Heat Pump Hot Water Heater, Water Heater With Recirculating Pump
Commercial Heat Pump Water Heater/Chiller
Commercial Heat Pump Water Heater/Chiller
Commercial Heat Pump Water Heater/Chiller

Commercial Heat Pump Water Heater/Chiller

  • Main Features:
    • R32 or R410a
    • Monoblock or split type for option
    • Functions: heating/ cooling/domestic hot water
    • Copland compressor
    • Electronic expansion valve
    • High efficient FANTASTIC customized heat exchanger
    • Special design for anti-freezing and anti-frostingon the bottom of air exchanger
  • Applications:
    Residential and commercial hot water.
    Heating/cooling: house, apartment, villa, hotel, hospital, Spa, resorts, and so on.

Core Strengths


A heat pump water heater makes use of electricity to move heat from inside a room to an outside location rather than generating heat directly from the heat of the sun. As a result, they are significantly more energy efficient than standard electric heaters, which require the use of several furnaces and are consequently very expensive. The pump heats the water in the home immediately and then sends it to the exterior through pipes that are attached directly to the main plumbing line. This method cuts down on the need for a conventional furnace and consequently the installation costs.


The primary reasons why heat pump water heaters are so energy-efficient are their temperature-controlled operation and their use of space-saving designs. They can only be installed near a source of natural heat such as a geothermal heat pump or geothermal hot water system. If the system does not have a direct connection to a heat source, the designers of the system will usually recommend alternative options.


Some heat pump water heaters are designed to work well even in areas that do not receive a lot of sun rays. In other words, the water heat pump does not have to run continuously. On the contrary, they only come into play when they are needed. It is quite surprising how these devices can still perform well during the winter months when the sun is nowhere to be found. They may require a small amount of manual start-up and shut-down, but overall they are exceptionally energy-efficient.


When it comes to the design of heat pump water heaters, there is actually more space used by them compared to conventional refrigerant-based systems. A small condensing unit takes up less space because of its streamlined shape. These units are also known as dryers, because they turn the heat produced by the heat pump water heater into steam before being released into the atmosphere. The resulting steam can then be reused in other cooling applications.


Conventional air-source heat pump water heaters take up a lot of space because of their large size and need for ventilation. Moreover, air-source heat pumps are known to consume a lot of electricity, especially if there are multiple units within the same building. This means that heat pump water heaters may actually be more cost-effective in the long run because they consume a lesser amount of energy per unit.


Heat pump water heaters are ideal for providing excess heat in the winter season. If you live in an area where cold weather conditions are frequent, it would be advisable to get a desuperheater. However, before you go out and purchase one, make sure that you understand the advantages and disadvantages of using this equipment first.

Core Strengths


Heat pumps are mostly used to heat or cool the space, yet heat pumps can also be used to heat water, no matter for household, commercial, industrial or agricultural use as hot water heat pump.

Instead of generating heat directly, heat pump hot water heater makes use of electricity to transfer heat from one place to another, which makes it two to three times more energy saving and high efficient than the conventional electric water heater. Hot water heat pump works like a refrigerator in reverse in order to transfer the heat.

A refrigerator draws heat from its inside and puts it outside to the surrounding room air , whereas a hot water heat pump takes heat from the surrounding air and draws it into a tank to heat water to a higher temperature. You can purchase a heat pump hot water heater with recirculating pump as an integrated unit and with a hot water storage tank and back-up heating elements. If you have an existing conventional storage water heater, you can also choose to retrofit it with a heat pump hot water heater with a recirculating pump to work together.

Compared with conventional storage water heater, heat pump hot water system generally requires higher initial costs. But what's even more remarkable is that hot water heat pump system takes lower operating costs that are enough to offset its higher purchase and installation costs.

The following points should be carefully considered before you make your final decision to buy a heat pump hot water heating system: hot water volume demand, first-hour rating, energy efficiency, overall costs, etc.

One final issue we would like to suggest is proper installation and maintenance work for your heat pump hot water heating system which can help to optimize the energy efficiency of the system.

Proper installation lies on many different factors including climate, location, local building code requirements, safety issues and so on. Thus, it's best to ask a qualified contractor specializes in plumbing and heating field to install your heat pump professionally. When you are selecting a qualified professional, please pay attention to the following issues: ask for reference and request for cost estimates in advance, check the company from local better business bureau, check if the company obtains a local permit or understand local building codes.

Regular maintenance can also help to significantly extend the service life of your hot water heat pump water heater and minimize the efficiency loss after certain time operation. You can read some specific maintenance recommendations that the manufacturers specified in the owner's manual.

For more information on heat pump hot water system, contact us at any time. Fantastic™, a professional heat pump system factory always here to provide you reliable, professional, different, fantastic service.

  • Wide Heating Capacity Range

  • One Heat Pump with Multiple Use

  • High Efficient & Energy-Saving

  • Intelligent Curve Economical Control Mode

  • FANTASTIC Spiral Type High Efficient Heat Exchanger

  • Super-Heat Management

Wide Heating Capacity Range

The heating capacity of FANTASTIC water to water heat pump is up to 175kW and larger. Suitable for different size of project demands, no matter for household or commercial using.

Wide Heating Capacity Range

One Heat Pump with Multiple Use

FANTASTIC air to water heat pump can supply room heating /cooling and domestic hot water.

One Heat Pump with Multiple Use

High Efficient & Energy-Saving

FANTASTIC advanced heat pump technology can realize low operation cost. Electricity cost is only 75% of electric water heater.

High Efficient & Energy-Saving

Intelligent Curve Economical Control Mode

Intelligent working mode with winter heating curve control. According to the changes of outdoor ambient temperature, the heat pump will calculate and supply the most suitable water temperature automatically to save more energy and provide more comfortable and suitable heating /cooling.

Intelligent Curve Economical Control Mode

FANTASTIC Spiral Type High Efficient Heat Exchanger

FANTASTIC spiral type high efficient heat exchanger is with increased heat exchanger area to improve the heat transfer ability and evenly distribute over the surface of the copper, reducing water film, and improving efficiency.

FANTASTIC Spiral Type High Efficient Heat Exchanger

Super-Heat Management

FANTASTIC EVI heat pump increases the heating capacity and extends the operating life by TEV, and increases COP and limits the discharge temperature under safe level by EEV, and lower the defrosting time to make heat pump put more time on heating and more energy-saving.

Super-Heat Management
Air To Water  Heat Pump  Water Heater (Commercial Models)  
Model 1   FCD060T3 FCD080T3 FCD100T3 FCD120T3 FCD150T3 FCD200T3 FCD250T3 FCD300T3 FCD500T3
Rated Output Water L/h 450 600 750 900 1128 1500 1875 2250 3750
Heating Condition: Air DB 20℃/WB 15℃,water from 15℃to 55℃
Heating Capacity kW 21.0 28.0 35.0 42.0 52.5 70.0 87.5 105.0 175
BTU/h 71700 95600 119500 143400 179130 238900 298600 358300 597200
COP W/W 4.58 4.58 4.58 4.58 4.58 4.58 4.58 4.58 4.58
Input Power kW 4.59 6.11 7.64 9.17 11.46 15.28 19.10 22.93 38
Input Current A 7.0 9.3 11.6 13.9 17.4 23.2 29.0 34.8 58
Cooling condition: Air DB 35℃/--,water inlet:12℃,water outlet:7℃                    
Rated Cooling Capacity KW 15.0 20.0 25.0 30.0 37.5 50.0 62.5 75.0 125.0
BTU/H 51200 68300 85400 102400 127950 170600 213300 256000 426500
Rated Input Powe KW 5.26 7.02 8.77 10.53 13.16 17.54 21.93 26.32 43.86
Rated Input Current A 9.8 13.0 16.3 19.5 24.4 32.5 40.6 48.8 81.3
Rated Temp.Of Water Output   55
Power Supply V/PH/Hz 380/3/50 380/3/50 380/3/50 380/3/50 380/3/50 380/3/50 380/3/50 380/3/50 380/3/50
Noise dB(A) 55 58 59 62 65 65 66 68 70
Compressor   Scroll Scroll Scroll Scroll Scroll Scroll Scroll Scroll Scroll
Fan Direction   vertical vertical vertical vertical vertical vertical vertical vertical vertical
Water Flow Volume m3/h 3.5 5 6 7 9 12 15 18 30.1
Water Out let/Water In let inch 1" 1–1/4" 1–1/4" 1–1/4" 2" 2" 3" 3" 4"
Refrigerant Type   R32/R410A  

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