Imikhiqizo
I-air to water Iphampu yokushisa Isistimu yokungenisa umoya yamandla ene-bypass
Incazelo emfushane:
Le ERV enokushisa nokupholisa ifanele izakhiwo zendawo ebandayo
• Ngokusebenza kwephasi, lapho umehluko wezinga lokushisa phakathi kwemini nobusuku mkhulu ehlobo, umoya opholile ungangeniswa ngokushesha ekamelweni.
• Ipayipi lamanzi lokupompa lomoya lingaxhunywa, futhi izinga lokushisa lomoya we-ERV lingase lipholile futhi lishiswe ngaphambili ngamandla omoya ukuze limpompe ukuze kuthuthukiswe ukunethezeka komoya omusha.
• Inikeza umoya ohlanzekile onempilo futhi onethezekile kuyilapho izuza ukonga okuphezulu kwamandla, ukusebenza kahle kokuthola ukushisa kufika ku-80%.
Izici Zomkhiqizo
Ukugeleza komoya: 250~500m³/h
Imodeli: Uchungechunge lwe-TFWC A1
1, Ukuhlanzwa komoya omusha + Ukubuyiselwa kwamandla + Ukushisa nokupholisa
2, Ukugeleza komoya: 250-500 m³/h
3, I-Enthalpy exchange core
4, Isihlungi: Isikrini esiyinhloko se-G4 +Isikrini se-Hepa12
5, Ukugcinwa komnyango ohlangothini
6, Ukufudumeza kwe-PTC
7. Umsebenzi wokudlula
Isingeniso Somkhiqizo
Lolu hlelo lokubuyisela ukushisa lungaxhunywa kwipompo yokushisa yesistimu yamanzi. Amanzi asepayipini lokuqoqa axhuma i-ERV angakwazi ukushisa umoya wokungena emnyango, athuthukise izinga lokushisa lomoya omusha ongena ekamelweni futhi athuthukise ukunethezeka kwendawo yangaphakathi.
Izinzuzo Zomkhiqizo
DC motor: Higher Energy Efficiency and Ecology by Powerful Motors
Ingqikithi yokushintshanisa ewashekayo:I-membrane eguquliwe engakwazi ukugeza i-enthalpy exchange core futhi ibe nempilo ende yeminyaka engu-3-10
Ubuchwepheshe bokungenisa umoya wokubuyisela amandla: Ukusebenza kahle kokuthola ukushisa kungafinyelela ngaphezu kwama-70%
Ukulawula okuhlakaniphile:I-APP+Isilawuli esihlakaniphile
Izimo zohlelo lokusebenza
Indawo yokuhlala yangasese
Isifunda sokushisa esiphakathi
Ezohwebo
Ihhotela
Izakhiwo
Incazelo Yomkhiqizo
Isihlungi se-G4+H12）*2 Umoya ohlanzekile owengeziwe ohlanzekile
I-Countercurrent cross enthalpy exchange core, ukusebenza kahle kokushintshaniswa kokushisa okuphezulu
Ipharamitha Yomkhiqizo
| Imodeli | Ikalelwe Ukugeleza Komoya (m³/h) | Ilinganiswe nge-ESP (Pa) | Temp.Eff. (%) | Umsindo (dB(A)) | Ukusebenza kahle kokuhlanza | I-Volt. (V/Hz) | Okokufaka kwamandla (W) | Ikhalori yokushisisa/ukupholisa (W)
| NW(Kg) | Usayizi(mm) | Ifomu lokulawula | Xhuma Usayizi |
| I-TFWC-025 (A1-1D2) | 250 | 100(200) | 75-80 | 35 | 99% | 210-240/50 | 100(300*2) | 500 ~ 1500 | 58 | 1200*780*260 | Ukulawula okuhlakaniphile/APP | φ150 |
| I-TFWC-035 (A1-1D2) | 350 | 100(200) | 75-80 | 37 | 210-240/50 | 130(300*2) | 500 ~ 1500 | 58 | 1200*780*260 | φ150 | ||
| I-TFWC-500 (A1-1D2) | 500 | 100 | 75-80 | 40 | 210-240/50 | 220(300*2) | 500 ~ 1500 | 58 | 1200*780*260 | φ200 |
Umdwebo wokufaka
Uhlelo lokufakwa kwekhoyili yamanzi ERV
1: Iyunithi yangaphandle yempompi yokushisa yomoya
2: Ukushisa phansi
3: Ithangi lamanzi
4: Isilawuli se-ERV
5: I-ERV yephampu yokushisa
Indawo yokufaka ingeyereferensi kuphela. Yenza ukufakwa ngokomdwebo wokuklama
Ukushisa Umphumela
Kuthiwani nge-coil yamanzi ERV heat effect?
Ake sibheke isethi yedatha yokuhlola
| Isibalo somthwalo wekhoyili esishisa ngaphambili (buza i-Yinchuan evamile e-China ivelu yokucindezela komkhathi: 88390pa) | |||||||
| Isivinini somoya | I-Coil inlet Temperature (℃) /umswakama ohlobene (%) | Inlet enthalpy yekhoyili (KJ/KG) | I-Coil inlet Temperature (℃) /umswakama ohlobene (%) | Inlet enthalpy yekhoyili (KJ/KG) | Ukungena komoya （m³/h) | Ukuminyana komoya (kg/m³) | Ukulayisha kuqala (W) |
| Phezulu | 1.93/43.01 | 7.2 | 20.40/13.78 | 26.5 | 300 | 1.117 | 1797 |
| Mid | 1.93/43.01 | 7.2 | 21.77/13.34 | 28.3 | 250 | 1.117 | 1637 |
| Phansi | 1.93/43.01 | 7.2 | 23.17/10.76 | 28.9 | 200 | 1.117 | 1347 |
1, indawo yokuhlola izinga lokushisa lokungena kwamanzi ikhoyili: 32.3 ℃, izinga lokushisa eliphumayo: 22.1℃;
2. Ngokomehluko we-enthalpy we-inlet ne-outlet air yekhoyili, umthwalo wokushisa wekhoyili ubalwa.
3. Buza ivelu yengcindezi yomoya yase-Yinchuan ejwayelekile: 88390pa
Isiphetho
Uma ukushisisa kwamanzi ashisayo kamasipala kungengaphansi kuka-30 ℃, amandla okushisa angaphambili efeni entsha enamapayipi amathathu (enekhoyili yokushisa ngaphambili) ngesivinini esiphezulu/esimaphakathi/esiphansi sithi:
Ijubane eliphezulu 1797W, medium speed 1637W, low speed 1347W
Hlangana nezidingo zokushisa kuqala zomoya omusha.
Uhlelo lokusebenza(uphahla lubekwe)
