Ubushushu obuphantsi.Ukufunxa kweChiller oMfanekiselo woMfanekiso

Ubushushu obuphantsi.I-Absorption Chiller

Inkcazelo ngokubanzi:

Umgaqo wokusebenza
Umphunga wolwelo sisigaba sokutshintsha kunye nenkqubo yokufunxa ubushushu.Uxinzelelo oluphantsi, ukukhuphuka komphunga ophantsi.
umzekelo, phantsi koxinzelelo lwe-atmosfera enye, iqondo lobushushu bamanzi liyi-100°C, kwaye kwi-0.00891 yoxinzelelo lwe-atmosphere, iqondo lobushushu bamanzi liyakwehla liye kutsho ku-5°C.Ukuba imo engqongileyo yoxinzelelo oluphantsi inokusekwa kwaye amanzi asetyenziswa njengendawo yokuphuphuma kwamanzi, amanzi anobushushu obuphantsi kunye nobushushu bokuhlala obuhambelana noxinzelelo lwangoku lunokufumaneka.Ukuba amanzi angamanzi angabonelelwa ngokuqhubekayo, kwaye uxinzelelo oluphantsi lunokugcinwa ngokuzinzileyo, ubushushu obuphantsi kwamanzi obushushu obufunekayo bunokubonelelwa ngokuqhubekayo.
LiBr ukufunxa chiller, eyiI-High-Quality Non-Electric Chiller, ngokuxhomekeke kwiimpawu zesisombululo se-LiBr, ithatha ubushushu bomphunga, igesi, amanzi ashushu kunye nolunye uhlobo losasazo njengomthombo wokuqhuba, kwaye iqonda ukuphuphuma kwamanzi, ukufunxa, ukuxinana kwamanzi efriji kunye nenkqubo yokuvelisa. isisombululo kumjikelo wesixhobo se-vacuum, ukwenzela ukuba inkqubo yokunyuka kobushushu obuphantsi bamanzi efriji iqhubeke.Oko kuthetha ukuba umsebenzi wokubonelela ngokuqhubekayo ngamanzi abandayo obushushu obuphantsi obuqhutywa ngumthombo wobushushu unokufezekiswa.

Okuqhotyoshelwe apha ngezantsi yiprofayile yenkampani yethu yamva nje.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

IDIAGRAM YOKUQHUBEKA

Umgaqo osebenzayo weqondo lokushisa eliphantsi.i-absorption chiller, eyi-High-Quality Non-Electric Chiller, iboniswe kwi-Fig. 3.2-1.
Umphunga wefriji owenziwe yijenereyitha upholiswa phantsi kwi-condenser ngendlela yamanzi efriji, ethi ke ihanjiswe nge-U-shape tube kwi-pan ye-drip ye-evaporator.Ifunxa ubushushu bamanzi abandayo kwaye ihlise ubushushu bayo kwixabiso lokubeka ixabiso, emva koko amanzi efriji aphuphuma abe ngumphunga kwaye angene kwi-absorber.Emva kwe-absorption umphunga, isisombululo esigxininisiweyo kwi-absorber sibe sisisombululo esihlanjululweyo kwaye sikhupha ubushushu bokufunxa, obuthatyathwa ngamanzi okupholisa ukugcina obu buchule obuphezulu be-High-Quality Non-Electric Chiller yesisombululo.

Isisombululo esihlanjululweyo esiveliswe i-absorber sihanjiswa ngepompo yesisombululo kwi-heat exchanger, apho ishushu kwaye ingena kwi-generator.Kwi-generator, isisombululo esihlanjululweyo sifudumala ngamanzi ashushu njengomthombo wokushisa (ohamba ngaphakathi kwi-tube) ukuya kwindawo yokubilisa kwaye uvelise umphunga wefriji.Okwangoku, isisombululo esihlanjululweyo sigxininiswe kwisisombululo esigxininisiweyo, esiza kwi-absorber ukuphinda inkqubo eqhubekayo yokukhwela ibhayisikile njengasentla.Amanzi okupholisa asetyenziselwa ukunciphisa ubushushu obuphakathi kwi-absorber kunye ne-condenser.Emva kokufudumeza, idibaniswe nenkqubo yetower yokupholisa kwaye ibuyiselwe kwi-High-Quality Non-Electric Chiller ukuze ijikelezwe emva kokupholisa.

Ubushushu obuphantsi kweLiBr yokufunxa iChiller uMgaqo wokuSebenza

AMANQAKU APHAMBILI NEMISEBENZI

Ubushushu obuphantsi.i-absorption chiller, eyi-High-Quality Non-Electric Chiller, yenziwe ngokukodwa kwizixhobo zokutshintsha ubushushu (ijenereyitha, i-condenser, i-evaporator, i-absorber, i-heat exchanger, njalo njalo), isixhobo sokucoca ngokuzenzekelayo, impompo yokucoca, impompo yesisombululo, ifriji. impompo, ivalve yemoto eneendlela ezi-3 kunye nekhabhathi yombane.

Ubushushu obuphantsi LiBr ukufunxa iinkcukacha chiller

Hayi.	Igama	Umsebenzi
1	Ijenereyitha	Igxininisa isisombululo esihlanjululweyo esivela kumtshintshi wokushisa kwisisombululo esigxininisiweyo usebenzisa amanzi ashushu okanye i-steam njengento ephakathi.Okwangoku, umphunga wefriji uyaveliswa kwaye uhanjiswe kwi-condenser, kunye nokuhamba kwesisombululo esigxininisiweyo kwi-absorber.Imeko yoyilo: Uxinzelelo olupheleleyo: ≈39.28mmHgSolution temp.: ≈80.27℃
2	Icondenser	Idibanisa umphunga ophuma kwijeneretha ukuya kumanzi efriji.Ubushushu obuveliswayo ngexesha lokujiya buthathwa ngamanzi okupholisa.Idiski yokugqabhuka ifakwe kwindawo yokuphuma kwamanzi efriji yecondenser, iya kusebenza ngokuzenzekelayo xa uxinzelelo lweyunithi luphezulu ngokungaqhelekanga, ukukhusela iyunithi kwixinzelelo olungaphaya.Imeko yoyilo: Uxinzelelo olupheleleyo. ≈39.28mmHg
3	Umphunga	Ipholisa amanzi abandayo ukulungiselela imfuno yokupholisa ngamanzi efriji engumphunga njengendawo ephakathi.Imeko yoyilo: Uxinzelelo olupheleleyo: ≈4.34mmHg
4	Ufunxa	Isisombululo esigxininisiweyo kwisibambisi sifunxa umphunga ophuma kwisikhenkcezisi ophuma kwi-evaporator kwaye amanzi okupholisa ayabususa ubushushu bokufunxa.
5	Umtshintshi wobushushu	Ibuyisela kwakhona ubushushu besisombululo esigxininisiweyo kwijenereyitha, ngoko ke iphucula i-coefficient ye-thermodynamic yenkqubo.
6	Isixhobo sokucoca ngokuzenzekelayo	Ezi zixhobo zimbini zidibanisa ukwenza inkqubo yokucoca umoya empompa umoya ongagungqiyo kwiyunithi, iqinisekisa ukusebenza kweyunithi kwaye yandisa ubomi benkonzo.
7	Impompo yokufunxa
8	Impompo yefriji	Isetyenziselwa ukuhambisa kunye nokutshiza amanzi efriji ngokulinganayo kwi-tube-conducting tube bundle ye-evaporator.
9	Impompo yejenereyitha	Hambisa isisombululo kwijenereyitha, yaqonda ukujikeleza kwangaphakathi kwiyunithi.
10	Impompo yokufunxa	Hambisa isisombululo kwi-absorber, yaqonda ukujikeleza kwangaphakathi kwiyunithi.
11	Ivalve yokudlula efrijini	Lawula ubuninzi bamanzi efriji kwi-evaporator kwaye ukhuphe amanzi efriji ngexesha lokuvalwa kweyunithi.
12	Ivalve yokudlula isisombululo	Ukulawula ubuninzi bamanzi efriji kwi-evaporator
13	Imitha yoxinzelelo	Ukubeka esweni ubuninzi bamanzi efriji
14	3-indlela ivelufa motor	Lawula okanye ucime igalelo lamanzi kwimithombo yobushushu
15	Ikhabhinethi yokulawula	Kulawulo lweyunithi yokusebenza