- Impompo yobushushu
- Ukupholisa/ukufudumeza/amanzi ashushu onke kwimpompo enye yobushushu
- Ipompo yobushushu yokugcina amandla e-Photovoltaic
- Impompo yokupholisa/yokufudumeza
- Impompo yobushushu bamanzi
- Ipompo yokufudumeza amanzi echibini lokuqubha
- Iiyunithi zempompo zobushushu zasekhaya
- Impompo yobushushu bomshishini kunye nezolimo
- Iiyunithi zobushushu obuzinzileyo bokutyalwa kwezolimo
- Into yokufaka umoya endlini
- Ukufudumeza koMbane
- Izincedisi
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IiYunithi zoMfudumezo oFanelekileyo kunye nokuPholisa uDonga olunyusiweyo
Imilinganiselo yemveliso:
| Umfanekiso weMveliso |  |
| HP | 1.5P |
| Umzekelo No. | I-KFRD-35GW/DBP1-Bb1 |
| Ukulinganisa ukuSebenza kwamandla | Iklasi A |
| APF | 5.1 |
| Ukufudumeza koMbane | 1100 |
| Ukupholisa Umthamo | 3500(500～4300) |
| Amandla okupholisa | 810(120～1400) |
| Ukufudumeza Umthamo | 5000(300～6300) |
| Amandla okufudumeza | 1250(100～1850) |
| Ingxolo yangaphakathi (phantsi-phezulu) | 18/39 |
| Ingxolo yangaphakathi (phezulu kakhulu) | 42 |
| Ingxolo yangaphandle | 52 |
| Umthamo womoya ojikelezayo | 710 |
| Ubungakanani bephakheji yangaphakathi | 860×332×253mm |
| Ubungakanani bokuPakisha ngaphandle | 840×362×590mm |
| Ubungakanani bomnatha wangaphakathi | 815×285×200 |
| Ubungakanani beNet yangaphandle | 730×550×280 |
| Ubunzima Bobunzima bangaphakathi | 9.5 |
| Ubunzima obuGxina bangaphandle | 24 |
| Indoor Net Weight | 7.5 |
| Ubunzima beNet yangaphandle | 20.5 |
| Isikhenkcisi | I-R32 |
| ityhubhu yoqhagamshelwano | 6/9mm |
| Ubume beyunithi yangaphakathi | D5 umqolo ophindwe kabini 16U |
| Uqwalaselo lweyunithi yangaphandle | D5 umqolo omnye 26U |
Iimpawu zeeMveliso
I-1.Ubushushu obuphezulu-Ubuchwephesha be-Auto-Clean Air: Olu phawu lusebenzisa inkqubo yobushushu obuphezulu ukucoca i-evaporator. I-evaporator idibanisa iqabaka, enceda ukukhupha uthuli lwangaphakathi kunye nokungcola. Emva kwale nkqubo, i-evaporator ixhomekeke ekomisweni kobushushu obuphezulu, iqinisekisa ukuba umoya osasazwa kuyo yonke indawo ucocekile kwaye umtsha.
I-2.I-Compressor ye-High-Efficiency Compressor kunye ne-Innovative Air Duct Design: I-air conditioner ixhotyiswe nge-compressor ephezulu kakhulu, xa idibene ne-innovative air duct design, ivumela ukupholisa ngokukhawuleza kunye nokufudumeza. Imveliso yomoya izinzile kwaye igudileyo, ibonelela ngamava ahambelanayo kunye nokhululekileyo wokulawula imozulu.
3.I-Easy-to-Remove and Wash Filter: Isihluzi senzelwe ukususwa okulula kunye nokucoca, ngokuqhelekileyo ngomatshini wokucofa okukodwa. Olu phawu loyilo lwenza ukuba ugcino lwe-air conditioner lube lula ngakumbi, njengoko izihluzi zifuna ukucocwa rhoqo ukuze zihlale zisebenza.
I-4.Adjustable Wind Angle: Abasebenzisi banokulungelelanisa i-angle yokukhutshwa komoya, ukuvumela ukuhamba komoya ochanekileyo. Olu phawu luvumela abasebenzisi ukuba bonwabele imozulu etofotofo ngaphandle kokuvuthela ngokuthe ngqo, njengokupholisa ishawari ehlotyeni okanye ukufudumeza ikhaphethi ebusika.
I-5.Izixhobo eziPhezulu zoMgangatho wokuSebenza kwamandla kunye noKuhlala ixesha elide: I-air conditioner isebenzisa i-compressor ye-inverter ye-DC ephezulu, i-high-efficiency exchanger heat, kunye ne-motor-performance motor. Ezi zixhobo aziqinisekisi kuphela umgangatho kunye nokuthembeka kwenkqubo kodwa zinegalelo ekugcinweni kwamandla kunye nokusebenza okuhlala ixesha elide.
6.I-Original Air Duct Structural Design ye-Multi-Dimensional Air Supply: I-air conditioner ibonisa i-original air duct design ebonelela ngeendlela ezininzi, ezintathu-dimensional air distribution. Olu luyilo lunceda ukusabalalisa umoya ngokulinganayo kwigumbi lonke, ukuqinisa ngakumbi induduzo kunye nokusebenza kakuhle.
