Lowara e-HM with ResiBoost: The Inverter Revolution

Maximum Water Comfort for your Home

Problem: With traditional autoclaves (even those with PressControl), the pump always runs at 100% power, even when you're just washing your hands. This wastes energy, makes noise, and creates annoying pressure fluctuations in the shower if someone turns on the water in the kitchen.

Solution: The Lowara ResiBoost system is a "brain" mounted on the pump. It instantly detects a drop in pressure and accelerates the motor just enough to compensate. If water demand increases, it speeds up; if it decreases, it slows down. This ensures 5-star hotel comfort right in your home.

"Plug & Play" installation

Despite its advanced technology, the ResiBoost system is designed to be incredibly simple to install. It comes pre-configured to maintain optimal pressure (typically 3 bar), but is easily adjustable via the intuitive control panel. Simply connect the hydraulics and electricity, and it's ready to use.

Frequently Asked Questions about Lowara ResiBoost

1. What is the difference between ResiBoost (Inverter) and Genyo (Presscontrol)?

The difference is enormous. The Genyo is a switch: it turns the pump on at maximum or off. The ResiBoost is a speed controller: it decides the speed at which the pump runs. With Genyo, you have variable pressure and fixed consumption at maximum; with ResiBoost, you have fixed pressure and variable (low) consumption.

2. Do I need an expansion vessel with the ResiBoost?

Yes, but very small. The ResiBoost system works in modulation, but to function properly and compensate for micro-leaks, it requires a very small expansion vessel (often 2 to 8 liters) installed on the delivery line. This helps stabilize the pressure reading from the sensor.

3. Is it difficult to set up for a non-expert?

No, the ResiBoost was designed to be easy. Once connected, simply set the desired pressure (set point) on the display and the system does the rest automatically (auto-tuning). All protections are already included: dry running, overcurrent, and overvoltage.