FoxAir Blue Line 8 kW Monoblock Heat Pump R32 1PH BL-8-1 | Heating + Cooling | New

Efficient heating & cooling with modern inverter technology!
The FoxAir Blue Line 8 kW Monoblock Heat Pump (BL-8-1) is the perfect solution for energy-efficient buildings. Ideal for new construction & renovation – with environmentally friendly R32 refrigerant.

Blue Line 8 kW 1PH (BL-8-1) Monoblock R32 Heat Pump

The single-phase FoxAir 8kW heat pump from the BLUE LINE series is a monoblock unit. The product comes from the renowned manufacturer Foxair. It is one of the leading companies on the world market specializing in the development of solutions for renewable energy sources. The heat pump has the highest energy efficiency class A+++, which makes it extremely efficient and economical in electricity consumption, significantly reducing energy consumption. The air-to-water heat pump uses the thermal energy of the air to heat or cool water, making it an efficient solution for heating and air conditioning systems in buildings.

The FoxAir 8 kW air-to-water heat pump is a single-phase monoblock unit. Equipped with a DC inverter and EVI technology, it allows precise control of heating and cooling power, adapted to the current needs of the building. This simplifies installation and operation, both during installation and subsequent service work. Thanks to an innovative electronic valve with expansion function, the FoxAir Blue Line heat pump can start immediately and regulate the refrigerant flow, leading to quick commissioning and startup.

Technical Data

• Power supply 220–240 V ~/ 50 Hz
• Protection class IPX4
• Heating mode (7/6 °C, 30/35 °C)
• Heating power (kW) 2.88 – 8.20
• Power consumption (kW) 0.54 – 1.84
• COP (A7W35) 4.46 – 5.33
• Heating mode (2 °C, 30/35 °C)
• Heating power (kW) 2.45 – 6.54
• Power consumption (kW) 0.52 – 1.84
• COP (A2W35) 3.55 – 4.71
• Cooling mode (35/24 °C, 12/7 °C)
• Cooling power (kW) 1.56 – 6.00
• Power consumption (kW) 0.63 – 2.36
• Current consumption (A) 2.74 – 10.3
• Efficiency
• SCOP +35 °C (according to EN14825, according to EU) 4.96
• SCOP +55 °C 3.47
• Performance data
• Maximum electrical power (kW) 2.9
• Maximum current (A) 13
• Water data
• Flow rate (m³/h) 1.0
• Internal pressure loss (kPa) 40
• Circulation pump head (kPa) 90
• Refrigerant / Fill quantity R32 / 1.1 kg
• CO₂ equivalent (t) 0.74
• Noise level
• Sound pressure (1 m) dB(A) 41
• Sound power (EN 12102) dB 58
• Mechanical data
• Weight (net) 90 kg
• Dimensions (L × W × H mm) 1167 × 407 × 795
• Shipping dimensions (mm) 1300 × 485 × 940
• Compressor Panasonic
• Circulation pump SHIMGE
• Operating temperature range −25 °C – +43 °C
• Fan 1 × DC motor (55 – 105 W, 300 – 600 rpm)
• Water connection 1″
• Recommended fuse C16A
• Housing material Galvanized steel sheet + ASA

🔧 Technical Highlights

• ✅ Power: 8 kW
• ✅ Design: Monoblock (no split system required)
• ✅ Power connection: 1-phase (230V)
• ✅ Refrigerant: R32 (environmentally friendly & efficient)
• ✅ Function: Heating + Cooling + Hot water possible
• ✅ Inverter technology for optimal efficiency
• ✅ Quiet operation
• ✅ Compatible with underfloor heating & radiators

💡 Advantages at a glance

✔ Low operating costs due to high efficiency
✔ Ideal for single-family homes
✔ Future-proof heating solution
✔ Easy installation

📦 Scope of delivery

• FoxAir Blue Line 8 kW Heat Pump (BL-8-1)
• Operating manual
• (Optionally add: accessories / hydraulic modules etc.)

📊 Condition

🆕 New goods – original packaging

🚚 Shipping

• Freight forwarding Europe-wide
• Collection possible by arrangement

Important note!

The installation and commissioning of the devices must be carried out exclusively by specialist personnel. In the event of a complaint, professional installation/commissioning by qualified specialist companies (specialist contractor certificate and special qualification) must be proven. If no proof is provided, all warranty and guarantee claims will expire.

Technical changes and errors reserved! Subject to prior sale! Illustration similar!

Refrigerant leaks contribute to climate change. Refrigerants with a lower global warming potential (GWP) contribute less to global warming in the event of a leak than those with a higher GWP. A leak of 1 kg of this refrigerant would therefore have a greater impact on global warming, proportional to the refrigerant's GWP value, than 1 kg of CO2, over a period of one hundred years. Do not attempt any work on the refrigeration circuit or disassemble the unit – always consult qualified personnel.

FoxAIR ul. Stanisława Konarskiego 18C 44-100 Gliwice phone: +48 727 012 921 email: info@fox-air.pro www.fox-air.pro