QBKFXFC-012SRI

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  • Description

The CE R32 12KW Air Source Heat Pump is a versatile and energy-efficient system designed to provide reliable heating and cooling for residential and commercial spaces. Utilizing advanced air source technology 

and the eco-friendly R32 refrigerant, this heat pump offers a sustainable solution for maintaining a comfortable indoor environment throughout the year. Whether you're looking to upgrade your current HVAC system 

or install a new one, the CE R32 12KW Air Source Heat Pump delivers optimal performance with minimal environmental impact.

Efficient Heating and Cooling with Air Source Technology

This 12KW Air Source Heat Pump is engineered to extract heat from the outdoor air and transfer it indoors, providing efficient heating during the colder months. In the summer, the system reverses the 

process, removing heat from the indoor air to cool your space effectively. The dual functionality of this heat pump ensures that your home or business remains comfortable year-round, without the need for separate 

heating and cooling systems. This all-in-one solution is not only cost-effective but also space-saving, making it an ideal choice for those looking to maximize efficiency in their HVAC setup.

Air Source Heat Pump

Eco-Friendly R32 Refrigerant for Sustainable Operation

The CE R32 12KW Air Source Heat Pump uses R32 refrigerant, a next-generation refrigerant known for its lower global warming potential (GWP) compared to traditional options. R32 is more efficient at transferring 

heat, which allows the heat pump to operate more effectively while consuming less energy. This results in lower operating costs and a reduced carbon footprint, making this heat pump an environmentally responsible 

choice for heating and cooling. By choosing a system that uses R32, you are contributing to the reduction of greenhouse gas emissions and supporting global efforts to combat climate change.

Advanced Electric Heat Pump AC System

The CE R32 12KW Air Source Heat Pump is not just a heating system; it also functions as an electric heat pump AC system. This means that it can cool your home or business just as efficiently as it heats it. The system’s 

advanced compressor technology allows for precise temperature control, ensuring that your indoor environment remains comfortable, regardless of the season. The electric heat pump cooling system is designed to 

operate quietly and efficiently, providing cool air throughout your space without the noise or high energy consumption associated with older air conditioning units.

Versatile Electric Air Source Heating System

As an electric air source heating system, the CE R32 12KW Heat Pump offers a reliable and energy-efficient solution for heating your space. The system is designed to operate efficiently even in low outdoor 

temperatures, making it suitable for a wide range of climates. Whether you’re heating a small home or a larger commercial space, this heat pump provides consistent and effective heat distribution, ensuring that 

every corner of your space remains warm and comfortable. The system’s electric operation also means that it can be easily integrated into existing electrical setups, simplifying installation and reducing upfront costs.

  • Parameter

QBKFXFC-012SRI
Heating Capacity (A7W35) 4.33~14.01 kW COP 4.03~5.28
Cooling capacity (A35W7) 3.5~9.94 kW EER 2.72~3.46
DHW (A20W55) 14 kW COP 4.3 
Compressor Panasonic ERP(35℃) A +++
Refrigerant Type R32 Max  Input Power 3.48
Power Supply 220-240V~ / 50Hz Max Current (A) 23
Water flow (m³/h) 2.06 Water Port Size DN25
Pressure Loss(kPa) 30 Noise (dB(A)) ≤47
Dimension (W×D×H) 1180×510×710 mm Packing Dimension (W×D×H) 1220×580×840mm
N.W.( kg) 90 G.W.( kg) 110
Note:
Due to product improvement, above datas are subject to change without prior notice, please take the name plate as standard.
  • Details

Heating&Cooling&DHW 3 In 1

Cooling in summer, heating in winter, optional wind panel, floor heating, domestic hot water, etc. at the end, convenient and flexible R32 full DC inverter EVI heat pump for  higher efficient house  heating/cooling and  

domestic hot water.

High Efficiency A+++ Energy Level

Targeting the European market, 3VF+ Series Air to Water Heat Pump is specially developed with the most utting-edge heat pump technology and modern design to meet stringent requirements for efficiency, 

stability and quietness. Not only does 3VF+ series use  R32 Refrigerant and full DC Inverter EVI technology, but also be rated with A+++  energy label. With top energy rating A+++  ,the unit is currently most energy  

efficient and can greatly reduce energy bills for customers.

electric heat pump ac system

High Efficiency Full DC Inverter Compressor

Adopt DC inverter compressor and DC brushless fan motor, which can realize 20%-120% stepless capacity adjustment. During operation, the speed of the compressor and fan can be automatically and 

intelligently adjusted according to the actual load demand of the user, so as to reduce the energy consumption of the compressor and fan , so that the unit operates at the optimal level and achieves the energy saving 

purpose of on-demand output.

R32 refrigerant, energy saving and environmental protection

R32 contributes greatly to the environment protection since R32 has a low GWP of 675 which is just 32% of R32. In the same heat pump system, with lower liquid density, the charge amount of R32 is less than 

that of R410A, which brings in higher economic efficiency. The heat needed to evaporate R32 is greater than that of R410A so that the required mass flow rate per unit is smaller and the COP is higher. 

We not only take care of your family but also contribute to protecting the earth.

46dB(A) Quiet Running

Thanks to the unique soundproof internal structure, the sound pressure of this type of Air to Water Heat Pump is kept to as low as 40dB(A) at 1 meter distance (Min. Flow).

Stable Running at -35°C  Ambient Temperature

Under low ambient Temperature, the performance of normal heat pumps will be limited. First, the heating ability, the lower the ambient temperature, the weaker the heating ability. Second, reliability, 

low temperature  environment will affect the stability of the machine and operation reliability. Third, the operating width and safety range will affect the performance of the heat pump. 

Thanks to the unique Inverter EVI technology, 3VF+ can operate efficiently at -35°C, maintain high COP and reliable stability.

electric heat pump cooling system

Controller with WIFI to realize APP remote setting. Convenient for installation and maintenance.

Independent intelligent remote control, online self-diagnosis function

- Remotely view the temperature and water level of the water tank and other parameter curve records and query, and control the water level and water temperature at the same time;

- Remote control of pipeline circulation, return water, antifreeze, defrost, etc.;

- Remotely monitor the working status, current, voltage, protection status and working mode of the pump set;

- Remotely switch the control mode of the water pump, and remotely/manually/automatically control the start and stop of the pump group;

- Fault information early warning and display, support various monitoring information, control information, alarm information, operation information storage and historical record query.

Automatic defrost mode + anti-secondary long ice technology

The outdoor unit adopts outdoor temperature sensor and heat exchanger temperature sensor to perform variable-parameter defrosting and accurately grasp the defrosting timing, which effectively  

solves the problem  of "no defrosting when there is frost, but defrosting without frost", and the amount of frost per unit time is significantly reduced. Only 1/3 of the normal defrost 

mode.At the same time, with the unique anti-secondary long-ice technology of AIROSD, it can ensure that there is no frost at the bottom of the outdoor heat exchanger during heating in winter, and at the same time, 

the ice-water mixture left along the fins can be fully heated to a liquid state during defrosting. It is drained through the bottom drain hole to avoid poor heating effect caused by the accumulation of frost at the bottom.