Iiphaneli zelanga zinyamezela utshintsho olungapheliyo lobushushu kulo lonke ixesha lokusebenza kwazo iminyaka engama-25 ukuya kwengama-30 - zibhaka phantsi kwelanga emini, zize ziphole ngokukhawuleza emva kokutshona kwelanga. Izixhobo zokuqhuba ngebhayisekile ezishushu iphinda-phinda la maqondo okutshintshatshintsha anzima ngaphakathi kwindawo elawulwayo yelabhoratri, ibeka iimodyuli ze-photovoltaic (PV) kwi-ramps yobushushu ephindaphindwayo phakathi kwe--40°C kunye ne-+85°C. Olu xinzelelo lukhawulezileyo luveza ubuthathaka obufihlakeleyo kwiiribhoni ze-solder, iileya ezifakwe kwii-capsulant, ii-interfaces zeglasi-cell, kunye noqhagamshelo lombane ixesha elide ngaphambi kokuba iiphaneli zifikelele eluphahleni. Ngokucinezela iminyaka yokuvezwa kwentsimi kwiiveki zovavanyo lwelabhoratri, iinjineli zifumana idatha yemo yokusilela efunekayo ukuphucula izixhobo, ukuphucula iinkqubo zokuvelisa, kunye nokuqinisekisa iziqinisekiso zokuphuma kwamandla zexesha elide ezixhasa ukuzithemba kwabatyali-mali kwiiprojekthi zamandla elanga kwihlabathi liphela.

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Ilebhu yovavanyo lwe-elektroniki ehamba phambili yabelane ngamava ayo ne- Izixhobo zokuqhuba ibhayisekile ze-THR10-500Akunye nee-oveni zokomisa: "Igumbi lethu le-THR10-500A kunye nee-oveni zokomisa zisebenza kakuhle kakhulu, enkosi. Siyavuya kakhulu ngazo." Ukusebenza okuzinzileyo kwegumbi ngexesha lovavanyo olunamandla lokuhamba ngebhayisekile yobushushu kwenza iqela lakwazi ukwenza iinkqubo zokutsha ixesha elide kunye nokutshintsha okukhawulezayo kobushushu ngaphandle kokuphazamiseka. Oku kuthembeka kwabanika ukuzithemba ekuhloleni ngokuchanekileyo ukuqina kobushushu kunye nokuqina kwezixhobo ze-elektroniki zeemoto, izinzwa, kunye neemodyuli zolawulo. Ngaphaya kwezixhobo ze-elektroniki, izixhobo zibonakalise zisebenza kakuhle kuvavanyo lwezinto, ukuguga kwezixhobo zeplastiki, kunye novavanyo lokusebenza kwebhetri, ukunceda amaqela ukuba alingise ngokufanelekileyo iimeko zobushushu zehlabathi lokwenyani kwaye aphucule ubude bexesha lemveliso.

Kutheni iiphaneli zelanga zifuna uvavanyo lwebhayisikile yobushushu?

​Iminyaka Elishumi Yokuchatshazelwa Ngaphandle Nobushushu Obugqithisileyo

Uphahla okanye uluhlu lwelanga oluxhonywe emhlabeni lujongene nokuchatshazelwa ngaphandle kwesikhuseli kwiimeko ezingaqhelekanga zexesha lonyaka - ihlobo elitshisayo, ubusika obubandayo, nayo yonke into ephakathi. Ukufakelwa kwentlango kuhlangabezana nomahluko wemihla ngemihla odlula ama-50°C, ngelixa iindawo zaseNordic zinyamezela iimeko ezinde ezingaphantsi kwe-zero. Kwixesha lewaranti yeminyaka engama-25, iphaneli enye inokuqokelela amashumi amawaka emijikelo yobushushu, nganye icinezela ngokuthe ngcembe ujongano lwangaphakathi kunye nonxibelelwano.

Iindlela zokudinwa eziQokelelweyo kwiimodyuli zePV

Ukutshintshatshintsha kobushushu ngakunye kubangela ukwanda kunye nokucutheka kwezinto ezahlukeneyo ezidityaniswe ngaphakathi kwe-module laminate. Ukudinwa kuyaqhekeka kwiindawo zoxinzelelo - ingakumbi amalungu e-solder adibanisa iiseli ze-silicon kwiiribhoni zobhedu - kwaye asasaze umjikelo emva komjikelo. Ngaphandle kovavanyo lokujikeleza kobushushu, ezi ziphene ezikhula kancinci ziyabaleka ekubonweni ngexesha lokuhlolwa kombane rhoqo kwisango lomzi-mveliso.

Izibonelelo zoqoqosho zokuwohloka kwephaneli ngaphambi kwexesha

Uqoqosho lweeprojekthi zelanga luxhomekeke kwimveliso yamandla eqikelelweyo kwiminyaka emininzi edlulileyo. Imodyuli ewohloka ngokukhawuleza kunokuba bekulindelwe itshabalalisa imbuyekezo yabatyali-mali, ibangele amabango ewaranti, kwaye yonakalisa udumo lomenzi. Ukufaneleka okuqinileyo kokujikeleza kobushushu kusetyenziswa amagumbi ovavanyo akhiwe ngenjongo kubamba uyilo olubuthathaka kwangethuba, okuvumela ukulungiswa okukhusela imithombo yengeniso kunye nokulingana kophawu.

Uxinzelelo lobushushu kwiimodyuli ze-Photovoltaic kunye nezixhobo

Ukungafani kwe-CTE kwiiStacks zeModyuli ezineeLayer ezininzi

Iimodyuli zelanga ziisandwich ezifakwe ilaminate - iglasi eqinisiweyo, i-ethylene-vinyl acetate (EVA) encapsulant, iiseli zesilicon ezinee-metallic interconnects, i-polymeric backsheet, kunye nesakhelo se-aluminium. Umaleko ngamnye une-coefficient eyahlukileyo yokwandiswa kobushushu (CTE). Xa ubushushu butshintsha, ezi laya ziyanwebeka okanye zinciphe ngamanani ahlukeneyo, zivelisa uxinzelelo lwe-shear kunye ne-peel kuyo yonke i-bonded interface.

Itheyibhile 1: Amaxabiso e-CTE kwizixhobo zeModyuli yePV eqhelekileyo

Uxinzelelo lweThermomechanical kwii-Interconnects zeSeli

Umahluko we-CTE phakathi kwe-silicon (2.6 ppm/°C) kunye neribhoni yobhedu (17 ppm/°C) ugxininisa uxinzelelo olujikelezayo ngqo kumgca webhondi ye-solder. Ukugoba okuphindaphindiweyo kuyayikhathaza i-solder alloy, kubangele imifantu eyonyusa ukumelana nochungechunge kwaye kunciphise ukuphuma kwamandla. Amagumbi okujikeleza ngobushushu asebenzisa amazinga okuhamba alawulwayo - ngesiqhelo ukusuka kwi-5°C ukuya kwi-15°C ngomzuzu - ukuphinda olu qokelelo loxinzelelo phantsi kweemeko zelebhu.

Ukubola kwe-Encapsulant kunye ne-Backsheet phantsi koxinzelelo lwe-Cyclic

I-EVA kunye nezinye izinto ezifakwayo zithambisa xa kushushu kakhulu kwaye ziqine xa kushushu kushushu xa kushushu kakhulu ngexesha lovavanyo. igumbi lokuvavanya ibhayisekile eshushuUkujikeleza phakathi kwezi meko kunokubangela ukwahlukana komphezulu weseli okanye kwi-superstrate yeglasi, okudala iindlela zokungena komswakama. Iipolymers zephepha elingasemva ziphantsi koxinzelelo olufanayo, ekugqibeleni ziqhekeke kwaye zonakalise ingqibelelo yokufakelwa kombane yemodyuli.

Imigangatho yoVavanyo lokusebenza kwe-Solar Panel Thermal Cycling

Iimfuno ze-IEC 61215 zeBhayisikile yoBushushu

I-IEC 61215 - umgangatho wokufaneleka omiselweyo weemodyuli ze-crystalline silicon PV - imisela uvavanyo lwe-TC200: imijikelo engama-200 phakathi kwe--40°C kunye ne-+85°C enesantya esiphezulu sokuhamba kunye namaxesha okuhlala achaziweyo kwinqanaba ngalinye. Iimodyuli akufuneki zibonise iziphene ezinkulu ezibonakalayo, akukho kusilela kombane wokuvuza okumanzi, kwaye kungabikho ngaphezulu kwe-5% yokwehla kwamandla emva kokugqiba inkqubo.

Iiprotokholi zoKukhwela iiBhayisikile eziNgcono ngaphaya koMgangatho oPhantsi

Imvumelwano kushishino iya iqonda ngakumbi ukuba imijikelo engama-200 imele ubuncinci obuncinci. Abavelisi abaninzi kunye neelabhoratri zovavanyo ezizimeleyo ngokuzithandela bayandisa ukukhwela ibhayisekile ukuya kwi-TC400, TC600, okanye i-TC1000 ukuze bahlukanise iimveliso zeprimiyamu kwaye banelise iimfuno ezingqongqo zokuba nebhanki ezivela kubatyali-mali beprojekthi. Iiprotokholi ezongeziweyo zibonisa iindlela zokusilela kokuphelelwa ngamandla ezingenakutyhilwa luvavanyo olufutshane.

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Itheyibhile 2: Iiprotokholi zovavanyo lwe-Thermal Cycling zePaneli yeSolar eqhelekileyo

Ukudibanisa i-Thermal Cycling kunye novavanyo lwe-Humidity kunye ne-Mechanical Load

I-IEC 61215 ikwayalela uvavanyo olulandelelanayo - ukujikeleza ngobushushu okulandelwa yimijikelo yokukhenkceza ngomswakama (HF) kunye novavanyo lomthwalo woomatshini. Olu landelelwano ludibeneyo luxelisa iimodyuli zoxinzelelo ezidibana nazo entsimini. Izixhobo zokujikeleza ngobushushu ezikwaziyo ukulawula ngokuthe ngqo i-ramp kunye nobushushu obuzinzileyo zenza kube lula ezi phulo zilandelelanayo ngaphandle kokufuna ukudluliselwa kwesampuli phakathi kwamagumbi ahlukeneyo.

Ukulinganisa Ukuguquguquka Kobushushu Emini-Ebusuku Kwizinto Ezifakelwa Elangeni

Amaxabiso okuHamba anokuCwangciswa kwiiprofayili ezingokoqobo

Iiphaneli zelanga zokwenyani zishushu kwaye zipholile ngamanqanaba alawulwa kukukhazimla kwelanga, isantya somoya, kunye nobushushu obungqongileyo. Isantya serempu esilawulekayo - esinokukhethwa kwi-5°C, 10°C, okanye 15°C ngomzuzu - sivumela iinjineli zovavanyo ukuba zilungelelanise iiprofayili ezibonisa iimeko ezithile zejografi. Iirempu ezicothayo ziphinda-phinda imozulu epholileyo; iirempu eziqatha zilinganisa iindawo ezomileyo ngokupholisa okukhawulezileyo emva kokutshona kwelanga.

Izinto ekufuneka ziqwalaselwe ngexesha lokuhlala kunye nokulingana kobushushu

Iimodyuli kufuneka zifikelele kubushushu obufanayo bangaphakathi ngaphambi kokuba umjikelo wobushushu onentsingiselo urekhodwe. Amaxesha okuhlala kwiindawo ezishushu nezibandayo aqinisekisa ukuba iileya ezingaphakathi - kuquka ujongano lweseli-EVA - zilingana ngokupheleleyo. Amaxesha okuhlala anganelanga abonisa uxinezeleko lokwenyani olufunyanwa zii-embedded interconnects, nto leyo evelisa iziphumo zokufaneleka ezikhohlisayo.

Uyilo lweProfayili yoVavanyo oluQhelekileyo kwiMozulu

Iphaneli ejoliswe kwi-Arabian Peninsula ijongene ne-thermal envelope eyahlukileyo kuneleyo ifakwe eScandinavia. Iinjineli ziyila iiprofayili zebhayisekile ezenziwe ngokwezifiso - zilungisa imida yobushushu ephezulu nephantsi, amazinga okuma, kunye nokubalwa kweebhayisekile - ukuphinda imeko yokusetyenziswa ekujoliswe kuyo. Abalawuli abacwangcisiweyo abanonxibelelwano lwe-Ethernet kunye nokukwazi ukunxibelelana ne-PC kwenza kube lula ukudala nokugcina ezi profayili zenzelwe wena.

Ukuvavanya iGlasi, izixhobo zokuGuqula, kunye noQhagamshelo loMbane

Ukudinwa kweRibhoni yeSolder kunye noBulungisa bokuXhumana kweeSeli

Uvavanyo lwe-Electroluminescence (EL) ngaphambi nasemva kovavanyo izixhobo zovavanyo lokuhamba ngebhayisikile yobushushu ityhila iindawo zeseli ezingasebenziyo ezibangelwa ziindawo zokudibanisa eziqhekekileyo. Njengoko iintanda zisanda, ukumelana nochungechunge kuyanyuka kwaye i-module fill factor iyawa. Ukulinganisa oku kubola ngokusebenzisa imilinganiselo ye-IV curve kwizithuba ezichaziweyo zomjikelo kubonelela ngesantya sokukhula kokudinwa esazisa ukukhethwa kwe-solder alloy kunye nokwenza ngcono i-ribbon geometry.

Ukufunyanwa kwe-EVA yeTyheli kunye neDelamination

Ukujikeleza kobushushu ixesha elide kukhawulezisa ukutshintsha kombala kwe-EVA, ngakumbi xa kukho iimveliso ezishiyekileyo ezidibanisa ukukhanya. I-yellowed encapsulant ifunxa inxalenye ye-incident light spectrum, inciphisa i-short-circuit current. Ukuhlolwa okubonakalayo, i-transmittance spectroscopy, kunye ne-C-mode scanning acoustic microscopy kunye zilinganisa ubungakanani kunye nokuqhubela phambili kokonakala kwe-encapsulant kulo lonke iphulo lokujikeleza.

Ibhokisi yeJunction kunye nokuthembeka kweConnector phantsi kohambo lwebhayisikile

Iibhokisi ze-junction kunye nezihlanganisi zekhebula ezifakwe kwi-backsheet yemodyuli zinyamezela ukuhamba kobushushu okufanayo ne-laminate ngokwayo. Uqhagamshelo lwe-solder ngaphakathi kwebhokisi ye-junction, ii-adhesive bonds eziyibophelela kwi-backsheet, kunye nobushushu bokusebenza be-bypass diode zonke zifuna ukujongwa. Ukumelana nokufakwa kwe-insulation emva kokujikeleza kunye novavanyo lokuvuza okumanzi kuqinisekisa ukuba imida yokhuseleko lombane ihlala injalo.

Ukuphucula Ukuthembeka Kwephaneli Yelanga Yexesha Elide Ngovavanyo Lokusingqongileyo

Ukudibanisa idatha yovavanyo olukhawulezileyo nokusebenza kakuhle kwentsimi

Izinto ezibangela ukukhawulezisa - ezithathwe kwiimodeli ze-Arrhenius okanye zeCoffin-Manson - ziguqulela ukubalwa kwemijikelo yelabhoratri ibe yiminyaka elinganayo yokuchaphazeleka kwentsimi. Ulwalamano oluqinisekisiweyo luvumela abavelisi ukuba baqikelele amazinga okuwohloka kwehlabathi lokwenyani ukusuka kwiziphumo zovavanyo lwegumbi, bevala umsantsa phakathi kwephulo lelabhoratri leeveki ezimbini kunye newaranti yokusebenza yeminyaka engama-25.

Uyilo oluHlaziyiweyo olusekelwe kuHlalutyo lweNdlela yokusilela

Imo nganye yokusilela etyhilwa ngexesha lokujikeleza kobushushu ibuyela kwi-loop yokuphucula eqhubekayo. Ukuqhekeka kwe-solder kunokubangela ukutshintshela kwi-alloy engakhathaliyo ngakumbi; ukwahlulahlula kunokukhokelela ekusetyenzisweni kwefomyula ye-encapsulant enamathelayo ephezulu. Le nkqubo iphindaphindayo, esekelwe kwidatha yegumbi le-empirical, iqhubeka nokuqinisa uyilo lwemodyuli ngokuchasene noxinzelelo lwe-thermomechanical.

Ukwakha Isiqinisekiso Sokuzithemba Ngeziqinisekiso Eziqinileyo

Ukukwazi ukuhlawula imali kwimodyuli - ukuzimisela kwamaziko emali ukuxhasa iiprojekthi zelanga - kuxhomekeke kubungqina obuqinileyo bokufaneleka. Iingxelo ezongeziweyo zokujikeleza kobushushu ezivela kwiilabhoratri ezivunyiweyo, ezenziwe kusetyenziswa amagumbi okusingqongileyo alinganisiweyo nalandelekayo, zibonelela ngamaxwebhu afunwa ngamaqela asebenza ngokuzimisela ngaphambi kokuba anikele ngemali kwizixhobo ezinkulu ze-photovoltaic.

Ukusebenza Okuthembekileyo Phantsi Kobushushu Obugqithisileyo - Ishishini le-LIB

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igama	I-Fast Change Rate Thermal Cycle Chamber
lobushushu uluhlu	-70℃ ～+150 ℃
Uyilo-bubungqina bokuqhambuka	imixokelelwane yomnyango engaqhumiyo, ifestile yokubukela engaqhumiyo, isixhobo sokubona umsi, kunye nenkqubo yokutshiza umlilo. Indawo evalekileyo engaqhumiyo.
Uhlobo oluphantsi	A: -70℃ B:-40℃ C -20℃
Ukuguquguquka kobushushu	± I-0.5 ℃
Uluhlu lomswakama	20% ~ 98%
Izinga lokutshisa	5 ℃/15 ℃ / umzuzu
Izinga lokupholisa	5 ℃/15℃ / umzuzu
Controller	Isilawuli sesikrini sokuchukumisa se-LCD esinombala onokucwangciswa, ujongano lweelwimi ezininzi, i-Ethernet, i-USB
Izinto zangaphandle	I-Steel Plate ene-coating yokukhusela
Izinto zangaphakathi	SUS304 intsimbi engenasici
Uqwalaselo oluqhelekileyo	Umngxuma wekhebula o-1 (Φ 50) oneplagi; iishelufu ezi-2
Umsebenzi wexesha	I-0.1~999.9 (S,M,H) elungisekayo

Uluhlu lobushushu obubanzi kunye namazinga okuhamba alawulwayo

Izixhobo zokuqhuba ubushushu zeLIB Industry zibonelela ngamaqondo obushushu aqala kwi -70°C ukuya kwi +150°C, egquma ifestile ephakathi kwe -40°C ukuya kwi +85°C ngokugunyaziswa yi-IEC 61215. Amazinga okubaleka akhethwa kwi-5°C, 10°C, okanye kwi-15°C ngomzuzu, nto leyo evumela iinjineli ukuba zifanise iiprofayili zovavanyo nayo nayiphi na imeko yemozulu ngaphandle kotshintsho lwehardware. Ukutshintshatshintsha kobushushu kubanjwa ngaphakathi kwe-±0.5°C kwaye ukuphambuka ngaphakathi kwe-±2.0°C - ukuchaneka kubalulekile kwiziphumo eziphindaphindwayo nezihambelana nemigangatho.

Iivolumu zeGumbi eziKhululekileyo zoVavanyo lweModyuli yoBukhulu obuGcweleyo

I-LIB inikezela ngemiqulu ukusuka kwi-100 L ukuya kwi-1000 L nangaphezulu - kuquka uqwalaselo oluqhelekileyo lwe-2000 L kunye ne-3000 L - oluvumela yonke into ukusuka kwiikhuphoni ezincinci ukuya kwiimodyuli ze-photovoltaic ze-72-cell ezinkulu.

Ukhuseleko, Uqhagamshelo, kunye noCwangciso oluSetyenzisiweyo

wonke umatshini wokuqhuba ibhayisekile oshushu Ibandakanya ukhuseleko oluphezulu kakhulu kubushushu, ukhuseleko oluphezulu kakhulu kumandla ombane, ukhuseleko oluphezulu olufakwa efrijini, kunye nokhuseleko lokuvuza komhlaba. Ucango olungenakuqhuma kunye nefestile yokubukela, isixhobo sokubona umsi esine-buzzer, kunye nenkqubo yokutshiza amanzi zibonelela ngeengqimba zokhuseleko ezongezelelweyo. Abalawuli besikrini sokuchukumisa se-LCD abaqhagamshelwe kwi-Ethernet bavumela ukujonga kude kunye nokuhlanganiswa okungenamthungo neenkqubo zolawulo lolwazi lwelebhu. Imingxunya yekhebula (50 mm / 100 mm / 200 mm) eneziplagi ze-silicone, iileads ze-sensor yendlela kunye neentambo zamandla kwindawo yovavanyo ngaphandle kokubeka emngciphekweni ubushushu. Iimodeli ezenziwe ngokwezifiso ezijongana nobukhulu obukhethekileyo besampuli okanye iinkcukacha zokusebenza ziyafumaneka xa ziceliwe.

isiphelo

Uvavanyo lwe-thermal cycling luyintsika ye-solar panel qualification, olutyhila iindlela zokuwohloka ezibangelwa kukudinwa ezisongela isivuno samandla sexesha elide. Ngokubeka iimodyuli kumawaka ee-ramps zobushushu ezilawulwayo, iinjineli zichonga amalungu e-solder asengozini, ii-encapsulant interfaces, kunye noqhagamshelo lombane ngaphambi kokuba iimveliso zingene ebaleni. Ukunamathela kwi-IEC 61215 - kunye nokwandisa iiprotokholi ze-cycling - kuqinisekisa ukuba iimodyuli ziyahlangabezana nolindelo lokuthembeka olufakwe kwiwaranti yokusebenza yeminyaka engama-25. Izixhobo ze-thermal cycling ezakhiwe ngenjongo ezinolawulo oluchanekileyo lwe-ramp, ububanzi bobushushu, kunye nomthamo okhuliswayo zinika amandla abavelisi be-PV ukuba bazise iiphaneli ezisebenza rhoqo kuzo zonke iimozulu ezifuna kakhulu emhlabeni.

FAQ

Luluphi udidi lobushushu olufunekayo kwi-IEC 61215 ukuze kusetyenziswe ubushushu bephaneli yelanga?

I-IEC 61215 icacisa ukuhamba ngebhayisikile phakathi kwe--40°C kunye ne-+85°C. Iimodyuli kufuneka zigqibe imijikelo engama-200 (TC200) kwaye zibonise ukonakala kwamandla okungenakudlula i-5% kunye nokungabikho kweziphene ezibonakalayo ezibalulekileyo.

Kutheni iiprotokholi zokujikeleza ubushushu obude (TC400, TC600) zithandwa kakhulu?

Iiprotokholi ezongeziweyo zibonisa iindlela zokusilela kokuphelelwa ngamandla - ezifana nokudinwa okuphucukileyo kwe-solder kunye ne-encapsulant delamination - ezingabonakaliyo kwimigangatho eqhelekileyo ye-200-cycle, zanelisa iimfuno ezingqongqo zokukwazi ukuhlawula imali ezivela kubatyali-mali beprojekthi.

Ngaba amagumbi okuqhuba ngebhayisekile obushushu eLIB Industry angamkela iimodyuli zePV ezipheleleyo?

I-LIB inikezela ngevolumu yegumbi ukuya kuthi ga kwi-1000 L kwiimodeli eziqhelekileyo kunye ne-2000 L okanye i-3000 L kwiindlela ezenziwe ngokwezifiso, ibonelela ngendawo eyaneleyo yangaphakathi yeemodyuli ze-photovoltaic ze-60-cell okanye ze-72-cell ezinkulu.

Kufuneka umntu othembekileyo izixhobo zokukhwela ibhayisekile ezishushu kumvelisi kunye nomboneleli welabhoratri yakho yovavanyo lwephaneli yelanga? I-LIB Industry ibonelela ngezisombululo zovavanyo lokusingqongileyo ezijikajikayo - ukusuka kuyilo kunye nemveliso ukuya ekufakweni nasekuqeqeshweni. Nxibelelana nathi apha ellen@lib-industry.com ukuxoxa ngeemfuno zakho zovavanyo lokuqina kwemodyuli ye-PV.

Kwihlabathi lovavanyo lokusingqongileyo, igumbi lovavanyo lokumelana nemozulu ye-UV lidlala indima ebalulekileyo ekuqinisekiseni ukuba iimveliso zinokumelana nobunzima beemeko zangaphandle. Esi sixhobo sikhethekileyo silinganisa imiphumo yemitha yeultraviolet (UV), ubushushu, nokufuma kwizinto ezahlukeneyo, sinceda abavelisi baqikelele ukuqina nokuphila ixesha elide kweemveliso zabo. Nokuba ukwimizi-mveliso yeemoto, yokwakha, okanye kuphando lwemathiriyeli, ukuqonda ukusebenza kunye noncedo lwe Igumbi lokuvavanya imozulu ye-UV kubalulekile.

Yintoni iGumbi lokuVavanya iMozulu ye-UV?

Igumbi lokuvavanya imozulu ye-UV yenzelwe ukuphindaphinda iziphumo eziyingozi zokukhanya kwelanga, imvula kunye nombethe. La magumbi asebenzisa izibane ze-UV ezine-fluorescent ukulinganisa imitha yelanga ye-ultraviolet, idityaniswe nobushushu obulawulwayo kunye nomjikelo wokufuma. Le ndibaniselwano ivumela abaphandi kunye nabavelisi ukuba bakhawulezise inkqubo yemozulu, bajonge ukuthotywa okunokwenzeka kwezinto ngexesha elifutshane xa kuthelekiswa nokuvezwa kwendalo. Nantsi ukujonga nzulu kwiimpawu zabo eziphambili kunye nokusebenza:

Izibane ze-UV

Elona candelo liphambili legumbi lovavanyo lwemozulu ye-UV zizibane zalo ze-UV, ezilinganisa imitha ye-ultraviolet (UV) evela elangeni. Imitha yeUV ngoyena nobangela wokuwohloka kwezinto, obangela ukusabela kweefotochemical ezinokuthi zikhokelele ekuphelelweni, ebrittlement, kunye nokuqhekeka.

-Iintlobo zezibane zeUV:

Izibane zeFluorescent UV: Ezi zibane ziqhele ukusetyenziselwa ukuvelisa imitha ye-UV-A kunye ne-UV-B, ebalulekileyo kwinkqubo yokuguga. Zenzelwe ukuba zikhuphe intabane yokukhanya efana ngokusondeleyo nemitha yelanga yeUV.

Izibane ze-Xenon Arc: Ukulinganisa okuchanekileyo ngakumbi, izibane ze-xenon arc zingasetyenziswa. Bavelisa uluhlu olubanzi lokukhanya, kubandakanywa i-UV, ebonakalayo, kunye ne-infrared, ngokusondeleyo ngakumbi ukulinganisa ukukhanya kwelanga.

-Ubunzulu kunye neWavelength: Ubunzulu kunye nobude bokukhanya kwe-UV kwindawo Igumbi lokuvavanya imozulu ye-UV inokulungiswa ukuze ifanise iindawo ezahlukeneyo zejografi kunye namaxesha onyaka. Oku bhetyebhetye kunceda ekuvavanyeni indlela izinto ezisebenza ngayo phantsi kweemeko ezahlukeneyo zokusingqongileyo.

Control ubushushu

Ulawulo lobushushu ngaphakathi kwegumbi lubalulekile ekuphindaphindeni iziphumo ze-thermal yendalo esingqongileyo. Izinto eziphathekayo zinokunciphisa ngokwahlukileyo kumaqondo okushisa ahlukeneyo, ngoko ukulawulwa kweqondo lokushisa ngokuchanekileyo kuvumela ukulinganisa ngokuchanekileyo kweemeko.

- Iinkqubo zokufudumeza kunye nokupholisa: Igumbi lixhotyiswe zombini iinkqubo zokufudumeza kunye nokupholisa ukufezekisa nokugcina amaqondo okushisa afunwayo. Ezi nkqubo ziqinisekisa ukuba izixhobo zisesichengeni sobushushu obunokulinganisa ubushushu obugqithisileyo, ingqele, okanye iimeko eziguquguqukayo.

- Iqondo lobushushu: Iindidi zobushushu eziqhelekileyo zinokusetwa ukuze ziphindaphinde iimeko zemozulu ezahlukeneyo, ukusuka kubushushu obuqhaqhazelisa amazinyo kwimimandla epholileyo ukuya kumaqondo obushushu aphezulu kwiindawo ezisentlango. Olu luhlu lubalulekile ekuqondeni ukuba izixhobo ziya kusebenza njani kwiindawo ezahlukeneyo zejografi.

Ulawulo lomswakama

Ulawulo lokufuma kumagumbi ovavanyo lwe-UV lusetyenziselwa ukulinganisa iziphumo zemvula kunye nombethe kwizinto. Ukufuma kunokwandisa inkqubo yokuthotywa ngokusebenzisana nemitha ye-UV kunye nokutshintsha kweqondo lokushisa.

- I-Condensation kunye ne-Water Spray: Amagumbi ahlala ebandakanya iinkqubo zokuvelisa i-condensation kunye ne-spray yamanzi. Olu phawu lulinganisa imiphumo yombethe kunye nemvula, enokuthi iholele kwizinto ezongezelelweyo zokugqoka kunye nokukrazula.

- Amanqanaba okufuma: I Igumbi lokuvavanya imozulu ye-UV inokugcina amanqanaba ahlukeneyo okufuma ukuvavanya ukuba imathiriyeli imelana njani neemeko zokufuma ezahlukeneyo. Ukufuma okuphezulu kunokukhokelela kwimibandela efana nokukhula kwesikhunta, ngelixa ukufuma okuphantsi kunokubangela ukuba izinto zome kwaye ziqhekeke.

Ziziphi iiNzuzo zokuSebenzisa amagumbi oVavanyo lweMozulu ye-UV

Ukutyala imali kwigumbi lovavanyo lwe-UV ibonelela ngeenzuzo ezininzi kubavelisi kunye nabaphandi ngokufanayo. La magumbi abonelela ngeembono ezixabisekileyo malunga nendlela izinto eziza kusebenza ngayo ngokuhamba kwexesha xa zibonakaliswe kwiimeko ezinzima zokusingqongileyo.

Uvavanyo olukhawulezileyo

Enye yeenzuzo ezibalulekileyo kukukwazi ukukhawulezisa inkqubo yokuvavanya. Endaweni yokulinda iinyanga okanye iminyaka ukuze ubone ukuba izinto zisebenza njani ngaphandle, igumbi lovavanyo lwemozulu ye-UV linokubonelela ngeziphumo kumcimbi weeveki. Olu vavanyo lukhawulezileyo lubalulekile kumjikelo wophuhliso lwemveliso, okuvumela uphuculo olukhawulezayo kunye nexesha lokuya kwintengiso.

Ukuphuculwa kokuqina kweMveliso

Ngokulinganisa iimeko zehlabathi zangempela, abavelisi banokubona ubuthathaka obunokubakho kwiimveliso zabo. Le ndlela yokusebenza ibenza bakwazi ukomeleza ukuqina kunye nobude bemathiriyeli yabo, ukuqinisekisa ukusebenza okungcono kunye nokwaneliseka kwabathengi.

Uphando oluSebenzayo ngeendleko

Ukuqhuba iimvavanyo zokuvezwa ngaphandle kunokubiza kwaye kutye ixesha. Amagumbi okuvavanya imozulu ye-UV anika enye indlela engabizi kakhulu ngokubonelela ngeemeko ezilawulwayo, eziphindaphindiweyo. Olu lawulo alunciphisi kuphela iindleko zovavanyo kodwa lukwanciphisa ukwahluka okukhoyo kwiindawo zovavanyo lwangaphandle.

Zeziphi izicelo zamagumbi oVavanyo lweMozulu ye-UV

Amagumbi ovavanyo lwemozulu ye-UV asetyenziswa kuwo onke amashishini ahlukeneyo ukuqinisekisa ukuthembeka nokusebenza kwemveliso. Abavelisi begumbi lokuvavanya imozulu ye-UV dlala indima ebalulekileyo ekuboneleleni ngezi zixhobo zibalulekileyo zovavanyo. Nazi izicelo eziphambili ezimbalwa:

Industry Automotive

Kwicandelo leemoto, imathiriyeli enje ngeeplastiki, iipeyinti, kunye neengubo zokwaleka kufuneka zimelane nokuvezwa ixesha elide elangeni kunye neemeko zemozulu ezahlukeneyo. Amagumbi ovavanyo lwemozulu ye-UV anceda abavelisi beemoto bavavanye ukomelela kwezi zinto, baqinisekise ukuba bagcina inkangeleko yabo kunye nokusebenza ngexesha.

Izinto zokwakha

Izinto zokwakha, eziquka ukufulela, amacande, nezitywini, zichanabeka kwimozulu yonke imihla. Ukuvavanya ezi mathiriyeli kwigumbi lemozulu ye-UV kuvumela abavelisi ukuba baqikelele ubomi babo kwaye benze uphuculo oluyimfuneko ukomeleza ukuqina.

Impahla zomthengi

Iimveliso ezifana nefenitshala yangaphandle, amalaphu, kunye nokupakishwa zihlala zisesichengeni semitha ye-UV kunye nokutshintsha kwemozulu. Ngokusebenzisa amagumbi ovavanyo lwemozulu ye-UV, abavelisi banokuqinisekisa ukuba ezi mpahla zihlala zinomtsalane kwaye zisebenza kubathengi, nasemva kokusetyenziswa kwangaphandle okwandisiweyo.

Uphando nophuhliso

Kwinkalo yesayensi yezinto, abaphandi basebenzisa amagumbi ovavanyo lwe-UV ukuze bafunde iindlela zokonakaliswa kwezinto ezahlukeneyo. Olu phando lunceda ekuphuhliseni izinto ezintsha, ezomelele ngakumbi kunye neengubo zokugquma, ukuqhubela phambili kweteknoloji kunye nokutsha.

isiphelo

Igumbi lovavanyo lokumelana nemozulu ye-UV sisixhobo esiyimfuneko kumashishini axhomekeke ekomeleleni nasekuphileni ixesha elide kweemveliso zawo. Ngokulinganisa iziphumo zemitha ye-UV, ubushushu, kunye nokufuma, la magumbi abonelela ngeembono ezixabisekileyo eziqhuba ukuqamba izinto ezintsha kunye nokuphucula ukusebenza kwemveliso. Ukusuka kuvavanyo olukhawulezileyo kunye nokuqina okuphuculweyo ukuya kuphando oluneendleko ezifanelekileyo, iinzuzo zokusebenzisa amagumbi ovavanyo lwemozulu ye-UV zicacile. Ukwamkela le teknoloji ayiqinisekisi kuphela iimveliso ezingcono kodwa ikhuthaza ukhuphiswano kwimarike.

Ngolwazi oluthe kratya malunga namagumbi ovavanyo lwemozulu ye-UV okanye ukuxoxa ngeemfuno zakho zovavanyo, zive ukhululekile ukuqhagamshelana nathi info@libtestchamber.com. Silapha ukukunceda ufezekise imigangatho ephezulu yomgangatho kunye nokuthembeka kwiimveliso zakho.

Ucaphulo

1. I-ASTM G154-21: UkuSebenza okuMgangatho wokuSebenza i-Fluorescent Light Apparatus ye-UV Exposure ye-Non-Metallic Materials ASTM International. (2021).

2. ISO 4892-3: Iiplastiki - Iindlela zokuSebenza kwiMithombo yokukhanya kweLebhu - Icandelo 3: I-Fluorescent UV Lamps International Organisation for Standardization (ISO). (2020).

3. "UVavanyo oluKhawulezileyo lweMozulu: Indlela yokuVavanya iZixhobo zoKuhlala ixesha elide" J. Smith, uPhononongo lwezeNzululwazi yezeMathiriyeli, ngo-2022.

4. "Indima yamagumbi e-UV yemozulu kuPhuhliso lweMveliso" H. Thompson, iJenali yoVavanyo lweNdalo, ngo-2021.

5. "Ukuqonda iimpembelelo ze-UV Radiation kwiMathiriyeli" R. Patel, iSayensi yePolymer kunye nobunjineli, ngo-2019.

6. "Ulawulo lobushushu kunye nokufuma kwiiNqwelo zeMozulu ze-UV" K. Lee, iTekhnoloji yeCandelo loVavanyo, ngo-2023.

The I-JIS Z 2371 igumbi lokuvavanya ityuwa yokutshiza isebenza ngenkqubo ecwangcisiweyo: lungisa isisombululo setyuwa (5% NaCl), misela ubushushu begumbi ukuya kwi-35°C nge-95-98% RH, beka iisampulu kwii-engile ezikhethiweyo (15° okanye 20°), vula inkqubo ye-atomization ukuze ugcine i-1-2ml/80cm² yokubeka iyure nganye, usebenzise iinkqubo zokutshiza eziqhubekayo okanye ezijikelezayo, kwaye uqokelele idatha yokuhlalisa usebenzisa ii-funnels ezilinganisiweyo. Amagumbi e-LIB Industry azenzela la manyathelo ngokuzenzekelayo ngabalawuli abanokucwangciswa, ukuqinisekisa ukuthotyelwa kweenkqubo zovavanyo lwetyuwa engathathi hlangothi (NSS), i-acetic acid spray (AASS), kunye ne-copper-accelerated (CASS) ngelixa egcina ulawulo lwe-pH oluchanekileyo kunye nozinzo lobushushu.

Yintoni uMgangatho woVavanyo lwe-JIS Z 2371 yeTyuwa yokutshiza?

Imvelaphi kunye neSakhelo soLawulo

I-JIS Z 2371 imele iMigangatho yoShishino yaseJapan elawula iindlela zokuvavanya ukugqwala kwetyuwa. Yaphuhliswa yi-Japanese Standards Association, le nkcazo ichaza iinkqubo zokuvavanya ukumelana kwezinto zesinyithi nezingezizo zesinyithi kwiindawo ezinetyuwa. Lo mgangatho uhambelana neenkqubo zamazwe ngamazwe ezifana ne-ASTM B117 ngelixa ubandakanya iimfuno ezizodwa zokuchaneka kwaseJapan. Amacandelo okuvelisa kwihlabathi liphela ayamkela isiqinisekiso se-JIS Z 2371 njengobungqina bokumelana nokugqwala okuphezulu, ngakumbi kwiindawo ezinxwemeni ezinomswakama ophezulu apho umoya ogcwele ityuwa ukhawulezisa ukuwohloka.

Iindlela ezintathu zovavanyo ezichaziweyo

Lo mgangatho uquka iindlela ezintathu ezahlukeneyo. Uvavanyo lweNeutral Salt Spray (NSS) lusebenzisa isisombululo se-5% sodium chloride kwi-pH 6.5-7.2, olulinganisa ukugqwala komoya jikelele. I-Acetic Acid Salt Spray (AASS) ingenisa i-glacial acetic acid ukuze ihlise i-pH ukuya kwi-3.1-3.3, nto leyo edala iimeko ezirhabaxa ngakumbi zokuhombisa. I-Copper Accelerated Acetic Acid Salt Spray (CASS) yongeza i-copper chloride kwisisombululo se-asidi, nto leyo eqinisa kakhulu amazinga okugqwala ukuze kuhlolwe ngokukhawuleza i-aluminium ene-anodized kunye ne-organic coatings ezincinci.

Imizi-mveliso kunye nezixhobo zesicelo

Abavelisi beemoto basebenzisa iiprotokholi ze-JIS Z 2371 ukuqinisekisa iiphaneli zomzimba ezipeyintiweyo, izibophelelo, kunye nezinto ezingaphantsi kwesithuthi. Abavelisi be-elektroniki bavavanya iibhodi zesekethe eziprintiweyo, izihlanganisi, kunye nezinto zokuhlala. Ishishini laselwandle lisebenzisa ezi ndlela ukuvavanya izixhobo zokwakha iinqanawa, izixhobo zaselwandle, kunye neendibano zehardware. Amagumbi e-LIB Industry amkela iijometri ezahlukeneyo zeesampulu ngokusebenzisa ulungelelwaniso lweendawo zokugcina izinto ezinokwenziwa ngokwezifiso, ukuxhasa ulawulo lomgangatho kuzo zonke ezi zicelo zahlukeneyo.

IiParameters eziphambili kwi-JIS Z 2371 Inkqubo yoVavanyo lwesitshizi seTyuwa

IiMfuno zoBubushushu kunye nokufuma

Ukufana kobushushu kuchaphazela kakhulu i-corrosion kinetics. I-LIB Industry I-JIS Z 2371 igumbi lokuvavanya ityuwa yokutshizaInkqubo yolawulo lobushushu obuphindwe kabini igcina iimeko zegumbi ngaphandle kokuguquguquka kwangaphandle ngokusebenzisa ubushushu obunamaleya amaninzi. Uyilo oluphambili lwe-air saturator lusebenzisa ulwakhiwo lwe-SUS304/316 yentsimbi engagqwaliyo, olufikelela kwi-±0.1°C ngokuchanekileyo. Oku kususa i-thermal gradients enokuthi itshintshe iziphumo, iqinisekise ukuvezwa rhoqo kuzo zonke iindawo zesampulu.

Ukwakhiwa kweSombululo seTyuwa kunye noLawulo lwe-pH

Uvavanyo lwe-NSS lufuna i-50±5 grams ye-sodium chloride ngelitha yamanzi acociweyo, ngelixa i-AASS ifuna i-glacial acetic acid eyongezelelweyo ukuze ifikelele kwi-pH 3.1-3.3. Uvavanyo lwe-CASS lubandakanya i-0.26±0.02 grams ye-copper chloride ngelitha kunye ne-acetic acid. Ukuchaneka kokulungiswa kwesisombululo kuchaphazela ngokuthe ngqo ukufaneleka kovavanyo. Inkqubo yethu yokuxuba i-brine igcina uxinzelelo lwetyuwa olufanayo ngokujikeleza okuqhubekayo, ithintela ukuhluma ngexesha lemijikelo yovavanyo ende. Iiports zokujonga i-pH ezakhelwe ngaphakathi zivumela ukuqinisekiswa ngokukhawuleza ngaphandle kokuphazamisa iimeko zovavanyo.

Ukuqinisekiswa kweNqanaba lokuHlala

I-JIS Z 2371 icacisa i-1.0-2.0 milliliters yesisombululo ekufuneka iqokelelwe kwi-80 square centimeters ngeyure. Olu vavanyo luqinisekisa umsebenzi ofanelekileyo we-atomizer kunye noxinano lwenkungu. Abaqokeleli be-LIB Industry bee-funnel ezishukumayo babeka naphi na ngaphakathi kwigumbi, belungiselela amalungiselelo eesampuli ezahlukeneyo ngelixa beqinisekisa ukulinganiswa okuchanekileyo kwenkungu. Isilinda sokulinganisa inkungu inika amanqaku amiselweyo ukuze kumiselwe ngokuchanekileyo umthamo. Abalawuli bethu abacwangcisiweyo babhala ngokuzenzekelayo idatha yenkungu, bedala amaxwebhu okulandelela alungele uphicotho.

Indlela yokuSeta iGumbi loVavanyo lwesitshizi setyuwa ngokweJIS Z 2371?

Ukulungiselela Igumbi Ngaphambi Kovavanyo

Qala ngokuhlola ingaphakathi leplastiki eqinisiweyo yefayibha yeglasi (i-FRP) ukuze ubone ukuba kukho intsalela evela kuvavanyo lwangaphambili. Coca yonke indawo ngamanzi acocekileyo, uphephe izinto ezirhabaxa ezinokonakalisa ulwelo lwegumbi. Qinisekisa ukuba umgqomo womoya ogcweleyo unamanzi acocekileyo aneleyo kwaye izinto zokufudumeza zisebenza ngokuchanekileyo. Jonga ukuthembeka kwempumlo yokutshiza - Iimpumlo zeLIB Industry ziyamelana nobushushu obuphezulu, ukugqwala, kunye nokuvaleka, kodwa ukuhlolwa rhoqo kokubona kuqinisekisa iipatheni ezifanelekileyo ze-atomization.

Ukubekwa kweSampuli kunye noCwangciso lweSibambi

Iisampulu zovavanyo lwendawo kwii-engile ezichazwe ngumgangatho - ngesiqhelo yi-15° okanye i-20° ukusuka ngokuthe nkqo. Izibambi ze-V-type kunye ne-O-type ze-LIB Industry ezilungisiweyo kwangaphambili zisusa uhlengahlengiso lwe-engile ngesandla, ukuqinisekisa ukuthotyelwa kwangoko. Uqwalaselo oluqhelekileyo luquka imivalo emithandathu ejikelezileyo kunye neegrooves ezintlanu ezimile okwe-V ezithwala iiphaneli ezithe tyaba, izibophelelo ezinemisonto, kunye nezinto ezimile ngendlela engaqhelekanga. Lungisa iisampulu ukuze amanzi acolile endaweni yokuwahlanganisa kwiindawo ezithe tye. Gcina isithuba esaneleyo ukuthintela imiphumo yomthunzi apho isampulu enye ithintela ukuvezwa kwenkungu kwiziqwenga ezikufutshane.

Ukulungiswa kwesisombululo kunye nokuQala inkqubo

Nyibilikisa ii-reagents emanzini anyibilikisiweyo okanye angena-ion ahlangabezana neemfuno zokuqhuba ezingaphantsi kwe-20 μS/cm. Hluza isisombululo ukuze ususe iinxalenye ezinokuvala ii-atomizers. Zalisa itanki yamanzi etyuwa yangaphandle ukuya kumanqanaba aphawulweyo - Ishishini le-LIB Ukufana kobushushu kuchaphazela kakhulu i-corrosion kinetics. Ishishini le-LIB I-JIS Z 2371 igumbi lokuvavanya ityuwa yokutshizaInkqubo yolawulo lobushushu obuphindwe kabini igcina iimeko zegumbi ngaphandle kokuguquguquka kwangaphandle ngokusebenzisa ubushushu obunamaleya amaninzi. Uyilo oluphambili lwe-air saturator lusebenzisa ulwakhiwo lwe-SUS304/316 yentsimbi engagqwaliyo, olufikelela kwi-±0.1°C ngokuchanekileyo. Oku kususa i-thermal gradients enokuthi itshintshe iziphumo, iqinisekise ukuvezwa rhoqo kuzo zonke iindawo zesampulu.

Inkqubo yokuzalisa amanzi ngokuzenzekelayo ithintela umonakalo ohambayo ngokujonga amanqanaba edama rhoqo. Sebenzisa ipompo yokujikeleza kwamanzi amdaka, uvumele isisombululo ukuba silinganise ubushushu kunye noxinzelelo ngaphambi kokuba uqalise ukutshiza.

I-JIS Z 2371 Inkqubo yoVavanyo lweNqanaba loVavanyo lwesitshizi seTyuwa

Ukuqaliswa kunye nokuCwangciswa kweParameter

Yenza igumbi libe namandla kwaye ufikelele kwisilawuli esicwangcisiweyo. Iinkqubo zeLIB Industry zixhasa iinkqubo ezili-120 ezinamanyathelo ali-100 nganye, zivumela iiprotokholi ezintsonkothileyo zokujikeleza. Ukuseta ubushushu bokufaka, ixesha lokutshiza, kunye namaxesha okuphumla ahambelana nendlela yakho yovavanyo oyikhethileyo. I-NSS ihlala isebenza ngokuqhubekayo iiyure ezingama-24-720 kuxhomekeke kuhlobo lwezinto. Uvavanyo lwe-AASS kunye ne-CASS lunokusebenzisa imijikelo yokutshiza etshintshanayo kunye neyomileyo. Isilawuli sirekhoda ngokuzenzekelayo ubushushu, ixesha lokutshiza, kunye nedatha yokulungisa ngexesha lonke lokusebenza, sisusa iimpazamo zokubhala ngesandla.

Ukubeka iliso kunye nokuqokelelwa kwedatha

Ngexesha lovavanyo, hlola igumbi ngokubonakalayo ngeefestile zokujonga ezicacileyo ngaphandle kokuvula ucango, nto leyo eya kuphazamisa ukulingana kobushushu kunye nokufuma. Uyilo oluguqulweyo lwe-LIB Industry oluyi-V oluyi-transparent top luthintela ukufuma ukuba kungangeni kwiisampuli, lugcine ukufaneleka kovavanyo. Rhoqo emva kweeyure ezisibhozo zovavanyo oluqhubekayo, linganisa izinga lokuhlawula usebenzisa i-fog collector. Bhala ukufundwa kwiifom ezimiselweyo okanye uthumele ngqo kwi-digital controller. Ukhuseleko lokutsha okomileyo lwe-humidifier, ukhuseleko lobushushu obugqithisileyo, kunye neenkqubo zokukhusela ubushushu obugqithisileyo ziyasebenza ngokuzenzekelayo ukuba iiparameter zihamba ngaphandle kwemigangatho eyamkelekileyo.

Iinkqubo zoVavanyo lweSampulu kunye neenkqubo zasemva koVavanyo

Xa uvavanyo lugqityiwe, susa iisampuli ngononophelo uze uhlambe ngobunono ngamanzi acocekileyo angaphantsi kwama-38°C ukuze uthintele ukwenzeka kokugqwala. Kuphephe ukudibana noomatshini kwiindawo ezigqwalile ngexesha lokuhlamba. Yomisa iisampuli usebenzisa umoya ococekileyo ocinezelweyo okanye ukuvezwa kubushushu obuphakathi. Vavanya ubungakanani bokugqwala ngokwezikali zokulinganisa ze-JIS Z 2371, ubhale ubungakanani beblister, ipesenti yokugquma komhlwa, kunye nokunamathela kombala. Fota iisampuli phantsi kokukhanya okuqhelekileyo kwiirekhodi zengxelo. Coca ingaphakathi legumbi kakuhle, ukhuphe isisombululo esisele kwaye uhlambe imigca yokutshiza ngamanzi acocekileyo ukuthintela ukwakheka kwetyuwa.

Ukusombulula imiba eqhelekileyo

Amanani okuhlaliswa angonelanga adla ngokubonisa imilomo evalekileyo okanye uxinzelelo lomoya olunganelanga. Ukufana kobushushu kwiShishini le-LIB kuchaphazela kakhulu i-corrosion kinetics. IShishini le-LIB I-JIS Z 2371 igumbi lokuvavanya ityuwa yokutshizaInkqubo yolawulo lobushushu obuphindwe kabini igcina iimeko zegumbi ngaphandle kokuguquguquka kwangaphandle ngokusebenzisa ubushushu obunamaleya amaninzi. Uyilo oluphambili lwe-air saturator lusebenzisa ulwakhiwo lwe-SUS304/316 yentsimbi engagqwaliyo, olufikelela kwi-±0.1°C ngokuchanekileyo. Oku kususa i-thermal gradients enokuthi itshintshe iziphumo, iqinisekise ukuvezwa rhoqo kuzo zonke iindawo zesampulu.

Ii-nozzles zineempawu ezilula zokucoca - zisuse nje kwaye uzihlambe ngamanzi afudumeleyo acociweyo. Uxinzelelo lomoya oluphantsi lunokufuna ukulungiswa kwe-compressor okanye ukuhlolwa kwebharele ye-saturator. Iipateni zokugqwala ezingalinganiyo kwiisampuli ezininzi zibonisa i-gradients yobushushu okanye iingxaki zokusasazwa kwenkungu. Qinisekisa ukusebenza kwe-saturator kwaye ujonge ukuba akukho zithintelo ezithintela ukuhamba komoya. Ukushukuma kwe-pH ngexesha lovavanyo olude kubonisa ukuwohloka kwesisombululo; tshintsha isisombululo setyuwa kwaye uqinisekise ukuba akukho ngcoliseko lwe-reservoir.

LIB JIS Z 2371 Igumbi loVavanyo lwesitshizi seTyuwa

Uluhlu lweeModeli ezininzi zezicelo ezahlukeneyo

I-LIB Industry ivelisa iimodeli zegumbi ezintandathu ezigubungela ubungakanani bangaphakathi obuziilitha ezili-110 ukuya kwezili-1600. I-compact S-150 (590×470×400mm) ifanelana neendawo zelebhu ezinemida yendawo, ivumela uvavanyo oluncinci lwebhetshi yezibophelelo, izihlanganisi, okanye iiphaneli zokugquma. Iimodeli eziphakathi S-250 kunye ne-S-750 zibonelela ngeemfuno zolawulo lomgangatho wokuvelisa ngokubanzi. Iiyunithi ezinkulu S-010, S-016, kunye ne-S-020 zilungiselela iiphaneli zomzimba zeemoto, izixhobo zaselwandle, kunye novavanyo lokuvelisa oluphezulu. Zonke iimodeli zigcina ukuchaneka kobushushu okufanayo (±0.5°C ukuguquguquka, ±2.0°C ukuphambuka) nokuba ubukhulu begumbi bunjani.

Iimpawu zobuNjineli obuPhezulu

Ibharele yomoya egcwalisiweyo isebenzisa ulwakhiwo lwe-SUS304/316 yentsimbi engagqwaliyo, ifumisa ngokuchanekileyo kwaye ifudumeze umoya ocinezelweyo ngelixa isusa ungcoliseko. Eli candelo libonelela ngokusasazwa komswakama okufanayo kunye nolawulo lobushushu olufikelela ku-±0.1°C ngokuchanekileyo. Ulawulo lobushushu begumbi kunye nelebhu oluzimeleyo luthintela ukuphazamiseka kwangaphandle ngokusebenzisa ubushushu obunamaleko amaninzi, okwahlula iimeko zangaphakathi kwi-anviometric changes. Inkqubo ye-atomizer tower kunye ne-spray nozzle ivelisa amasuntswana enkungu ngaphakathi koluhlu lwe-1-40 micrometer oluchazwe yi-JIS Z 2371, ukuqinisekisa iimpawu ezifanelekileyo zokubeka.

Ukwenziwa ngokwezifiso kunye neNkxaso yeHlabathi

Iqela lobunjineli le-LIB Industry ligxile kwiindlela ezingezizo ezisemgangathweni ezihambelana neemfuno zovavanyo olulodwa. Abavelisi beemoto banokufuna amagumbi amade okuhlanganisa iingcango ezipheleleyo. Ababoneleli beenqwelo-moya banokufuna ii-holders ezikhethekileyo zee-turbine blades okanye izixhobo ze-landning gear. Ubuchule bethu bokwenza ngokwezifiso bufikelela ekuhambelaneni kwezinto - ngelixa amagumbi aqhelekileyo esebenzisa ulwakhiwo lwe-FRP, ezinye izicelo zifuna ingaphakathi lentsimbi engenasici. Iyunithi nganye ibandakanya iwaranti yeminyaka emithathu enenkxaso yenkonzo yobomi bonke. Iqela lethu lempendulo yehlabathi lonke elisebenza iiyure ezingama-24/7 libonelela ngoncedo olukhawulezileyo, kunye nokutshintshwa kweyunithi epheleleyo ukuba ukulungiswa akunakwenzeka ngexesha lewaranti.

FAQ

Ndingasitshintsha kangaphi isisombululo setyuwa kwigumbi lam lovavanyo lokutshiza ityuwa le-JIS Z 2371 ngexesha lovavanyo olude?

Buyisela isisombululo xa i-pH idlula kwiindidi ezithile (6.5-7.2 kwi-NSS, 3.1-3.3 kwi-AASS/CASS) okanye kuvela ungcoliseko olubonakalayo. Uvavanyo oluqhubekayo lwe-NSS oludlula iiyure ezingama-500 ludla ngokufuna utshintsho lwesisombululo veki nganye. Jonga amazinga okuhlawula - ukwehla kokufakwa kwesisombululo kudla ngokubonisa ukuba ikhemistri yesisombululo eyonakeleyo ifuna ukutshintshwa.

Ngaba igumbi elinye lingenza zonke iindlela zovavanyo ezintathu ze-JIS Z 2371 (i-NSS, i-AASS, i-CASS)?

Amagumbi asemgangathweni afana neemodeli zeLIB Industry amkela zonke iindlela ezintathu ngokusebenzisa ulawulo lobushushu olucwangcisiweyo kunye nokuguquguquka kwesisombululo. Uvavanyo lweCASS lufuna amaqondo obushushu aphezulu (50°C xa kuthelekiswa nama-35°C), aphathwa ziinkqubo zanamhlanje zolawulo oluphindwe kabini ngaphandle kokuphazamiseka. Ukucoca ngokucokisekileyo phakathi kweentlobo zovavanyo kuthintela ungcoliseko oludibanisayo oluchaphazela ukuqinisekiswa kweziphumo.

Yintoni ebangela iipateni zokugqwala ezingalinganiyo kwiisampuli, kwaye ndingayithintela njani le ngxaki?

Ukugqwala okungalinganiyo kudla ngokubangelwa kukubekwa ngendlela engafanelekanga kwesampulu okuthintela ukuchatshazelwa yinkungu, ukuthambekela kobushushu ngaphakathi kwigumbi, okanye ukuvuza komkhenkce. Beka iisampulu kwii-engile ezichanekileyo usebenzisa izibambi ezilinganisiweyo, qinisekisa umsebenzi wokugcwala ugcina usasazo lobushushu olufanayo, kwaye uqinisekise ukuba uyilo lwegumbi oluchasene nokuvuza luthintela ukufuma ekungcoliseni iisampulu ngexesha lovavanyo.

Sebenzisana neLIB Industry yePrecision Corrosion Testing Solutions

I-LIB Industry inikezela ngesitshixo sokuvula I-JIS Z 2371 igumbi lokuvavanya ityuwa yokutshiza izisombululo njengomvelisi nomthengisi othembekileyo. Amagumbi ethu akhiwe ngobunjineli baseJapan adibanisa ulawulo oluchanekileyo, ulwakhiwo oluqinileyo lwe-FRP, kunye noqwalaselo olunokwenziwa ngokwezifiso olulungiselelwe iimfuno zakho zovavanyo. Ukususela kuyilo lokuqala ukuya ekufakweni nasekuqeqeshweni, sinikezela ngenkxaso epheleleyo exhaswa sisiqinisekiso se-ISO 9001 kunye nokuthobela i-CE. Nxibelelana neqela lethu lobuchwephesha ku ellen@lib-industry.com ukuxoxa ngeemfuno zakho zovavanyo lokugqwala namhlanje.