iHP X Datasheet (R290)

Technical specifications and details for iHP X range of smart hot water cylinders using the R290 refrigerant.

The Mixergy iHP X heats hot water with an integrated heat pump in a convenient and intelligent way.

Its compact and modular design makes it the perfect choice for retrofit or new build. It is also suitable for all-electric homes and apartments.

  • 10x faster than conventional integrated heat pump cylinders. Get usable hot water in
    under 30 minutes
  • 3x more efficient than a direct electric cylinder. Ideal for the eco-friendly home and any building type
  • Modular design with patented top-down heating technology. Removable head unit for
    ease of installation and service
  • Built to last. 25-year warranty on the cylinder and 5 years on the head unit
  • Smart. Mixergy app features machine learning, schedule setting and insights
  • Low-cost compliance. Supports SAP and boosts EPC ratings

Technical specification

Model 120L 150L 180L 210L 250L
Product code MX-120-IH2-579 MX-150-IH2-579 MX-180-IH2-579 MX-210-IH2-579 MX-250-IH2-579
Nominal capacity 120 litres 150 litres 180 litres 210 litres 250 litres
Height 1325mm 1515mm 1695mm 1885mm 2145mm
Diameter 580mm 580mm 580mm 580mm 580mm
Weight  empty 83kg 86kg 90kg 94kg 97kg
Weight full 203lg 236lg 270kg 304kg 347kg
Standing heat loss 0.54-1.06 (kWh/24hr) 0.54-1.22 (kWh/24hr) 0.54-1.34 (kWh/24hr) 0.54-1.44 (kWh/24hr) 0.54-1.75 (kWh/24hr)
Back-up immersion heater rating 2
Coefficient of performance (CoP) 3.4
Cylinder material Duplex stainless steel
Refrigerant R290
Air operating range - 7 to + 35 C
Achievable h water temp. via heat pump 55°C
Heat pump electric rating 0.85 kW
Heat pump max. power output 1.5 kW
Sound power 50 dB
Airflow 450 m³/hr
Air duct diameter 150mm
Water connections 22mm compression
Electrical supply 13A, 230 - 240V

Additional information

  • Installation: The installation manual is available as a webpage and a download here: iHP X MDC0031
  • Training: Our training videos will guide you through installing the iHP X.