
BoxAir Inverter P heat pump
- Energy Efficiency
- R290 Refrigerant
- Heating Water Temperature up to 75 °C
- No Ducts Needed
- Output from 1 to 25 kW
- Online Control & 24/7 Remote Monitoring
MAIN FEATURES
Unmatched price/performance ratio for commercial and industrial applications (office buildings, factories, warehouses, schools, hotels, sports facilities, etc.)
All-in-one unit – simple installation, no indoor unit required
Integrated MasterLAN software – up to 16 units can be configured and connected to manage power cascades of hundreds of kW
BUILT TO PERFORM, DESIGNED TO LAST
Simple installation, no indoor unit required. Ensures a faster return on investment.
BoxAir 90 IP provides output of up to 50 kW, making it the most powerful air-to-water unit in the Master Therm range (BoxAir 60 IP offers 35 kW).
Integrated MasterLAN software: Up to 16 units can be easily configured and connected to control power cascades of hundreds of kW.
Elevating Ventilation Standards
PRODUCT SPECIFICATIONS
Model | Design | Performance at A7W35 |
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 | Maximum Heating Water Temperature |
Order Number (According to Heating Circuit Control)
+ Pricing * |
||
---|---|---|---|---|---|---|---|---|---|
kW | kW | SCOP | Class | SCOP | Class | °C | Regulation PLUS (pCO5) | ||
BoxAir 60 Inverter P | Compact | 7–30 | Up to 25 | 4.89 | A+++ | 3.73 | A++ | 75 | BA60IP-311U |
BoxAir 90 Inverter P | Compact | 12–50 | Up to 40 | 4.68 | A+++ | 3.55 | A++ | 75 | BA90IP-311U |
Regulation PLUS (pCO5): Designed for multiple-circuit heating systems. 2 independent auxiliary heating circuits including mixing. 2-zone space temperature, up to 6 heating circuits.
HOW IT WORKS
Air-to-water heat pumps operate on the principle of extracting heat from the surrounding air, which can often be several degrees Celsius below zero. The heat collected from the environment is then transferred by the heat pump to the heating water that warms the building or is used to produce hot water. The system achieves seasonal efficiency up to 4.5 times greater than a traditional electric boiler, resulting in significant energy savings.
References