Gas · Continuous Flow Hot Water Systems
12 Year Heat Exchanger
3 Years Parts and
Labour
5 Year Heat Exchanger
2 Year Parts and
Labour
5 Year Heat Exchanger
2 Year Parts and
Labour
Thermann Technical Support
Free sizing service available
Commercial-grade components
Able to be manifolded together
Free commissioning service upon request
Ideal for ring mains
May require an upgraded gas line
Condensing units require a condensation drain
Thermann Technical Support
Free sizing service available
Commercial-grade components
Able to be manifolded together
Free commissioning service upon request
Ideal for ring mains
May require an upgraded gas line
Condensing units require a condensation drain
Always use a licensed plumber when installing a hot water system.
Gas · Continuous Flow Hot Water Systems
If your businesses needs above average volumes of hot water, our 32L Commercial Condensing Gas Continuous Unit is a great option. These units incorporate larger, more robust heat exchangers for high performance and long life. The innovative condensing technology reduces wasted energy by pre-heating the water using heat from the exhaust gases, making them 15% more efficient than conventional gas continuous units. With a 5-year warranty on the heat exchanger and 2-year warranty on heater parts and labour, the 32L will reliably deliver all the hot water you need.
1. A hot water tap is turned on
2. Water enters the heater
3. The water flow sensor detects the water
flow
4. The computer automatically ignites the
burner
5. Water circulates through the heat
exchangers
6. The heat exchanger heats the water to the
designated temperature
7. When the tap is turned off, the unit shuts
down
Model | Dimensions H x W x D (mm) |
---|---|
32L Indoor | 615 X 464 X 240 |
32 Outdoor | 615 X 464 X 240 |
Product code | Model | Capacity L/min @ 25oC rise | Thermal Efficiency | Gas Consumption |
---|---|---|---|---|
9507244 | - | 32 | 96.4% | 217 MJ/h |
9507243 | - | 32 | 96.4% | 217 MJ/h |
9507241 | - | 32 | 96.4% | 217 MJ/h |
9507242 | - | 32 | 96.4% | 217 MJ/h |