• 6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater
  • 6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater
  • 6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater
  • 6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater
  • 6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater
  • 6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater

6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater

Certification: RoHS, CB, CCC, ISO9001, CE
Working Medium: R32
Heat Source Type: Air Source Heat Pump
Cop: 5.89
Noise: 46 ~ 50 dB (a)
Compressor: Mitsubishi
Samples:
US$ 1550/Piece 1 Piece(Min.Order)
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Basic Info.

Model NO.
AH12DCR-R32
Compressor Type
Twin Rotary
Max.Water Temperature
60 Degrees Celsius
Running Temperature Range
-25 ~ 43 Degrees Celsius
Transport Package
Carton
Specification
6kw ~ 19kw
Trademark
Palm
Origin
Guangzhou, China
HS Code
8418612090

Product Description

Nowadays, due to the constant rise in oil and gas prices, there is an increasing need for energy efficient products that provide greater savings to users. Heat pumps offer a very efficient and cost-effective way to heat homes, replacing
boilers that use gas or other fossil fuels.
Most of homes and hotels use conventional and energy-inefficient systems such as gas boilers or furnace  in order to produce room heating, and domestic hot water. 
Main advantages of using a heat pump compared to a boiler:
• Energy upgrading of buildings
• Energy efficiency and operating cost reductions up to 70%
• Return on investment approximately within 3 years

Main advantages of using a heat pump compared to a central solar field:
• Faster return of investment
• Less space required
• Less need for maintenance
• Smaller volume of hot water storage tanks and hence less space for boiler rooms
Solustions by Palm DC Inverter Heat Pump

• Specifically designed for heating applications Nominal capacity from 9kW to 19kW
• Energy Label A+++
• Maximum water temperature 60°C
• Guaranteed operation without the performance reduction nor the temperature of the produced water, for ambient temperatures up to 43°C
• Choice of anti-corrosion protection
• External heat source control
• Master-slave units factory-installed parallel operation
• Pro Dialog Plus controller with liquid crystal display
• Communication with MODBUS systems


Features 
6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater

6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater

6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater
Application

6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater
Application with solar for room heating and DHW

6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater

High quality components 
6kw, 9kw, 12kw, 16kw, 19kw High Cop a+++ R32 DC Inverter Air to Water Heat Pump with Heating Cooling Hot Water Heater
Technical Data 
Models   Air temp/outlet water temp AH6DCR-R32 COP AH9DCR-R32 COP AH12DCR-R32 COP AH16DCR-R32 COP AH19SDCR-R32 COP
Heating capacity/Power input (KW) at A20/W35°C  8.44/1.41 5.99 12.1/2.02 5.99 16.32/2.77 5.89 21.88/3.66 5.98 25.4/4.5 5.64
at A7/W35°C  6.21/1.26 4.93 8.9/1.81 4.92 12/2.5 4.8 16.3/3.34 4.88 18.7/4.06 4.61
at A7/W45°C  5.91/1.48 3.99 8.46/2.12 3.99 11.29/3.08 3.67 15.31/3.88 3.95 17.78/4.75 3.74
at A2/W35°C  5.56/1.22 4.56 7.97/1.76 4.53 10.8/2.44 4.43 14.49/3.23 4.49 16.8/3.97 4.23
at A2/W45°C  5.32/1.45 3.67 7.61/2.07 3.68 10.16/3.01 3.38 13.78/3.8 3.63 16/4.65 3.44
Cooling Capacity/Power input(KW) at A35/ W18ºC 6.35/1.6 3.97 8.1/2.08 3.89 11/3.12 3.53 15.6/4.3 3.63 16.6/4.5 3.69
at A35/W7ºC 4.9/1.65 2.97 5.9/2 2.95 8.1/2.83 2.86 11.4/4 2.85 12/4.2 2.86
Compressor   Mitsubishi   Mitsubishi   Mitsubishi   Mitsubishi   Mitsubishi  
Max.currentt                           (A) 13   13   19   25   9  
Electric supply 230V/50-60Hz 230V/1Phase or 400V/3Phase 50~60HZ
Max.water temperature            ( oC) 60
Running temperature range      (oC) -25 ~ 43
Refrigerant circuit Refrigerant R32
DC Inverter compressor(s) Twin Rotary
Heat exchange Copper and Hydrauphilic Aluminum Fin
Air flow     (m3/h) 2100   2400   2900   5600   5600  
Water circuit Heat exchanger Plate heat exchanger      
In/Out pipe DN25(1'')   DN25(1'')   DN32
Water flow  (m3/h) 0.8   ≥1.2   1.8   ≥2.3   ≥2.3  
permitted pressure ≤0.8MPa
Unit dimensions   WxHxD   (mm) 1115*710*425   1115*710*425   1115*960*425   1115*1280*425   1115*1280*425  
Pacage dimensions   WxHxD   (mm) 1160*860*520   1160*860*520   1160*1110*520   1160*1440*520   1160*1440*520  
Net weight                               (Kg) 90   90   105   140   140  
Gross weight                            (Kg) 102   102   115   150   150  
Noise level                             (dB(A)) 46   46   50   52   52  
Loading quantity for 20'/40' 44/88   44/88   44/88   22/44   22/44  
 

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