HOW THE TECHNOLOGIE WORKS.

HASE iQ uses a sensor to analyse the temperature in the firebox down to the very second. A microcontroller located below the firebox evaluates the data and uses fully automated ventilation flaps to continuously control the various air flows in the stove, creating the ideal conditions for a clean and low-emission combustion process.The iQ app provides information on the performance of the stove at all times. iQ tells you when it is the right time to add wood, both on the app and with a soft blue indicator light below the stove.

Our technology revolutionizes the way to create a burning fire in the stove.

Thanks to iQ technology, the combustion process
in the stove always takes place under optimal
conditions. The oxygen supply is perfectly
balanced.
The temperatures in the combustion chamber
stay at an optimum constant temperature of
500 to 600°C at all times.

A stove fire has never been this clean and beautiful.

The iQ technology responds to geographical
conditions, special chimney situations, and
current weather conditions that could interfere
with the stove fire. iQ notices if too much
fuel or wood that is too damp has been added
to the fire. Airflows are adjusted accordingly,
and the iQ app provides information on the
burning quality of the fire.

technology provides maximum ease of use.

The entire iQ software programme is integrated in a microcontroller, which is installed in the stove body for easy servicing and is supplied with power via the plug-in power supply. It is simple to operate via a front panel located behind the ash compartment door. iQ continuously regulates the air supply in the stove and ensures that the fire in the stove burns under optimal conditions. The performance of the stove can be seen at any time via the app. In addition to the quality of the stove, the chimney and the fuel, two factors are particularly key to clean and efficient combustion in a stove: the correct supply of air at each phase of the combustion process and the temperature level in the firebox.

The technology ensures that emissions are extremely reduced.

In a fully automatic process, the iQ technology regulates the ventilation flaps of the stove during the heating up phase so that exactly the right amount of air flows into the combustion chamber to ignite the wood quickly, while at the same time creating a beautiful flame. The fire can ignite quickly. The temperature rises rapidly. The phase during which most emissions are produced is extremely short. A quick heating up phase is crucial for a clean fire. Because: the higher temperature in the firebox, the fewer emissions are produced.

The iQ technology continuously monitors the positions and movements of the ventilation flaps.

During the combustion process, iQ adjusts three different air flows to the fire every second: the window air, rear wall air and grate air. The perfect burning conditions in the stove are ensured at all times. The window air is preheated via side vents, blown in along the window into the firebox and thus optimally supplies the stove with air. Part of the window air also flows into the bed of embers and ensures the outgassing of the wood, reaching combustion temperatures of 500 to 600°C. These high temperatures are essential to ensure that the rest of the window air, which flows into the firebox above the bed of embers, burns off the wood gases. If not all of the wood gases have been burned off, additional rear wall air is added from the sides in the centre of the firebox. This additionally optimizes the process of burning off the gases. Grate air is always guided into the firebox when the stove has to be heated up even more quickly. This might be the case, for example, if the fuel has not been optimally selected or the stove is still cold during the ignition. Window air and grate air regulates the combustion temperature. When the stove is below the optimal temperature, iQ technology supplies controlled air flows; above the optimum temperature, the air flows are throttled. This means that the air flows are always adjusted to the current burning situation. The iQ technology regulates up to 40 movements during each burning process – something that would have to be done manually in a traditional stove.

determines the perfect time to add wood.

If wood is added too early or too late, the volume of emissions in the flue gas increases. Both the app and a soft blue light in the stove body indicate the right time to add wood.

HASE Wohnraumbild JENA schwarz Speckstein