Ukufunxa Amanzi ashushu Chiller Featured Image

Ukufunxa Amanzi ashushu kwiChiller

Inkcazelo ngokubanzi:

Iamanzi ashushu uhlobo LiBr ukufunxa chilleryiyunithi yesikhenkcisi samanzi ashushu.Yamkela isisombululo esimanzi se-lithium bromide (LiBr) njengendlela yokusebenza yebhayisikile.Isisombululo se-LiBr sisebenza njengento yokufunxa kunye namanzi njengefriji.

I-chiller ibandakanya ikakhulu ijenereyitha, i-condenser, i-evaporator, i-absorber, isitshintshi sobushushu, isixhobo sokucoca i-auto, impompo yokufunxa kunye nempompo enkonkxiweyo.

Umgaqo osebenzayo: Amanzi efriji kwi-evaporator aphuma abe ngumphunga kude nomphezulu wetyhubhu eqhuba ubushushu.Njengoko ubushushu kumanzi abandayo buthathwa kumbhobho, ubushushu bamanzi buhla kwaye ukupholisa kwenziwa.Umphunga wefriji ophuphumayo kwi-evaporator ufunxwa sisisombululo esigxininisiweyo kwi-absorber kwaye ngoko ke isisombululo sihlanjululwe.Isisombululo esihlanjululweyo kwi-absorber sithunyelwa ngempompo yesisombululo kwi-heat exchanger, apho isisombululo sifudumala kwaye isisombululo siphakama.Emva koko isisombululo esihlanjululweyo sinikezelwa kwijeneretha, apho sifudumala ngamanzi ashushu ukuvelisa umphunga wefriji.Emva koko isisombululo siba sisisombululo esigxininisiweyo.Emva kokukhulula ukushisa kwi-heat exchanger, ukushisa kwesisombululo esigxininisiweyo kwehla.Isisombululo esigxininisiweyo ke singena kwi-absorber, apho sithatha umphunga wefriji ukusuka kwi-evaporator, sibe sisisombululo esihlanjululweyo kwaye singene kumjikelezo olandelayo.
Umphunga wefriji owenziwe yijenereyitha upholiswe kwi-condenser kwaye ube ngamanzi apholileyo, aphinde axinzelelwe yi-valve ye-throttle okanye i-U-type tube kwaye ihanjiswe kwi-evaporator.Emva kokuphuphuma kunye nenkqubo yefriji, umphunga wefriji ungena kumjikelo olandelayo.

Umjikelo okhankanywe ngasentla uyenzeka ngokuphindaphindiweyo ukwenza inkqubo eqhubekayo yefriji.

Okuqhotyoshelwe apha ngezantsi yincwadana yamva nje yale mveliso kunye neprofayile yenkampani yethu.

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Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimpawu zeChiller

1.I-Interlock mechanical kunye nenkqubo yombane yokuchasana nokukhenkceza: ukhuseleko oluninzi oluchasene nomkhenkce
Inkqubo elungelelanisiweyo yokunqanda ukukhenkceza ineempawu ezilandelayo: uyilo oluthotyiweyo lwesitshizi somphunga, indlela yokudityaniswa enxulumanisa isitshizi sesibini somphunga kunye nonikezelo lwamanzi apholileyo kunye namanzi okupholisa, isixhobo sokuthintela ukuvaleka kwemibhobho, isitshizi esinemigangatho emibini epholileyo. iswitshi yokuqukuqela kwamanzi, indlela yokudityaniswa eyilelwe impompo yamanzi abandayo kunye nempompo yamanzi okupholisa.Amanqanaba amathandathu kuyilo anti umkhenkce iqinisekisa ukubhaqwa kwangethuba ikhefu, underflow, ubushushu eliphantsi amanzi abandayo, izenzo oluzenzekelayo ziya kuthathwa ukuthintela umkhenkce ityhubhu.

2. Inkqubo yokucoca ngokuzenzekelayo edibanisa i-muti-ejector & itekhnoloji yokuwa-intloko: ukucocwa kwevacuum ngokukhawuleza kunye nokugcinwa kweqondo eliphezulu le-vacuum
Le yinkqubo entsha, ephezulu esebenzayo yokucoca umoya.I-ejector isebenza njengempompo encinci yokukhupha umoya.Inkqubo yokucoca umoya ye-DEEPBLUE ithatha ii-ejectors ezininzi zokunyusa ukutsalwa komoya kunye nesantya sokucoca i-chiller.Uyilo lwentloko yamanzi lunokunceda ukuvavanya imida ye-vacuum kunye nokugcina iqondo eliphezulu le-vacuum.Uyilo oluneempawu ngokukhawuleza kunye nokuphakama kunokubonelela ngeqondo eliphezulu le-vacuum kuyo yonke indawo ye-chiller nangaliphi na ixesha.Ngoko ke, i-oxygen corrosion ivaliwe, ixesha lokuphila kwenkonzo lide kwaye isimo esilungileyo sokusebenza sigcinwa kwi-chiller.

I-3.Uyilo lwepayipi yenkqubo elula kunye nethembekileyo: ukusebenza lula kunye nomgangatho othembekileyo
Uyilo lwesakhiwo olunokugcinwa: ipleyiti yokutshiza kwi-absorber kunye ne-nozzle yokutshiza kwi-evaporator iyabuyiselwa.Qinisekisa ukuba umthamo awuzukwehla kwixesha lokuphila.Akukho valve yokulawula isisombululo, ivalve yokutshiza efrijini kunye nevalve yefriji yoxinzelelo oluphezulu, ngoko ke iindawo zokuvuza zincinci, kwaye iyunithi inokugcina ukusebenza okuzinzileyo ngaphandle kokulawulwa ngesandla.

I-4.Inkqubo ye-anti-crystallization ezenzekelayo edibanisa ukuhlanjululwa okusekwe-okusekwe-kwahluka kunye nokuchithwa kwekristale: phelisa i-crystallization.
Ubushushu obuzimeleyo kunye nenkqubo yokufumanisa umahluko onokubakho yenza ukuba i-chiller ikwazi ukubeka iliso ngokugqithisileyo koxinzelelo oluphezulu lwesisombululo esigxininisiweyo.Kwelinye icala xa ibona uxinaniso oluphezulu kakhulu, i-chiller yondla ngokuzenzekelayo amanzi efriji kwisisombululo esigxininisiweyo sokuxutywa, kwelinye icala, i-chiller isebenzisa isisombululo se-HT LiBr kwijenereyitha ukutshisa isisombululo esigxininisiweyo kwiqondo lokushisa eliphezulu.Kwimeko yokusilela kombane ngequbuliso okanye ukuvalwa okungaqhelekanga, inkqubo yonyibiliko enokubakho esekwe kumahluko iya kuqalisa ngokukhawuleza ukungcungcuthekisa isisombululo se-LiBr kunye nokuqinisekisa ukuhlambuluka okukhawulezileyo emva kokuba umbane ubuyile.

5.Tube isixhobo alarm eyaphukileyo
Xa iityhubhu zokutshintshiselana ngobushushu zaphuka kwi-chiller yokufunxa amanzi ashushu kwimeko engaqhelekanga, inkqubo yokulawula ithumela i-alamu ukukhumbuza umqhubi ukuba athathe amanyathelo, ukunciphisa umonakalo.

I-6.Iyunithi yokugcina i-refrigerant yokuziqhelanisa: ukuphucula ukusebenza komthwalo wenxalenye kunye nokunciphisa ixesha lokuqalisa / ukuvala.
Umthamo wokugcina amanzi efrijini unokulungiswa ngokuzenzekelayo ngokotshintsho lomthwalo wangaphandle, ngakumbi xa i-chiller yokufunxa amanzi ashushu isebenza phantsi komthwalo ongaphelelanga.Ukwamkelwa kwesixhobo sokugcina isikhenkcisi kunokunciphisa ixesha lokuqalisa/lokuvalwa kakhulu kwaye kunciphise umsebenzi ongasebenziyo.

I-7.Economizer: ukunyusa 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.

I-8.Integral sintered sight glass: isiqinisekiso esinamandla sokusebenza kwevacuum ephezulu
Umlinganiselo wokuvuza weyunithi yonke ungaphantsi kwe-2.03X10-9 Pa.m3 / S , Eyi-3 ibakala eliphezulu kunomgangatho wesizwe, inokuqinisekisa ubomi beyunithi.
Unyango olulodwa lomphezulu kwiityhubhu zokutshintshiselana ngobushushu: ukusebenza okuphezulu kutshintshiselwano lobushushu kunye nokusetyenziswa kancinci kwamandla
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.

9.Li2MoO4 Corrosion inhibitor: indawo engqongileyo-friendly corrosion inhibitor
I-Lithium Molybate (i-Li2MoO4), i-inhibitor ye-corrosion inhibitor, isetyenziselwa ukutshintsha i-Li2CrO4 (Equlethe isinyithi esinzima) ngexesha lokulungiswa kwesisombululo se-LiBr.

I-10.Ukusebenza kokulawulwa rhoqo: iteknoloji yokugcina amandla
I-Chiller inokulungelelanisa ukusebenza kwayo ngokuzenzekelayo kwaye igcine ukusebenza ngokufanelekileyo ngokomthwalo wokupholisa ohlukeneyo.

I-11.Plate umtshintshisi wokushisa: ukugcina 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.

I-Artificial Intelligent Control System AI (V5.0)

1.Imisebenzi yolawulo oluzenzekelayo ngokupheleleyo
Inkqubo yokulawula (AI, V5.0) ibonakaliswe yimisebenzi enamandla kwaye epheleleyo, efana ne-key-key start up / shutdown, ixesha lokuvula / ukuvala, inkqubo yokukhusela ekhulile, uhlengahlengiso oluzenzekelayo, ukudibanisa inkqubo, inkqubo yeengcali, umatshini wabantu. incoko (iilwimi ezininzi), ukwakha ujongano oluzenzekelayo, njl.

2.Complete chiller abnormality self-diagnosis kunye nomsebenzi wokukhusela.
Inkqubo yokulawula (AI, V5.0) ine-34 engaqhelekanga yokuzixilonga kunye nemisebenzi yokukhusela.Amanyathelo azenzekelayo aya kuthathwa ngokwenkqubo ngokwenqanaba lokungaqhelekanga.Oku kujoliswe ekuthinteleni iingozi, ukunciphisa ukusetyenzwa kwabantu kunye nokuqinisekisa ukusebenza okuzinzileyo, okukhuselekileyo nozinzo lwechiza lokufunxa amanzi ashushu.

3.Umsebenzi wohlengahlengiso olulodwa lomthwalo
Inkqubo yokulawula (AI, V5.0) inomsebenzi wohlengahlengiso olulodwa, okwenza ulungelelaniso oluzenzekelayo lwemveliso ye-chiller yokufunxa amanzi ashushu ngokomthwalo wangempela.Lo msebenzi awuncedi kuphela ukunciphisa ixesha lokuqalisa/ukuvalwa kunye nexesha lokudityaniswa, kodwa ukwanegalelo kumsebenzi ongasebenziyo kunye nokusetyenziswa kwamandla.

I-4.Isisombululo esisodwa sobuchwephesha bokulawula umthamo womthamo
Inkqubo yokulawula (AI, V5.0) isebenzisa iteknoloji yokulawula i-ternary entsha ukulungisa umthamo wesisombululo esijikelezileyo.Ngokwesiko, kuphela iiparameters zenqanaba lolwelo lwe-generator zisetyenziselwa ukulawula umthamo wokujikeleza kwesisombululo.Le teknoloji intsha idibanisa ukufaneleka koxinzelelo kunye nobushushu besisombululo esigxininisiweyo kunye nenqanaba lolwelo kwijenereyitha.Ngeli xesha, itekhnoloji yolawulo eguquguqukayo ephucukileyo isetyenziswa kwimpompo yesisombululo ukwenza ukuba i-chiller ifikelele kumthamo wesisombululo esijikelezisiweyo.Le teknoloji iphucula ukusebenza kakuhle kwaye inciphisa ixesha lokuqalisa kunye nokusetyenziswa kwamandla.

5.Ubuchwephesha bokupholisa ubushushu bamanzi
Inkqubo yokulawula (AI, V5.0) inokulawula kwaye ilungelelanise igalelo lomthombo wobushushu ngokwendlela yokupholisa yokutshintsha kweqondo lokushisa lokungena kwamanzi.Ngokugcina ubushushu bokungena kwamanzi okupholisa ngaphakathi kwe-15-34 ℃, i-chiller isebenza ngokukhuselekileyo nangempumelelo.

I-6.I-teknoloji yokulawula i-concentration ye-Solution
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 i-chiller phantsi ekhuselekileyo kwaye izinzile kwimo yoxinaniso oluphezulu, iphucula ukusebenza kakuhle kwe-chiller kunye nokuthintela i-crystallization.

7.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.

8.Unique dilution stop control
Le nkqubo yokulawula (i-AI, i-V5.0) inokulawula ixesha lokusebenza kweempompo ezahlukeneyo ezifunekayo ekusebenzeni kwe-dilution, ngokuhambelana nokugxininiswa kwesisombululo, ubushushu be-ambient kunye nomthamo wamanzi asele efrijini.Ke ngoko, ugxininiso olufanelekileyo lunokugcinwa kwi-chiller emva kokuvalwa.I-Crystallization ivaliwe kwaye ixesha lokuqalisa kabusha i-chiller lifinyeziwe.

9.Inkqubo yokulawula ipharamitha yokusebenza
Ngokusebenzisa ujongano lwale nkqubo yolawulo (AI, V5.0), umqhubi angenza nayiphi na imisebenzi elandelayo kwi-12 parameters ebalulekileyo enxulumene nokusebenza kwe-chiller: umboniso wexesha langempela, ukulungiswa, ukuseta.Iirekhodi zinokugcinelwa iziganeko zokusebenza zembali.

10.Chiller inkqubo yokulawula impazamo
Ukuba kukho nasiphi na isiphene sexesha elithile siboniswa kwi-interface yokusebenza, le nkqubo yolawulo (AI, V5.0) inokukhangela kunye neenkcukacha zempazamo, iphakamise isisombululo okanye isikhokelo sokudubula ingxaki.Ukuhlelwa kunye nohlalutyo lweenkcukacha-manani lweziphoso zembali zinokuqhutywa ukuququzelela inkonzo yokulondoloza enikezelwa ngumqhubi.

11.Ukusebenza okude kunye neNkqubo yoLondolozo
I-Deepblue Remote Monitoring Centre iqokelela idatha yeeyunithi ezisasazwa yi-Deepblue 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.

Iparamitha yeNominal

Inqanaba elinye eliTshisayo lokufunxa iParamitha yeChiller

Umzekelo		RXZ(95/85)-	35	58	93	116	145	174	233	291	349	465	582	698	756
Umthamo wokupholisa		kW	350	580	930	1160	1450	1740	2330	2910	3490	4650	5820	6980	7560
		10⁴kCal/h	30	50	80	100	125	150	200	250	300	400	500	600	650
		USRT	99	165	265	331	413	496	661	827	992	1323	1653	1984	2152
Ndipholile amanzi	Iqondo lokungena/lokuphuma.	℃	12→7
	Umgangatho wohambo	m³/h	60	100	160	200	250	300	400	500	600	800	1000	1200	1300
	Ukuhla koxinzelelo	kPa	70	80	80	90	90	80	80	80	60	60	70	80	80
	Uqhagamshelwano oludibeneyo	DN(mm)	100	125	150	150	200	250	250	250	250	300	350	400	400
Ukupholisa amanzi	Iqondo lokungena/lokuphuma.	℃	32→38
	Umgangatho wohambo	m³/h	113	188	300	375	469	563	750	938	1125	1500	1875	2250	2438
	Ukuhla koxinzelelo	kPa	65	70	70	75	75	80	80	80	70	70	80	80	80
	Uqhagamshelwano oludibeneyo	DN(mm)	125	150	200	250	250	300	350	350	350	400	450	500	500
Amanzi ashushu	Iqondo lokungena/lokuphuma.	℃	95→85
	Umgangatho wohambo	m³/h	38	63	100	125	156	188	250	313	375	500	625	750	813
	Ukuhla koxinzelelo	kPa	76	90	90	90	90	95	95	95	75	75	90	90	90
	Uqhagamshelwano oludibeneyo	DN(mm)	80	100	125	150	150	200	250	250	250	300	300	300	300
Imfuno yamandla		kW	2.8	3	3.8	4.2	4.4	5.4	6.4	7.4	7.7	8.7	12.2	14.2	15.2
Ubungakanani	Ubude	mm	3100	3100	4120	4860	4860	5860	5890	5920	6920	6920	7980	8980	8980
	Ububanzi	mm	1400	1450	1500	1580	1710	1710	1930	2080	2080	2850	2920	3350	3420
	Ubude	mm	2340	2450	2810	2980	3180	3180	3490	3690	3720	3850	3940	4050	4210
Ubunzima bokusebenza		t	6.3	8.4	11.1	14	17	18.9	26.6	31.8	40	46.2	58.2	65	70.2
Ubunzima bokuthunyelwa		t	5.2	7.1	9.3	11.5	14.2	15.6	20.8	24.9	27.2	38.6	47.8	55.4	59.8
ITemp yokupholisa yokungena kwamanzi.Uluhlu: 15 ℃-34 ℃, ubuncinane bamanzi abandayo abandayo.-2℃. Ulawulo lwamandla okupholisa luluhlu lwe-10%～100%. Amanzi apholileyo, amanzi okupholisa kunye nemeko yokungcolisa amanzi ashushu:0.086m2•K/kW. Amanzi apholileyo, amanzi okupholisa kunye namanzi ashushu olona xinzelelo lusebenzayo:0.8MPa. Uhlobo lwamandla: 3Ph/380V/50Hz (okanye ngokwezifiso). Ukuhamba kwamanzi abandayo kuluhlu oluhlengahlengiswayo 60% -120%, ukuhamba kwamanzi okupholisa uluhlu oluhlengahlengiswayo 50% -120% Ndiyathemba ukuba i-Deepblue inelungelo lokutolika, iiparamitha zinokulungiswa kuyilo lokugqibela.

IsiGaba esiphindwe kabini iParameter yokufunxa iChiller yamanzi ashushu

Umzekelo		RXZ(120/68)-	35	58	93	116	145	174	233	291	349	465	582	698	756
Umthamo wokupholisa		kW	350	580	930	1160	1450	1740	2330	2910	3490	4650	5820	6980	7560
		104 kCal/h	30	50	80	100	125	150	200	250	300	400	500	600	650
		USRT	99	165	265	331	413	496	661	827	992	1323	1653	1984	2152
Ndipholile amanzi	Iqondo lokungena/lokuphuma.	℃	12→7
	Umgangatho wohambo	m3/h	60	100	160	200	250	300	400	500	600	800	1000	1200	1300
	Ukuhla koxinzelelo	kPa	60	60	70	65	65	65	60	60	60	90	90	120	120
	Uqhagamshelwano oludibeneyo	DN(mm)	100	125	150	150	200	250	250	250	250	300	350	400	400
Ukupholisa amanzi	Iqondo lokungena/lokuphuma.	℃	32→38
	Umgangatho wohambo	m3/h	113	188	300	375	469	563	750	938	1125	1500	1875	2250	2438
	Ukuhla koxinzelelo	kPa	65	70	70	75	75	80	80	80	70	70	80	80	80
	Uqhagamshelwano oludibeneyo	DN(mm)	125	150	200	250	250	300	350	350	350	400	450	500	500
Amanzi ashushu	Iqondo lokungena/lokuphuma.	℃	120→68
Amanzi ashushu	Umgangatho wohambo	m3/h	7	12	19	24	30	36	48	60	72	96	120	144	156
Imfuno yamandla		kW	3.9	4.1	5	5.4	6	7	8.4	9.4	9.7	11.7	16.2	17.8	17.8
Ubungakanani	Ubude	mm	4105	4105	5110	5890	5890	6740	6740	6820	7400	7400	8720	9670	9690
	Ububanzi	mm	1775	1890	2180	2244	2370	2560	2610	2680	3220	3400	3510	3590	3680
	Ubude	mm	2290	2420	2940	3160	3180	3240	3280	3320	3480	3560	3610	3780	3820
Ubunzima bokusebenza		t	7.4	9.7	15.2	18.4	21.2	23.8	29.1	38.6	44.2	52.8	69.2	80	85
Ubunzima bokuthunyelwa		t	6.8	8.8	13.8	16.1	18.6	21.2	25.8	34.6	39.2	46.2	58	67	71.2
ITemp yokupholisa yokungena kwamanzi.Uluhlu: 15 ℃-34 ℃, ubuncinane bamanzi abandayo abandayo.5℃. Ulawulo lwamandla okupholisa luluhlu lwama-20%～100%. Amanzi apholileyo, amanzi okupholisa kunye nemeko yokungcolisa amanzi ashushu:0.086m2•K/kW. Amanzi apholileyo, amanzi okupholisa kunye namanzi ashushu olona xinzelelo lusebenzayo:0.8MPa. Uhlobo lwamandla: 3Ph/380V/50Hz (okanye ngokwezifiso) Ukuhamba kwamanzi abandayo kuluhlu oluhlengahlengiswayo 60% -120%, ukuhamba kwamanzi okupholisa uluhlu oluhlengahlengiswayo 50% -120% Ndiyathemba ukuba i-Deepblue inelungelo lokutolika, iiparamitha zinokulungiswa kuyilo lokugqibela.

Ukukhetha imodeli

Ubushushu beNdawo yamanzi abandayo
Ngaphandle kobushushu obuxeliweyo bobuchwephesha bamanzi abandayo bendawo yokupholisa eqhelekileyo, amanye amaxabiso obushushu obuphuma kwindawo (min -2℃) nawo anokukhethwa.

IiMfuno zoKuthwala Uxinzelelo
Uxinzelelo loyilo oluthwele umthamo osemgangathweni wamanzi apholileyo / inkqubo yamanzi okupholisa ye-chiller yi-0.8MPa.Ukuba uxinzelelo lwangempela lwenkqubo yamanzi ludlula eli xabiso eliqhelekileyo, kufuneka kusetyenziswe i-HP-type chiller.

Iyunithi QTY
Ukuba kusetyenziswe ngaphezu kweyunithi enye, i-QTY yeyunithi kufuneka imiselwe ngokuqwalaselwa ngokubanzi komthwalo omkhulu, umthwalo ongaphelelanga, ixesha lokulondolozwa kunye nobukhulu begumbi lomatshini.

Imo Yokulawula
I-Hot water absorption chiller ixhaswa yi-Al (intelligence intelligence) inkqubo yokulawula eyenza ukusebenza ngokuzenzekelayo.Okwangoku, kukho inani leenketho ezikhoyo kubathengi, njengeendlela zokulawula impompo yamanzi eChilled, impompo yamanzi okupholisa, i-cooling tower fan & izakhiwo, inkqubo yolawulo oluphakathi kunye nokufikelela kwi-intanethi.

Ngaphambili: Ubushushu obuphantsi.I-Absorption Chiller

Okulandelayo: Factory Supply China Factory Direct Retro MDF Rack Shoe

Bhala umyalezo wakho apha kwaye uwuthumele kuthi