I-DRK645B ye-UV eNganyangekiyo kwiMozulu yeGumbi eFakelwe umfanekiso

Igumbi le-DRK645B le-UV eliNika iMozulu

Inkcazelo emfutshane:

Igumbi lemozulu elixhathisayo lisebenzisa isibane se-fluorescent uv njengomthombo wokukhanya kwaye lenze uvavanyo olukhawulezayo lwemozulu kwimathiriyeli ngokulinganisa imitha yelanga yendalo ye-ultraviolet kunye nokujiya, ukuze kufumaneke isiphumo sobume bemozulu.

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Iinkcukacha zeMveliso

Iithegi zeMveliso

Le mveliso iyanqanda ukuba

1.Uvavanyokwayeyokugcinaezinokutsha,qhumakwayeeguquguqukayoizinto.

2.Uvavanyo kunye nokugcinwa kwezinto ezonakalisayo.

3.Uvavanyo okanye ukugcinwa kweesampulu zebhayoloji.

4.Uvavanyo kunye nokugcinwa komthombo onamandla wokukhupha i-electromagnetic
iisampulu.

Isicelo seMveliso

Igumbi lemozulu elimelana ne-Uv linokulinganisa iimeko zokusingqongileyo, njengemozulu yendalo ye-Uv, ukufuma okuphezulu kunye nokuxinana, ubushushu obuphezulu kunye nobumnyama. Idibanisa ezi meko kwiluphu kwaye igqibezele imijikelo ngokuzenzekelayo ngokuphinda ivelise le miqathango. Le yindlela esebenza ngayo igumbi lokuvavanya ukuguga kwe-uv.

Iimpawu zeMveliso

Uyilo lwembonakalo, ukwakhiwa kwebhokisi kunye neteknoloji yokulawula yesizukulwana esitsha yenziwe ukuphuculwa okukhulu. Iimpawu zobugcisa zizinzile ngakumbi; umsebenzi uthembeke ngakumbi; ukugcinwa kulula ngakumbi; Ixhotyiswe ngevili eliphakamileyo eliphezulu, elilungele ukuhamba kwibhubhoratri.

Kulula ukusebenza; ibonisa ixabiso elimiselweyo, ixabiso lokwenyani.

Inokuthembeka okuphezulu: iindawo eziphambili zikhethwa ngabavelisi abadumileyo be-brand, kwaye baqinisekise ukuthembeka komatshini wonke.

IiParameters zobuGcisa
2.1 Isishwankathelo somda	mm(D×W×H)580×1280×1350
2.2 Umlinganiselo wegumbi	mm (D×W×H)450×1170×500
2.3 Uluhlu lobushushu	RT+10℃～70℃ Useto olukhethwayo
2.4 Ubushushu bebhodi yebhodi	63℃±3℃
2.5 Ukuguquguquka kobushushu	≤± 0.5℃(Akukho mthwalo, imeko engatshintshiyo)
2.6 Ubushushu obufanayo	≤±2℃(Akukho mthwalo, imeko engatshintshiyo)
2.7 Uluhlu lokumisela ixesha	0-9999 Imizuzu ingalungiswa ngokuqhubekayo.
2.8 Umgama phakathi kwezibane	70mm
2.9 Amandla esibane	40W
2.10 Ubude bamaza e-Ultraviolet	315nm ~400nm
2.11 Ithemplethi yenkxaso	75×300(mm)
2.12 Ubungakanani betemplate	Malunga namaqhekeza angama-28
2.13 Uluhlu lokumisela ixesha	0～9999 iiyure
2.14 Uluhlu lwe-irradiance	0.5-2.0w/㎡(Isiboniso sobunzulu bokukhanya kweBrake dimmer.)
2.15 Amandla ofakelo	220V ± 10%,50Hz ± 1 ucingo olusezantsi, khusela umhlabaukumelana ngaphantsi kwe-4 Ω, malunga ne-4.5 KW

Ukwakhiwa kwebhokisi

3.1 Izinto zetyala: I-A3 yentsimbi yokutshiza;

3.2 Izinto zangaphakathi: I-SUS304 ipleyiti yensimbi engenasici yomgangatho ophezulu.

3.3 Izinto zokugquma ibhokisi: I-A3 yentsimbi yokutshiza;

3.4 Kumacala omabini egumbi, kufakwe iityhubhu zesibane ezisi-8 zaseMelika (UVB-340)UV.

3.5 Isivalo secala siphephuke kabini, sivuleke kwaye sivaleke lula.

3.6 Isakhelo sesampulu siquka i-liner kunye ne-spring emide, zonke zenziwe nge-aluminium alloy material.

3.7 Inxalenye esezantsi yetyala lovavanyo ithatha ivili lomsebenzi wePU esisigxina yomgangatho ophezulu.

3.8 Umphezulu wesampulu yi-50mm kunye nokuhambelana nokukhanya kwe-uv.

Inkqubo yokufudumeza

4.1 Adopt U - uhlobo lwe-titanium alloy high-speed heat heat tube tube.

4.2 Isistim ezimeleyo ngokupheleleyo, ayichaphazeli isekethe yovavanyo nolawulo.

4.3 Amandla aphumayo olawulo lweqondo lokushisa abalwa yi-microcomputer, kunye nephezuluukuchaneka kunye nokusebenza kakuhle.

4.4 Inomsebenzi wokuchasana nobushushu benkqubo yokufudumeza.

Ubushushu bebhodi ebhodini

5.1 Ipleyiti ye-aluminium emnyama isetyenziselwa ukudibanisa inzwa yobushushu.

5.2 Sebenzisa isixhobo sobushushu ebhodini ukulawula ukufudumeza, ukwenza iqondo lobushushu libe ngaphezuluezinzile.

Inkqubo yokulawula

6.1 TEMI-990 Controller

6.2 Ujongano lomatshini 7 "umboniso wombala/umlawuli ocwangcisekileyo wesikrini sokuchukumisa saseTshayina;

ubushushu bunokufundwa ngokuthe ngqo; ukusetyenziswa kulula ngakumbi; ulawulo lobushushu kunye nokufuma kuchaneka ngakumbi.

6.3 Ukhetho lwendlela yokusebenza yile: inkqubo okanye ixabiso elisisigxina kunye nokuguqulwa kwamahhala.

6.4 Lawula iqondo lobushushu elabhoratri. Inzwa ye-PT100 ephezulu echanekileyo isetyenziselwa ukulinganisa ubushushu.

6.5 Umlawuli unemisebenzi eyahlukeneyo yokukhusela, efana ne-alarm of overtemperature, enokuqinisekisa ukuba xa isixhobo singaqhelekanga, siya kunqumla ukunikezelwa kwamandla kwiindawo eziphambili , kwaye ithumele isignali ye-alamu ngexesha elifanayo, iphaneli. Isibane sesalathiso sempazamo siya kubonisa iindawo ezinengxaki ukunceda ukulungisa ingxaki ngokukhawuleza.

6.6 Umlawuli unokubonisa ngokupheleleyo ukusetwa kwejika yeprogram; idatha yemephu yentsingiselo inokugcina imbali sebenzisa ijika xa inkqubo iqhuba.

6.7 Umlawuli unokuqhutywa kwixabiso elimiselweyo, elinokucwangciswa ukuba liqhube kwaye lakhelwe ngaphakathi.

6.8 Inombolo yecandelo elicwangcisiweyo 100STEP, iqela leprogram.

6.9 Umatshini wokutshintsha: i-manual okanye yenza umatshini wokutshintsha ixesha lokuqeshwa, inkqubo iqhuba kunye nomsebenzi wokubuyisela ukusilela kwamandla. (imowudi yokubuyisela ukusilela kwamandla inokusetwa)

6.10 Umlawuli unokunxibelelana nekhompyutha esebenzisa isoftwe yonxibelelwano ezinikeleyo. Ngomgangatho we-rs-232 okanye i-rs-485 ujongano lonxibelelwano lwekhompyuter, olukhethwayo ngoqhagamshelo lwekhompyuter.

6.11 Igalelo lombane: AC/DC 85～265V

6.12 Ukulawulwa kwemveliso: PID (uhlobo DC12V)

6.13 Imveliso yeAnalog: 4～20mA

6.14 Igalelo lokuncedisa: 8 isignali yokutshintsha

6.15 imveliso yokudlulisa: ON/OFF

6.16 Ukukhanya kunye nokujiya, isitshizi kunye nolawulo oluzimeleyo nazo zingalawulwa ngokutshintshanayo.

6.17 Ixesha lokulawula elizimeleyo kunye nexesha lokulawula umjikelo otshintshanayo wokukhanya kunye ne-condensation inokusetwa kwiiyure eziliwaka.

6.18 Ukusebenza okanye useto, ukuba kwenzeke impazamo, kunikezelwa umyalezo olumkisayo.

6.19 "Schneider" amacandelo.

6.20 I-ballast engeyiyo-lipper kunye ne-starter (qinisekisa ukuba isibane se-uv sinokulayitwa ngalo lonke ixesha ulayita)

Umthombo wokukhanya

7.1 Umthombo wokukhanya wamkela i-8 American q-lab (uva-340)UV uthotho lwamandla alinganiswe ngama-40W, asasazwa kumacala omabini omatshini kunye namasebe ama-4 kwicala ngalinye.

7.2 Isibane somgangatho wovavanyo ityhubhu ine-uva-340 okanye i-UVB-313 umthombo wokukhanya kubasebenzisi ukuba bakhethe ubumbeko. (ukhetho)

7.3 I-spectra ye-luminescence yeetyhubhu ze-uva-340 zigxininiswe kakhulu kwi-wavelength ye-315nm ~ 400nm.

7.4 I-spectra ye-luminescence yeetyhubhu ze-UVB-313 zigxininiswe ubukhulu becala kwi-wavelength ye-280nm ~ 315nm.

7.5 Ngenxa yokukhutshwa kwamandla okukhanya kwefluorescent kuya kubola kancinci ngokuhamba kwexesha, ukuzeukunciphisa impembelelo ebangelwa kuvavanyo lokunciphisa amandla okukhanya, ngoko igumbi lokuvavanya kuzo zonke ezine kwi-1/2 yobomi besibane se-fluorescent, ngesibane esitsha sokubuyisela isibane esidala. Ngale ndlela, umthombo wokukhanya we-ultraviolet uhlala uqulunqwe yezibane ezitsha kunye nezibane ezindala, ngaloo ndlela zifumana ukuphuma kwamandla okukhanya rhoqo.

7.6 Ubomi benkonzo obusebenzayo beetyhubhu zesibane esiphuma kumazwe angaphandle buphakathi kwe-1600 kunye ne-1800 iiyure.

7.7 Ubomi obusebenzayo betyhubhu yesibane yasekhaya yi-600-800 iiyure.

I-transducer yombane

8.1 eBeijing

Isixhobo sokhuseleko

9.1 Isitshixo somnyango okhuselayo: ukuba iityhubhu ezikhanyayo, xa umnyango wekhabhinethi uvulekile, umatshini uya kunqumla ngokuzenzekelayo amandla ombane kwityhubhu, kwaye ngokuzenzekelayo ungene kwimeko yokupholisa, ukuze ugweme umonakalo emzimbeni womntu. izitshixo zokhuseleko njengoko ukuhlangabezanaiimfuno zokhuseleko lwe-IEC 047-5-1.

9.2 Ukukhuselwa kweqondo lokushisa elingaphezulu kweqondo lokushisa kwikhabhinethi: xa iqondo lokushisa lingaphezulu kwe-93 ℃ kunye okanye lisuse i-10%, umatshini uya kunqumla ngokuzenzekelayo ityhubhu kunye nonikezelo lwamandla lwe-heater, kwaye kwimeko yokupholisa ukulingana.

9.3 I-alamu yomgangatho wamanzi aphantsi we-sink ikhusela i-heater ekutshiseni.

Inkqubo yokhuseleko lokhuseleko

10.1 I-alam yobushushu obugqithisileyo

10.2 Ukhuseleko lokuvuza kombane

10.3 Ukhuseleko lwangoku

10.4 Ifuse ekhawulezayo

10.5 I-fuse yomgca kunye netheminali yohlobo lwesheath epheleleyo

10.6 Ukhuseleko lokunqongophala kwamanzi

10.7 Ukhuseleko lomhlaba

Imigangatho yokusebenza
11.1	I-GB/T14522-2008
11.2	GB/T16422.3-2014
11.3	I-GB/T16585-96
11.4	I-GB/T18244-2000
11.5	GB/T16777-1997
Ubume besixhobo sokusetyenziswa
Iqondo lobushushu lokusiNgqongileyo:5℃～＋28℃(Ubushushu obuphakathi kwiiyure ezingama-24≤28℃）
Ukufuma kokusingqongileyo:≤85%
Indawo yokusebenza kufuneka ibe phantsi kwama-degrees angama-28 kwiqondo lobushushu begumbi kwaye ingene kakuhle.
Umatshini kufuneka ubekwe phambi nangemva kwe-80 cm.
Iimfuno ezizodwa
Inokwenziwa ngokwezifiso