The Viron iHP90 Inverter Heat Pump is part of the AstralPool inverter heat pump range designed to deliver an efficient and reliable heating solution for residential swimming pools. Operating on the same principle as a refrigerator or air conditioner, this swimming pool heat pump extracts latent heat from the surrounding atmosphere and transfers it into your pool water. As the refrigerant collects heat, it becomes superheated refrigerant gas which then passes through a titanium heat exchanger to maintain your pool water temperature at the desired temperature.
Built with unique inverter technology and a nearly silent compressor, the Viron Inverter Heat Pump provides a comfortable swimming temperature while keeping running costs low. It is engineered for Australian conditions, offering durability, reduced electricity consumption and long service life. The heat pump can reduce electricity consumption by 10% and has a lower environmental impact compared to traditional models.
Part of the inverter heat pump range, offering advanced inverter technology and a variable speed compressor
Produces an extremely high COP compared to normal heat pumps, ensuring more heat per electricity consumed
Uses environmentally friendly refrigerant gas with less refrigerant volume, lowering impact and increasing efficiency
Capable of heating in air temperatures down to 7 °C, extending the swimming season and ensuring a heated pool even in cool conditions
Built with a titanium heat exchanger inside a fully injection moulded housing, ensuring corrosion resistance and durability that guarantees maximum life
Designed with a quiet compressor and nearly silent compressor technology for minimal noise around the home
Maintains a comfortable swimming temperature and stable pool temperature throughout the year
Optional Wi Fi module allows remote adjustment of pool water temperature from a smartphone app. It can be controlled via a WiFi module and the AquaTemp app for remote temperature monitoring.
Specifications
Feature
Details
System Type
Viron iHP90 Inverter Heat Pump
Refrigerant Gas
R32 environmentally friendly refrigerant gas
Heat Transfer Method
Extracts latent heat from air into pool water
Efficiency
Delivers an extremely high COP compared to normal heat pumps
Operating Range
Effective in air temperatures as low as 7 °C
Compressor
Variable speed, quiet and nearly silent compressor
Heat Exchanger
Titanium for durability and long service life
Construction
Fully injection moulded housing for corrosion resistance
Applications
Heating residential swimming pools in Australia
Dimensions
Refer to the official AstralPool datasheet for the Viron iHP90 Inverter Heat Pump to confirm detailed dimensions and installation requirements
Frequently asked questions
Our FAQ area is the best place to look to find answers to your questions. Our community and support team constantly updates the questions and answers.
The AstralPool heat pump works like a refrigerator or air conditioner in reverse. The refrigerant collects heat from the surrounding atmosphere, becoming now superheated refrigerant gas. This passes through the titanium heat exchanger, transferring heat into the swimming pool water to deliver the desired temperature.
Yes. The Viron iHP90 Inverter Heat Pump uses unique inverter technology that reduces compressor speed as the set temperature is reached, resulting in reduced electricity consumption and improved efficiency compared to normal heat pumps.
In many areas of Australia natural gas heating is unavailable or uneconomical. The Viron iHP90 is an ideal alternative for achieving a heated pool and longer swimming season.
With its quiet compressor and nearly silent compressor design, it operates quietly and efficiently, making it far less intrusive than many other heat pumps.
The fully injection moulded housing and titanium heat exchanger protect against corrosion, ensuring long life and reliability. This construction is specifically designed for harsh Australian environments and guarantees maximum life. The heat pump fits well in compact spaces due to its vertical exhaust design.
