Iimveliso
I-UP-6197B Igumbi lovavanyo lokumelana nomhlwa olubanzi
Iimpawu zeMveliso:
Ngale bhokisi yovavanyo, indibaniselwano yeemeko zendalo eziqatha zendalo ziyenziwa, njengokutshiza ityuwa, ukomisa umoya, uxinzelelo oluqhelekileyo lomoya, ubushushu obungaguqukiyo kunye nokufuma, kunye nobushushu obuphantsi. Inokuvavanywa kwimijikelo kwaye inokuvavanywa kuyo nayiphi na iodolo. ilizwe lam linayo Olu vavanyo lwesitshizi setyuwa lwenziwa kwimigangatho yesizwe efanelekileyo, kwaye imimiselo eneenkcukacha yenziwe. Iphuhliswe ukusuka kuvavanyo lokuqala lokutshiza ityuwa ukuya kuvavanyo lokutshiza ityuwa, ityuwa yobhedu ekhawulezileyo yovavanyo lokutshiza ityuwa, kunye nokutshintshanisa iindlela ezahlukeneyo ezifana novavanyo lwesitshizi setyuwa. Le bhokisi yovavanyo ithatha isikrini sokuchukumisa ngokupheleleyo indlela ezenzekelayo, enokulinganisa iimeko zovavanyo lokusingqongileyo ezifunwa lishishini lemveliso yanamhlanje. Yibhokisi yovavanyo enqabileyo ye-ultra-high ixabiso-esebenzayo kwimarike yasekhaya.
Ingcaciso yeMveliso:
Uvavanyo lwe-cyclic corrosion luvavanyo lokutshiza ityuwa olunenyani ngakumbi kunoveliso lwemveli oluqhubekayo. Kuba ukuba sesichengeni kwangaphandle kudla ngokubandakanya zombini iindawo ezimanzi nezomileyo, zenzelwe kuphela ukulinganisa ezi meko zendalo kunye nezihlandlo zovavanyo olukhawulezileyo lwaselabhoratri.
Uphononongo lubonise ukuba emva kovavanyo lwe-cyclic corrosion, umlinganiselo wokutya, ulwakhiwo, kunye ne-morphology yeesampulu zifana kakhulu neziphumo zokubola kwangaphandle.
Ke ngoko, uvavanyo lwe-cyclic corrosion lusondele ekuvezweni kwangaphandle kokwenyani kunendlela yokutshiza ityuwa yemveli. Banokuvavanya ngokukuko iindlela ezininzi zomhlwa, ezifana nomhlwa jikelele, umhlwa wegalvanic, kunye ne-crevice corrosion.
Injongo yovavanyo lwe-cyclic corrosion kukuvelisa kwakhona uhlobo lwe-corrosion kwindawo ye-corrosion yangaphandle. Uvavanyo luveza isampuli kuthotho lweemeko zebhayisikile phantsi kweemeko ezahlukeneyo. Umjikelo olula wokuvezwa, njengovavanyo lweProhesion, uveza isampuli kumjikelezo oquka isitshizi setyuwa kunye neemeko ezomileyo. Ukongeza kumjikelo wetyuwa wokutshiza kunye nokuwomisa, iindlela ezintsonkothileyo zovavanyo lweemoto zikwafuna imijikelo enjengokufuma kunye nokuma. Ekuqaleni, le mijikelo yovavanyo yagqitywa ngokusebenza ngesandla. Abasebenzi belabhoratri basusa iisampuli ukusuka kwibhokisi yokutshiza ngetyuwa bayisa kwibhokisi yovavanyo lokufuma, emva koko bayisa kwisixhobo sokomisa okanye sokuma. Esi sixhobo sisebenzisa ibhokisi yokuhlola elawulwa yi-microprocessor ukugqiba ngokuzenzekelayo la manyathelo okuvavanya, ukunciphisa ukungaqiniseki kovavanyo.
Imigangatho yoVavanyo:
Imveliso ihambelana ne-GB, i-ISO, i-IEC, i-ASTM, imigangatho ye-JIS, iimeko zokuvavanya ukutshiza zingasetwa, kwaye zihlangane: GB/T 20854-2007, ISO14993-2001, GB/T5170.8-2008, GJB150.11A-2009, GB/ T2424.17-2008, GBT2423.18-2000, GB/T2423.3-2006, GB/T 3423-4-2008.
Iimbonakalo:
1.Ukusebenzisa i-LCD yedijithali yokubonisa umbala weskrini sokushisa kunye nomlawuli wokufuma (eJapan OYO U-8256P) unokurekhoda ngokupheleleyo ijika lokuvavanya ubushushu bomswakama.
2.Ukulawula indlela: iqondo lobushushu, ukufuma, iqondo lobushushu, kunye nokufuma kunokulawulwa ngenye indlela yinkqubo.
I-3.Umthamo weqela leprogram: I-140Pattern (iqela), i-1400 Isinyathelo (icandelo), inkqubo nganye inokumisela kumacandelo e-Repest99.
I-4.Ixesha lemowudi yokubulawa nganye inokumiselwa ngokungekho mthethweni ukusuka kwiiyure ze-0-999 kunye nemizuzu engama-59.
I-5.Iqela ngalinye lingamisela ngokusemthethweni umjikelezo wenxalenye ye-1-999 amaxesha okanye umjikelezo opheleleyo we-1 ukuya kwi-999 amaxesha;
6.Ngomsebenzi wokukhumbula amandla, uvavanyo olungagqitywanga lunokuqhutyelwa xa umbane ubuyiselwa;
7.Inokudityaniswa ne-interface ye-RS232 yekhompyutha
Iiparamitha zobuGcisa:
Intshayelelo yenkqubo yomsebenzi:
Inkqubo yokutshiza yovavanyo lwe-cyclic corrosion:
Inkqubo yokutshiza ityuwa yenziwe ngetanki yokunyibilikisa, inkqubo yomoya, itanki yamanzi, inqaba yokutshiza, umbhobho, njl. njl., kwaye amanzi etyuwa ahanjiswa ukusuka kwibhakethi yokugcina ukuya kwigumbi lovavanyo ngomgaqo weBernut. Umbhobho wokutshiza kunye nomsebenzi ityhubhu yokufudumeza ukubonelela ukufuma kunye nobushushu obufunekayo kwibhokisi, Isisombululo setyuwa sifakwe kwi-atomized emoyeni ngokutshiza.
Iqondo lokushisa ngaphakathi kwebhokisi liphakanyiswe kwiimfuno ezichaziweyo ngentonga yokufudumala ezantsi. Emva kokuba iqondo lobushushu lizinzile, vula iswitshi yokutshiza kwaye wenze uvavanyo lwesitshizi setyuwa ngeli xesha. Xa kuthelekiswa nomatshini oqhelekileyo wokuvavanya ityuwa yokutshiza, iqondo lokushisa kwigumbi lokuvavanya kweli lizwe liphunyezwa ngokufudumeza umoya ngentonga yokufudumala. Ngelixa uqinisekisa ukufana kobushushu, kunciphisa impembelelo yomatshini wokutshiza wetyuwa oqhelekileyo wokutshiza umphunga wamanzi kwiziphumo zovavanyo.
Inqaba yokutshiza eshukumayo yenzelwe ukuchithwa lula, ukuhlamba, kunye nokugcinwa, kwaye ukusetyenziswa kwendawo yokuvavanya kuguquguquka ngakumbi kwaye kulula.
Inkqubo yovavanyo inezi mpawu zilandelayo:
1. Umlawuli: Umlawuli uthatha i-original yaseKorea "TEMI-880" ye-16-bit yenyani yesikrini sombala wombala, amaqela angama-120 amaqela eprogram, kunye nemijikelo ye-1200 iyonke.
2. Inzwa yobushushu: i-anti-corrosion platinum resistance PT100Ω/MV
3. Indlela yokufudumeza: usebenzisa i-titanium alloy yokufudumeza iheater yombane enesantya esiphezulu, uyilo lwamanqaku amaninzi, uzinzo oluhle, kunye nokufana.
4. Inkqubo yokutshiza: inkqubo yokutshiza inqaba, umbhobho wequartz wodidi oluphezulu, akukho crystallization emva kokusebenza ixesha elide, ukuhanjiswa kwenkungu efanayo.
5. Ukuqokelela ityuwa: ngokuhambelana nemigangatho yomgangatho wesizwe kunye neesilinda zokulinganisa ezisemgangathweni, umthamo we-sedimentation uyahlengahlengiswa kwaye uyalawuleka.
6. I-inlet ye-air-pole inlet i-decompressed ukuqinisekisa uxinzelelo oluzinzileyo lokutshiza.
Inkqubo yobushushu obumanzi yovavanyo lwe-cyclic corrosion:
Inkqubo yokufuma iqulethwe yijenereyitha yomphunga wamanzi, uqhushumbo, isekethe yamanzi, isixhobo sokudibanisa, njl.njl ke i-evaporator yamanzi iya kungcambu. Ubushushu kunye nomswakama obekwe ngumlawuli uya kukhupha ubushushu obufanelekileyo kunye nomswakama. Ngokuqhelekileyo, ukufuma kuya kulinganiswa ngokuchanekileyo kwaye rhoqo emva kokuba ubushushu buzinzile.
Inkqubo yokufumisa inezi mpawu zilandelayo:
1. I-micro-motion humidification system isebenzisa imowudi ye-electronic parallel
2. I-cylinder yokufumisa yenziwe nge-PVC, i-corrosion-resistant
3. Ukusebenzisa i-evaporator coil dew point humidity (ADP) laminar flow flow contact dehumidification method
4. Ngezixhobo zokukhusela ezimbini zokufudumala kunye nokuphuphuma
5. Ulawulo lomgangatho wamanzi lusebenzisa ivelufa esebenza ngomatshini ukuthintela ukungasebenzi kakuhle kombane
6. Ukunikezelwa kwamanzi okumanzi kwamkela inkqubo yokuzaliswa kwamanzi ngokuzenzekelayo, efanelekileyo ukuthutha okuqhubekayo kunye nokuzinzileyo komatshini ixesha elide.
Inkqubo yokuma nokomisa:
Inkqubo ye-static kunye neyomileyo yongeza i-blower drying blower, ucingo lokufudumeza, isihluzo somoya, kunye nezinye izixhobo kwisiseko somswakama kunye nenkqubo yokushisa. Umzekelo, kufuneka ifanise uvavanyo lwemekobume yoxinzelelo lwe-atmospheri: ubushushu 23℃±2℃, ukufuma 45%~55%RH, okokuqala, Uvavanyo olumanzi kunye nobushushu kwicandelo langaphambili lususwe ngokukhawuleza ngokuseta i-defogging. inkqubo yokudala imeko-bume yovavanyo ecocekileyo ngokwentelekiso, kwaye emva koko i-humidifier okanye i-dehumidification inkqubo elungelelanisiweyo isebenze phantsi komlawuli ukuvelisa imeko-bume ehlangabezana neemfuno zovavanyo.
Ukuba kuyimfuneko ukwenza uvavanyo lokumisa ngokuthe ngqo emva kokuvavanya ukushisa okumanzi, i-vent iya kuvulwa, kwaye i-blower blower iya kuqala ukusebenza ngexesha elifanayo. Misela ubushushu obufunekayo bokumisa kwisilawuli.
Iimeko zovavanyo:
Iimeko zovavanyo lwesitshizi zinokusetwa:
A. Uvavanyo lwesitshizi samanzi etyuwa: NSS * ILebhu: 35℃±2℃ * Itanki yomoya eyomileyo: 47℃±2℃
B. Uvavanyo lobushushu obumanzi:
1. Uluhlu lobushushu bovavanyo: 35℃--60℃.
2. Uluhlu lokuvavanya ukufuma: 80%RH ~ 98%RH inokulungelelaniswa.
C. Uvavanyo olumileyo:
1. Uluhlu lobushushu bovavanyo: 20℃-- 40℃
2. Uluhlu lokufuma kovavanyo: 35%RH-60%RH±3%.
Izinto ezisetyenzisiweyo:
1. Imathiriyeli yeqokobhe leKhabhinethi: ephuma kumazwe angaphandle i-8mm A ye-PVC eyomeleziweyo ye-hardboard, enomgangatho ogudileyo nogudileyo, kunye nokuchasana nokuguga kunye nokungagugi;
2. Izinto zomgca: ibhodi yePVC ye-8mm ye-A-grade corrosion-resistant.
3. Izinto zokugquma: Isigqubuthelo senziwe ngephepha lePVC elinganyangekiyo kwi-8mm A-grade, elinefestile ezimbini ezibonisa ukukhanya ngaphambili nasemva. Isigqubuthelo kunye nomzimba zisebenzisa amakhonkco okutywina amagwebu akhethekileyo ukunqanda ngokufanelekileyo isitshizi setyuwa ukuba singavuzi. I-engile esembindini yi-110 ° ukuya kwi-120 °.
4. Ukufudumala kuyindlela yokufudumala yomoya emininzi, ngokufudumeza ngokukhawuleza kunye nokusabalalisa ukushisa okufanayo.
5. Ukuqwalaselwa kwe-stereoscopic yetanki yokubuyisela i-reagent, kunye nokusetyenziswa kwamanzi etyuwa kunokubonwa nangaliphi na ixesha.
6. Ukugcinwa kwamanzi okulungiselelwe kakuhle kunye nenkqubo yokutshintshiselana kwamanzi iqinisekisa ukusebenza kakuhle nokuthembekileyo kwendlela yamanzi.
Umgqomo woxinzelelo wenziwe nge-SUS304 # yentsimbi engatyiwayo. Umphezulu uphathwa nge-electrolytically kwaye unokumelana ne-corrosion ebalaseleyo. Inkqubo yokuzaliswa kwamanzi ngokuzenzekelayo igwema ukuphazamiseka kokongezwa kwamanzi ngesandla.
Inkqubo yokukhenkceza:
ICompressor: I-French Taikang yoqobo evalwe ngokupheleleyo icompressor yefriji
Icondenser: i-wavy fin uhlobo lwecondenser yomoya ngenkani
Umphunga: I-titanium alloy evaporator isetyenziswa elabhoratri ukunqanda ukubola
Izinto ze-elektroniki: ivalve ye-solenoid yokuqala, isihluzi sokucoca, ulwandiso, kunye nezinye izinto ezifakwe efrijini.
