Search
Close this search box.
Search
Close this search box.
segment_water-systems

Truma AquaGo

A new generation of instant water heaters

Hybrid technology with constant temperature – no scalding
Most powerful and efficient instant water heater on the market
Endless hot water even at high flow rates
All-season use

Technical Details

Energy sources
Propane
Power supply
12 V DC
Power consumption (at 12 V)
5.9 – 17.6 kW (20,000 – 60,000 BTU/h)
Inlet pressure
2.62 – 3.49 kPa
Outlet pressure
0.32 – 2.49 kPa
Power consumption (at 230 V)
< 2.5 A
Operating pressure
max. 450 kPa
Operating temperature range
49 °C (120 °F)
Water capacity
1.3 litres (0.35 gallons)
Weight
approx. 18.6 kg (41.0 lbs.)
Weight (without accessories)
15.5 kg (34.2 lbs.) (without access door)
Dimensions (L x W x H)
318 x 394 x 318 mm (without flange and frame)

Highlights

More details about Truma AquaGo

Instant, constant, endless – Truma has developed a new generation of instant water heaters that are perfectly balanced to enhance the comfort of RV drivers. Customers whose vehicles are equipped with the Truma AquaGo water heater will have a comfortable water temperature while enjoying an unlimited supply of hot water without the risk of scalding.

Truma AquaGo is the only instant water heater that utilises hybrid technology with a patent pending temperature stabiliser. Users can adjust temperatures like at home: when showering, a constant hot water temperature is maintained even after the water is turned off, then back on again – no more scalding.

This makes the Truma AquaGo instant water heater special

Thanks to microprocessor-controlled stepless burner management, Truma AquaGo water heater always delivers a constant water temperature, even at high and low flow rates and varying inlet water temperatures. The integrated water diverter eliminates water strains on the vehicle exterior. A reusable filter cartridge reduces scale particulates.

  • Intuitive operation, like at home
  • Simple maintenance with “Easy Drain Lever”
  • Can be used even during freezing temperatures