Master Therm AquaMaster Inverter Combi heat pump
- Energy efficienty
- R410a refrigerant
- Heating water temperature up to 64 °C
- Output up to 15 kW
- Online control
MAIN FEATURES
Ground source heat pump (New Gen R290)
Compact design for residential, commercial and industrial applications
World's unique range of heat pumps with R290 refrigerant
Total cascade power of more than 1100 kW
Excellent also for industrial cooling and waste heat recovery
Anti-legionella function from compressor only
INDUSTRIAL GRADE PERFORMANCE
Output up to 70 kW with a two-compressor solution, or 35 kW with a single-compressor unit. Designed to handle high demands with maximum efficiency.
Flexible installation options. Available also as a water-to-water heat pump. Ideally suited and ready for heat recovery applications in industrial settings.
Scalable power for large buildings. The system supports a total cascade power of more than 1100 kW.
Connectivity and Control
Product specifications
| Model | Performance at B0W35 | Thermal loss of the building Qz | Seasonal energy efficiency of heating at a 35 °C low temperature operation | Seasonal energy efficiency of heating at a 55 °C medium temperature operation | Order number (according to heating circuit control) | ||
|---|---|---|---|---|---|---|---|
| kW | kW | SCOP | Class | SCOP | Class | Regulation PLUS (pCO5) | |
| AquaMaster 45 Inverter P | 5–35 | up to 35 | 4.85 | A+++ | 3.79 | A++ | AQ45IP-311U |
| AquaMaster 90 Inverter P | 10–70 | up to 70 | 4.85 | A+++ | 3.79 | A++ | AQ90IP-311U |
Regulation PLUS (pCO5): Designed for multiple-circuit heating systems. 2 independent auxilliary heating circuits including mixing. 2-zone space temperature, up to 6 heating circuits.
How it works
Ground source heat pumps extract energy from the ground by means of a vertical or horizontal collector. Antifreeze circulates through the collector and removes ground heat. Thanks to the constant temperature of the ground, the heat pump has a stable source of energy throughout the year.
The heat extracted from the ground is then transferred to the building. The system achieves a seasonal efficiency up to 5.5 times higher than that of a conventional electric boiler.
References