Not sure what size heat pump you need? Use our sizing guide or request a free quote
Key features
iX7, iX11 and iX14 come with mains lead, RCD and plug fitted
Twin fan higher capacity iX33/33T and iX40/40T models
Average COP of 16.2 across range (A27/W27)
Built-in Wi-Fi, user friendly smartphone control – requires Smart Life app (iOS and Android)
Two year parts and labour warranty, seven year (total) parts warranty on the compressor and heat exchanger
Auto, Heat and Cool modes, running modes include Boost mode for fastest heating, Silent mode for additional efficiency and quietest running and Smart mode for day to day maintaining of your set temperature (Auto mode not available for iX33/33T and iX40/40T models)
Heating range from 5-40°C (default 28°C), cooling from 5-32°C (default 12°C)
Timer plus additional Timer for Silent mode (ideal for night time running)
Works down to -15 degrees, suitable for all year round use
R32 Refrigerant
High quality Toshiba GMCC Compressor
DC Inverter motor and DC inverter fan with infinitely variable speed
Waterproof flush fitted side mounted LCD display with button controls
Corrosion resistant ABS case
Titanium heat exchanger, chlorine and salt resistant
Automatic defrost with additional Forced Defrost mode
50mm / 1½ inch female glue socket connections
Supplied with water unions, condensate hose and rubber isolating feet
UK based spares and service
Winter cover supplied with all single fan models (iX7 to iX25), no cover supplied with twin fan models (iX33 and iX40)
Downloads
Specifications (.pdf)
Manual (.pdf)
Case Study: Heating a large volume pool
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, RCD 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, RCD 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, RCD 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) |
What is COP?
COP stands for Coefficient of Performance
COP is quoted as a number, such as 16.60
For each kW of energy input, 16.60 x kW would be output
The higher the output, the lower the running costs
Installation
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.
The 7kW, 11kW and 14kW models come fitted with a mains cable, RCD and plug as standard, making them suitable for 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).
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.
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.
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.