ubushushu recovery erv umoya erv kunye impompo yobushushu preheating kunye precooling Umfanekiso Featured

i-erv yokubuyisela ubushushu be-ventilation kunye nokufudumala kwempompo yobushushu kunye nokupholisa kwangaphambili

Inkcazelo emfutshane:

Xa kukho izakhiwo zezindlu ezingaphezulu nangakumbi eYurophu.

Indlela yokuqinisekisa intuthuzelo yendlu ngokusetyenziswa okuphantsi, ndicinga ukuba, i-ERV enokupholisa kunye nokufudumeza inokukunika impendulo.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Intshayelelo yeMveliso

Kwizakhiwo zokuhlala eziphantsi kwe-ultra-low, ngenxa yokusebenza okuphezulu kwe-insulation kunye nokusebenza kokutywinwa okuphezulu kwendlu, ukuba i-Energy recovery system ye-ventilation ifakwe kunye ne-air conditioning eqhelekileyo, kulula ukubangela ukuchithwa kwamandla.IGUICOO olu luhlu lwemveliso yoyilo lwe-TFAC luqale lusetyenziswe kumantla eTshayina, kubusika obubandayo, ihlobo alikho iindawo ezishushu kakhulu, inkqubo yokungenisa umoya inokusebenza malunga -30 ℃, kwaye inokutshisa umoya omtsha kwigumbi, iqondo lobushushu lokuphuma lingakwazi ukusebenza. ukufikelela 25 ℃.

Uyilo lokusebenza lwale mveliso luhambelana kakhulu nezinye izindlu zaseYurophu kunye nezindlu zamandla asezantsi kakhulu, kwaye abathengi bethu baye baxela kuthi ukuba le mveliso intle ngokwenene, kwizindlu zabo, isebenza kakuhle kakhulu, kwaye inzuzo yexabiso lilonke lelo. ngokucacileyo.

Iimpawu zeMveliso

Ukuhamba komoya: 200~500m³/h
Umzekelo: TFAC A1 series
1, Umoya omtsha + Ukubuyisela amandla + Ukufudumeza kunye nokupholisa
2, Ukuhamba komoya: 200-500 m³/h
3, Enthalpy exchange core
4, Isihluzi: Isihluzi sokuqala se-G4 + i-H12 yokucoca + imodyuli ye-IFD ehlambayo (ukhetho, isetyenziselwa ukuqokelela amasuntswana kunye nokubulala iintsholongwane kuzo, ezinokulibazisa ubomi bokucoca i-H12)
5, Buckle uhlobo ezantsi ulondolozo lula endaweni izihluzi
6, Yenza ngokwezifiso njengoko ufuna (Enje ngelogo)

Iimeko zeSicelo

Indawo yokuhlala yaBucala

Izakhiwo zokuhlala ezine-ultra-low ene-low

Indlu yesitya

Indawo yokuhlala ephezulu

IParameter yeMveliso

Umzekelo	Ukuhamba komoya okukalwe (m³/h)	Ikalwe nge-ESP (Pa)	Temp.Eff. (%)	Ingxolo (dB(A))	Ukusebenza kokucoca	IVolt.(V/Hz)	Igalelo lamandla (W)	Ukufudumeza/ukupholisa ikhalori (W)	NW(Kg)	Ubungakanani(mm)	Ifom yokulawula	Connect ubukhulu
I-TFAC-020 (A1-1D2)	200	100(200)	75-80	34	99%	210-240/50	100+ (550 ~ 1750)	800-3000	95	1140800270	Ulawulo oluhlakaniphile / i-APP	φ160
I-TFAC-025 (A1-1D2)	250	100(200)	73-81	36		210-240/50	140+ (550 ~ 1750)	800-3000	95	1140800270		φ160
I-TFAC-030 (A1-1D2)	300	100(200)	74-82	39		210-240/50	160+ (550 ~ 1750)	800-3000	110	1200800290		φ160
I-TFAC-035 (A1-1D2)	350	100(200)	74-82	40		210-240/50	180+ (550 ~ 1750)	800-3000	110	1200800290		φ160
I-TFAC-040 (A1-1D2)	400	100(200)	72-80	42		210-240/50	220+ (550 ~ 1750)	800-3000	110	1200800290		φ200
I-TFAC-050 (A1-1D2)	500	100	72-80	45		210-240/50	280+ (550 ~ 1750)	800-3000	110	1200800290		φ200

TFAC uthotho umoya umthamo-static ijiko loxinzelelo

I-250CBM-uxinzelelo lomoya-umfanekiso-nge-IFD

Ulwakhiwo

Umzekelo	A	B	C	D1	D2	E	F	G	H	I	J	φd
TFAC-020(A1series)	800	1140	855	710	300	585	1285	110	270	490	630	φ158
TFAC-025(A1series)	800	1140	855	710	300	585	1285	110	270	490	630	φ158
TFAC-030(A1series)	800	1200	855	775	300	585	1350	110	290	490	695	φ158
TFAC-035(A1series)	800	1200	855	775	300	585	1350	110	290	490	695	φ158
TFAC-040(A1series)	800	1200	855	775	300	585	1350	110	290	490	695	φ194
TFAC-050(A1series)	800	1200	855	775	300	585	1350	110	290	490	695	φ194

Ingcaciso yeMveliso

Ukufudumeza kunye nokupholisa.
Kwiindawo ezinamafu ashushu kunye nobusika obubandayo, i-ultra-low-low air source impompo yokupholisa ipompo yokupholisa / yokufudumeza iyamkelwa, umoya omtsha upholiswa kwangaphambili ehlotyeni kwaye ufudunyezwe kwangaphambili ebusika, ukongeza iteknoloji yokutshintshiselana kobushushu obugcweleyo ukuphucula. intuthuzelo yomoya omtsha wangaphakathi.

Ijethi yomoya enthalpy inyusa icompressor

↑↑↑ Umgaqo wokusebenza wejethi enthalpy iskrola isicinezeli.
Ubushushu obuphantsi kakhulu bobushushu obunamandla, i-0.1 degree yolawulo oluchanekileyo lobushushu, i-ultra-low voltage start.
Amanqaku:Imodeli kunye noqwalaselo lweparamitha yobugcisa besixhobo sinokuhlengahlengiswa ngokweemfuno zabathengi.

Izinto eziluncedo kwimveliso

UkuSebenza okuPhezulu kwamandla kunye ne-Ecology yiMoto ezinamandla

Itekhnoloji yokungenisa umoya wamandla/ubushushu

I-membrane elungisiweyo enokuhlamba i-enthalpy exchange core kwaye inobomi obude be-3-10 iminyaka.

I-APP + isilawuli esikrelekrele: Ulawulo olulumkileyo

Kutheni Khetha Thina

I-App iyafumaneka kwi-IOS kunye neefowuni ze-Android ezinemisebenzi elandelayo:
1).Ulwimi olukhethwayo Ulwimi olwahlukileyo IsiNgesi / isiFrentshi / isiTaliyane / iSpanish kunye nokunye ukuhlangabezana neemfuno zakho.
2).Ulawulo lweqela I-APP enye inokulawula iiyunithi ezininzi.
3).Ukhetho lwePC ephakathi kolawulo (ukuya kuthi ga kwi-128pcs ERV ilawulwa yiyunithi enye yokufumana iDatha) abaqokeleli bedatha abaninzi badityaniswe ngokunxuseneyo.

Imodyuli ye-IFD

Yintoni i-IFD yokucoca (Intense Field Dielectric)

Isihluzi esisisiseko (esihlambekayo) +Ingqokelela yothuli ye-electrostatic encinci ye-electrostatic + ukucocwa kwe-IFD kunye nokuvala inzala + isihluzo seHepa

① Isihluzi sokuqala
I-pollen, i-fluff, izinambuzane ezindizayo, iinqununu ezinkulu ezimisiweyo ziyahluzwa.

② Intlawulo yesuntswana
Imodyuli yombane yentsimi ye-IFD i-ionizes umoya kwitshaneli kwi-plasma ngokusebenzisa indlela yokukhutshwa kokukhanya, kwaye ihlawulisa iinqununu ezidlulayo.I-Plasma inamandla okutshabalalisa izicubu zeeseli zentsholongwane.

③ Qokelela kwaye ungasebenzi
Imodyuli ye-IFD yokuhlanjululwa yi-honeycomb ye-microchannel isakhiwo esingenanto kunye nentsimi yombane eyomeleleyo, enomtsalane kakhulu kumasuntswana ahlawuliweyo, kubandakanywa ibhaktheriya kunye nentsholongwane.Ngaphantsi kwesenzo esiqhubekayo, amasuntswana aqokelelwa, iibhaktheriya kunye neentsholongwane ekugqibeleni zingasebenzi.