I. Intshayelelos:
Ubushushu obuphezulu&ukufuma okuphezulu, ubushushu obuphantsi&iimveliso zokuvavanya ukufuma okuphantsi, ezifanelekileyo kwi-elektroniki, izixhobo zombane, iibhetri, iiplastiki, ukutya, iimveliso zephepha, izithuthi, isinyithi, ikhemistri, izinto zokwakha, iziko lophando, ukuhlolwa kunye ne-quarantine bureau, iiyunivesithi kunye nezinye iiyunithi zoshishino zovavanyo lokulawula umgangatho.
II.Inkqubo yokukhenkceza:
RRinkqubo yokukhenkceza: ukwamkela i-French tecumseh compressors, uhlobo lwaseYurophu kunye neMelika olusebenzayo oluphezulu olugcina amandla inkqubo yefriji ye-cryogenic (ubushushu obupholileyo emoyeni);
RCinkqubo endala yokutshintshiselana kobushushu: ukusebenza kakuhle okuphezulu kwe-SWEP ifriji yoyilo lokuhambisa ubushushu (ifriji yokhuseleko lwendalo eyi-R404A);
RHUkutya ukulawulwa komthwalo: lungelelanisa ngokuzenzekelayo ukuhamba kwefriji, ukuphelisa ngokufanelekileyo ukuhanjiswa kobushushu bokushisa;
RCondeser: i-fin chip yokupholisa imoto eqhotyoshelweyo;
REumphunga: amacandelo e-fin chip ohlengahlengiso oluzenzekelayo lomthamo womthwalo;
ROizixhobo ze-ther: i-desiccant, ifestile yokuqukuqela yefriji, ukulungiswa kwevalve;
RSinkqubo: Ukwandiswa kwamandla olawulo lwenkqubo yefriji.
III.Umgangatho weReferensi:
Hlangana ne-GB10586-2006: ukufuma kunye neemeko zobugcisa zegumbi lokuvavanya ukushisa
I-GB10589-2008: Iimeko zobugcisa zegumbi lokuvavanya ukushisa okuphantsi
◆ Izalathisi zokusebenza zihlangabezana neemfuno ze-GB5170, 2, 3, 5, 6-95 "Indlela yokuqinisekisa iparameter esisiseko yesixhobo sovavanyo lokusingqongileyo kwimveliso yombane kunye ne-elektroniki: ubushushu obuphantsi, ubushushu obuphezulu, ubushushu obungaguqukiyo obufumileyo, ukutshintshisa izixhobo zovavanyo lobushushu obufumayo"
◆ Iinkqubo ezisisiseko zovavanyo lokusingqongileyo kwiimveliso zombane neze-elektroniki Uvavanyo A: indlela yokuvavanya ubushushu obuphantsi GB 2423.1-89 (IEC68-2-1)
◆ Iinkqubo ezisisiseko zovavanyo lokusingqongileyo kuvavanyo lweemveliso zombane neze-elektroniki B: indlela yokuvavanya ubushushu obuphezulu GB 2423.2-89 (IEC68-2-2)
◆ Iinkqubo zovavanyo olusisiseko lokusingqongileyo kuvavanyo lweemveliso zombane neze-elektroniki Ca: indlela yokuvavanya ubushushu obufumileyo rhoqo GB/T 2423.3-93 (IEC68-2-3)
I-GB/T 2423.4-2008 ngumgangatho wesizwe wovavanyo lokusingqongileyo lweemveliso zombane neze-elektroniki ezikhutshwe yi-Standardization Administration yase-China.
Iimveliso zombane kunye neemveliso zombane ezisisiseko zovavanyo lweenkqubo zovavanyo lokusingqongileyo Da: ukufuma okutshintshisanayo kunye nendlela yovavanyo lobushushu GB/T423.4-93(IEC68-2-30)
IV.Iiimpawu zesixhobo:
RBileli yeyomgangatho ophezulu wentsimbi engenasici, isiqingatha sesetyhula uyilo olune lwenza ukuba ukucoca kube lula ngakumbi:
RRUmbhobho ofanelekileyo kunye nenkqubo yokujikeleza, yenza umsebenzi ofanayo wobushushu bangaphakathi ulungile;
RAI-dopts ephezulu yokusebenza kwemoto kunye neeblades, kunye nesixhobo sokuphefumla umoya, umoya wegumbi langaphakathi unokuhlaziya umjikelo.
RUcula i-nanometer yezinto eziphathekayo umnyango we-gasket kunye nezixhobo zokugquma kukwenza wonke umatshini usebenze ngakumbi;
RSIsihogo senziwe ngokwenziwa kwepleyiti yentsimbi epholileyo, umphezulu wepensu electrostatic:
RTyena taikang icompressor yokuqala, ukuqina okupholisa kwesiphumo sokupholisa;
RBi-ody yokugcina ubushushu: i-100 mm ephezulu yokumelana nobushushu obuqinileyo be-polyurethane foam;
RFkuhlobo umbhobho weradiyetha omilise intsimbi yesifudumezi-ntlanu;
RDUbushushu obungagungqiyo buqinile, buhlukanise ngokufanelekileyo ukutshintshiselana kobushushu ngaphakathi nangaphandle kwebhokisi;
RCisixhobo esidala sokutshintshiselana ngobushushu obubandayo isixhobo sokutshintshiselana ngobushushu obuphezulu samkele uyilo oluphezulu lwamalahle SWEP uyilo olubandayo lokutshintsha ubushushu;
RIphaneli ye-LCD yokuchukumisa zombini isiTshayina kunye nesiNgesi;
V. Amandla enkqubo kunye nemisebenzi yokulawula:
RCsebenzisa iqela lenkqubo: amaqela ali-10
RCinombolo yecandelo leenkqubo: 120
RCUmyalelo wophinda: umyalelo ngamnye unokuya kuma-999 amaxesha
RAuhlobo lwe-pplication kunye nokuveliswa kwengxoxo yezemigodi, kunye nemisebenzi yokuhlela, ukususa kunye nokufaka
RCwangcisa 0 ~ 99 hour59min ixesha lesicelo
RHizicelo zamandla enkumbulo ave, ezintsonkothileyo emva kokuqala ngokuzenzekelayo kunye nomsebenzi kwinkqubo ephunyeziweyo
RCI-urve xa ukuphunyezwa kwenkqubo inokuba yimizobo yexesha lokwenyani
RWUmhla kunye nohlengahlengiso lwexesha, ukuqaliswa kogcino, umsebenzi wokuvala kunye nokutshixa isikrini (UKUTSHA) umsebenzi
VI. IiNgcaciso zobuGcisa:
1. Inkqubo: inkqubo yokulawula ukufuma kweqondo lokushisa elilinganayo
2. Tuluhlu lobushushu: -60 ℃ ~ +150℃
3. Tukuguquguquka kobushushu: ≤±0.5℃
4. HUluhlu oluphakathi: 20-95%RH
5. Tukufana kobushushu: ≤2℃
6. Tukuchaneka kobushushu: ±0.2℃
7. Hukuguquguquka kobude: ±2.5%RH
8. Hixesha lokutya: +25℃→+85℃ ubushushu begumbi ukuya kwi-85℃ malunga nemizuzu engama-30 akukho mthwalo
9. Ishelufu kwibhokisi: 1 isiqwenga sensimbi engenasici isikwele seshelufu yensimbi ene-perforated kunye namaqela ama-4 omzila (lungisa isithuba);
10. Cixesha oling: +25℃→-20℃ ubushushu begumbi ukuya -20℃ malunga nemizuzu engama-45 akukho mthwalo
VII.Ubumbeko olusemgangathweni lweigumbi lovavanyo:
1.Windows 320x420x40mm 3 umaleko vacuum yeglasi eqinisiweyo.
2. Fisiphatho esifakwe kwilat.
3.Iihenjisi zocango :SUS #304 Iihenjisi zokungena
4. EIsibane sokugcina i-nergy kwibhokisi: Indlela yokukhanya ye-LED
5. Lumngxuma we-ead: φ50mm 1 (ngeplagi yeglue 1)
6.I-2℃-4℃/min (ukusuka kwiqondo lobushushu elithe gqolo ukuya kwelona qondo liphezulu lobushushu, i-nonlinear no-load);
7.0.7℃-1℃/min (ukusuka kwiqondo lokushisa kwigumbi ukuya kwelona qondo lisezantsi lobushushu, ukungabikho komthwalo);
8. Ubungakanani bebhokisi yangaphakathi: 500 * 500 * 600mm
9. Umthamo webhokisi yangaphandle: 1150 × 1050 × 1500mm
10, Iizinto zebhokisi ezisecaleni nangaphandle: umgangatho ophezulu wentsimbi engenasici;
11. Pumthombo: AC220V
I. Intshayelelos:
Ubushushu obuphezulu&ukufuma okuphezulu, ubushushu obuphantsi&iimveliso zokuvavanya ukufuma okuphantsi, ezifanelekileyo kwi-elektroniki, izixhobo zombane, iibhetri, iiplastiki, ukutya, iimveliso zephepha, izithuthi, isinyithi, ikhemistri, izinto zokwakha, iziko lophando, ukuhlolwa kunye ne-quarantine bureau, iiyunivesithi kunye nezinye iiyunithi zoshishino zovavanyo lokulawula umgangatho.
II.Inkqubo yokukhenkceza:
RRinkqubo yokukhenkceza: ukwamkela i-French tecumseh compressors, uhlobo lwaseYurophu kunye neMelika olusebenzayo oluphezulu olugcina amandla inkqubo yefriji ye-cryogenic (ubushushu obupholileyo emoyeni);
RCinkqubo endala yokutshintshiselana kobushushu: ukusebenza kakuhle okuphezulu kwe-SWEP ifriji yoyilo lokuhambisa ubushushu (ifriji yokhuseleko lwendalo eyi-R404A);
RHUkutya ukulawulwa komthwalo: lungelelanisa ngokuzenzekelayo ukuhamba kwefriji, ukuphelisa ngokufanelekileyo ukuhanjiswa kobushushu bokushisa;
RCondeser: i-fin chip yokupholisa imoto eqhotyoshelweyo;
REumphunga: amacandelo e-fin chip ohlengahlengiso oluzenzekelayo lomthamo womthwalo;
ROizixhobo ze-ther: i-desiccant, ifestile yokuqukuqela yefriji, ukulungiswa kwevalve;
RSinkqubo: Ukwandiswa kwamandla olawulo lwenkqubo yefriji.
III.Umgangatho weReferensi:
Hlangana ne-GB10586-2006: ukufuma kunye neemeko zobugcisa zegumbi lokuvavanya ukushisa
I-GB10589-2008: Iimeko zobugcisa zegumbi lokuvavanya ukushisa okuphantsi
◆ Izalathisi zokusebenza zihlangabezana neemfuno ze-GB5170, 2, 3, 5, 6-95 "Indlela yokuqinisekisa iparameter esisiseko yesixhobo sovavanyo lokusingqongileyo kwimveliso yombane kunye ne-elektroniki: ubushushu obuphantsi, ubushushu obuphezulu, ubushushu obungaguqukiyo obufumileyo, ukutshintshisa izixhobo zovavanyo lobushushu obufumayo"
◆ Iinkqubo ezisisiseko zovavanyo lokusingqongileyo kwiimveliso zombane neze-elektroniki Uvavanyo A: indlela yokuvavanya ubushushu obuphantsi GB 2423.1-89 (IEC68-2-1)
◆ Iinkqubo ezisisiseko zovavanyo lokusingqongileyo kuvavanyo lweemveliso zombane neze-elektroniki B: indlela yokuvavanya ubushushu obuphezulu GB 2423.2-89 (IEC68-2-2)
◆ Iinkqubo zovavanyo olusisiseko lokusingqongileyo kuvavanyo lweemveliso zombane neze-elektroniki Ca: indlela yokuvavanya ubushushu obufumileyo rhoqo GB/T 2423.3-93 (IEC68-2-3)
I-GB/T 2423.4-2008 ngumgangatho wesizwe wovavanyo lokusingqongileyo lweemveliso zombane neze-elektroniki ezikhutshwe yi-Standardization Administration yase-China.
Iimveliso zombane kunye neemveliso zombane ezisisiseko zovavanyo lweenkqubo zovavanyo lokusingqongileyo Da: ukufuma okutshintshisanayo kunye nendlela yovavanyo lobushushu GB/T423.4-93(IEC68-2-30)
IV.Iiimpawu zesixhobo:
RBileli yeyomgangatho ophezulu wentsimbi engenasici, isiqingatha sesetyhula uyilo olune lwenza ukuba ukucoca kube lula ngakumbi:
RRUmbhobho ofanelekileyo kunye nenkqubo yokujikeleza, yenza umsebenzi ofanayo wobushushu bangaphakathi ulungile;
RAI-dopts ephezulu yokusebenza kwemoto kunye neeblades, kunye nesixhobo sokuphefumla umoya, umoya wegumbi langaphakathi unokuhlaziya umjikelo.
RUcula i-nanometer yezinto eziphathekayo umnyango we-gasket kunye nezixhobo zokugquma kukwenza wonke umatshini usebenze ngakumbi;
RSIsihogo senziwe ngokwenziwa kwepleyiti yentsimbi epholileyo, umphezulu wepensu electrostatic:
RTyena taikang icompressor yokuqala, ukuqina okupholisa kwesiphumo sokupholisa;
RBi-ody yokugcina ubushushu: i-100 mm ephezulu yokumelana nobushushu obuqinileyo be-polyurethane foam;
RFkuhlobo umbhobho weradiyetha omilise intsimbi yesifudumezi-ntlanu;
RDUbushushu obungagungqiyo buqinile, buhlukanise ngokufanelekileyo ukutshintshiselana kobushushu ngaphakathi nangaphandle kwebhokisi;
RCisixhobo esidala sokutshintshiselana ngobushushu obubandayo isixhobo sokutshintshiselana ngobushushu obuphezulu samkele uyilo oluphezulu lwamalahle SWEP uyilo olubandayo lokutshintsha ubushushu;
RIphaneli ye-LCD yokuchukumisa zombini isiTshayina kunye nesiNgesi;
V. Amandla enkqubo kunye nemisebenzi yokulawula:
RCsebenzisa iqela lenkqubo: amaqela ali-10
RCinombolo yecandelo leenkqubo: 120
RCUmyalelo wophinda: umyalelo ngamnye unokuya kuma-999 amaxesha
RAuhlobo lwe-pplication kunye nokuveliswa kwengxoxo yezemigodi, kunye nemisebenzi yokuhlela, ukususa kunye nokufaka
RCwangcisa 0 ~ 99 hour59min ixesha lesicelo
RHizicelo zamandla enkumbulo ave, ezintsonkothileyo emva kokuqala ngokuzenzekelayo kunye nomsebenzi kwinkqubo ephunyeziweyo
RCI-urve xa ukuphunyezwa kwenkqubo inokuba yimizobo yexesha lokwenyani
RWUmhla kunye nohlengahlengiso lwexesha, ukuqaliswa kogcino, umsebenzi wokuvala kunye nokutshixa isikrini (UKUTSHA) umsebenzi
VI. IiNgcaciso zobuGcisa:
1. Inkqubo: inkqubo yokulawula ukufuma kweqondo lokushisa elilinganayo
2. Tuluhlu lobushushu: -60 ℃ ~ +150℃
3. Tukuguquguquka kobushushu: ≤±0.5℃
4. HUluhlu oluphakathi: 20-95%RH
5. Tukufana kobushushu: ≤2℃
6. Tukuchaneka kobushushu: ±0.2℃
7. Hukuguquguquka kobude: ±2.5%RH
8. Hixesha lokutya: +25℃→+85℃ ubushushu begumbi ukuya kwi-85℃ malunga nemizuzu engama-30 akukho mthwalo
9. Ishelufu kwibhokisi: 1 isiqwenga sensimbi engenasici isikwele seshelufu yensimbi ene-perforated kunye namaqela ama-4 omzila (lungisa isithuba);
10. Cixesha oling: +25℃→-20℃ ubushushu begumbi ukuya -20℃ malunga nemizuzu engama-45 akukho mthwalo
VII.Ubumbeko olusemgangathweni lweigumbi lovavanyo:
1.Windows 320x420x40mm 3 umaleko vacuum yeglasi eqinisiweyo.
2. Fisiphatho esifakwe kwilat.
3.Iihenjisi zocango :SUS #304 Iihenjisi zokungena
4. EIsibane sokugcina i-nergy kwibhokisi: Indlela yokukhanya ye-LED
5. Lumngxuma we-ead: φ50mm 1 (ngeplagi yeglue 1)
6.I-2℃-4℃/min (ukusuka kwiqondo lobushushu elithe gqolo ukuya kwelona qondo liphezulu lobushushu, i-nonlinear no-load);
7.0.7℃-1℃/min (ukusuka kwiqondo lokushisa kwigumbi ukuya kwelona qondo lisezantsi lobushushu, ukungabikho komthwalo);
8. Ubungakanani bebhokisi yangaphakathi: 500 * 500 * 600mm
9. Umthamo webhokisi yangaphandle: 1150 × 1050 × 1500mm
10, Iizinto zebhokisi ezisecaleni nangaphandle: umgangatho ophezulu wentsimbi engenasici;
11. Pumthombo: AC220V
VIII.Ubumbeko olungenamkhethe:
| 1. TMIE880 umbala touch screen; 2. Iindlela ezimbini zokulawula (ixabiso elimiselweyo/iprogram) 3. Suhlobo lwe-ensor: PT100 isivamvo (isivamvo sombane esikhethwayo) 4. Aisignali ye-larm: I-4 DI i-alamu yempazamo yangaphandle; 5. TUluhlu lomlinganiselo wobushushu: -90.00℃–200.00℃, 6.HUluhlu lomlinganiselo wobude: 1.0% - 100%RH, impazamo ±1%RH 7. Uhlobo lolwimi lwe-Interface: isiTshayina / isiNgesi; |
| 1. Umlinganiselo ophezulu wokonelisa amandla uphezulu nge-12% kuneyona piston compressor iphambili kwimarike. 2. TUkuthembeka okubalaseleyo kwamalungu ashukumayo ngaphantsi, i-axial kunye ne-radial ye-Taikang patent uyilo oluguquguqukayo lubonelela ngokumelana nogwayimbo lolwelo olungazange lubonwe ngaphambili kunye nokunyamezela ukungcola. 3. TI-motor circuit breaker eyakhelwe-ngaphakathi inokukhusela ngokufanelekileyo i-motor kubushushu obuphezulu kunye nomonakalo ophezulu wangoku 4. Lingxolo ephantsi/ixabiso eliphantsi lokukhupha ipulse lingaphezulu kwe-5 dB ngaphantsi kwepiston compressor 5. SUyilo lwenkqubo ephuculweyo yoyilo olulodwa lwesiqalo lwenza isigaba esinye sokuqalisa isicinezeli ngaphandle kokuqalisa i-capacitor/relay 6. Phantse i-100% ye-volumetric esebenzayo izisa umthamo ongaqhelekanga wokufudumeza 7. Umthamo omkhulu we-F-class insulated motor kunye nokusebenza okuphezulu kunye ne-slip ephantsi ye-Taikang compressor iqinisekisa umthamo ophezulu wokupholisa, ukusetyenziswa kwamandla aphantsi kunye nokhuseleko lokusebenza kwe-compressor. 8. I-Taikang compressor i-design balance balance, ukuze i-vibration ye-compressor incinci, ingxolo ephantsi, ukusebenza okuzinzileyo. |
| Izinto eziluncedo kwityhubhu yokufudumeza yombane yentsimbi engenastainless: Xa kuthelekiswa neetyhubhu zokufudumeza eziqhelekileyo, i-heat sink (efakwe) iityhubhu zokufudumeza zinezi nzuzo zilandelayo: Xa kuthelekiswa netyhubhu eqhelekileyo ye-optical, indawo yokutshatyalaliswa kobushushu yombhobho wokushisa wombane we-tubular ogqityiweyo unyuswe ngama-2.5 ~ 4 amaxesha, kwaye umthwalo wendawo unyuswe ngama-2 ~ 3 amaxesha xa kuthelekiswa ne-tube optical. Ngenxa yokuba ubude be-heater yombane ye-heat sink bufutshane, ilahleko yobushushu bombhobho wokushisa wombane we-tubular ogqityiweyo uyancitshiswa. Ngaphantsi kwemeko efanayo yamandla njengetyhubhu ye-optical, ineenzuzo zokufudumeza ngokukhawuleza, ukusebenza kakuhle kwe-thermal kunye nobomi obude benkonzo. Kwisixhobo sokufudumeza esilinganiselweyo, sinokuthatha amandla apheleleyo e-2 ~ 3 amaxesha omthamo wetyhubhu ephezulu ye-optical, ukunciphisa kakhulu umthamo wesixhobo sokufudumeza, ukonga iindleko zomsebenzisi; |
| Iimpawu ezibonakalayo: 1. Ukuqulunqwa: R-125/143A/134A 2. Umlinganiselo wobunzima becandelo ngalinye % : 44/52/4 3.Mubunzima be-olecular: 97.6 4. Bindawo yeoli: 101.3kpa -46.2 5. Ubushushu obubalulekileyo: 72.1 6. Uxinzelelo olunzima: kpa3728 7. SUxinaniso lolwelo olugutyungelweyo: 25℃Kg/m³1044 8. Subushushu obukhethekileyo: 25℃Kj/ (kg.k) 1.54 9. DIxabiso elinokubakho le-estroy (ODP) : 0 10.IUbushushu obuthile bomphunga we-sobaric: (Cp), 30℃ kunye ne-101.3kPa [KJ/ (Kg·℃)] 0.21 11. Amandla okuba ngumphunga kwindawo yokubila: KJ/Kg200.1
|
| Iimpawu zabalandeli: 1. WIvili le-in uhlobo lwamaphiko amaninzi, isantya esiphezulu sokulungiswa kolungelelwaniso, umthamo omkhulu womoya, ingxolo ephantsi 2.Tiqokobhe lomoya lokunyathela ngokuchaneka kokungunda, ukusetyenzwa kwe-electrophoresis, inkangeleko entle 3.Eixhotywe ngemoto eqinisekisiweyo ephezulu, ufakelo oluqhagamshelwe ngokuthe ngqo, ukusebenza okuzinzileyo 4.AI-ir outlet enezikwele ukuya kwizincedisi ezijikelezayo, ukufakela kunokuba luhlengahlengiso lwee-angle ezininzi 5.Auyilo lwe-ir duct optimization, isiphumo sokugcina amandla sicacile 6.TI-fan inokwenziwa ngezinto ezikhethekileyo, inokwenziwa ngaphandle kokutshintsha kwesantya secandelo kunye nolunye ulungiso olukhethekileyo lokusebenza 7. TUmtshini ohambelana nemoto unokwenziwa ngokwezifiso kwiifrikhwensi ezahlukeneyo okanye umbane ohlukeneyo, i-AC okanye i-DC |
| 1. Uhlobo lokugqiba: ngamacangci okanye acaba. 2.Cumbhobho we-opper wamkela umbhobho wobhedu ococekileyo ongenamthungo, ubomi obude, akukho lula ukukrazula umhlwa 3.Cipleyiti yokuphela kwesakhelo se-oyile eyenziwe ngepleyiti yentsimbi ekumgangatho ophezulu, amandla aphezulu, ukunganyangeki komhlwa, indibaniselwano yendibano elula. 4. Tyena unique imowudi yetyhubhu yomnqamlezo unokuqinisekisa ukuba umphezulu obheke ngasemoyeni wekhoyili yonke edityanisiweyo yokufana kolwelo. 5. Fngaphakathi kunye netyhubhu yobhedu ngokusebenzisa ityhubhu yokwandiswa koomatshini okanye ityhubhu yokwandisa uxinzelelo lwe-hydraulic, ukuqinisekisa unxibelelwano olusondeleyo, eyona mpembelelo yokuhambisa ubushushu. I-6.Ukukhethwa kwesithuba phakathi kweesethi kukhulu, okunciphisa impembelelo yokuqokelela iqabaka kwiikhoyili zenkqubo yokushisa ephantsi. 7.Ci-oyile loop ngokweemfuno zesantya sokuhamba koyilo, ukusetyenziswa kwenkqubo ye-reflux enye kunye ne-double, ukumelana namanzi amancinci, ukusebenza kakuhle kokutshintshiselana kobushushu. I-coil yefriji emva kokushisa okuphezulu kokufudumeza i-vacuum yokumisa umsebenzi, ukuqinisekisa ukuba akukho manzi angcolileyo kwi-cavity. |
| 1. Ukucaciswa: Iilitha ezili-100 ze-Taiwan brand eyaziwayo ye-Dengyuan impompo yasekhaya kumatshini wamanzi acocekileyo jikelele 2. Iamandla ombane e-Nput:24VDC(DC) 3. Ukusebenza ngoku: 0.6AMP 4. Uxinzelelo lokusebenza: 125PSI 5. Ukuhamba komsebenzi: 0.85L/M 6. Ubunzima Net: 1.8kg 7. Umgama oziqalayo: 2M 8. Volume: 18*10*10cm3 |
| Iimbonakalo: I-3/8 “ityhubhu yobhedu kunye neshiti le-aluminiyam ephothiweyo, ngephepha le-aluminium yokwandiswa kwetyhubhu kunye netyhubhu yobhedu ngokusondeleyo, ukusebenza kakuhle kokuhambisa ubushushu; Emva kwe-2.5MPa yovavanyo loxinzelelo lomoya iimveliso zokubona ukuvuza, umzi-mveliso kunye nokugcina uxinzelelo lwe-0.05MPa ~ 0.1MPa; Ifumaneka nge-R22 I-condenser yohlobo lwe-FN ithatha amandla aphezulu, umthamo womoya ophezulu, i-motor yesantya esisezantsi, kunye nofakelo olwakhelwe ngaphakathi, imbonakalo entle, ingxolo ephantsi, ingasetyenziswa kwiyunithi ngengxolo ephantsi; I-condenser ye-FNV inomgangatho omkhulu womoya, isiphumo esihle sokudlulisa ubushushu, sixhotyiswe ngemoto ye-6-pole, ingxolo ephantsi; Ingasetyenziswa kwiiyunithi ezinkulu zokujiya. Iindidi ezahlukeneyo ze-condensers zomoya zingayilwa ngokweemfuno zabathengi. |
IX .Uluhlu Loqwalaselo:
Igama lenxalenye | Uphawu | Indawo yeMvelaphi |
Umlawuli wobushushu | TEMI880 | Khoriya eseMzantsi |
Umnxibelelanisi wombane | Tayi'an | ETaiwan |
I-Thermal relay | Tayi'an | ETaiwan |
I-Slid state relay | Aix | Ehong kong |
Ugqithiso oluphakathi | Aix | Ehong kong |
Si-ensor | matsuki | ETaiwan |
Ukuhanjiswa kwexesha | Idayimani yompayina | ETaiwan |
Iswitshi engeyiyo-fuse (isaphuli sesekethe) | Shilin | ETaiwan |
Cofa iqhosha lokutshintshela | JinHongDa | ETaiwan |
Ukwandiswa kwegesi yokutshintsha kolwelo | UMTHOVA | Khoriya eseMzantsi |
Imoto | Ithafa lemvula | ETaiwan |
Ivili lomoya | Jianyu | ETaiwan |
Cumpressor | Taikang | Fransi |
Ivalve yeSolenoid | arugong | Japhan |
Dryer | DANFOSS | Dominikha |
Condeser | Amandla aphakathi | ETaiwan |
Eumphunga | Amandla aphakathi | ETaiwan |
Humtyi | Detak | Inkqubo yetafile |
Buzzer | Zhi Feng | ETaiwan |
Umlandeli wecondenser | Marr | Jemani |
Refrigerant | Dupont | Amazwe Amanyene |
Ioli yefriji | ILANGA | Amazwe Amanyene |
I-Ballast yesibane se-fluorescent | OSRAM | Jemani |
Umtshintshi wobushushu | ALFA LAVAL | Swizalend |