Haier R134A Commercial/Domestic/Residential Heating System Electric Full Inverter All in One Monoblock Evi DC Air to Source Air to Hot Water Heater Heat Pump

Haier R134A Commercial/Domestic/Residential Heating System Electric Full Inverter All in One Monoblock EVI DC Air to Source Air to Hot Water Heater Heat PumpProduct ParametersModel HP80M5 HP110M5HP150M5 Installation Vertical wall-hung/ducted Vertical wall-hung/ducted Vertical wall-hung/ducted Tank volume(L) 82 102 149 Rated voltage/frequency(V/Hz) 220-240V/50Hz 220-240V/50Hz 220-240V/50Hz Tank rated pressure(bar) 8 8 8 Extra exchanger design/area No No No Corrosion protection Magnesium anode Magnesium anode Magnesium anode Water proof grade IPX4 IPX4 IPX4 Assembled System Electric backup power(W) 1200 1200 1200 Average input-heat pump only(W) 240 240 240 Maximum input-heat pump only(W) 350 350 350 Maximum power input(W) 1550 1550 15500 Default temperature setting(°C) 55 55 55 Temperature setting range with heater(°C) 35-75 35-75 35-75 Temperature setting range heat pump only(°C) 35-65 35-65 35-65 Refrigerant type/Weight (kg) R134A/0.45 R134A/0.45 R134A/0.46 Ozone Depletion Potential(ODP) 0 0 0 Global Warming Potential (GWP) 1430 1430 1430 Noise power dB(A) 50 50 50 Working temperature-heat pump only(°C) -7-45°C -7-45°C -7-45°C Working temperature-system(°C) -7-45°C -7-45°C -7-45°C Performance Type of extraction Exterior Exterior Exterior COP@7°C(EN16147) 2.86 2.74 3.14 COP@14°C(EN16147) 3.17 3.19 3.58 Heating up time (h)(@7°C) 4h58 6h35 10h29 Heating up time (h)(@14°C) 4h09 5h23 8h28 Tapping cycle (EN16147) M M L Standby power input/ Pes(W)(@7°C) 20 20 21 Maximum volume of usable hot water(L)V40(EN16147) 109 137 193 Water heating energy efficiency class (ERP) A+ A+ A+ Dmensions and connections Water outlet connection G1/2"M G1/2"M G1/2"M Water intlet & Drain connection G1/2"M G1/2"M G1/2"M Safety valve connection G1/2"M G1/2"M G1/2"M Product Dimensions (D*W*H mm)(tank unit/external unit) 492*537*1170 492*537*1320 492*537*1680 Packing Dimensions (D*W*H mm)(tank unit/external unit) 587*587*1247 587*587*1397 587*587*1764 Gross weight(kg) 59 64 89 Net weight(kg 51 55 67 Load qty.40HQ 160 80 80 *The COP and noise level data was tested in Haier lab.   Our Advantages  1.Wide RangeDHA output temperature from 35°c to 65°c, the working temperature is from -7°c to 45°c, enjoy happy and safe shower for 365 days.2.Energy Saving Haier focus on energy saving and its heat pump achieve the highest level of A+ in EU, also NF performance is 3 stars.3.High efficiency condenserFull-divisional super conductive condenser with multiflow circuit, it can reduce the flowing resistance and lower the compressor energy consumption to get higher thermal efficiency. The contact area is bigger and fit seamlessly to the tank, which has faster heating speed.4.UMC Inner TankCommercial level UMC tank, exclusive design for water heater, it has longer service life and stable heating performance.·Professional quality: Haier upgraded enamel technology to increase the uniformity and make the high density enamel tank which isresistant to corrosion, acid, alkali and very durable;·Advanced formula: taking use of high quality enamel powder (made in USA) and upgrade the formula to eliminate the pinhole, the granule weight will be lighter and the anti-corrosion performance will be better;·Production technology: the enamel material is melting by super high temperature, the enamel layer will isolate the water and steel plate to prohibit rust and scale. The tank will have longer service life.5.Easy OperationThe user can choose vacation mode which will save cost. The heat pump will not work under vacation mode and it can automatically heat the water to 65°c one day before the vacation ends. This function can sterilize the tank and make sure the user can enjoy healthy water.Step 1.The refrigerant fluid crosses the evaporator and absorbs the heat from the air drawn in by the fan. This process ensures the refrigerant changes state from a liquid to a gas through evaporation.Step 2. The compressor pressurises the refrigerant gas, which causes it to increase in temperature.Step 3.The refrigerant fluid loses further pressure and temperature by passing through the expansion valve causing it to completely return to its original state, It will be working by this recycle.Step 4. From the condenser, the refrigerant gas transfers its heat to the water, which circulates into the home. This exchange process causes the refrigerant to cool down as it transfers the heat and forces it to return to a partial liquid state.1.Smart defrostSmart defrost system, lower the energy consumption and increase the working efficiency.2.Electricity cost savingOptimized electric control solution, enjoy the low power by PV/HC.3.Low noisePatented ventilation structure and high efficiency fan, make sure the user can enjoy a quiet environment.4.High class tankCommercial class 3 layer inner tank, more durable and resistant to acid, alkali and corrosion.5.