 W/ m2, AM 1.5, and 250C/770F cell temperature) or Bifacial nominal power index(BNPl front irradiance 1000 W/m2, back irradiance 135 W/m2 AM 1.5, and 25 OC/770F cell temperature). The short-circuit current (ISC) should be multiplied by a factor of 1.25 and the open-circuit voltagMe whakareatia te e (VOC) ki te tauwehe ki te 1.25 i runga i te iti me te teitei o te pāmahana ambient i tuhia mo te waahi whakaurunga ina whakatau ana i te waahanga voltage whakatauranga, whakatauranga o naianei, te rahi ngongo, me te rahi o nga mana e hono ana ki te putanga PV.
• Voltaghe taapiri ka honoa nga waahanga PV i roto i nga raupapa, a he taapiri nga au o nga waahanga ina hono ana nga waahanga PV ki te whakarara. Ko nga waahanga PV he rereke nga ahuatanga hiko kaua e hono tika ki nga raupapa. Ma te whakamahi i nga taputapu hiko-tuatoru e hono ana ki nga waahanga PV ka taea nga hononga hiko rereke me te whakauru kia rite ki nga tohutohu a te kaihanga.
• Te vol nuitage of serial interconnection of the modules must be less than the maximum certified module’s system voltage. Ano, ko te nui rawa o te whakauru voltage o te inverter me etahi atu taputapu hiko i roto i te punaha me whai whakaaro. Ko te ara iahiko tuwhera voltage of the array string needs to be calculated at the lowest expected a mbient temperature forthe location. The maximal system voltage for the module is indicated in the module’s datasheet.
• Accordingly, for BLACKSTAR, SOLID or MAGNUS series modules, the values of ISC and VOC under STC or BNPI 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. In the USA, referto Section 690-8 of the National Electrical Code (N EC) for an additional multiplying factor of 125 percent (80 percent de-rating) which may be applicable.

Pūrere Tiaki Ōka (OCPD)

• When the potential reverse current of a PV string exceeds the rated SoliTek PV module series fuse rating (values indicated at the module datasheet) an overcurrent protection device (OCPD) must be used.
• An overcurrent protection device is required for each series string if more than two series are connected in parallel.
• In this case, it is needed to use one fuse per string rated at 1.25 x Isc or higher (Isc is the PV module’s short circuit current at STC). A PV fuse on each PV string will protect the PV modules and conductors from overcurrent faults and help minimize any safety hazards.
• The PV fuse will also isolate the faulted PV string so the balance of the PV system can continue to generate electricity.
• Puka amp whakatauranga ≥ 1.25 x Isc
• Tīpakohia te whakatauranga paerewa teitei ake i te rarangi o nga PV Fuses e waatea ana.
• Isc = Iahiko-poto o te kōwae kotahi i nga Tikanga Whakamatau Paerewa (STC).
• Ma te whakaaro ki nga uara o Isc o SoliTek modules, ko te uara tika o nga PV Fuses hei whakamahi i te whakaurunga ko te 30 A. E taunaki ana a SoliTek ki te whakamahi i nga PV i roto i nga kaikawe pai me te kino.

KAUPAPA ME TE WIRINGA

Ko nga waahanga PV SoliTek e whakaratohia ana ki nga taura whakaputa paerewa e rua, arai i te ra ka mutu me nga hononga PV kua rite mo te nuinga o nga whakaurunga. He tūhono tāne te kāpeka pai (+), ko te kāpeka tōraro (-) he tūhono wahine. Ko te waea waea mo nga hononga rangatū (arā, te tane (+) ki te wahine (-) hononga) engari ka taea hoki te whakamahi ki te hono i nga taputapu hiko o te hunga tuatoru e tika ana ka whai whirihoranga waea rereke i te wa e whai ana nga tohutohu a te kaihanga.
Whakamahia nga waea waea me nga waahi whiti e tika ana mo te whakamahi i te teitei o te iahiko poto o te waahanga PV. Ko nga waea katoa me whakahiato rua, nga taura hono-whakawhiti me te whakatauranga iti rawa o te 1,8 kV (neke atu i te 1500 V voltage) me te 90 ˚C (190 °F). Rahi waea kaua e iti iho i te 4 mm² (12 AWG). Ko te momo whakamaarama kia tika mo te momo tikanga whakaurunga e whakamahia ana me tutuki nga whakaritenga IEC 61730 me te Haumaru Class II.

• Taumata whakaahuru: 1,8 kV (kaiwhakahaere-kaiwhakahaere).
• Te pāmahana: -40°C ki te +90°C (-40 °F ki te 190 °F) i te iti rawa.
• Hanganga o te kaikawe: waea parahi kua paea me te parapara parahi nui atu i te 99,9%.
• Weahanga tuatahi: te polyethylene hono-whiti (XLPE), te ra me te makuku atete, te mura ahi. E tika ana mo te awaawa me nga huarahi reihi i whakauruhia ki raro i te whenua.
• Wehenga (koti): te werawera, te atete ki te ra, te aukati mura, te wai atete.
• Te rahinga o waho o te taura me te whakamatao - 5,2 mm (2,05 inihi).
• Waahanga-whakawhitinga iti - 4 mm² (12 AWG).

E taunaki ana a SoliTek ki nga kaiwhakauru kia whakamahia anake nga taura-a-ra-ra e tika ana mo nga waea hiko (DC) i roto i nga punaha PV. Me whakatika nga taura ki te anga whakapuru kia kore ai e pakaru nga miihini o te taura me te / ranei te waahanga. Kaua e werohia nga ahotea ki nga taura. Mo te whakatika, whakamahia nga tikanga e tika ana, penei i nga here taura-atete ki te ra me nga topenga whakahaere waea. Ahakoa ko nga taura he atete ki te ra me te parewai, mena ka taea, karohia te toronga o te ra me te rumaki wai o nga taura.
He 1,2 m (47,24 inihi) te roa paerewa o nga taura mai i nga pouaka hono. Ko te tikanga kia rua nga panui ka hono ki te punaha.

NGA KORERO

• Module grounding must be done in accordance with the electrical design and construction specifications, procedures, regulations and other special grounding requirements applicable to the installation sites. If grounding is needed, it should be done accordingly:

Framed type modules grounding
Ko nga kohao kua tohua ki te tohu whenua i runga i te anga ka taea anake te whakamahi mo te papa whenua. Kaua e keria etahi atu kohao whenua ki te anga kōwae.
The grounding conductor or strap may be copper, copper alloy, or any other material acceptable foruse as an electrical conductor in accordance with local electric codes and regulations.
Me hono te kaikawe whenua ki te whenua ma te whakamahi i te hiko whenua tika.
A bolted connection is required; it incorporates:

• Te rahi o te raka M4.
• Ko te kaihoroi niho i raro i te upoko raka, i te raka rara ranei me uru ki roto ki nga paninga korekore penei i te anga anodized.
• He nati here e tika ana mo te M4 raka.
• Ko nga taputapu katoa me whakarewa koreferrous, 300-rangatū he kowiri tira, he pai te parenga-waikura ranei.
• Ko te taipana mo te raka i te nati he 2 Nm÷2.2 Nm (1,48÷1,62 ft-lb).
• Me uru te raka whenua ki nga huānga hono katoa.

• Ko nga taputapu kua whakarārangihia, kua tautuhia mo te whakatuu papa whakarewa o nga waahanga PV e whakaaetia ana ki te tarai i nga papa whakarewa e kitea ana o te kōwae ki nga hanganga whakairi.
• In any case the grounding screws or other parts have to be used separately from the mounting parts of the module.
• Alternate grounding options built through the mounting system are acceptable as long as they have been IEC and UL approved.
• Grounding resistance of the grounding structure shall be reached according to local regulations, Eurocodes, or other legal normative references.

Frameless type modules grounding

• Due to that modules are without frame, grounding is not forseen. Other PV plant equipment should be grounded according to the local and national electrical codes.

HE WHAKAMAHI

• Connectors for SoliTek PV panels are Stäubli MC4-Evo 2. Keep connectors dry and clean and ensure that connector caps are hand-tight before connecting the modules.
• Kaua e ngana ki te hanga hononga hiko me nga hononga makuku, poke, he aha ranei.
• Avoid sunlight exposure and water immersion of the connectors. Avoid connectors resting on the ground or roof surface.
• Do not disconnect under load. Faulty connections can result in arcs and electrical shock.
• Tirohia mehemea kua mau nga hononga hiko katoa. Me mohio kua mau katoa nga hononga maukati me te maukati.

NGORANGA KAUPAPA

The PV module’s junction box contains 3 bypass diodes (one in each part of split junction box; Schottky type) connected in parallel with the PV cell strings. In the case of partial shading (hot-spot effect), the diodes bypass the current generated by the non-shaded cells, therebylimiting module heating and performance losses.
Ko nga diodes bypass ehara i te taputapu whakamarumaru i te waa. Ko nga diodes bypass ka huri i te ia mai i nga aho pūtau i te wa e pa ana te atarangi. Ko nga ahuatanga o enei diodes:

• Voltage whakatauranga – 50 V.
• Whakatauranga o naianei – 25 A.

TE WHAKAMAHI KAUPAPA AHI

• Ko nga waahanga SoliTek SOLID Bifacial me te Blackstar kua whakaaetia e te whakamatautau ahi IEC me te whakatutuki i te Flammability Class A. I mahia te whakamatautau ahi i te 127 mm (5 inihi) mo ia 300 mm (11,81 inihi), pera i te tohu i te tohu A.2.5 o IEC 61730-2.
• SoliTek SOLID Bifacial has fire rating of 28 according to UL1703-2 standard. SoliTek Blackstar has fire rating of 29 according to UL1703-2 standard.

Te whakaurunga miihini

• The mechanical loads described in this manual are the test loads.
• For calculating the equivalent maximum design loads, a safety factor of 1.5 (Design load×1.5 safety factor=Mechanical test load) needs to be considered in compliance with the requirements of the local laws and regulations.

NGA WHAKAMAHI AWHINA

• Modules can be mounted in landscape or portrait orientation. For the bifacial modules, in order to get notable bifacial gain, the distance between the bottom of the modules and the roof or ground surface shall be at least 0,8 m (31,50 inch).
• Also, the bifacial gain increases significantly if modules are installed above white, light-reflecting surfaces (under surfaces with high albedo value).
• If the mounting rails are installed across the module, the bifaciality effect will be lower due to back-side cells shading.
• Tena koa tirohia nga ture haumaru me nga tohutohu whakauru kei roto i te punaha whakauru. Mena e tika ana, whakapaa atu ki te kaiwhakarato mo etahi atu korero.
• The modules must be safely set onto the mounting rail.
• The whole rail supporting the photovoltaic system must be strong enough to resist potential mechanical pressures caused either by wind or snow, in accordance with local, regional and state safety (and other associated) standards.
• The mounting system shall be tested and inspected by a third-party testing institution with static mechanical analysis capacity in accordance with local national standards or international standards.
• Before installing modules on a roof, ensure that the roof construction is suitable.
• In addition, any roof penetration required to mount the modules must be properly sealed to prevent leaks.
• Me whakarite kia kore te reriwe whakapuru e rerekee, e pa ranei ki nga kowae ina roha ana na te roha wera.
• The module can appear thermal expansion and cold contraction; thus, the interval between two adjoining modules shall be no lesser than 10 mm (0,39 inch).
• Kaua e ngana ki te keri kohao ki te mata karaihe me nga papa o nga waahanga na te mea ka kore te whakamana.
• The mounting method must not result in the direct contact of dissimilar metals with the aluminum frame of the modules that will result in galvanic corrosion.

Ko nga waahanga whakapuru me hanga mai i nga mea roa, anti-corrosive me te UV-aukati (kei te taunakihia nga waahanga konumohe anodized).

WHAKANUI ME CLAMPS

• Whakamahia i te iti rawa 4 laminate clamps ki te whakatika kōwae i runga i te reera whakapuru. Kōwae clampKo nga waahanga whakarewa kaua e pa ki te karaihe o mua, o muri ranei. I te wa e whiriwhiri ana i tenei momo clamptikanga -whakapuru, whakamahi i te iti rawa e wha clamps i ia kōwae; rua clamps me whakapiri ki ia taha roa. I runga i te hau o te rohe me nga kawenga hukarere, taapiri clamps pea ka hiahiatia ki te whakarite ka taea e nga waahanga te kawe i te kawenga.
• Clamps te taipana whakaipoipo kia 15 Nm (11,06 ft-lb), engari kaua e nui ake i te 20 Nm (14,75 ft-lb). I te nuinga o te wa, 15 Nm (11,06 ft-lb), ka tae ina e rua nga konumohe profiles pa tetahi ki tetahi. Ina whakaurua he kōwae ki te whakatakotoranga whakaahua ki runga i te tuanui teitei he >45° te titahatanga, ka hiahiatia he matau taapiri kei raro o te kōwae.

SOLID Black, Semi-clear, Satin, Agro Frameless

Me nga reera whakawhiti

BLACKSTAR, SOLID Black 35(40) mm, SOLID Semi-clear 35(40) mm, SOLID Satin 35(40) mm, SOLID Agro 35(40) mm, Magnus Framed mounting

• I te wa e whiriwhiri ana i tenei momo clamptikanga -whakapuru, whakamahi i te iti rawa e wha clamps i ia kōwae; rua clamps me whakapiri ki ia taha o te kōwae. Kōwae clampkia kaua e pa ki te karaehe o mua, kaua hoki e whakakino te anga.
• Kia kaha ki te karo i nga paanga marumaru ki runga i nga putau solar mai i te cl kōwaeamps.
• The module frame is not to be modified under any circumstances. Do not to block the drain hole of the frame.
• Ko te roa o clamp should be at least 30 mm (1,18 inch).
• Ko te clamp me inaki te anga kōwae kia 5 mm (0,2 inihi), engari kaua e neke ake i te 10mm (0,4 inihi).

Me nga reera whakawhiti

Karekau he reera whakawhiti, he reera ranei e tika ana ki te anga taha roa

Me te punaha whakauru

Te whakapuru me nga tutaki

• Me hono te kōwae me te tautoko e wha M8 raka kowiri tira i roto i nga rua whakapuru kua tohua i runga i nga tutaki whakawhiti. Torque i runga i te clamp bolt has to be in range of 8÷10 Nm (5,9÷7,38 ft-lb). The transversal bars positioning is shown in Figure 3.
• If additional mounting points are required, depending on the local wind and snow loads, then a mounting solution with clampme whiriwhiri nga taputapu.

• Mounting with bolts can be done only through dedicated predrilled holes in the frame.
• Ka whakakorehia te keri rua hou, ka whakakorehia te whakamana.

TE TUNGA O TE POAKA JUNCTION

• Mo te tawhiti i waenga i te pouaka hono me te taha o te kōwae, etahi atu rahinga ranei o te tuunga pouaka hono me nga waahi tirohia nga whika kei raro nei.

WHAKATAKI

• Hei whakarite i te mahi tino pai, ka taunaki a SoliTek i enei e whai ake nei:
• Mena e tika ana, ka taea te horoi i te karaihe o mua o te waahanga ki te wai me te hautai ngohengohe, te kakahu ranei.
• Ka taea te whakamahi i te hopi horoi ngawari, kore-abrasive ki te tango i nga stains maro.
• Tirohia nga hononga hiko me nga hononga miihini i ia wa me te mohio he ma, he haumaru, he oti, he haumaru.
• Ki te puta he raruraru, korero ki tetahi tangata whai raihana.

WHAKAMAHI

Table 9. Electrical and mechanical parameters table.

Table 10. Electrical and mechanical parameters table.

Table 11.Electrical and mechanical parameters table.

• The electrical characteristics are within of the indicated values of ISC (φISC) ±3%, VOC (ϕVOC) ±3,5% and PMPP (ϕPmax) ±5%, under Standard Test Conditions (STC) (irradiance of 1000 W/m²,AM 1.5 spectrum, and a cell temperature of 25°C / 77°F)
• Katoa nga panui SoliTek SOLID PV e hono ana ki te akomanga haumaru hiko II.

Whakakahoretanga o te nama

• I te mea kaore e taea e SoliTek te whakahaere i te whakaurunga, te mahi, te tono me te tiaki i te punaha photovoltaic kia rite ki tenei tohutohu. Kaore a SoliTek e whakaae ki te kawenga me te whakahee i te taunahatanga mo nga ngaronga, kino, whakapaunga ranei i puta mai i tetahi huarahi ranei e hono ana ki taua whakaurunga, mahi, whakamahi, tiaki ranei.
• SoliTek will not take any responsibility for any possible violation of patent rights and third-party rights that are related to the application of the solar energy system. No permission of patents is given through implication.
• The information of this instruction is from the knowledge and experiences of SoliTek. However, the instructions and suggestions of this instruction do not make an external or internal of guarantee. SoliTek reserves the right to revise this instruction, products and all the information about products without prior notification to customers.

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FAQ

• Q: What should I do before installing the PV modules?
  • A: Read this entire guide, understand all instructions, and ensure compliance with all local, state, and federal regulations. Consult a certified building specialist for the structural integrity of the dwelling.
• Q: Can I install the PV modules myself without professional training?
  • A: This documentation is not a complete installation manual for personnel not specifically trained in PV-modules. It serves as a general but strictly mandatory reference for the installer. Professional installation is highly recommended.
• Q: What happens if I don’t follow the instructions in this guide?
  • A: Failure to follow instructions may damage system components, endanger personnel, damage property, or invalidate the panel warranty.
• Q: Is it safe to work on a rooftop during installation?
  • A: Do not attempt to work on a rooftop until safety precautions have been identified and taken, including fall protection measures, ladders or stairways, and personal protective equipment (PPE). Avoid adverse conditions like strong winds or wet/frosted roofs.
• Q: How should I store the PV modules before installation?
  • A: Store pallets in a cool and dry location until the PV modules are ready to be unpackaged. Do not exceed the maximum stacking height indicated on the packaging.