About Us
Description
The CE EVI R32 30KW Heating Cooling DHW Heat Pump is a powerful, energy-efficient system designed to provide comprehensive climate control and hot water production for larger homes. Combining advanced
EVI technology with the eco-friendly R32 refrigerant, this heat pump offers exceptional heating, cooling, and domestic hot water (DHW) capabilities, making it an ideal solution for
year-round comfort in residential settings.
Advanced EVI Heating Cooling DHW Heat Pump
At the core of this system is the Enhanced Vapor Injection (EVI) technology, which significantly improves the heat pump's efficiency and performance, particularly in colder climates. The EVI system boosts
heating capacity and maintains high efficiency even when outdoor temperatures are extremely low, ensuring consistent and reliable heating during winter. This advanced technology makes the CE EVI R32 30KW
Heat Pump a robust choice for homeowners seeking dependable heating, cooling, and hot water solutions.
Comprehensive Heating and Cooling Pump Systems
This heat pump is designed as a comprehensive heating and cooling pump system, providing seamless temperature control throughout the year. Whether you need to heat your home during the cold months
or cool it down during the summer, this system delivers the performance you need. With a 30KW capacity, it’s particularly well-suited for larger homes or properties that require powerful and efficient climate control.
Efficient Heating and Cooling Heat Pump
The CE EVI R32 30KW Heat Pump is engineered to function as an efficient heating and cooling heat pump, offering the dual functionality of both heating and cooling in one unit. This versatility eliminates the need
for separate systems, simplifying installation and reducing overall costs. The system’s efficiency is further enhanced by the use of the R32 refrigerant, which has a lower global warming
potential (GWP) than traditional refrigerants, making it a more sustainable choice for home heating and cooling.
Energy Efficiency and Cost Savings
Energy efficiency is a central feature of the CE EVI R32 30KW Heat Pump. The EVI technology allows the system to perform efficiently even in extreme weather conditions, reducing the need for auxiliary heating sources.
This high level of efficiency translates into significant cost savings on energy bills, making it a smart investment for homeowners looking to lower their operational costs over time.
User-Friendly Operation and Control
This heat pump system is designed with user convenience in mind. The intuitive control panel allows homeownersto easily adjust settings for heating, cooling, and DHW production. The user-friendly interface provides
real-time feedback and simplifies the process of maintaining the ideal indoor climate, ensuring that your home remainscomfortable throughout the year. The system also includes smart features that optimize
performance based on current conditions, enhancing both efficiency and ease of use.
Durable and Long-Lasting Performance
Constructed with high-quality materials and engineered for durability, the CE EVI R32 30KW Heat Pump is built to last. Its robust design ensures reliable operation even under demanding conditions, making it a
dependable choice for long-term home heating, cooling, and hot water needs. The system’s durability also reduces the need for frequent maintenance, providing homeowners with peace of mind and consistent
performance over time.
Parameter
| QBKFXFC-030SRII | |||
| Heating Capacity (A7W35) | 30 kW | COP | 4.53 |
| Cooling capacity (A35W7) | 28 kW | EER | 2.95 |
| DHW (A20W55) | 35 kW | COP | 4.3 |
| Compressor | Panasonic | ERP(35℃) | A +++ |
| Refrigerant Type | R32 | Max Input Power | 17.4 |
| Power Supply | 380-415V 3N～ / 50Hz | Max Current （A） | 27 |
| Water flow (m³/h) | 6.02 | Water Port Size | DN32 |
| Pressure Loss（kPa） | 45 | Noise (dB（A)) | ≤62 |
| Dimension (W×D×H) | 1140*455*1580 mm | Packing Dimension (W×D×H) | 1260*520*1740 mm |
| N.W.( kg) | 170 | G.W.( kg) | 194 |
| Note: Due to product improvement, above datas are subject to change without prior notice, please take the name plate as standard. |
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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 cutting-edge heatpump 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.
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 R410A. 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.
40dB(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 ofthe 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.
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 thebottom of the outdoor heat exchanger during heating in winter,
and at the same time, the ice-water mixture left along the finscan be fully heated to a liquid state during defrosting. It is drained through the bottom drain hole to avoid poor heating effectcaused by the accumulation of frost at the bottom.