Ilmoitukset:
1. Lämmityksen toimintakunto A: Ulkona kuiva pallo/märkä pallo 7℃/6℃, ulostuloveden lämpötila 45 ℃.
2. Lämmitys toimii B: Kuivapallo ulkona / märkä pallo -12℃/-14℃, menoveden lämpötila 41℃.
3. Jäähdytys toimii: Ulkona kuiva pallo/märkä pallo 35℃/24℃, menoveden lämpötila 7℃.
4. Malli, parameters and performance will be changed without notice due to the improvement of the product. Katso tietyt parametrit tuotteen tyyppikilvestä.

EVI-tekniikka, Vakaa käynti -35 ℃ ympäristön lämpötilassa ja 65 ℃ kuumassa vedessä
The special high efficiency and high compression ration compressor, yhdistettynä erittäin matalan lämpötilan EVI-teknologiaan, ei voi toimia vain normaalisti -35 ℃:ssa, mutta myös lämpöpumpun ulostuloveden lämpötila voi olla jopa 65 ℃, realizing the hot water output of high temperatur, meeting the needs of household hot water bath, ja lämmitystakuu kylmille alueille.

Large-sized fans and appropriate wind runner design are adopted, ja kompressoreille tehdään melunvaimennuskäsittely, luokkaa, cabinets etc by means of noise elimination, eristäytyminen, adsorption and other ways. Laitteidemme melu voi olla 42 dB.

The intelligent defrosting technology not only detects the change of outdoor ambient temperature in real time through the outdoor ambient temperature sensor, suction temperature sensor and evaporation pressure sensor, but also judges whether the unit needs to be the defrosting mode by monitoring the change of heat exchanger temperature in real time. Samaan aikaan, järjestelmä lisää älykkään sulatusjärjestelmän arvioimaan parhaan sulatusajan, to achieve the defrosting with and without frost. Improve defrosting efficiency to save power-consumption and improve confort.

Älykästä säädintä käytetään lämpöpumppuyksikön ja päätesovelluksen välisen kytkentäohjauksen toteuttamiseen toiminnan tehokkuuden parantamiseksi. WIFI-sovelluksen kautta, käyttäjät voivat käyttää laitteitaan älypuhelimillaan milloin tahansa ja missä tahansa.

1. Flexible Design of Water System, More Convenient Reconstruction

Water system: The water air conditioning system can be modified, added or deleted separately for the indoor unit or outdoor unit in the later period, making the design more flexible.

Fluorine system: the indoor and outdoor reconstruction of traditional fluorine system must be carried out at the same time, and the indoor unit cannot be added later.

2. The Matching of Indoor and Outdoor Units

Water system: any water terminals can be matched with the outdoor unit, without any restrictions, more flexible and independent.

Indoor and outdoor units must come from the same manufacturers. And the later maintenance and replacement are limited.

3. Installation Distance

Liquid water is used as the heat transfer medium inside the indoor units. There is almost no problem of air conditioning capacity decline caused by long connecting pipes. The performance is almost unaffected by the connecting length of water pipes, and the capacity loss is almost zero.

The refrigerant pipeline is used as the heat transfer medium, and the pipeline connection increases the resistance of refrigerant flow, which leads to the failure of compressor capacity and the attenuation of refrigeration capacity. Samaan aikaan, too high exhaust temperature may increase the amount of refrigerant, increase the cost and repair costs.

4. Investment

Air source heat pump: realize efficient cooling of fan coil in summer; Talvella, floor heating is realized. One set of equipment can meet two needs of families and reduce the investment in equipment in later stage.

Fluorine system central air conditioning+gas wall-mounted furnace: two sets of systems are required to realize air conditioning and floor heating, with high initial investment and complex system maintenance.