This high-capacity unit heats water only when needed, significantly reducing gas consumption and contributing to lower running costs. Its compact, slimline design offers installation flexibility and is robust enough to withstand demanding Australian conditions. With a 6.0 Star energy efficiency rating, it also helps minimise your home's environmental footprint.
Equipped with smart features such as built-in temperature control, a status operation monitor, and Puretemp temperature stability technology, the Infinity 32 enhances both convenience and safety. It’s also compatible with low-flow rated fixtures, making it an ideal choice for homes focused on water conservation.
Installation is straightforward, thanks to its streamlined design and user-friendly commissioning process. Whether you’re replacing an old system or upgrading to meet higher demands, the Infinity 32 integrates seamlessly into your existing setup. It can also be enhanced with a range of Rinnai controllers for greater temperature precision and comfort. In short, this system blends high performance, safety, and eco-efficiency into one durable and intelligent package.

Slimline, Durable Design
Compact and robust, the unit is built to handle harsh Australian conditions and can be easily installed in tight outdoor spaces without compromising performance.

High-Capacity Hot Water Delivery
Designed for larger homes, this system provides a continuous flow of hot water for up to 2–3 bathrooms, or 2–4 in warmer climates, ensuring reliable comfort during peak usage times.

Energy-Efficient Operation
With a 6.0 Star energy rating, the unit operates with exceptional efficiency by heating water only when needed, minimising energy waste and reducing overall gas usage. This on-demand functionality ensures sustainable performance, making it a smart choice for eco-conscious households seeking reliable, energy-efficient hot water solutions.

Advanced Temperature Control
Built-in digital temperature control allows for precise adjustments, enhancing safety and user convenience while maintaining consistent water temperature even during flow fluctuations.


