800 Xenon lamp weathering test room(electrostatic spray)
Ilingisa ukukhanya kwelanga okugcwele:
I-Xenon Lamp Weathering Chamber ikala ukumelana nokukhanya kwezinto ngokuziveza ku-ultraviolet (UV), ukukhanya okubonakalayo, kanye ne-infrared. Isebenzisa isibani se-xenon arc esihlungiwe ukukhiqiza ukukhanya kwelanga okugcwele okuhambisana nokukhanya kwelanga. Isibani se-xenon arc esihlungwe kahle siyindlela engcono kakhulu yokuhlola ukuzwela komkhiqizo kubude beza beza ende be-UV nokukhanya okubonakalayo elangeni eliqondile noma elangeni ngengilazi.
Khanyisat ukuhlolwa kokuqina kwezinto zangaphakathi:
Imikhiqizo ebekwe ezindaweni zokudayisa, ezindlini zokugcina izimpahla, noma kwezinye izindawo ingase ibhekane nokuwohloka kwesithombe okuphawulekayo ngenxa yokuchayeka isikhathi eside ku-fluorescent, halogen, noma amanye amalambu akhipha ukukhanya. Igumbi lokuhlola isimo sezulu i-xenon arc lingakwazi ukulingisa futhi likhiqize kabusha ukukhanya okulimazayo okukhiqizwa ezindaweni ezinjalo zokukhanyisa ezentengiselwano, futhi lingasheshisa inqubo yokuhlola ngomfutho ophakeme.
Simvelo yesimo sezulu esilingisiwe:
Ngaphezu kokuhlolwa kwe-photodegradation, igumbi lokuhlola isimo sezulu se-xenon lamp lingaba igumbi lokuhlola isimo sezulu ngokungeza inketho yesifutho samanzi ukuze silingise umphumela womonakalo womswakama ongaphandle ezintweni. Ukusebenzisa umsebenzi wesifutho samanzi kwandisa kakhulu izimo zezulu zemvelo idivayisi engazilingisa.
Ukulawula Ukuswakama Okuhlobene:
Igumbi lokuhlola i-xenon arc lihlinzeka ngokulawula ukuswakama okuhlobene, okubalulekile ezintweni eziningi ezizwelayo ukuswakama futhi kudingwa amaphrothokholi amaningi okuhlola.
Umsebenzi oyinhloko:
▶ Isibani se-xenon esigcwele;
▶ Izinhlobonhlobo zezinhlelo zokuhlunga ongakhetha kuzo;
▶Isilawuli sokukhanya kwamehlo elanga;
▶ Ukulawula umswakama ohlobene;
▶Ibhodi elimnyama/noma isistimu yokulawula izinga lokushisa lomoya egumbini lokuhlola;
▶ Izindlela zokuhlola ezihlangabezana nezidingo;
▶ Isibambi somumo esingajwayelekile;
▶Amalambu e-xenon ashintshwayo ngamanani aphusile.
Umthombo wokukhanya olingisa i-spectrum yokukhanya kwelanga okugcwele:
Idivayisi isebenzisa isibani esigcwele spectrum i-xenon arc ilingisa amaza okukhanya alimazayo ekukhanyeni kwelanga, okuhlanganisa ukukhanya kwe-UV, okubonakalayo kanye ne-infrared. Kuye ngomphumela ofisa ukuwenza, ukukhanya okuvela kusibani se-xenon kuvame ukuhlungwa ukuze kukhiqizwe i-spectrum efanelekile, njenge-spectrum yokukhanya kwelanga okuqondile, ukukhanya kwelanga ngamafasitela engilazi, noma i-spectrum ye-UV. Isihlungi ngasinye sikhiqiza ukusatshalaliswa okuhlukile kwamandla okukhanya.
Ukuphila kwesibani kuncike ezingeni le-irradiance elisetshenzisiwe, futhi impilo yesibani ngokuvamile ingaba amahora angu-1500 ~ 2000. Ukushintshwa kwesibani kulula futhi kuyashesha. Izihlungi ezihlala isikhathi eside ziqinisekisa ukuthi i-spectrum oyifunayo iyagcinwa.
Uma uveza umkhiqizo ekukhanyeni kwelanga okuqondile ngaphandle, isikhathi sosuku umkhiqizo othola ngaso ukukhanya okukhulu amahora ambalwa nje. Noma kunjalo, ukuchayeka okubi kakhulu kwenzeka kuphela phakathi namasonto ashisa kakhulu ehlobo. Imishini yokuhlola ukumelana nesimo sezulu se-Xenon ingasheshisa inqubo yakho yokuhlola, ngoba ngokulawula uhlelo, okokusebenza kungabeka umkhiqizo wakho endaweni ekhanyayo elingana nelanga lasemini ehlobo amahora angu-24 ngosuku. Ukuchayeka okuhlangenwe nakho bekuphakeme kakhulu kunokuchayeka ngaphandle ngokuya kokubili kokuqina kokukhanya okumaphakathi namahora okukhanya/usuku. Ngakho, kungenzeka ukusheshisa ukutholwa kwemiphumela yokuhlolwa.
Ukulawulwa kokuqina kokukhanya:
I-irradiance elula ibhekisela esilinganisweni samandla okukhanya angena endizeni. Izinto zokusebenza kumele zikwazi ukulawula ukushuba kwe-irradiance kokukhanya ukuze kuzuzwe injongo yokusheshisa ukuhlolwa nokukhiqiza kabusha imiphumela yokuhlolwa. Izinguquko ekukhanyeni kokukhanya zithinta izinga ikhwalithi yezinto ezibonakalayo ewohlokayo, kuyilapho izinguquko kubude begagasi bamaza okukhanya (njengokusabalaliswa kwamandla kwe-spectrum) kanyekanye zithinta izinga kanye nohlobo lokuwohloka kwezinto.
I-radiation yedivayisi ifakwe i-probe ezwa ukukhanya, eyaziwa nangokuthi iso lelanga, isistimu yokulawula ukukhanya okunembe kakhulu, engakhokhela ngesikhathi sokwehla kwamandla okukhanya ngenxa yokuguga kwesibani nanoma yiziphi ezinye izinguquko. Iso lelanga livumela ukukhethwa kwe-irradiance yokukhanya efanele ngesikhathi sokuhlolwa, ngisho ne-irradiance elula elingana nelanga lasemini ehlobo. Iso lelanga lingakwazi ukuqapha ngokuqhubekayo i-irradiance yokukhanya ekamelweni le-irradiation, futhi lingagcina ngokunembile i-irradiance ngenani lesethi yokusebenza ngokulungisa amandla esibani. Ngenxa yomsebenzi wesikhathi eside, lapho i-irradiance yehla ngaphansi kwenani elibekiwe, isibani esisha sidinga ukushintshwa ukuze kuqinisekiswe i-irradiance evamile.
Imiphumela Yokuguguleka Kwemvula Nomswakama:
Ngenxa yokuguguleka kwemvula kaningi, ungqimba lokhuni olunamathelayo, okuhlanganisa nopende namabala, luyoba nokuguguleka okuhambisanayo. Lesi senzo sokugeza imvula sigeza ungqimba olunamathelayo oluvimbela ukuwohloka ebusweni bento, ngaleyo ndlela kuvezwe into ngokwayo ngokuqondile emiphumeleni elimazayo ye-UV kanye nomswakama. Isici seshawa yemvula sale yunithi singaphinda sikhiqize lesi simo semvelo ukuze sithuthukise ukuhambisana kokuhlolwa okuthile kwesimo sezulu sikapende. Umjikelezo wesifutho uyahleleka ngokugcwele futhi ungaqhutshwa noma ngaphandle komjikelezo wokukhanya. Ngaphezu kokulingisa ukucekelwa phansi kwezinto ezibangelwa umswakama, ingakwazi ukulingisa ngempumelelo ukushaqeka kwezinga lokushisa nezinqubo zokuguguleka kwemvula.
Izinga lamanzi lesistimu yokuhambisa isifutho samanzi ithatha amanzi akhishwe (okuqukethwe okuqinile kungaphansi kuka-20ppm), ngokuboniswa kwezinga lamanzi ethangini lokugcina amanzi, futhi imibhobho emibili ifakwe phezulu kwestudiyo. Kuyalungiseka.
Umswakama nawo uyisici esiyinhloko esidala ukulimala kwezinye izinto. Lapho umswakama uphezulu, kulapho kusheshisa khona umonakalo obonakalayo. Umswakama ungathinta ukuwohloka kwemikhiqizo yasendlini nengaphandle, njengezindwangu ezihlukahlukene. Lokhu kungenxa yokuthi ukucindezeleka ngokomzimba ezintweni ngokwazo kuyanda njengoba izama ukugcina ibhalansi yomswakama nendawo ezungezile. Ngakho-ke, njengoba ububanzi bomswakama emkhathini bukhula, ukucindezeleka okuphelele okutholwa yizinto ezibonakalayo kukhulu. Umthelela ongemuhle womswakamo esimweni sezulu kanye nokuqina kombala kwezinto waziwa kabanzi. Umsebenzi womswakama wale divayisi ungalingisa umphumela womswakama ongaphakathi nangaphandle ezintweni.
Uhlelo lokushisisa lwale mishini lusebenzisa i-far-infrared nickel-chromium alloy high-speed heat heater kagesi; izinga lokushisa eliphezulu, umswakama, nokukhanya kuyizinhlelo ezizimele ngokuphelele (ngaphandle kokuphazamisana); amandla okukhipha okulawula izinga lokushisa abalwa nge-microcomputer ukuze kuzuzwe ukunemba okuphezulu kanye nenzuzo ephezulu yokusetshenziswa kukagesi.
Uhlelo lomswakama lwale mishini lusebenzisa i-humidifier yangaphandle ye-boiler yesitimu esinesinxephezelo sezinga lamanzi esizenzakalelayo, isistimu ye-alamu yokushoda kwamanzi, ishubhu yokushisisa kagesi eshisisa ngesivinini esikhulu sensimbi engenasici, kanye nokulawula umswakama kusebenzisa i-PID + SSR, isistimu ikusiteshi esifanayo Ukulawula Okudidiyelwe.
Amapharamitha wezobuchwepheshe:
| Ukucaciswa | Igama | Igumbi lokuhlola le-Xenon lamp weathering | ||
| Imodeli | 800 | |||
| Usayizi Wesitudiyo Esisebenzayo(mm) | 950×950×850mm (D×W×H) (indawo ekhipha imisebe esebenzayo≥0.63m2） | |||
| Usayizi uwonke (mm) | 1360×1500×2100(Ubude buhlanganisa isondo le-Angle eliphansi kanye nesifeni) | |||
| Amandla | 380V/9kw | |||
| Isakhiwo
| Ibhokisi elilodwa liqondile | |||
| Amapharamitha | Ibanga lokushisa
| 0℃～+80℃(Iyalungiseka futhi iyalungiseka) | ||
| Izinga lokushisa ebhodini:63℃±3℃ | ||||
| Ukushintshashintsha kwezinga lokushisa | ≤±1℃ | |||
| Ukuchezuka kwezinga lokushisa | ≤±2℃ | |||
| Ibanga lomswakamo
| Isikhathi sokuthela: 10% ~70%RH | |||
| Ihora lobumnyama:≤100%RH | ||||
| Umjikelezo wemvula | 1min～99.99H(s,m,h Iyalungiseka futhi iyalungiseka) | |||
| Umfutho wesifutho samanzi | 78-127kpa | |||
| Isikhathi sokukhanyisa | 10min～99.99min(s,m,h Iyalungiseka futhi iyalungiseka) | |||
| Ithreyi yesampula | 500×500mm | |||
| Isivinini sokubeka isampula | 2~6 r/min | |||
| Ibanga phakathi kwesibambi sesampula nesibani | 300 ~ 600mm | |||
| Umthombo wesibani se-Xenon | Umthombo wokukhanya ogcwele umoya opholile (inketho yokupholisa amanzi) | |||
| Amandla wesibani se-Xenon | ≤6.0Kw (alungisekayo) (amandla angawakhetha) | |||
| Amandla okukhipha imisebe | 1020w/m2(290 ~ 800nm) | |||
| Imodi ye-Irradiation | Ubude/inkathi | |||
| Isimo esilingiswayo | Ilanga, amazolo, imvula, umoya | |||
| Isihlungi esikhanyayo | uhlobo lwangaphandle | |||
| Izinto zokwakha | Izinto zebhokisi langaphandle | I-electrostatic spraying insimbi egoqiwe ebandayo | ||
| Impahla yebhokisi langaphakathi | SUS304 insimbi engagqwali | |||
| I-thermal insulation material | Super fine glass insulation foam | |||
| Ukucushwa kwezingxenye | isilawuli
| I-TEMI-880 Isilawuli sesibani se-Xenon sombala weqiniso esihlelekayo | ||
| Isilawuli esikhethekile sesibani se-Xenon | ||||
| ihitha | 316 insimbi engagqwali fin heater | |||
| Isistimu yesiqandisi | i-compressor | Iyunithi ye-compressor yaseFrance yoqobo "i-Taikang" evalwe ngokugcwele | ||
| Imodi yesiqandisi | Isiqandisi sesiteji esisodwa | |||
| Isiqandisi | Ukuvikelwa kwemvelo R-404A | |||
| isihlungi | U-Algo wase-US | |||
| i-condenser | Ibhizinisi elihlangene leSino-Foreign "Pussel" | |||
| i-evaporator | ||||
| I-valve yokwandisa | I-Danfoss yasekuqaleni yaseDenmark | |||
| Uhlelo lokujikeleza kwegazi
| Ifeni yensimbi engagqwali ukuze kuzuzwe ukujikeleza komoya okuphoqelekile | |||
| I-Sino-foreign joint venture "Hengyi" motor | ||||
| Ukukhanya kwewindi | Philips | |||
| Okunye ukumisa | Hlola ikhebula Φ50mm imbobo 1 | |||
| Iwindi elivikelwe ngemisebe | ||||
| Isondo lendawo yonke ekhoneni elingezansi | ||||
| Ukuvikelwa kokuphepha
| ukuvikelwa kokuvuza komhlaba | Isilawuli sesibani se-Xenon: | ||
| Korea "rainbow" i-alamu isivikeli overtemperature | ||||
| I-fuse esheshayo | ||||
| I-Compressor ephezulu, ukuvikelwa kwengcindezi ephansi, ukushisa ngokweqile, ukuvikelwa kwe-overcurrent | ||||
| Amafuse olayini namatheminali aneshehethi ngokugcwele | ||||
| Okujwayelekile | GB/2423.24 | |||
| Ukulethwa | izinsuku ezingu-30 | |||
