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Description
The 65℃ R32 70KW Heating Cooling Solutions for Businesses is an advanced, energy-efficient HVAC system designed to meet the demanding needs of commercial spaces. Combining powerful heating and cooling capabilities, this system offers businesses a reliable solution for maintaining optimal indoor temperatures throughout the year. With a focus on efficiency, sustainability, and performance, this heating air pump system is ideal for offices, hotels, retail spaces, and other commercial environments that require consistent climate control.
This 70KW system is engineered to provide both heating and cooling solutions for businesses, ensuring a comfortable environment in all seasons. The system can efficiently heat spaces up to 65℃, making it suitable for even the coldest climates, while its cooling features allow it to maintain optimal indoor temperatures during the hottest months. Whether you need to warm your space in winter or cool it in summer, this system delivers reliable and efficient performance.
At the core of this HVAC solution is an advanced heating air pump system that uses R32 refrigerant, known for its low environmental impact and high efficiency. This system extracts heat from the surrounding air to either heat or cool your commercial space, significantly reducing energy consumption compared to traditional heating and cooling methods. The use of R32 refrigerant also ensures that the system operates more efficiently, reducing operating costs and contributing to a lower carbon footprint.
The 65℃ R32 70KW system is designed to provide efficient heat and air distribution throughout your business premises. Its powerful output ensures that every corner of your space is evenly heated or cooled, eliminating cold spots or areas of discomfort. This efficient heat and air distribution not only enhances the comfort of your employees and customers but also helps to optimize energy usage, reducing waste and lowering utility bills.
In addition to its robust heating capabilities, this system also features advanced cooling capabilities, making it a versatile solution for year-round use. The cooling features heat pump technology that efficiently transfers heat out of your building during the summer months, keeping your indoor environment cool and comfortable. This dual functionality makes the system a comprehensive HVAC solution, eliminating the need for separate heating and cooling systems and simplifying maintenance and operation.
This 70KW system functions as a central HVAC heat pump, making it ideal for large commercial spaces that require consistent and reliable climate control. Its centralized design allows it to efficiently manage the heating and cooling needs of multiple rooms or areas within a building, ensuring that the entire space maintains a comfortable temperature. Whether you’re managing an office building, a hotel, or a retail store, this central HVAC heat pump provides the scalability and power needed to handle even the most demanding environments.
The use of R32 refrigerant in this system is a key feature that sets it apart from older HVAC solutions. R32 is a more environmentally friendly option, with a lower Global Warming Potential (GWP) than traditional refrigerants. This makes the 65℃ R32 70KW Heating Cooling Solutions for Businesses not only a highly efficient choice but also a more sustainable one, helping your business reduce its environmental impact while benefiting from advanced climate control technology.
The system is designed for easy integration into existing HVAC infrastructure, making installation straightforward whether you’re upgrading an older system or setting up a new one. Its modular design allows for flexible placement and scalability, ensuring that it can be tailored to fit the specific needs of your business. The installation process is efficient, minimizing downtime and allowing your business to quickly benefit from enhanced climate control.
Constructed with high-quality materials and advanced components, the 65℃ R32 70KW system is built to withstand the demands of continuous commercial use. Its robust design ensures long-term durability, reducing the need for frequent maintenance or replacements. This reliability makes it a smart investment for businesses looking to ensure consistent, year-round comfort with minimal operational interruptions.
The 65℃ R32 70KW Heating Cooling Solutions for Businesses offers a powerful and efficient HVAC solution for commercial environments. With its advanced heating air pump system, dual heating and cooling capabilities, and environmentally friendly R32 refrigerant, this system provides businesses with a reliable and sustainable way to maintain comfortable indoor temperatures throughout the year. Whether you’re managing a large office, retail space, or hospitality venue, this central HVAC heat pump delivers the performance, efficiency, and durability you need to keep your business running smoothly. Choose this system for a comprehensive and eco-friendly approach to commercial climate control.
Parameter
| BKFXFC-070UMII | |||
| Heating capacity (A7W35) | 70 kW | COP | 4.2 |
| Heating capacity (A-4W60) | 50 kW | COP | 2 |
| Ambient Temp. Range | -35～+43℃ | ||
| Compressor | Panasonic | ERP(35℃) | A +++ |
| Refrigerant Type | R32 | Max. Temp. (Outlet Water) | 65 ℃ |
| Power Supply | 380~420V 3N~50Hz | Max. Input Current(A) | 55 |
| Rated water flow (m³/h) | 12 | Size of buffer water side inlet | DN65 mm |
| Water side pressure loss（kPa） | ≤70 | Noise (dB（A)) | ≤70 |
| Dimension (W×D×H) | 2020x990x1950 mm | Packing Dimension (W×D×H) | 2200x1100x2200 mm |
| N.W.( kg) | 650 | G.W.( kg) | 655 |
| Note： 1. Rated heating condition：Dry bulb/Wet bulb = 7°C/ 6°C, inlet water temperature 30°C, outlet water temperature 35°C; 2. A-4W60 = Ambient temperature -4°C, Outlet water temp. 60°C. | |||
Details
Heating&Cooling&DHW 3 In 1
High Efficiency A+++ Energy Level
Targeting the European market, 3VF+ Series Air to Water Heat Pump is specially developed with the most
cutting-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.
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
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.
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.
