Highlights
Combines a high quality compressor and fully variable DC inverter motor to deliver an exceptional average COP of 16.2. You get maximum heating power with minimal energy consumption
Built to operate in temperatures as low as -15°C, allowing for true year round pool use. Features versatile Auto, Heat and Cool modes with a heating range up to 40°C and a smart automatic defrost system
Manage your pool temperature easily via smartphone using the Smart Life app. Tailor your heating with three distinct operating modes: Boost for fast heating, Smart for daily efficiency, and Silent (with a built-in night timer) for quiet running
Engineered for longevity with a robust, corrosion resistant ABS casing with a waterproof flush fitted LCD controller and a premium titanium heat exchanger that is fully compatible with both chlorine and salt water pools
Offers an option for most pool sizes, from convenient plug & play models (iX7 to iX15) featuring a pre-fitted mains plug, up to powerful twin fan models (iX31 and iX40) for larger capacities
Provides total peace of mind with a comprehensive two year parts and labour warranty, backed by an extended seven year parts warranty on the compressor and heat exchanger, alongside UK based spares and service support
Included
50mm/1½ inch female glue water connection unions
Manual
Rubber isolating feet
Condensate hose and elbow
Winter cover (iX7 to iX25 only)
Sizing
Learn more with our handy sizing guide, find out what kW heat pump you require for your pool or pond
Specifications
Heating Capacity A27/W27 |
4.3~8.5kW |
Power Input A27/W27 |
0.45~1.16kW |
COP A27/W27 |
7.35~16.60 |
Heating Capacity A15/W26 |
2.35~5.65kW |
Power Input A15/W26 |
0.43-1.11kW |
COP A15/W26 |
5.07~8.16 |
Max. Power Input |
1.9kW |
Max. Current |
8.5A |
Minimum Fuse (C Type MCB) |
Mains cable and UK plug fitted |
Voltage |
230V |
Refrigerant |
R32 |
Noise Level (10m) |
<29dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
760mm x 377mm x 544mm |
Weight |
36Kg |
Nominal flow |
3~5m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Heating Capacity A27/W27 |
5.85~11.50kW |
Power Input A27/W27 |
0.62~1.42kW |
COP A27/W27 |
8.10~17.55 |
Heating Capacity A15/W26 |
5.25~7.90kW |
Power Input A15/W26 |
0.56~1.42kW |
COP A15/W26 |
5.58~8.55 |
Max. Power Input |
2.8kW |
Max. Current |
12.5A |
Minimum Fuse (C Type MCB) |
Mains cable and UK plug fitted |
Voltage |
230V |
Refrigerant |
R32 |
Noise Level (10m) |
<29dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
760mm x 377mm x 544mm |
Weight |
39Kg |
Nominal flow |
4~6m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Heating Capacity A27/W27 |
5.6~14.75kW |
Power Input A27/W27 |
0.79~2.04kW |
COP A27/W27 |
7.23~17.53 |
Heating Capacity A15/W26 |
4.32~10.75kW |
Power Input A15/W26 |
0.72~2.06kW |
COP A15/W26 |
5.22~8.55 |
Max. Power Input |
3.5kW |
Max. Current |
15.5A |
Minimum Fuse (C Type MCB) |
Mains cable and UK plug fitted |
Voltage |
230V |
Refrigerant |
R32 |
Noise Level (10m) |
<29dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
870mm x 418mm x 653mm |
Weight |
48Kg |
Nominal flow |
6~8m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Heating Capacity A27/W27 |
9.62~19.43kW |
Power Input A27/W27 |
1.13~2.67kW |
COP A27/W27 |
7.28~17.05 |
Heating Capacity A15/W26 |
6.13~14.15kW |
Power Input A15/W26 |
0.95~2.54kW |
COP A15/W26 |
5.57~8.25 |
Max. Power Input |
4.4kW |
Max. Current |
19.5A |
Minimum Fuse (C Type MCB) |
25A |
Voltage |
230V |
Refrigerant |
R32 |
Noise Level (10m) |
<30dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
1020mm x 443mm x 708mm |
Weight |
62Kg |
Nominal flow |
8~10m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Heating Capacity A27/W27 |
11.61~21.85kW |
Power Input A27/W27 |
1.35~3.04kW |
COP A27/W27 |
7.20~17.02 |
Heating Capacity A15/W26 |
7.15~16.15kW |
Power Input A15/W26 |
1.08~3.04kW |
COP A15/W26 |
5.31~8.20 |
Max. Power Input |
4.7kW |
Max. Current |
21A |
Minimum Fuse (C Type MCB) |
32A |
Voltage |
230V |
Refrigerant |
R32 |
Noise Level (10m) |
<30dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
1020mm x 443mm x 708mm |
Weight |
63Kg |
Nominal flow |
9~11m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Heating Capacity A27/W27 |
14.15~26.25kW |
Power Input A27/W27 |
1.79~5.26kW |
COP A27/W27 |
7.01~16.22 |
Heating Capacity A15/W26 |
10.25~19.67kW |
Power Input A15/W26 |
1.52~3.92kW |
COP A15/W26 |
5.02~8.01 |
Max. Power Input |
5.4kW |
Max. Current |
24A |
Minimum Fuse (C Type MCB) |
32A |
Voltage |
230V |
Refrigerant |
R32 |
Noise Level (10m) |
<30dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
1020mm x 443mm x 708mm |
Weight |
65Kg |
Nominal flow |
11~13m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Heating Capacity A27/W27 |
18.75~31.01kW |
Power Input A27/W27 |
2.15~4.55kW |
COP A27/W2 |
7.79~15.01 |
Heating Capacity A15/W26 |
14.62~22.55kW |
Power Input A15/W26 |
1.87~4.25kW |
COP A15/W26 |
5.91~8.03 |
Max. Power Input |
5.6kW |
Max. Current |
25A |
Minimum Fuse (C Type MCB) |
32A |
Voltage |
230V |
Refrigerant |
R32 |
Noise Level (10m) |
<45dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
1170mm x 469mm x 1389mm |
Weight |
119Kg |
Nominal flow |
13~15m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Heating Capacity A27/W27 |
21.63~40.45kW |
Power Input A27/W27 |
2.85~7.06kW |
COP A27/W27 |
7.01~15.01 |
Heating Capacity A15/W26 |
18.5~29.56kW |
Power Input A15/W26 |
2.35~6.25kW |
COP A15/W26 |
5.21~8.01 |
Max. Power Input |
7.9kW |
Max. Current |
35A |
Minimum Fuse (C Type MCB) |
40A |
Voltage |
230V |
Refrigerant |
R32 |
Noise Level (10m) |
<45dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
1170mm x 469mm x 1389mm |
Weight |
131Kg |
Nominal flow |
17~19m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Heating Capacity A27/W27 |
18.78~31.07kW |
Power Input A27/W27 |
2.13~4.58kW |
COP A27/W27 |
7.96~15.02 |
Heating Capacity A15/W26 |
14.79~23.10kW |
Power Input A15/W26 |
1.93~4.28kW |
COP A15/W26 |
6.20~8.05 |
Max. Power Input |
5.8kW |
Max. Current |
9.5A |
Minimum Fuse (C Type MCB) |
16A |
Voltage |
400V 3~ |
Refrigerant |
R32 |
Noise Level (10m) |
<45dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
1170mm x 469mm x 1389mm |
Weight |
119Kg |
Nominal flow |
13~15m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Heating Capacity A27/W27 |
21.57~40.43kW |
Power Input A27/W27 |
2.83~7.02kW |
COP A27/W27 |
7.02~15.03 |
Heating Capacity A15/W26 |
18.56~29.66kW |
Power Input A15/W26 |
2.36~6.28kW |
COP A15/W26 |
5.28~8.01 |
Max. Power Input |
8.3kW |
Max. Current |
13.5A |
Minimum Fuse (C Type MCB) |
16A |
Voltage |
400V 3~ |
Refrigerant |
R32 |
Noise Level (10m) |
<45dba |
Fan Direction |
Horizontal |
Water Connections |
1½ inch / 50mm glue socket |
Dimensions (L x W x H) |
1170mm x 469mm x 1389mm |
Weight |
131Kg |
Nominal flow |
17~19m³/h |
Wi-Fi Connectivity |
Built-in* (Requires Smartphone App) |
Setup & Advice
Electrical
The 7kW, 11kW and 14kW models come fitted with a mains cable and plug as standard, making them suitable for RCD protected outdoor sockets, this cable can be removed and the unit can be hardwired if required.
The other heat pumps in the range will require electrical installation by a qualified electrician, the use of a separate MCB (Miniature Circuit Breaker, slow type, C or D curve) is recommended due to increased full load current when the compressor starts up. Full installation guidelines can be found in the user manual including the required fuse rating and cable size.
The electrical connection marked water pump should not to be used for connecting your pump if using a sand filter as flow protection on the heat pump will switch the power off preventing backwash operation (flow is reversed during backwashing).
Bypass kit
Water inlet and outlet connections are 1½ inch / 50mm female glue sockets across the range.
If the flow rate through your heat pump is too high it can take longer to heat your pool or you may struggle to achieve your desired temperature, our bypass kit for above ground pools optimises the flow rate to maximise the heat transfer to your pool water. A bypass kit also allows the circulation and filtering of pool water without heating and for winterising your heat pump.
Wi-Fi connectivity
The ProTeam iX features built-in Wi-Fi connectivity as standard (requires Wi-Fi network with suitable signal strength) and can be controlled from your smartphone. The ‘Smart Life’ App is available for both iOS and Android smartphones.
The App can be used to view the current pool water temperature, adjust the desired temperature, switch between heating and cooling modes, set the timer and turn the heat pump on and off remotely.
Positioning
Your ProTeam iX Inverter swimming pool heat pump should always be installed outside, restrictions on air flow around a heat pump such as dense vegetation or solid surfaces such as sheds, fences or walls will lead to a drop in efficiency and heating ability, it especially important that cooled air can be properly dispersed away from the unit.
ProTeam heat pumps are designed to be outside and the ABS case provides protection from the weather.
The manufacturer literature may state that the heat pump should be positioned above the waterline, the assumption being that pools are in-ground, therefore the heat pump would sit at ground level.
If you have an above-ground pool please position your heat pump at ground level (therefore below the waterline), there is no need to elevate the heat pump.
Heat pump: 2 years
Compressor: 7 years
Titanium coil: 7 years (against corrosion)
Parts only after year 2, warranty covers manufacturing defects only
Important: Damage caused by frost is not covered by the warranty, please make sure you correctly winterise your heat pump and drain all residual water during periods of non-usage
What makes an Inverter more efficient?
The Proteam iX utilises advanced Full Inverter technology to continuously adjust its compressor and fan speeds, maintaining a perfectly stable water temperature while reducing annual electricity consumption by up to 35% compared to a traditional On/Off heater.
By running continuously at these lower, optimised speeds once the target temperature is reached, the operational noise level drops to a whisper quiet 29 to 45 dB(A) at 10 metres meaning there is less chance of upset neighbours especially when placed near to a boundary.
Should I insulate my pool?
If you are thinking of heating your pool you should cover the pool when not in use as 80% of heat loss occurs through surface evaporation, a separate solar or bubble cover is a worthwhile investment if you don’t have an existing cover.
With an above ground pool it is especially important to keep it covered as these pools are not well insulated against heat loss – additional insulation around the sides and bottom of an above-ground pool can help to retain valuable heat – in fact properly insulating your pool can extend your season or even reduce the size of heat pump required.
What is COP?
COP stands for Coefficient of Performance. Simply put, it is a ratio that tells you how much heat you return to your pool for every unit of electricity you pay for.
How it Works
If a heat pump has a COP of 5.0 it means: input 1kW of electricity, output 5kW of heat, you are essentially getting 4kW of free heat extracted from the ambient air.
Why Air Temperature Matters
Heat pumps are aerothermal, meaning they pull heat from the surrounding air, because of this, the COP changes based on the weather.
Warm weather (e.g. >24°C), the air is full of heat energy, making it easy for the pump to achieve a high COP (like 5.0 or higher).
Cooler weather (e.g. <15°C), there is less heat available in the air. The pump has to work harder, which lowers the COP and reduces the total heat returned to your pool.
Expert Tip: When choosing a heat pump, don't just look at it's maximum COP, consider the air temperatures during your specific swimming season. A pump that is powerful enough for July might struggle in May or September.
You can refer to our Heat Pump Sizing Guide to ensure you select the correct capacity for your pool size and desired swimming season.
















