Last updated at 09/09/2026 13:34:19
Rinnai Infinity 32 Enviro Continous Flow Hot Water System
Free delivery between 14–17 Sept
Rinnai Infinity 32 ENVIRO
| Height (Including brackets) | 670 mm |
| Gas Type | LPG, Natural Gas |
| Temp Preset | 60 |
| Capacity | 32L |
Rinnai Infinity 32 Enviro Continous Flow Hot Water System
Free delivery between 14–17 Sept
Rinnai Infinity 32 ENVIRO
| Height (Including brackets) | 670 mm |
| Gas Type | LPG, Natural Gas |
| Temp Preset | 60 |
| Capacity | 32L |
The Rinnai INFINITY 26 Enviro, is the most energy efficient 26 litre continuous flow system on the Australian market. It's known in the trade as a condensing unit, but what's really important to know, is that it uses considerably less gas than a standard system to produce the same amount of hot water.
The Rinnai INFINITY 26 Enviro, is the most energy efficient 26 litre continuous flow system on the Australian market. It's known in the trade as a condensing unit, but what's really important to know, is that it uses considerably less gas than a standard system to produce the same amount of hot water.
in 2 offers
The lowest price for Rinnai Infinity 32 Enviro - 7.0 Star Continuous Flow Hot Water - LPG right now is $2,600.00 at Atomic Hot Water Repairs, compared across 2 retailers.
The all-time low was $2,418.00 on 15 Sept 2023 — today's price is 8% above the lowest ever. That's a little above the best price we've seen.
Prices last updated 9 Sept 2026.
Rinnai Infinity 32 Enviro - 7.0 Star Continuous Flow Hot Water - LPG
The Rinnai INFINITY 26 Enviro, is the most energy efficient 26 litre continuous flow system on the Australian market. It's known in the trade as a condensing unit, but what's really important to know, is that it uses considerably less gas than a standard system to produce the same amount of hot water.
The Rinnai INFINITY 26 Enviro, is the most energy efficient 26 litre continuous flow system on the Australian market. It's known in the trade as a condensing unit, but what's really important to know, is that it uses considerably less gas than a standard system to produce the same amount of hot water.
