Iimveliso
I-Steam LiBr Absorption Chiller
Isisombululo esihlanjululweyo esivela kwi-absorber sihanjiswa ngempompo yesisombululo (1), kwaye yahlulwe kwiindlela ezimbini ezihambelanayo zokufudumeza ubushushu obuphantsi kunye ne-condensate heat exchanger B kwaye emva koko ingena kwi-LTG.Kwi-LTG, isisombululo esihlanjululweyo sishushu kwaye sibiliswe nguxinzelelo oluphezulu oluhambayo kunye nobushushu obuphezulu bobushushu bomoya owenziwe kwi-HTG, kwaye isisombululo sigxininiswe kwisisombululo esiphakathi.
Inxalenye yesisombululo esiphakathi ihanjiswa yimpompo yesisombululo (2) kwiindlela ezimbini, ngokulandelelana ifudunyezwa ngumgangatho ophezulu wokushisa ubushushu kunye ne-condensate heat exchanger A, kwaye ingena kwi-HTG.Kwi-HTG, isisombululo esiphakathi sifudunyezwa ngumphunga oqhutywe ukuvelisa uxinzelelo oluphezulu kunye nomphunga obushushu obushushu obuphezulu, kwaye isisombululo sigxininiswe ngakumbi kwisisombululo esigxininisiweyo.
Uxinzelelo oluphezulu kunye nobushushu obuphezulu bomphunga wefriji owenziwe kwi-HTG ufudumeza isisombululo se-LTG se-dilute kwaye ujiya emanzini efriji, emva kokupholisa, uxinzelelo luyancitshiswa, kunye nomphunga wefriji owenziwe kwi-LTG ungena kwi-condenser, kwaye emva koko upholiswe ngokupholisa. amanzi kwi-condenser kwaye abe ngamanzi efriji ahambelana noxinzelelo lwe-condenser.
Amanzi efriji enziwe kwi-condenser angena kwi-evaporator emva kokutshitshiswa yi-U tube.Ngenxa yokuba uxinzelelo kwi-evaporator luphantsi kakhulu, inxalenye yamanzi efrijini iyaphuphuma, kwaye uninzi lwamanzi efriji ahanjiswa yimpompo yefriji, efafazwe kwi-evaporator tube cluster, efunxa ubushushu bamanzi abandayo ahamba kwi-tube kwaye aphuphe, kwaye ke iqondo lokushisa lamanzi abandayo liyancitshiswa, ukuze kuphunyezwe injongo yefriji.
Isisombululo esigxininisiweyo esivela kwi-HTG sihamba ngeqondo lokushisa eliphezulu kunye nenye inxalenye yesisombululo esiphakathi ukusuka kwi-LTG ixutywe kwaye ihanjiswe kwi-absorption pump, ifakwe kwi-absorption cluster ye-tube, kwaye ipholiswe ngamanzi okupholisa aqukuqela kwityhubhu. .Emva kokupholisa, ubushushu buyancipha, isisombululo esixubileyo sithatha umphunga wefriji kwi-evaporator kwaye sibe sisisombululo esihlanjululweyo.Ngale ndlela, isisombululo esixutywe ngokuqhubekayo sithatha umphunga wefriji ovela kwi-evaporator, ukwenzela ukuba inkqubo yokuphefumula kwi-evaporator iqhubeke.Isisombululo se-LiBr esixutywe ngokufunxa umphunga wefriji osuka kwi-evaporator sisiwa kwi-LTG ngempompo yesisombululo (1), ngaloo ndlela igqibezela umjikelo wesikhenkcisi.Inkqubo iphindwa yi-China i-absorption chiller ye-steam ukwenzela ukuba i-evaporator ikwazi ukuvelisa ngokuqhubekayo amanzi aphantsi obushushu obupholileyo kwi-air conditioning okanye i-process.Our yobungcali njengabavelisi bamanzi e-chiller baqinisekisa ukuba icandelo ngalinye lisebenza ngokungenamthungo ukugcina umjikelo oqhubekayo kunye osebenzayo wefriji.
• "I-pre-stressed" HTG, ukuphepha ukutsalwa kwe-tube yokutshintsha ubushushu: kulula ukuyigcina
Itekhnoloji eyodwa ayifezekisi kuphela injongo yokufezekisa uxinzelelo lokwandiswa kwe-thermal ngaphandle kokufudumeza, inqanda ukwenzeka kweengozi zetyhubhu yokutsala ubushushu xa i-HTG iphuma kulwelo;kodwa ikwaququzelela ulondolozo.Njengabenzi bezinto zokupholisa amanzi abanamava, sidibanisa obu buchwepheshe bukwinqanaba eliphezulu ukomeleza ukhuseleko kunye nokugcinwa lula.
• Uthotho lwesisombululo esibuyisela umva kunye neteknoloji yokujikeleza okuhambelanayo: usetyenziso olugcweleyo ngakumbi lwemithombo yobushushu, ukusebenza kakuhle kweyunithi (COP)
Isisombululo se-reverse series kunye ne-parallel circulation teknoloji yenza i-concentration yesisombululo se-LTG kwindawo ephakathi, kwaye ukuxinwa kwesisombululo esigxininisiweyo kwi-HTG siphezulu.Ngaphambi kokungena kwiqondo lokushisa eliphantsi, ukugxininiswa kwesisombululo kuya kunciphisa emva kokuxuba isisombululo esiphakathi kunye nesisombululo esigxininisiweyo.Emva koko i-chiller ye-LiBr yokufunxa i-steam iya kufumana uluhlu olukhulu lokukhutshwa komphunga kunye nokusebenza okuphezulu, kwakhona kube kude ne-crystallization, ekhuselekileyo nethembekileyo.Ubuchwephesha bethu njengabavelisi be-chiller bamanzi buqinisekisa ukusetyenziswa kobu buchwepheshe ukunyusa ukusetyenziswa komthombo wobushushu kunye nokusebenza kweyunithi.
• Inkqubo yokunqanda ukukhenkceza koomatshini kunye nombane: ukhuseleko oluninzi lokuchasa umkhenkce
Uyilo oluthotyiweyo lwesitshizi olusisiseko somphunga, indlela yoqhagamshelo edibanisa isitshizi sesibini somphunga kunye nonikezelo lwamanzi apholileyo kunye namanzi okupholisa, isixhobo sokuthintela ukuvaleka kwemibhobho, iswitshi yokuqukuqela kwamanzi abandayo amanqanaba amabini, indlela yokutshixa eyilelwe impompo yamanzi apholileyo kunye nempompo yamanzi okupholisa.Uyilo lwenqanaba elithandathu lokuchasana nomkhenkce luqinisekisa ukubonwa kwangexesha lokuphumla, ukuqukuqela kwamanzi, ubushushu obuphantsi bamanzi abandayo, izenzo ezizenzekelayo ziya kuthathwa ukukhusela umkhenkce wombhobho.Njengabavelisi bezinto ezintsha zokupholisa amanzi, sidibanisa iinkqubo ezichasene nokukhenkceza ukuze siqinisekise ukusebenza okuthembekileyo nokuqhubekayo.
• Inkqubo yokucoca ngokuzenzekela edibanisa iteknoloji ye-multi-ejector&fall-head: ukumpompa ngesifunxa esikhawulezayo kunye nokugcinwa kweqondo eliphezulu levacuum.
Le yinkqubo entsha, ephezulu esebenzayo yokucoca umoya.I-ejector isebenza njengempompo encinci yokukhupha umoya.Inkqubo yokucoca umoya ye-DEEPBLUE ngokuzenzekelayo ithatha i-ejectors ezininzi ukwandisa ukutsalwa komoya kunye nesantya sokucoca iyunithi.Uyilo lwentloko yamanzi lunokunceda ukuvavanya imida ye-vacuum kunye nokugcina iqondo eliphezulu le-vacuum.Olu luyilo lunokubonelela ngeqondo eliphezulu le-vacuum kuyo yonke inxalenye yeyunithi nangaliphi na ixesha.Ke ngoko, ukubola kweoksijini kuthintelwe, ixesha lokuphila kwenkonzo lide kwaye imeko yokusebenza igcinwe kwi-chiller ye-LiBr yokufunxa i-steam.
• Uyilo lwesakhiwo esisebenzayo: kulula ukusigcina
Zombini i-absorber isisombululo setreyi yokutshiza kunye nombhobho wokutshiza wamanzi we-evaporator efrijini zinokuqhaqhwa kwaye zitshintshwe, ukuqinisekisa umthamo wokupholisa ngexesha lokuphila.
• Inkqubo ezenzekelayo yokuchasana nekristali edibanisa inqanaba lodilution kunye nonyibiliko lwekristale: phelisa ukuqaqamba.
Iqondo lobushushu elizimeleyo kunye nenqanaba lokubona umahluko wenkqubo yenza ukuba iyunithi ibeke iliso kuxinzelelo oluphezulu kakhulu lwesisombululo esigxininisiweyo.Kwelinye icala xa ibona uxinaniso oluphezulu kakhulu, iyunithi iyakugqitha amanzi efriji ukuya kwisisombululo esigxininisiweyo sokuxutywa.Kwelinye icala, i-chiller isebenzisa isisombululo se-HT LiBr kwijenereyitha ukutshisa isisombululo esigxininisiweyo kubushushu obuphezulu.Kwimeko yokusilela kombane ngequbuliso okanye ukuvalwa okungaqhelekanga, inkqubo yokuhlambulula inqanaba lomehluko iya kuqalisa ngokukhawuleza ukungcungcuthekisa isisombululo se-LiBr kunye nokuqinisekisa ukuhlanjululwa okukhawulezileyo emva kokuba umbane ubuyile.
• Isixhobo sokwahlula kakuhle: phelisa ungcoliseko lwamanzi anesikhenkcezisi
Ukugxininiswa kwesisombululo se-LiBr kwijeneretha ihlukaniswe ngamanqanaba amabini, inqanaba lokuvelisa i-flash kunye nenqanaba lesizukulwana.Oyena nobangela wongcoliseko ukwinqanaba lesizukulwana se-flash.Isixhobo sokwahlula kakuhle sahlula-hlula kakuhle umphunga wefriji kunye nesisombululo kwinkqubo ye-flash, ukuze umphunga ococekileyo wefriji ungene kwinyathelo elilandelayo lomjikelo wefriji, ukuphelisa umthombo wongcoliseko kunye ukuphelisa ungcoliseko lwamanzi efriji.Njengabavelisi abakhokelayo bamanzi, siqinisekisa ukuba iinkqubo zethu zisebenzisa itekhnoloji yokwahlula ekumgangatho ophezulu ukugcina ubunyulu befriji kunye nokusebenza kakuhle kwenkqubo.
• Isixhobo esicolekileyo sokwenza umphunga sibe ngumphunga: inkunkuma epholileyo yokubuyisela ubushushu
Ukushisa kwenkunkuma yamanzi efrijini ngaphakathi kweyunithi isetyenziselwa ukutshisa isisombululo se-LiBr esihlanjululweyo sokunciphisa umthwalo wokushisa we-absorber kunye nokufezekisa injongo yokubuyisela ukushisa kwenkunkuma, ukonga amandla kunye nokunciphisa ukusetyenziswa.Ubuchwephesha bethu njengabavelisi be-chiller bamanzi buvumela ukuba sibandakanye iinkqubo ezisebenzayo zokubuyisela ubushushu benkunkuma ukuphucula ukusebenza kakuhle kwamandla.
• Uqoqosho: ukonyusa imveliso yamandla
I-Isooctanol enesakhiwo sekhemikhali esiqhelekileyo njenge-ejenti yokunyusa amandla eyongeziweyo kwisisombululo se-LiBr, ngokuqhelekileyo iyikhemikhali enganyibilikiyo enefuthe elilinganiselweyo lokunyusa amandla.I-economizer inokulungiselela umxube we-isooctanol kunye ne-LiBr isisombululo ngendlela ekhethekileyo yokukhokela i-isooctanol kwisizukulwana kunye nenkqubo yokufunxa, ngoko ke ukunyusa amandla okunyusa amandla, ukunciphisa ngokufanelekileyo ukusetyenziswa kwamandla kunye nokuqonda ukusebenza kakuhle kwamandla.
• Unyango olulodwa lomphezulu kwiityhubhu zokutshintshiselana kobushushu: ukusebenza okuphezulu kutshintshiselwano lobushushu&ukusetyenziswa kwamandla angaphantsi
I-evaporator kunye ne-absorber ziye zaphathwa nge-hydrophilic ukuqinisekisa ukuhanjiswa kwefilimu yolwelo kumphezulu wetyhubhu.Olu luyilo lunokuphucula umphumo wokutshintsha ubushushu kunye nokusetyenziswa kwamandla aphantsi.
• Iyunithi yokugcina isikhenkcezi esiziqhelanisa nayo: Ukuphucula ukusebenza komthwalo kunye nokunciphisa ixesha lokuqalisa/lokuvalwa
Umthamo wokugcina amanzi efrijini unokulungelelaniswa ngokuzenzekelayo ngokotshintsho lomthwalo wangaphandle, ngakumbi xa iyunithi isebenza phantsi komthwalo ongaphelelanga.Ukwamkelwa kwesixhobo sokugcina isikhenkcisi kunokunciphisa ixesha lokuqalisa/lokuvalwa kakhulu kwaye kunciphise umsebenzi ongasebenziyo.
• Isitshintshi sobushushu kwiplate: ukonga amandla angaphezu kwe-10%.
Umtshintshi wobushushu weplate yentsimbi engenastainless yamkelwe.Olu hlobo lokutshintsha ubushushu beplate lunesiphumo esivakalayo kakhulu, izinga eliphezulu lokubuyisela ubushushu kunye nokusebenza okuphawulekayo kokugcina amandla.Okwangoku, ipleyiti yensimbi engenasici inobomi benkonzo obungaphezu kweminyaka engama-20.
• Integral sintered sight glass: isiqinisekiso esinamandla sokusebenza kwevacuum ephezulu
Umlinganiselo wokuvuza weyunithi yonke ungaphantsi kwe-2.03X10-9 Pa.m3 / S kunye nenqanaba lesithathu lobukhulu obungcono kunomgangatho wesizwe oqinisekisa ubomi be-chiller yokufunxa umphunga waseChina.
• I-Li2MoO4 Corrosion inhibitor: i-corrosion inhibitor ehambelana nokusingqongileyo
I-Lithium Molybate (i-Li2MoO4), i-inhibitor ye-corrosion inhibitor, isetyenziselwa ukutshintsha i-Li2CrO4 (Equlethe isinyithi esinzima) ngexesha lokulungiswa kwesisombululo se-LiBr.
• Umsebenzi wokulawula amaxesha amaninzi: iteknoloji yokonga amandla
Iyunithi inokulungelelanisa ukusebenza kwayo ngokuzenzekelayo kwaye igcine imeko efanelekileyo yokusebenza ngokomthwalo wokupholisa ohlukeneyo.
• Isixhobo se-alam esaphukileyo setyhubhu
Xa iityhubhu zokutshintshiselana ngobushushu zaphuka kwiyunithi kwimeko engaqhelekanga, inkqubo yokulawula ithumela i-alamu ukukhumbuza umqhubi ukuba athathe amanyathelo, ukunciphisa umonakalo.
• Uyilo olongezelelekileyo lobomi obude
Ubomi benkonzo obuyiliweyo beyunithi yonke yi-≥25 iminyaka, uyilo olufanelekileyo lwesakhiwo, ukukhethwa kwezinto eziphathekayo, ukugcinwa kwe-vacuum ephezulu kunye neminye imilinganiselo, iqinisekisa ubomi obude benkonzo yeyunithi.
• Imisebenzi yolawulo oluzenzekelayo ngokupheleleyo
Inkqubo yokulawula (AI, V5.0) ibonakaliswe yimisebenzi enamandla kunye epheleleyo, efana ne-key-key startup / shutdown, i-timed startup / shutdown, inkqubo yokukhusela ekhulile, ukulungelelaniswa okuzenzekelayo, ukudibanisa inkqubo, inkqubo yeengcali, i-dialogue yomatshini womntu. (iilwimi ezininzi), ukwakha ujongano oluzenzekelayo, njl.
• Gqibezela ukuphola okungaqhelekanga ukuzixilonga kunye nomsebenzi wokukhusela
Inkqubo yolawulo (AI, V5.0) ine-34 engaqhelekanga yokuzixilonga kunye nemisebenzi yokukhusela.Amanyathelo azenzekelayo aya kuthathwa ngokwenkqubo ngokwenqanaba lokungaqhelekanga.Oku kujoliswe ekuthinteleni iingozi, ukunciphisa abasebenzi kunye nokuqinisekisa ukusebenza okuzinzileyo, okukhuselekileyo nozinzo lweyunithi.
• Umsebenzi wohlengahlengiso olulodwa
Inkqubo yokulawula (i-AI, i-V5.0) inomsebenzi owodwa wokulungelelanisa umthwalo, okwenza ulungelelaniso oluzenzekelayo lwemveliso yeyunithi ngokomthwalo wangempela.Lo msebenzi awuncedi kuphela ukunciphisa ixesha lokuqalisa/ukuvalwa kunye nexesha lokudityaniswa, kodwa ukwanegalelo kumsebenzi ongasebenziyo kunye nokusetyenziswa kwamandla.
• Itekhnoloji yokulawula umthamo wesisombululo esisodwa
Inkqubo yokulawula (AI, V5.0) isebenzisa iteknoloji yokulawula i-ternary entsha ukulungisa umthamo wokujikeleza kwesisombululo.Ngokwesiko, kuphela iiparameters zenqanaba lolwelo lwe-generator zisetyenziselwa ukulawula umthamo wokujikeleza kwesisombululo.Le teknoloji intsha idibanisa imilinganiselo yoxinzelelo kunye nobushushu besisombululo esigxininisiweyo kunye nenqanaba lolwelo kwijenereyitha.Ngeli xesha, itekhnoloji yolawulo oluguquguqukayo oluphezulu lusetyenziswa kwimpompo yesisombululo ukuze iyunithi ikwazi ukufikelela kumthamo wesisombululo esijikelezisiweyo.Le teknoloji iphucula ukusebenza kakuhle kwaye inciphisa ixesha lokuqalisa kunye nokusetyenziswa kwamandla.
• Iteknoloji yokulawula ubushushu bamanzi okupholisa
Inkqubo yokulawula (i-AI, i-V5.0) inokulawula kwaye ilungelelanise igalelo lomthombo wokushisa ngokuhambelana nokutshintsha kobushushu bokungena kwamanzi okupholisa.Ngokugcina ubushushu bokungena kwamanzi okupholisa ngaphakathi kwe-15-34 ℃, iyunithi isebenza ngokukhuselekileyo nangokufanelekileyo.
• Itekhnoloji yokulawula ukuxinana kwesisombululo
Inkqubo yokulawula (AI, V5.0) isebenzisa iteknoloji ekhethekileyo yokulawula ukugxininiswa ukuze ikwazi ukujonga ixesha langempela / ukulawulwa koxinzelelo kunye nomthamo wesisombululo esigxininisiweyo kunye negalelo lomthombo wokushisa.Le nkqubo inokugcina iyunithi phantsi ekhuselekileyo kwaye izinzile kwimeko ephezulu yoxinaniso, ukuphucula ukusebenza kweyunithi kunye nokukhusela i-crystallization.
• Intelligent umsebenzi oluzenzekelayo emoyeni extraction
Inkqubo yokulawula (i-AI, i-V5.0) inokuqonda ixesha langempela lokubeka iliso kwimeko ye-vacuum kwaye ihlambulule umoya ongeyena-condensable ngokuzenzekelayo.
• Ulawulo lokuxutywa kokuvalwa olulodwa
Le nkqubo yokulawula (i-AI, i-V5.0) inokulawula ixesha lokusebenza kweempompo ezahlukeneyo ezifunekayo ekusebenzeni kwe-dilution, ngokuhambelana nokugxininiswa kwesisombululo esigxininisiweyo, ukushisa kwe-ambient kunye nomthamo wamanzi asele efrijini.Ngoko ke, ugxininiso olufanelekileyo lunokugcinwa kwiyunithi emva kokuvalwa.I-Crystallization ivaliwe kwaye ixesha lokuqalisa kwakhona iyunithi lifutshane.
• Inkqubo yokulawula ipharamitha esebenzayo.
Ngokusebenzisa i-interface yale nkqubo yokulawula (AI, V5.0), umqhubi unokwenza nayiphi na imisebenzi elandelayo kwii-parameters ze-12 ezibalulekileyo ezinxulumene nokusebenza kweyunithi: umboniso wexesha langempela, ukulungiswa, ukusetwa.Iirekhodi zinokugcinelwa iziganeko zokusebenza zembali.
• Inkqubo yolawulo lwempazamo.
Ukuba kukho nayiphi na impazamo eyenzeka ngamaxesha athile ibonakaliswe kwi-interface yokusebenza, le nkqubo yolawulo (AI, V5.0) inokubona kwaye ichaze impazamo, iphakamise isisombululo okanye isikhokelo sokudubula ingxaki.Ulwahlulo kunye nohlalutyo lweenkcukacha-manani lweziphoso zembali lunokwenziwa ukuququzelela inkonzo yolondolozo enikezelwa ngabaqhubi.
I-Deepblue Remote Monitoring Centre iqokelela iinkcukacha zeeyunithi ezisasazwa kwihlabathi jikelele.Ngokuhlelwa, izibalo, kunye nokuhlalutya idatha yexesha langempela, ibonisa ngendlela yeengxelo, i-curves, kunye ne-histograms ukuphumeza umboniso jikelele wesimo sokusebenza kwezixhobo kunye nokulawulwa kolwazi oluphosakeleyo.Ngokusebenzisa uthotho lokuqokelela, ukubala, ulawulo, i-alamu, isilumkiso kwangethuba, i-ledger yezixhobo, ukusebenza kwezixhobo kunye nolwazi lokugcinwa kunye neminye imisebenzi, kunye nohlalutyo olukhethekileyo olulungiselelweyo kunye nemisebenzi yokubonisa, ukusebenza kude, ukugcinwa, kunye neemfuno zolawulo lweyunithi. ekugqibeleni waqonda.Umxhasi ogunyazisiweyo unokukhangela i-WEB okanye i-APP, efanelekileyo kwaye ikhawuleza.
Ubushushu beNdawo yamanzi abandayo
Ngaphandle kobushushu obuchaziweyo bendawo ephumayo yamanzi abandayo ye-chiller eqhelekileyo, amanye amaxabiso obushushu obuphuma nawo anokukhethwa, kodwa iTemp min.Kufuneka ingabi ngaphantsi kwe -5℃.
Iparamitha yomphunga
Nceda ucacise iiparitha ezifanelekileyo ze-steam xa uyala, njengoxinzelelo, izinga lokuhamba, ukufudumala kwe-steam njl.
Ukunyanzeliswa koxinzelelo
Olona xinzelelo luphezulu lwamanzi abandayo/amanzi okupholisa yi-0.8MPa.Ukuba uxinzelelo lwangempela lwenkqubo yamanzi ludlula eli xabiso eliqhelekileyo, kufuneka kusetyenziswe i-HP unit chiller.
Iyunithi yeQty
Ngokusekwe kwimfuno yokupholisa kweA/C okanye inkqubo yokupholisa kwimizi-mveliso, ukuba kukho ngaphezu kweyunithi enye efunekayo, umthamo weyunithi kunye ne-QTY kufuneka ziqwalaselwe ngokowona mthwalo uphezulu wokusebenza kunye nomthwalo oyinxenye.
Imo Yokulawula
Umgangatho China ukufunxa umphunga chiller ixhotyiswe Al (ubuchule bokwenziwa) inkqubo yolawulo eyenza ukusebenza oluzenzekelayo.Okwangoku, kukho inani leenketho ezikhoyo kubathengi, njengeendlela zokulawula impompo yamanzi epholileyo, impompo yamanzi okupholisa, i-cooling tower fan, ulawulo lwezakhiwo, inkqubo yolawulo oluphakathi kunye nokufikelela kwe-IoT.
Qaphela
Nceda ubhekisele "kwiPhepha lokuKhetha iModeli" xa uodola.Ndiyathemba ukuba i-Deepblue iya kukunceda wenze ukhetho olufanelekileyo.
| Into | Qty | Amagqabantshintshi |
| Iyunithi ephambili | Iseti e-1 | I-HTG, i-LTG, i-condenser, i-evaporator, i-absorber, isisombululo sokutshintsha ubushushu, kunye nesixhobo sokucoca ngokuzenzekelayo |
| Ivalve yokulawula umphunga | Ndabeka | |
| Impompo enkonkxiweyo | 2/4 iseti | Ubungakanani obahlukileyo ngokomfanekiso womohluko |
| Impompo yokufunxa | Iseti e-1 | |
| LiBr isisombululo | Kwanele | |
| Inkqubo yokulawula | Ikhithi eyi-1 | Kubandakanya inzwa kunye nezinto zokulawula (inqanaba lolwelo, uxinzelelo, izinga lokuhamba kunye nobushushu), i-PLC kunye nesikrini sokuchukumisa |
| Isiguquli rhoqo | 1iseti | |
| Izixhobo zokugunyazisa | Ikhithi eyi-1 | I-thermometer kunye nezixhobo eziqhelekileyo |
| Izincedisi | Iseti e-1 | Jonga kuLuhlu lokuPakisha, olunokuhlangabezana nemfuno yokugcinwa kweminyaka emi-5. |
| Amaxwebhu | Ndabeka | Kubandakanya iSatifikethi soMgangatho, uLuhlu lokuPakisha, iNcwadana yoMsebenzisi, iManuwali yoMsebenzisi weZibonelelo, njl. |
| Umthombo wobushushu | Umphunga | Xa ubeka umyalelo, nceda ucacise uxinzelelo lwe-steam.Ukuba i-steam ishushu, nceda uchaze ubushushu bokushisa. | |
| Umyalelo okhethekileyo | Uhlobo lweHP | Xa amanzi abandayo/amanzi okupholisa ≥ 0.8MPa, igumbi lamanzi le-HP linokwamkelwa.Umthamo wokuthwala uxinzelelo unokuba yi-0.8-1.6MPa okanye i-1.6-2.0MPa. | Xa ufaka iodolo, nceda ucacise ezi nkcukacha zilandelayo kwimvumelwano okanye kwizihlomelo: I-QTY, iiparamitha kunye nayo nayiphi na enye imfuneko yomyalelo owodwa. |
| I-Delta Ttype enkulu | Indawo yokungena amanzi abandayo/i-Delta T yi-7-10℃. | ||
| Uhlobo lwe-LT | Ubushushu bokuphuma kwamanzi abandayo bunokuba ngu -5 ℃ ukuhlangabezana neemfuno zeenkqubo ezizodwa. | ||
| Uhlobo lokwahlula | Ilinganiselwe ngobungakanani bendawo yomsebenzisi, umzimba oyintloko kunye nejenereyitha yeHT inokuthuthwa ngokwahlukeneyo. | ||
| Uhlobo olufakwe kwisitya | Olu hlobo lusebenza kwiziganeko ezinokushukuma kancinci.Amanzi olwandle anokusetyenziswa njengamanzi okupholisa. |
