I-DRK637 Ilabhorethri Yokuzinza Kwezidakamizwa

Incazelo Yomkhiqizo

Iilabhorethri yokuzinza kwezidakamizwayakhelwe futhi yakhiqizwa ngokuvumelana nezidingo zabasebenzisi futhi kubhekiselwa ku-GB/T10586-2006, GB/T10592-2008, GB4208-2008, GB4793.1-2007 nezinye izinhlinzeko ezifanele. Isetshenziselwa ikakhulukazi ukukhiqiza nokugcina indawo enezinga lokushisa elihlala njalo kanye nomswakama. Ukupholisa nokushisisa kwedivayisi kulawulwa ngokuzenzakalela ngokugcwele.

Izici eziyinhloko:
Idizayini yomumo omusha ophelele, ugqinsi lwebhodi le-insulation insulation board engu-100MM, upende wokubhaka wensimbi wensimbi wangaphandle, insimbi engagqwali ye-SUS#304 yangaphakathi, umnyango wokuphepha wangaphakathi, ukushintshwa kwe-alamu yangaphakathi kanye nesistimu ye-alamu ezimele yokushisa ngokweqile ukuze kuqinisekiswe ukuphepha kwabaqhubi;
Isistimu yokulawula emaphakathi isebenzisa isilawuli sesikrini esithintwayo se-Youyi esingeniswe e-Japan kanye nesilawuli somswakama esinokunemba kokulawula izinga lokushisa eliphezulu. Ifakwe isixhumi esibonakalayo se-USB, isixhumi esibonakalayo sekhebula lenethiwekhi ye-LAN, isofthiwe yokulawula ikhompuyutha ukubona ukuqapha okukude, izinga lokushisa kanye nokuswakama kwejika lokubuka, ukugcinwa kwedatha, iphrinta yedatha, imilayezo yombhalo yeselula enephutha I-alamu neminye imisebenzi;
Ukuthola isignali yokulawula kusebenzisa isidlulisi sezinga lokushisa sangempela se-Austrian E+E esingenisiwe kanye nomswakamo;
Isistimu yokulawula izinga lokushisa lokulinganisa (BTHC) ilawula i-SSR ngendlela ye-PID eqhubekayo futhi ezenzakalelayo eguquguqukayo, ukuze umthamo wokushisa wesistimu ulingane nokulahlekelwa ukushisa, ngakho-ke ingasetshenziswa ngokuzinzile isikhathi eside;
Nikeza ngohlelo lwesitifiketi se-3Q: lungahlinzeka amakhasimende ngochungechunge lwezinsizakalo ezifana ne-IQ (ukuqinisekisa ukufakwa), i-OQ (ukuqinisekiswa kokusebenza), i-PQ (ukuqinisekiswa kokusebenza), njll.
Amashalofu ayinsimbi engagqwali kanye ne-chrome-plated, kanti ama-laminates ohlobo lwe-grille angalungiswa.

Imingcele yezobuchwepheshe eyinhloko:
Imodeli ehlobene: DRK637
Izinga lokushisa: 15℃∼50℃
Ibanga lomswakamo: 50%RH ~ 85%RH
Ukulungiswa kwezinga lokushisa nokuswakama: Izinga lokushisa: 0.1℃; Ukuswakama: 0.1%
Usayizi webhokisi: Ububanzi 2700 × ukujula 5600 × ukuphakama 2200mm
Ubukhulu bangaphakathi: Ububanzi 2700×Ukujula 5000×Ubude 2200mm
Uhlelo lwesiqandisi: Ukwamukela i-Emerson Copeland Scroll Hermetic Compressor, amasethi amabili wezinhlelo zesiqandisi, i-standby eyodwa kanye nokusetshenziswa okukodwa
Indlela Yokupholisa: I-air-cooled
Amandla: 20KW

I-Air Conditioning System
Indlela ye-Air conditioning: ukugeleza komoya okuphoqelekile kwangaphakathi, ukulawulwa kokushisa okulinganiselwe (BTHC), le ndlela esimweni sokusebenza okuqhubekayo kwesistimu yesiqandisi, uhlelo lokulawula oluphakathi ngokusho kwesignali yokushisa eqoqwe ngaphakathi kwebhokisi lokukhulisa, i-analog, ukuguqulwa kwedijithali, okungezona umugqa Ngemva kokulinganisa, kuqhathaniswa nenani elibekiwe (inani eliqondiwe) lokushisa, futhi isignali yokuchezuka etholiwe ingaphansi kwesibalo se-PID, futhi isignali yokulungisa iphuma, futhi amandla okukhipha i-heater alawulwa ngokuzenzakalelayo, futhi ekugcineni izinga lokushisa ebhokisini lifinyelela ibhalansi eguquguqukayo.
Idivayisi yokujikeleza komoya yasendlini: insimbi engagqwali i-centrifugal fan nepuleti lomhlahlandlela womoya liqinisekisa ukutholakala komoya okufanayo, izinga lokushisa elilinganayo lasendlini kanye nesivinini somoya esilungisekayo sasendlini.
Indlela yokushisisa umoya: ishubhu yerediyetha ecijile yekhwalithi ephezulu ye-nickel-chromium alloy electric heater heater.
Indlela yokupholisa umoya: isishintshi sokushisa komoya esinezigaba eziningi.
Indlela yesiqandisi: Amasethi amabili e-Emerson Copeland Scroll avaleke ngokuphelele ama-compressor, eyodwa eyokusetshenziswa neyokulungisa, isiqandisi esinobungani bemvelo i-R404A.
Indlela ye-Humidification: uhlobo lwe-electrode humidification.
Indlela yokukhipha umswakamo: i-dehumidifier esebenza kahle kakhulu ebusweni.

Isilawuli Esimaphakathi:
I-Youyi Control engu-7.0 amayintshi yesilawuli sokuthinta se-LCD esingeniswe sisuka e-Japan, isixhumi esibonakalayo sokusebenza sesiShayina, okokufaka kwesikrini sokuthinta esibonakalayo somshini womuntu, inani elingaguquki noma isibonisi sesimo sesenzo sohlelo, sidinga kuphela ukusetha izinga lokushisa nesikhathi esihambisana namapharamitha phakathi nokusetha uhlelo, akukho ukucindezelwa kokufaka okwengeziwe edingekayo Isilawuli sinomsebenzi wokugcina idatha, futhi singathunyelwa ngokuqondile nge-U disk noma idatha yokuhlola ebonisiwe futhi ephrintiwe kanye namajika ngesofthiwe ekhethekile ku-PC. Lawula izinga lokushisa nomswakama wokuhlola inani lokubonisa inani: Ingabonisa inombolo yohlelo lokuqalisa, inombolo yengxenye, isikhathi esisele nezikhathi zomjikelezo, ukuhlela uhlelo lokubonisa isikhathi esisebenzayo nesibonisi sejika eliyisithombe, nomsebenzi wokwenza ijika lesikhathi sangempela.

Izinkomba zokusebenza eziyinhloko zesilawuli:

Indlela yokusetha: Ukulungiselelwa kwevelu ehlelekayo nengashintshi
Umthamo Wenkumbulo: Inkumbulo yohlelo eyi-1000, iqembu ngalinye lezinyathelo eziyi-100 imijikelezo engu-999, amaqembu ayi-10 omsebenzi wokuxhumanisa uhlelo
Indawo enqunywe kusengaphambili: Isimo sezinga lokushisa: PT100: -100～200℃, isimo somswakama: 0-100%RH
Ibanga lokubonisa: Izimo lokushisa: PT100_1:–100～200℃, izimo zokuswakama: 0-100%RH
Isikhathi Esingeziwe Sokugijima: Amahora we-99999 imizuzu engama-59
Setha Ukulungiswa: Izinga lokushisa: ±0.1℃, umswakama: ±0.1%RH
Ukulungiswa kwesikhathi: iminithi elingu-1
Ukulungiswa kwesibonisi: Izinga lokushisa: ±0.1℃; Ukuswakama: ±0.1%RH
Isiginali Yokufaka: PT(100Ω); Amandla okufaka we-DC: izinga lokushisa: 4-20mA umswakama: 4-20mA
Imodi yokulawula: Amaqembu ayi-9 okulawula kwe-PID nokulawula okuFuzzy
Setha Isilungiselelo Seslope: Izinga lokushisa ngu-0～100℃ ngomzuzu
Umthamo Wesitoreji Sedatha: Ingagcina izinsuku ezingama-600 zedatha namajika (isikhathi esingu-1/umzuzu)
Ukuhlelwa Kokusebenza: Imemori yokuvala amandla ingasethwa, futhi umphumela wokugcina uzoqhubeka nokusebenza ngemva kokuvula amandla;

Izinto zokusebenza zingaqalwa futhi zivaliwe ngokuqokwa; usuku nesikhathi kungalungiswa;

Ingasethwa ukuthi ivale ngokuzenzakalelayo isibonisi se-LCD ngemva kwesikhathi sokungasebenzi, futhi iqalise kabusha ngemva kokuthinta.
Isofthiwe ye-PC: Ingabona isilawuli kude nokuqapha kwesikhathi sangempela
Umsebenzi Wokuphrinta: Ungaxhunywa kuphrinta ukuze uphrinte izinga lokushisa lesikhathi sangempela kanye nomswakama noma amajika okusebenza esikhathi sangempela
Indlela Yokuxhumana: Nge-interface ye-USB engu-1, isixhumi esibonakalayo se-LAN engu-1

Umsebenzi wokudlala isofthiwe
Idatha yomlando ingadlalwa futhi iguqulelwe kumafayela efomethi ye-ACCESS noma ye-EXCEL. Isilawuli singagcina izinsuku ezingu-600 zedatha yomlando (ngaphansi kokusebenza kwamahora angu-24), engabukwa ngokuqondile emshinini. Uhlelo lokuhlola luhlanganiswa ngesoftware ekhethekile ye-PC futhi lugcinwe kudiski ye-U, bese uhlelo lokuhlola lubizwa ku-U disk futhi lugcinwe kusilawuli; uhlelo olukusilawuli lungabuye ludluliselwe kudiski ye-U. Uhlelo lokuhlola lwenziwa ngesixhumi esibonakalayo senethiwekhi Ukudluliselwa kwezindlela ezimbili phakathi kwe-PC nesilawuli kudlulisa ngokuqondile amajika okuhlola arekhodiwe kanye nedatha. Idatha yejika yokuhlola erekhodwe kusilawuli ingadluliselwa kudiski ye-U. Ngokuqondile nge-PC isofthiwe ekhethekile
Xhuma ukuze ubonise futhi uphrinte idatha yokuhlola namajika. Noma guqula idatha erekhodiwe ibe ifayela ledatha yokufinyelela elifundwa ihhovisi le-Microsoft.

Izinyathelo zokuvikela ukuphepha:
Okokusebenza kuhlinzeka ngokuvikeleka okulandelayo, futhi imisindo nama-alamu amalambu lapho kwenzeka iphutha:
1. Ukuphakelwa kukagesi kwezigaba ezintathu kushoda ukuvikelwa kwesigaba; 2. Akukho ukuvikelwa kwe-fuse switch;
3. Ukuvikelwa kwesekethe ye-heater; 4. Ukuvikela ukugcwala kwe-blower motor;
5. Ukuvikelwa kwengcindezi ephezulu yesistimu yesiqandisi; 6. Ukuvikelwa kokugcwala ngokweqile kwe-compressor;
7. Umvikeli ukuvimbela ukusha okomile; 8. Umyalelo wokusebenza kwezibani ezinemibala emithathu;
9. Ukuvikela okuphephile nokuthembekile kwesisekelo (ukuvikela ukushaqeka kukagesi ngengozi ngesikhathi sokulayisha);
10. Ukuvikelwa okuzimele kwe-over-temperature (lapho izinga lokushisa laselabhorethri lidlula inani elibekiwe, amandla okushisa ayanqanyulwa futhi i-alamu ezwakalayo nebonakalayo ikhishwa).
Izimo zokusetshenziswa kwesisetshenziswa:
Izidingo zamandla: AC 3ψ5W 380V 50HZ;
Izinga lokushisa le-ambient: 5～38℃, umswakama: <90%RH;