Feedback
Qvantum QA+ (QH indoor module) air/water heat pump is powerful and energy efficient and produces heating, cooling and domestic hot water. Qvantum's modern heat pump platform contains a patented integrated thermal battery. Q charge will be able to help optimize electricity prices by avoiding the highest and utilizing the lowest electricity hourly prices.
By combining the Q charge thermal storage with intelligent control of electricity prices, weather forecasts and expected consumption, economic optimization eCOP® will be ensured.
Qvantum's heat pumps are also prepared through flexready® to participate in the energy market's flexibility markets where you as an end customer can receive compensation by offering stabilization services to the electricity grid. Domestic hot water is produced with flow-through via a heat exchanger. This means that you avoid the risk of legionella and that you do not need different corrosion protection depending on water quality. The tank unit also has integrated support for active cooling.
The combination QA 9 + QH 175 is suitable for heating needs up to 7 kW. The combination QA 15 + QH 175 is suitable for heating needs up to 11 kW. The Qvantum QA air/water heat pump is available with an output of 9 kW and 15 kW. An educational user interface makes the heat pump easy to use, both for the installer and the user.
By combining the Q charge thermal storage with intelligent control of electricity prices, weather forecasts and expected consumption, economic optimization eCOP® will be ensured.
Qvantum's heat pumps are also prepared through flexready® to participate in the energy market's flexibility markets where you as an end customer can receive compensation by offering stabilization services to the electricity grid. Domestic hot water is produced with flow-through via a heat exchanger. This means that you avoid the risk of legionella and that you do not need different corrosion protection depending on water quality. The tank unit also has integrated support for active cooling.
The combination QA 9 + QH 175 is suitable for heating needs up to 7 kW. The combination QA 15 + QH 175 is suitable for heating needs up to 11 kW. The Qvantum QA air/water heat pump is available with an output of 9 kW and 15 kW. An educational user interface makes the heat pump easy to use, both for the installer and the user.
- Article number: 6253058
- Suppl. article no: 1003609
- Material class PEQ170
Technical data
- Height: 928 mm
- Width: 1287 mm
- Depth: 465 mm
- Weight: 150 kg
- Refrigerant pre-charge: 0.85 kg
- Degree of protection (IP): IPX4
- Type of refrigerant: R290
- Connection voltage: 3-400 V
- Device emplacement: Outdoor positioning
- Frequency: 50 Hz
- Heating capacity at 7/35 °C according to EN 14511: 8.38 kW
- Suitable for swimming pool water heating: No
- Modulating compressor: Yes
- External controller required: Yes
- Sofstarter built-in: Yes
- COP at 7/35 °C according to EN 14511: 3.96
- Suitable for hot tap water: Yes
- Sound performance level according to EN 12102 at 0/35 °C: 53.4 dB
- Number of phases: 3
- Regulation for buffer tank control: No
- Cascadable: No
- Suitable for active cooling: Yes
- Hot tap water control integrated: No
- Sound pressure level according to EN 12102 at 0/35 °C at 1 m distance: 48.4 dB
- Suitable for additional heating central heating: No
- Remote operation: Yes
- Data transfer via internet: Yes
- Data transfer via USB: No
- Room temperature control: No
- Regulation for central heating boiler control: No
- COPd at Tj = +7 °C: 4.66
- Data transfer via bus connection: No
- Fuse size of the device: 13 A
- Global warming potential (GWP): 3
- Cooling performance at 35/18 °C according to EN 14511: 1-12.81 kW
- Cooling performance at 35/7 °C according to EN 14511: 3-9.85 kW
- Modulation percentage: 33-100 %
- Energy efficiency class space heating (35 °C) at average conditions: A+++
- Energy efficiency class space heating (55 °C) at average conditions: A++
- Max. electric power input: 10.5 A
- SCOP low temperature application (35 °C) at average conditions: 4.92
- SCOP medium temperature application (55 °C) at average conditions: 3.67
- ηs, h (low temperature application (35 °C) at average conditions): 194 %
- ηs, h (medium temperature application (55 °C) at average conditions): 144 %
- Connection output system: Internal thread cylindrical BSPP-G (ISO 228-1)
- Nominal diameter output system: DN 20
- REACH Date: 2024-11-13
- REACH Information obligation: No