Rheem Heat pump manufactured in Australia
AMBIHEAT HDc-270 HEAVY DUTY HEAT PUMP
AMBIHEAT HDc-270 Heat Pump is a smart, energy efficient alternative for areas where a traditional solar water heater may not be suitable. It uses the heat from the surrounding air to heat your water and provides a reliable, efficient and sustainable way to reduce your water heating energy consumption. A Heat Pump works day and night as it extracts heat from the surrounding air and doesn’t rely on direct sunlight to operate.
FEATURES
- Advanced wrap around microchannel heating technology for uniform and faster water heating
- Suitable for cold climates with an operating range from -5°C to +43°C5
- Suitable for harsh water conditions2
- Can save up to 68% on your water heating energy consumption compared to an electric water heater in Zone 3
- High recovery rate
- 2.4kW back-up element
- User-friendly touch screen LED display
- Eligible for STCs (may be eligible for additional incentives in some states)
- 7 year cylinder warranty4
- Suitable for 2 to 5 people
- Manufactured in Australia
WHY CHOOSE RHEEM HEAT PUMP?
AMBIHEAT Heat Pump has been designed and tested to withstand the harsh Australian conditions:
- Enamel lined water tank: The enamel coating reduces the risk of corrosion and water leakage
- Microchannel technology: Provides a larger contact area for more efficient water heating
- Side fan design: A design that provides maximum airflow and protects from the rain.
- Durable top cover: With its durable ABS and ASA* top cover, the unit can easily withstand all weather conditions.
- Smart LED controller display: A bright interactive LED touchscreen display putting control at your fingertips.
- COP – The Coefficient of Performance for a Heat Pump is the ratio of how much useful heat it produces for water heating to the power input into the water heater. The higher the COP number, the more efficient the Heat Pump is.
- Ambient Air Temperature and Humidity – The performance of a Heat Pump changes with ambient air temperature, humidity and incoming water temperature. The warmer the air temperature, the higher the Relative Humidity and the cooler the water temperature, the higher is the heating rate of the Heat Pump. Performance specifications stated in relation to the Heat Pump are measured at predefined conditions during its testing.
- Average Heating Capacity (kW) – This is how much heating power is put into the water during the heating cycle. It is expressed as an average due to the changes in heating power from the refrigeration cycle as the water is being heated and its temperature increases during the heating cycle.
- Recovery Rate @ 45°C rise (L/hr) – Is the number of litres of water that can be heated through a 45°C temperature rise in one hour, e.g. when the air temperature is 19°C, the Heat Pump can heat 77 litres of 15°C to 60°C in one hour