MAIN FEATURES
All-in-one unit – significant savings on installation time and costs
Output up to 48 kW (B0W35)
Minimal space required – plant room of only 0.4 m2
BUILT TO PERFORM, DESIGNED TO LAST
Output up to 48 kW. Perfect for low-carbon & sustainable private properties or family houses as well as commercial and industrial buildings.
Unique compact design with minimal installation space (0.4 m2) required.
Grey RAL 9006 as standard.
Elevating Heating Standards
Product Specifications
| Model | Performance at B0W35 | Thermal Loss of the Object 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 & Hot Water Temperature | Order Number (According to Heating Circuit Control) | |||
|---|---|---|---|---|---|---|---|---|---|
| kW | kW | SCOP | Class | SCOP | Class | °C | STANDARD | PLUS | |
| AquaMaster Inverter 17I | 1-5 | Up to 5 | 4.58 | A+++ | 3.46 | A++ | 75 / 65 | 1AQ17I-0 | 1AQ17I-1 |
| AquaMaster Inverter 22I | 2-7 | Up to 7 | 4.72 | A+++ | 3.58 | A++ | 75 / 65 | 1AQ22I-0 | 1AQ22I-1 |
| AquaMaster Inverter 26I | 3-9 | Up to 9 | 4.94 | A+++ | 3.81 | A++ | 75 / 65 | 1AQ26I-0 | 1AQ26I-1 |
| AquaMaster Inverter 30I | 4-12 | Up to 12 | 4.92 | A+++ | 3.82 | A++ | 75 / 65 | 1AQ30I-0 | 1AQ30I-1 |
| AquaMaster Inverter 37I | 5-15 | Up to 15 | 5.10 | A+++ | 3.97 | A+++ | 75 / 65 | 1AQ37I-0 | 1AQ37I-1 |
| AquaMaster Inverter 45I | 7-22 | Up to 22 | 5.10 | A+++ | 3.96 | A+++ | 75 / 65 | 1AQ45I-0 | 1AQ45I-1 |
| AquaMaster Inverter 60I | 7-35 | Up to 24 | 5.06 | A+++ | 3.99 | A+++ | 75 / 65 | 1AQ60I-0 | 1AQ60I-1 |
| AquaMaster Inverter 90I | 10-48 | Up to 48 | 4.90 | A+++ | 3.96 | A+++ | 75 / 65 | 1AQ90I-0 | 1AQ90I-1 |
Regulation STANDARD (μPC): Designed for single-circuit heating systems. No auxiliary heating circuit, 1-zone space temperature, 1 heating circuit.
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
Ground-to-water heat pumps extract energy from the ground through a vertical or horizontal collector. Antifreeze circulates through the collector and absorbs heat from the ground. Thanks to the constant temperature of the ground, the heat pump has a stable energy source year-round. The heat extracted from the ground is then transferred to the building. The system achieves seasonal efficiency up to 5.5 times greater than that of a conventional electric boiler.
Heat pump control
References
