WIFI Control Full DC inverter Monoblock EVI AC Heat Pump
Product features
1.Separation of water and electricity, no leakage explosion risk of electric shock
2.-35°C efficient heating, A+++ energy saving, energy saving up to 70%.
3. 24 hours constant temperature circulation supply
4. Intelligent temperature control, stable outlet water temperature
5. Circulation pump works regularly, instant hot water without waiting
6. Clean air energy, low carbon and environmentally friendly
7. No need to install the return pipe, can achieve the function of water return
8. Strong adaptability, personalized customization
Product Description
The unit can operate normally within the temperature range of -35C~48C;
Noise Reduction Technology And Intelligent control
develop noise reduction technology and utilizes intelligent control systems. These systems actively monitor the frequency converter and adjust its operation to minimize noise generation
Product Parameters
| Product Model | DKFXRS-18II-HBC |
| Rated heating capacity (A7 W41) | 20kw |
| Rated Input Power | 4.74kw |
| Performance parameters (COP) | 3.8 |
| Nominal heating capacity (A-12W41) | 14.8kw |
| Nominal Input Power | 6.27kw |
| Coefficient of performance COP/IPLV | 2.36/2.65 |
| Rated cooling capacity (A35 W7) | 14.2kw |
| Rated power | 5.26kw |
| Performance parameter COP | 2.7 |
| Rated voltage/frequency | 3N~380V 50Hz |
| Refrigerant | R290/R32/R410A |
| Maximum operating power | 7.98kw |
| Maximum operating current | 36A |
| Circulating water flow | 2.6m³/h |
| Circulating water pipe diameter | DN25 |
| Unit external dimensions (mm) | 1100*410*1410 |
| Noise | 66db(A) |
| Net weight | 145kg |
FAQ
Q: What is the difference between air energy and air conditioning, air conditioning is not expensive, why is air energy so expensive?
A: The heating principles of air energy and air conditioning are opposite. First, the compressor in the internal components of air energy uses a special compressor for heat pumps; second, the maximum pressure in the air conditioning system is 18, and the maximum pressure of the heat pump is more than 28, so The heat pump copper tubes are much thicker than the air conditioner copper tubes; thirdly, the maximum temperature that the air conditioner in the system can withstand generally does not exceed 40 degrees, while the air energy can reach at least 60 degrees, so the heating requirements are quite high.It can be seen from this that the requirements for air energy components are much higher than those of air conditioners, so the cost is also higher than that of air conditioners.