Natural comfort
Frequency conversion air can use water system heating and cooling, water system heat exchange temperature difference is small, high evaporation temperature, soft temperature, moisture is not easy to lose, will not make people feel that the air is dry, there is no local cold, local hot, uneven cold and hot, sometimes hot and sometimes cold feeling. The heat capacity of the water system is large, the temperature difference of the defrosting water in winter is small, the indoor temperature is guaranteed, the heat exchange of the water system is carried out through the circulating water pump, the water temperature is stable, and the comfort level is high.
· High efficiency and energy saving
Frequency conversion air can use heat pump technology, heating input 1 electrical energy can get more than 2-4 free heat energy from the outdoor air environment, and then use these thermal energy to heat water, 1 electrical energy consumption is also used to heat water, so the thermal efficiency can reach more than 400%; Refrigeration using the reverse principle, and water system central air conditioning the same energy saving. The experimental data show that the cost of frequency conversion air is only 25% of that of electric floor heating and 45% of that of gas wall-hung furnace floor heating with the same area, so it is an ideal heating product at present.
· Safety and environmental protection
Frequency conversion air can adopt water and electricity separation design, the system is concentrated in the outdoor unit, no refrigerant leakage risk, water system operating pressure is low, small infiltration risk, leakage point is easy to detect, safety and environmental protection, no leakage hidden danger. The host is driven by a small amount of electric energy outdoors, and will not produce exhaust gas indoors, cause air pollution and affect health. There are no potential safety risks such as electricity leakage, air leakage, dry burning and explosion, and it is green and energy saving, safe and reliable.
The kinetic energy of subdivision, the water tank is free of washing for lifespan
Closed refrigerant system, safe and stable
Gold - aluminum condensation process rapid frost
Ship cabin positioning monitoring system, accurate detection of water temperature
Air source heat pumps series and application: Water heaters heat pump, swimming pool heat pumps, spa heaters, Radient/underfloor heating,cooling and hot water muldtifunction all in one heat pump
Application: swimming pool, household hot water, schools, restarants, Sauna, spas, day care center`````
We have various specifications and types of Renewable air to water heat pumps for houosehold For House Heating to offer, welcome to contact for furthder details
Triple supply parameters Cooling, heating and hot water functions | |||||
Item | KCHR-8I/BP Side wind | KCHR-13I/BP Side wind) | KCHR-15I/BP Side wind | KCHR-15II/BP (Out of the wind) | |
Rated voltage | 220V~50Hz | 220V~50Hz | 220V~50Hz | 380V 3N~50Hz | |
Cooling and heating | Nominal cooling capacity | 7.8kW(2kW-9kW) | 13kW(3kW-15kW) | 14.5kW(4kW-16.5kW) | 14.5kW(4kW-16.5kW) |
Nominal cooling power consumption | 2.77KW | 4.6KW | 5.27KW | 5.27KW | |
Nominal cooling(COP) | 2.81 | 2.82 | 2.75 | 2.75 | |
IPLV | 4.11 | 4.13 | 4.02 | 4.02 | |
Nominal heating capacity | 8.4kW(2.5kW-9.6kW) | 14kW(3.5kW-16kW) | 17kW(4.3kW-18.5kW) | 17kW(2.5kW-18.5kW) | |
Nominal heating power consumption | 2.78KW | 4.5KW | 5.6KW | 5.6KW | |
Heating | Nominal heating capacity | 6.8KW | 10.5KW | 13KW | 13KW |
Nominal heating power consumption | 1.75KW | 2.65KW | 3.3KW | 3.3KW | |
Nominal heating(COP) | 3.88 | 3.96 | 3.93 | 3.93 | |
Maximum operating current | 20A | 33A | 41A | 21A | |
Maximum power consumption | 4KW | 6.6KW | 7.9KW | 7.9KW | |
Rated water flow | 1.34m²/h | 2.24m²/h | 2.5m²/h | 2.5m²/h | |
Refrigerant/charge volume | R410A/1750g | R410A/4000g | R410A/4000g | R410A/4800g | |
noise | ≤54dB(A) | ≤56dB(A) | ≤57dB(A) | ≤58dB(A) | |
Water resistance | ≤14kPa | ≤15kPa | ≤21kPa | ≤21kPa | |
Maximum working pressure on low pressure/high pressure side | 4.5Mpa/0.15Mpa | 4.5Mpa/0.15Mpa | 4.5Mpa/0.15Mpa | 4.5Mpa/0.15Mpa | |
Allowable working pressure on suction/exhaust side | 4.5Mpa/0.15Mpa | 4.5Mpa/0.15Mpa | 4.5Mpa/0.15Mpa | 4.5Mpa/0.15Mpa | |
Anti-shock level | I | I | I | I | |
waterproof level | IPX4 | IPX4 | IPX4 | IPX4 | |
Unit size (l× w × h) | 1030×410×865(mm) | 1030×410×1390(mm) | 1030×410×1390(mm) | 820×780×1700(mm) | |
(Cold and warm) Caliber of inlet and outlet | DN25 | DN32 | DN32 | DN32 | |
(Hot water) Caliber | DN20 | DN25 | DN25 | DN25 | |
Application area | 60㎡ | 100㎡ | 110㎡ | 110㎡ |