UMvelisi weCIPP!
I-Ergu Optoelectronics Technology Co., Limited ngumvelisi obanzi we-UV optical owasungulwa ngo-2011. Le nkampani lishishini lobugcisa belizwe elidibanisa i-R & D, imveliso, intengiso kunye neenkonzo njengenye, iye yazinikela kuphando kunye nokuphuhlisa izibane ezahlukeneyo ze-UV, izixhobo zokunyanga ze-UV, iinkqubo zokusabela kwe-UV kunye neenkqubo zokunyanga ze-UV.
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![I-UV Inyangelwe kwindawo yombhobho]()
I-UV Inyangelwe kwindawo yombhobhoLe yinkqubo enamandla kakhulu yokunyanga ukukhanya kwe-ultraviolet, engasetyenziselwa ukulungisa imibhobho ukusuka kwi-DN250 ukuya kwi-DN1800mm. Ukwamkela itekhnoloji yokunyanga ukukhanya kwe-ultraviolet, inkqubo yayo yolawulo yombaneFunda ngokugqithisileyo -
![UV CIPP]()
UV CIPPUV600S{2}}6 unamandla kakhulu kwi{6}}situ UV izixhobo zokulungisa imibhobho, ekwaziwa ngokuba yiUV CIPP inkqubo yokulungisa, enokusetyenziswa ukulungisa imibhobho esuka kwiDN250 ukuya kwiDN1200. Inkqubo yayo yolawulo yombane ephezuluFunda ngokugqithisileyo -
![I-UV iNyangelwe i-CIPP Liner]()
I-UV iNyangelwe i-CIPP LinerIsikhongozeli se-CIPP senzelwe ngokukodwa ukulungiswa kwemibhobho engenamijelo. Izixhobo zombane zangaphakathi zixhotyiswe ngokupheleleyo kwaye zonke iintlobo zezixhobo zigqityiwe, ezinokuhlangabezana neemfuno zokulungisa kwindawo enyeFunda ngokugqithisileyo
Kutheni Khetha Thina
Ukusetyenziswa ngokubanzi
Iimveliso zisetyenziswa ngokubanzi kwimimandla yombane, iLCD, isemiconductor, ukutyabeka, ukupeyinta, ushicilelo, ishishini lemichiza (ikhemesti, ibhayoloji, ibhetri ye-lithium), unyango lwamanzi, ukulungiswa kwemibhobho engenamsele, njl.
Iziqinisekiso zethu
Sibambe malunga nama-30 amalungelo awodwa omenzi wechiza kwaye sifumene iziqinisekiso ezifana ne-ISO9001 kunye ne-CE ezihlangabezana nemigangatho eyahlukeneyo.
Iinkonzo zethu
Siye saseka iqela lobuchwephesha leengcebiso kwisigaba sangaphambili{0} sentengiso. Amalungu eqela onke anolwazi olunzulu loshishino kunye namava atyebileyo abenza bakwazi ukuphendula ngokukhawuleza kwimibuzo yabathengi, kwaye banokubonelela ngezisombululo zokunyanga ukukhanya kwe-UV ezilungiselelweyo ngokusekelwe kwiimpawu zamashishini ahlukeneyo, iimfuno zenkqubo yemveliso kunye nezicwangciso zohlahlo lwabiwo-mali.
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Imo yokulawula |
I-10-intshi yokulawula isikrini kunye ne-10-intshi yesikrini ebonisa ikhonkco lesibane |
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Isikrini sokulawula: Ixesha lokwenene{0}}lokurekhoda ividiyo, idatha yevidiyo, idatha yobushushu, idatha yoxinzelelo, isantya sokutsaleka, ukusetwa komgama, umgama wentambo, idatha yesibane, ugcino lobunjineli bokungena. |
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Ukutshintsha isibane esizimeleyo, -isitshixo sokuqala, isibane sokubonisa amandla, okwangoku, uxinzelelo kumbhobho, umgama wentambo, isantya sokutsala, ukusetwa kwesantya sentambo, ukusetwa komgama wentambo, ubushushu, ulwazi lwe-alam njl. |
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Umbane wesibane unokukhethwa, kwaye ixesha lokusebenza lirekhodwa ngokuzimeleyo. |
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Uqhagamshelo lwe-blower, uxinzelelo lomoya kunye nomboniso wempendulo |
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Umatshini wokusingatha |
Ubungakanani: 1674 * 560 * 1105 (mm); Ubunzima: malunga{3}}KG |
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Ubude bentambo eqhelekileyo: 100m |
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Isantya kunye nesantya esingagungqiyo: 0.1 ~ 3m / min |
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Imowudi ye-Unreeling: Umbane kunye nemowudi yezandla ziyafumaneka ukuba uzikhethe |
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Iqhutywa ngamandla edijithali |
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Ngaphambili nangasemva ikhamera |
Ikhamera yangaphambili iimegapixels ezine, kwaye ikhamera yangasemva iimegapixels ezimbini. |
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Small isibane chain C600T5-6 |
Ifakwe kumbhobho ofakwe i-DN250-DN600mm |
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Ubude obupheleleyo: 2830mm; Ubunzima: malunga.10.5KG/iqela x2=21KG |
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Idayimitha yangaphandle: Ø195, Ø320, Ø420 ziyafumaneka ukuba uzikhethe. |
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3pcs * 2 amaqela * 600W |
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Ixhotyiswe nge-3 IR sensors, ezimbini zisetyenziselwa ukubonisa ubushushu be-liner, kwaye enye isetyenziselwa ukubonisa ukushisa kwesibane sesibane. |
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Isibane sesibane D1200T2-6 |
Ifakwe kumbhobho ofakwe i-DN800-DN1200mm |
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Ubude bubonke: 1200mm; Ubunzima: malunga ne-32KG |
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Idayamitha yangaphandle: Φ466~Φ960 enokulungiswa ngokuzenzekelayo. |
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6pcsx1200W |
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Ixhotyiswe nge-2 IR sensors, enye isetyenziselwa ukubonisa ubushushu be-liner, kwaye enye isetyenziselwa ukubonisa ubushushu bekhonkco lesibane. |
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Imfuno yamandla |
380V/50Hz |
Izibonelelo ze-UV CIPP
Ukuphazamiseka okuncinci
Olunye uncedo oluphambili lwe-UV{0}}olunyangelweyo lwelayini yombhobho kukuba lucutha ukuphazamiseka kwindawo engqongileyo. Ekubeni kubandakanya ukunyanga i-liner ngaphakathi kombhobho okhoyo, akukho mfuneko yokwemba okubanzi okanye umsele, onokuthi uphazamise kwaye uhlawule.
Iindleko-Ubuchule
Umbhobho we-UV ungabiza kakhulu-ukusebenza kuneendlela zakwantu, ezifana nokuvula-ukusikwa kombhobho endaweni. Ukuncitshiswa kwabasebenzi kunye neendleko zempahla ezinxulumene nokugrumba kunye nokutshintshwa kunegalelo ekongeni kweendleko.
Isantya soFakelo
I-UV CIPP inokufakwa ngokukhawuleza. I-NuFlow's NuCure Cold Cure UV inkqubo yokunyanga ithatha imizuzu eyi-10 kuphela ukuqinisa umgca, ukuvumela ukuguqulwa ngokukhawuleza kunye nexesha elincinane lokunciphisa iziseko ezichaphazelekayo.
Ubomi obude be-UV CIPP
Ilinen yomelele kwaye{0}}ihlala ixesha elide. Inokwandisa ixesha lokuphila kombhobho ohlaziyiweyo, ukunciphisa imfuno yokulungiswa rhoqo okanye ukutshintshwa kwixesha elizayo.
UkuPhuculwa koMbane wokuHamba
Umgca ogudileyo, ongenamthungo uphucula umthamo wokuhamba ngaphakathi kombhobho ohlaziyiweyo. Oku kunokukhokelela ekusebenzeni okungcono kwe-hydraulic kunye nokunciphisa umngcipheko wokuvaleka kunye nee-backups.
UkuNcitshiswa kweMpembelelo yokuSingqongileyo
Ekubeni i-UV CIPP inciphisa ukumba kunye nesidingo sezinto ezintsha, inokuba nefuthe eliphantsi lokusingqongileyo xa kuthelekiswa neendlela zokulungisa zendabuko. Kwakhona kunciphisa amathuba okungcoliseka komhlaba.
Ukuguquguquka koMbhobho we-UV weLining
I-UV CIPP ingasetyenziselwa ukubuyisela kwakhona uluhlu olubanzi lwezinto zombhobho, kubandakanywa ikhonkrithi, udongwe, i-PVC, kunye nokunye. Oku kuguquguquka kwenza ukuba ilungele izicelo ezahlukeneyo kunye nobukhulu bombhobho.
Iintlobo ze-UV CIPP
UV{0}iilayini eziphosiweyo
Iilayini ezizivalwayo, ezenziwe ngepolyester engalukwanga okanye ezivalwayo, zifakwe intlaka kwaye zinyangwa kusetyenziswa isibane se-UV. Ngelixa iilayini ezivakalelweyo zinokuguquguquka kwaye zinokungena kwiindawo ezixineneyo, zidla ngokuswela amandla endalo kunye nobungqongqo obufunekayo-noxinzelelo oluphezulu okanye imibhobho elayishwe kakhulu.
Iinkqubo ze-CIPP ze-LED
Kwiinkqubo ze-LED CIPP, ukukhanya{0}}ii-diode ezikhuphayo (ii-LED) zisetyenziselwa ukunyanga i-resin kwi-liner. Ezi nkqubo zisavela kwimakethi ye-CIPP kwaye zisenokunganikezeli ukunyangeka okufanayo kunye nobunzulu njengokukhanya okusekiweyo{2}ienkqubo zokunyanga ezisekwe ngakumbi.
Iglasi ye-UV{0}}umbhobho owomeleziweyo (UV GRP) iilitha
Iilayini ze-GRP zenziwe ngefiberglass{0}}yemathiriyeli eyomeleziweyo kwaye zinyangwa ngokupheleleyo kusetyenziswa ukukhanya kwe-UV. Le ndibaniselwano ye-GRP kunye ne-UV yokunyanga inika i-liner enamandla omatshini aphezulu, ukumelana neekhemikhali, kunye nomthamo{2} wokuthwala umthwalo.
Uvavanyo lobugcisa bomjelo ophantsi komhlaba ohambisa amanzi amdaka
Phambi kokubuyisela umbhobho wejethi{0}}ucocwa ngomatshini wokucoca umjelo obekwe kwilori. Emva koko umbhobho uhlolwa ngekhamera elawulwa kude. Uhlalutyo lwevidiyo oluvela ekuhlolweni kogutyulo lwakha isiseko sokudala ingxelo ecacileyo yekhompyuter kwimeko yobugcisa bombhobho. Ngokwesiseko sedatha yengxelo umjelo wogutyulo uhlelwa ngokuxhomekeke kwimeko yayo yobugcisa.
Ukukhetha indlela yokubuyisela kwisimo sangaphambili
Ngokuxhomekeke kwindlela umjelo wonakaliswe ngayo okanye utshatyalaliswe, kunye nokuhlelwa kwawo kwiqela elithile, indlela efanelekileyo yokubuyisela ikhethwa. Emva kovavanyo lwemeko yobugcisa bomjelo ophantsi komhlaba ohambisa amanzi amdaka kufuneka ahlalutye idatha ye-geodetic, inqanaba lamanzi aphantsi komhlaba ngokubhekiselele kwisiseko somjelo ophantsi komhlaba ohambisa amanzi amdaka, ukuvezwa kwezithuthi ezindleleni, kunye nolunye ulungelelwaniso olunefuthe ekukhetheni iiparamitha zomjelo oza kusetyenziswa. Ngesi siseko umbhobho we-cipp ofanelekileyo unokukhethwa kwinqanaba loyilo. Ngokusekelwe kwimodyuli encinci eyaziwayo (e), ecacileyo yomphathi ocetywayo, umyili ukhetha ubukhulu be-cipp liner.
Ukuzaliswa komgca wombhobho
Ukusebenzisa uxinzelelo olubi umgca wombhobho ugcwele i-resin kwiimeko ezilawulwayo.
Ukugcinwa kunye nokuthutha ukuya kwindawo yokwakha
Ireyina{0}}ilayini yombhobho ehluthisiweyo igcinwe kwindawo emnyama ekhuselwe kwimitha ye-uv. Ukusuka kwindawo yokugcina umbhobho wepayipi uhanjiswa kwindawo yokwakha kwiibhokisi okanye iibhokisi eziqinisekisa iimeko ezifanelekileyo zokuthutha.
Ukupakisha Iinkcukacha
Siza kupakisha ngokupakisha ngaphandle kobuchwephesha, ukhuseleko ngokuchasene nokuqhekeka, ekugqibeleni singene kumatyala eplanga/ ikhathoni/ ipallet okanye ipakethe eyenziwe ngokwezifiso.
FAQ
Singomnye wabavelisi abaphambili kunye nabanikezeli be-CIPP e-China, eboniswa ziimveliso ezisemgangathweni kunye nexabiso elihle. Nceda uqiniseke ukuba uthenge i-CIPP ngexabiso eliphantsi eyenziwe e-China apha kwaye ufumane ikowuti kumzi-mveliso wethu. Sikwamkele iiodolo ezilungiselelwe wena.
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![Ukomisa ngeUV]()
Ukomisa ngeUVIsixhobo sokunyanga se-UV esithe nkqo sixhotyiswe ngokuzikhethela ibhanti lebhanti ukusuka kwi-300mm ukuya kwi-600mm,Funda ngokugqithisileyo -
![Umatshini wokushicilela we-UV wesikrini]()
Umatshini wokushicilela we-UV wesikriniUbude obupheleleyo besixhobo sokunyanga i-UV yi-3.4 yeemitha, kunye nobubanzi bebhanti yokuhambisa i-1 mitha. IsixhoboFunda ngokugqithisileyo -
![I-oven yokucoca i-varnish]()
I-oven yokucoca i-varnishI-oveni yokunyanga ivanishi ye-UV inezibane ezine ze-5.6KW zemercury ezilayita ezantsi ukusuka phezulu. UbudeFunda ngokugqithisileyo -
![Umatshini wokunyanga we-UV wokuShicilela iSkrini]()
Umatshini wokunyanga we-UV wokuShicilela iSkriniEsi sixhobo se-UV sokunyanga senzelwe-senzelwa imveliso yefenitshala, enezibane ezi-6 ze-UV eziko, zibonelela ngazoFunda ngokugqithisileyo -
![Umtshini we-UV Conveyor]()
Umtshini we-UV ConveyorLo matshini -wokukhanya wokukhanya we-UV uxhotyiswe ngesibane esinye semercury kunye nezibane ezimbini ze-LED. IsibaneFunda ngokugqithisileyo -
![I-UV enyangwayo yokugquma]()
I-UV enyangwayo yokugqumaEsi sixhobo sokunyanga se-UV sixhotyiswe ngezibane ezintlanu ze-5.6KW zemercury ezilayita ukusuka phezulu, ezantsi,Funda ngokugqithisileyo
