Supremely Efficient Heating, Cooling, and Hot Water
Harness the abundant free renewable energy right under your feet with the all-new Rinnai Geoflo Hybrid and save up to 50% on your energy costs. Rinnai’s unique Geoflo Hybrid Geothermal system utilises this renewable energy source via a ground loop heat exchanger to reliably deliver highly efficient heating and cooling to achieve your desired level of comfort. Best of all, when in operation, in addition to beautifully heating and cooling your home, Rinnai's revolutionary Geoflo Hybrid technology works to divert surplus energy to your hot water storage tank, effectively delivering free hot water.
How Geothermal works
Click on the video to discover how the Rinnai Geoflo geothermal technology works, and an explanation of how the heat pump extracts green renewable energy from the earth through a ground loop heat exchanger.
Renewable clean energy
Lower energy costs
Sustainable heating & cooling
5 year warranty
Renewable clean energy
Geothermal energy is extremely affordable and can cut electricity consumption by up to 50% in comparison to a traditional ducted reverse cycle air conditioning system. Geothermal system heating and cooling performance are maintained during extreme climate conditions eliminating high seasonal energy costs.
When looking for a heating and cooling system that is virtually noise-free, look no further than geothermal. Being very smooth and quiet in operation, geothermal systems rely on the temperature of the ground to heat and cool your home.
Geothermal heat pump systems are designed with the user in mind. Geothermal systems can be installed in either new or retrofit applications. Since the hardware requires a lot less space than traditional HVAC systems, you can instantly save yourself some storage space in your home by switching to a geothermal system.
Geothermal systems have a relatively low level of moving parts. With high durability and reliability, geothermal systems are becoming the way of the future for many homeowners.
|Power Supply||V – Ph – Hz||220- 240V, 1 phase, 50Hz|
|Rated Input Power||kW||4.52|
|Heating||Rated Heating Capacity||kW||18.16**|
|Rated Heating Input Power||kW||4.5|
|Supplementary Hot Water Energy Output (Use To size PTR)||kW||10.00***|
|Supplementary Hot Water COP/||4.0|
|Average Water Production Rate||L/h||200***|
Refrigerant Pipe – Suction (Adaptor Supplied 3/4 “ To 7/8” for long pipe work 15 m+)
|mm / inch||19mm ~ 3/4”|
|Refrigerant Pipe – Liquid (Both to air handler and earth loop)||12.7 mm ~ 1/2”|
|Hot Outlet and Cold Return Connections (Adaptor Supplied 3/4 to 1/2 RP)||ISO 7.1 ¾” RP3/4|
|Oil Type||Polyester (POE)|
|Breaker & wire size selection||Amps||32 A|
|Rated Load Amps (RLA)||20.4 A|
|Dimensions (W x D x H)||mm||660 x 500 x 1300|
|Operating Temperature Limits||°C||-65|
|Drain Connection||Inch||3 /4″ BSP|
|Indoor Fan Coil Unit|
|Maximum Input Current Breaker & wire size selection||Amps||4.4|
|Rated Load Amps (RLA)||Amps||10|
|Maximum Input Power||kW||1.5|
|Dimensions (W x D x H)||mm||1225 x 655 x 444|
|Air Flow @ 150 Pa||L/s||750|
|Maximum External Static Pressure||Pa||200|
|Return Air Duct Connection (L x W)||mm||1072 x 406|
|Supply Air Duct Connection (L x W)||mm||718 x 264|
|Rated Moisture Removal||L/h||5.7|
|Heat Pump Storage Tank|
|Storage Tank Booster Heating Element Size||kW||3.6|
|Cold / Hot connection||Inch||ISO 7.1 ¾” RP|
|Rating of PTR Valve supplied||kW||10|
|Heat Pump Flow & Return connection||Inch||ISO 7.1 1 /2 ” RP|