Air-to-water heat pump 70 kW SPLIT DC EVI
70 601 RON
Model AWHP70SDCE
- SPLIT model — with separate modules
- Function EVIHeating and cooling for areas up to 800 m².
- Ensures water heating up to +55°C … +60°C
- Refrigerant R32/R410,
- Operates at ambient temperatures from -25°C to +43°C.
MADE IN MOLDOVA.
1 in stock
Air-to-water heat pump 70 kW SPLIT DC EVI – Efficient solution for heating, cooling and hot water
What is EVI (Enhanced Vapor Injection) technology?
Important note
DC inverter compressors – intelligent control
Main advantages
Energy efficiency
COP coefficient of up to 4.3 and energy class A+++ for low consumption.
Low temperature performance
Stable operation down to -25°C thanks to EVI technology.
Ecological and sustainable
Control modern
Compatibility with smart home systems and control via mobile applications.
Technical specifications
Parameter | Value
Power | 24.81–71.5 kW
Heating area | 450–800 m²
Operating range | -25°C to +45°C
Refrigerant | R32 / R410
COP | up to 4.3
Zgomot | ~56 dB
Lifespan | up to 25 years
Main functions
– Efficient heating in the cold season
– Cooling for summer comfort
– Domestic hot water preparation
Why choose the 70 kW SPLIT DC EVI air-to-water heat pump model?
– Reduced energy consumption thanks to inverter technology
– Stable operation in difficult climatic conditions
– Reduced environmental impact
– Installation flexibility (SPLIT / Full Split )
– Long-term reliability
Investing in efficiency and comfort
This system uses renewable energy to reduce operating costs and carbon footprint.
It is a suitable choice for modern projects that require high performance and stability.
Conclusion
The 70 kW SPLIT DC EVI AWHP70SDCE air-to-water heat pump model offers an optimal balance between efficiency, durability and modern technology.
It is the ideal solution for heating, cooling and hot water in large residential and commercial applications.
Contact us for a personalized offer
Production in the Republic of Moldova
| Вес | 578 кг |
|---|---|
| Heat pump type | |
| Model | |
| Compressor | |
| Vapor injection | |
| Thermal power, kW | |
| Heating surface, m² | |
| Water temperature, ℃ |










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