IHongjin ultraviolet ikhawulezisa umatshini wokuvavanya ukwaluphala
1. Iiparamitha zemveliso
Ubungakanani beStudio: 1140mm×400 mm×380 mm
Imilinganiselo: 1300mm×500 mm×1460 mm
Umgama ophakathi wesibane: 70mm
Umgama phakathi kwe-specimen kunye neyona ndawo ikufutshane ehambelanayo yendawo yesibane: malunga ne-50mm
Uluhlu lwamaza obude: Uluhlu lwamaza e-UV-A yi-315 ~ 400nm
Ubunzulu bemitha: 1.5W/m2/340nm
Isisombululo sobushushu: 0.1℃
Uluhlu lobushushu bokukhanya: 50℃~70℃／Ukunyamezela ubushushu yi ±3℃
Umgangatho wobushushu ohlanganisayo: 40℃~60℃／Ukunyamezela ubushushu yi ±3℃
Uluhlu lokulinganisa ithemometha ebhodini: 30~80℃/ukunyamezela ±1℃
Indlela yokulawula ubushushu: Indlela yokulawula ubushushu bokuzilungisa i-PID
Uluhlu lokufuma: malunga ne-45% ~ 70%RH (imeko yokukhanya)/98% okanye ngaphezulu (imeko yokujiya)
Iimfuno ze-Sink: ubunzulu bamanzi abukho ngaphezu kwe-25mm, kwaye kukho isilawuli sokuhambisa amanzi esizenzekelayo
Ubungakanani bomzekelo oqhelekileyo: 75×150mm 48pcs
Indawo ecetywayo yokusetyenziswa kwesixhobo: 5 ~ 35℃, 40% ~ 85% R·H, 300mm ukusuka eludongeni
Mbini.Umsebenzi ophambili
Le bhokisi yovavanyo olukhawulezayo lwe-ultraviolet ithatha isibane se-UVA-340 fluorescent ultraviolet njengomthombo wokukhanya, onokulinganisa umonakalo obangelwa kukukhanya kwelanga, imvula kunye nombethe.Ibhokisi ye-UV yokumelana nemozulu isebenzisa izibane ze-fluorescent ze-ultraviolet ukulinganisa isiphumo sokukhanya kwelanga, kwaye isebenzisa ukufuma okujiyileyo ukulinganisa umbethe.Izinto ezivavanyiweyo zibekwe kwiprogram yomjikelo wokutshintsha ukukhanya kunye nokufuma kwiqondo lobushushu elithile lokuvavanya, kunye novavanyo olukhawulezileyo lokumelana nemozulu lwenziwa kwizinto zokufumana isiphumo sokuxhathisa imozulu sezinto.Ibhokisi ye-UV inokuvelisa kwakhona iingozi ezenzeke ngaphandle iinyanga okanye iminyaka ngeentsuku ezimbalwa okanye iiveki.Iindidi zengozi zibandakanya: ukuncipha, ukuguquguquka kwemibala, ukulahleka kweglosi, ipinki, ukuqhekeka, i-turbidity, amaqamza, i-embrittlement, amandla, ukubola, kunye ne-oxidation.Lo matshini unesixhobo sokutshiza.
Le bhokisi yovavanyo olukhawulezileyo lwe-ultraviolet yokuguga inokulinganisa iimeko zokusingqongileyo ezinje nge-ultraviolet, imvula, ubushushu obuphezulu, ukufuma okuphezulu, ukuqina, ubumnyama, njl. iluphu ukugqibezela i-loop frequency.Lo ngumgaqo osebenzayo wegumbi lovavanyo lokuguga le-UV.Kule nkqubo, izixhobo zinokubeka iliso ngokuzenzekelayo ukushisa kwebhodi ebhodini kunye netanki yamanzi;ngokucwangcisa umlinganiselo we-irradiance kunye nesixhobo sokulawula (ukhetho), i-irradiance yokukhanya inokulinganiswa kwaye ilawulwe ukuzinzisa i-irradiance kwi-0.76W / m2 / 340nm okanye Cacisa ixabiso elimiselweyo, kwaye wandise kakhulu ubomi besibane.
Thobela imigangatho yovavanyo yamazwe ngamazwe:
I-ASTM G 153, ASTM G 154, ASTM D 4329, ASTM D 4799, ASTM D 4587, SAE
J2020, ISO 4892 Yonke imigangatho yovavanyo yokuguga ye-UV yangoku.
Ntathu.Intshayelelo yomba ophantsi
A. Umthombo wokukhanya:
Umthombo wokukhanya wamkela izibane ezi-8 ze-ultraviolet fluorescent ezingeniswe ngaphandle kunye namandla alinganisiweyo angama-40W njengomthombo wokukhanya.I-Ultraviolet fluorescent tubes, isasazwe kumatshini
4 kwicala ngalinye.Kukho imithombo yokukhanya ye-UVA-340 kunye ne-UVB-313 ukuze abasebenzisi bakhethe kwaye baqwalasele.
Amandla okukhanya okukhanyayo kwetyhubhu yesibane ye-UVA-340 igxininiswe kakhulu kubude be-340nm,
I-spectrum yokukhutshwa kwesibane se-UVB-313 igxininiswe ikakhulu kubude obungamaza angama-313nm.
Sisebenzisa ityhubhu ye-UVA-340
Kuba amandla aphuma kwizibane ze-fluorescent aya kuwola ngokuthe ngcembe ngokuhamba kwexesha, ukuze kuncitshiswe impembelelo yovavanyo olubangelwa kukuthotywa kwamandla okukhanya,
Ke ngoko, kule bhokisi yovavanyo, yonke i-1/4 yobomi besibane se-fluorescent kuzo zonke izibane ezisibhozo, isibane esitsha siya kuthatha indawo endala.
ityhubhu yesibane, ngale ndlela, umthombo wokukhanya we-ultraviolet uhlala uqulunqwe zizibane ezitsha kunye nezibane ezindala, ukuze ufumane amandla okukhanya okuphuma rhoqo.
Ubomi obusebenzayo bombhobho wesibane bunokuba malunga neeyure ze-1600.
B. Ulawulo loMbane:
a.Zombini iqondo lobushushu lebhodi ebhodini kunye neqondo lobushushu le-condensation lilawulwa sisilawuli,
b.Ezinye ziyinxalenye yombane ongeniswa kumazwe angaphandle.
Ukufana kwe-irradiance: ≤4% (kumphezulu wesampuli)
Ujongo lobushushu ebhodini: usebenzisa umgangatho Pt-100 ubushushu ebhodini
Isivamvo seqondo,
Lawula ngokuchanekileyo ubushushu bomphezulu wesampuli ngexesha lovavanyo.
Uluhlu lokumisela ubushushu bebhodi ebhodini: BPT 40-75 ℃;
Kodwa isixhobo sokukhusela ubushushu ngaphakathi kumatshini
Owona mda wobushushu uphezulu wokusetwa yi-93℃±10%.
Ukuchaneka kolawulo lobushushu ebhodini: ±0.5℃,
c.Ukujongwa kweqondo lokushisa kwitanki yamanzi: Ngexesha lovavanyo lwe-loop, kukho icandelo lokuvavanya okuyinkqubo yobumnyama yokudibanisa, efuna amandla kwi-tank.
Ivelisa umphunga wamanzi ophuphumayo kwiqondo lobushushu eliphezulu.Xa umphunga wamanzi udibana nesampulu ebanda kakhulu, uya kuxinana kumphezulu wesampulu.
amanzi.
Itanki yamanzi ibekwe kwindawo engezantsi yebhokisi kwaye ine-heater yombane eyakhelweyo.
Uluhlu lokulawula ubushushu betanki yamanzi: 40 ~ 60℃
d.Igumbi lokuvavanya lixhotyiswe ngesilawuli sexesha, uluhlu luyi-0 ~ 530H, kunye nomsebenzi wememori yokungaphumeleli kwamandla.
e.Isixhobo sokhuseleko lokhuseleko:
◆ Ukukhuselwa kobushushu obungaphezulu kwebhokisi: Xa iqondo lobushushu kwibhokisi lidlula i-93℃±10%, umatshini uya kuwucima ngokuzenzekelayo umbane kwisibane nakwi-heater.
Unikezelo lomthombo, kwaye ufake i-equilibrium state ukuze uphole.
◆I-alam yomgangatho ophantsi wamanzi wetanki yamanzi ithintela isifudumezi ukuba singatshi.
C. Ifolda yesampula eqhelekileyo:
◆ Iza nenani le-75 × 150mm
Okanye 75×290 mm isibambi sesampulu esiqhelekileyo,
Ubukhulu obukhulu besampulu bunokufikelela kwi-20mm,
Abasebenzisi abangekho kumgangatho oqhelekileyo kufuneka bachaze xa beodola.
Xa umnini wesampuli okanye umnini wesampuli engafunekiyo, inokulayishwa ngokuthe ngqo.
◆ Kukho imiqolo eli-14/amacala abagcini beesampulu eziqhelekileyo, kunye nethemometha ebhodini ibekwe komnye wemiqolo engasemva.
◆ Kulula ukuvula ucango ngomatshini.
D. Ibhokisi yezixhobo zokwenza umzimba:
◆ Itanki yangaphakathi yebhokisi yenziwe nge-SUS304 # ipleyiti yensimbi engenasici
◆ Iqokobhe lenziwe nge-SUS304# ipleyiti yensimbi engenasici
◆ I-rack yesampula yenziwe ngensimbi engenasici kunye ne-aluminium alloy frame, ekulungele ukufikelela kwisampuli.
E. Imeko ngokubanzi yomatshini wonke:
◆ Imilinganiselo: malunga ne-H1370mm×W1350mm×D 530 mm
◆ Ubunzima: malunga ne-150 kg
F. I-KUV3 host computer ifuna iimeko zendawo yokusebenza:
◆ Iimfuno zamandla: 220V ± 5%, i-single-phase-three-wire, 50Hz, 8A, 10A ifuse yokuvuthela kancinci efunekayo.
◆ Imekobume: 5 ~ 35℃, 0 ~ 80%RH, umoya omhle, indawo ecocekileyo yangaphakathi.
◆ Indawo yokusebenza: malunga ne-234 × 353cm
◆ Umjelo wamanzi: Umsele wokuthunga amanzi uyafuneka kumgangatho okufuphi nomninimzi.
◆ Ukuze kube lula ukuhamba, i-casters ifakwe phantsi kwesixhobo kwaye isikhundla simisiwe
Emva koko ulungise isikhundla somatshini wokuvavanya ngendandatho e-U.

Isine, isixhobo sokulawula
Isixhobo sisebenzisa umbala oyinyaniso wesikrini se-PID sokulawula ubushushu obukrelekrele, esinokuchaneka kokulawula ubushushu obuphezulu kunye nokuzinza okuhle.
Isihlanu, sifikelele kwimigangatho
I-GB/T14522-93 GB/T16422.3-1997 GB/T16585-96 kunye neminye imigangatho yovavanyo yokuguga ye-ultraviolet yangoku