An additional air duct creates an air passage between the flame and the ceramic glass, ensuring cleaning for several hours.
Magnus
Ducted Insert Pellet Stove
Heats up to: 360 m³
6 - 14 kW
Heat input power (kW)
7 - 16
Size H x L x P (mm)
1365 - 1035 - 659
Pellet fuel consumption per hour min/max (Kg/h)
3,3
Efficiency (%)
88 - 90
Flue exit pipe (Ø mm)
80
Tank capacity (Kg)
65
Burn time min/max (h)
20 - 45
Installed power (W)
100
Net weight (Kg)
190
Measures and data are indicative. The parent company reserves the right to make changes to its products at any time, without notice, for either technical or commercial reasons.
Features
- Flame wider than 40 cm for a natural fire
- XL smart firepot
- Wi-Fi as standard
- Fully adjustable temperature profiles for three different rooms, thanks to three independent fans and RFS technology
- Designed to be fitted as either left or right version during installation phase
- Combustion chamber door with hinges on left or right
- Hopper cover can be opened from left or right
- Smoke extractor can be fi tted in six different directions, allowing adjustment of exit flue across 180° range
- Touch remote
- Totally front glass for a better radiation
- Syrion sensor alerts when the pellets are running low
Technologies
The special combustion chamber made with Firex 600/700, a material based on vermiculite, results of the research and development conducted by Ravelli.
It ensures ignition in a short time because it reaches very quickly temperatures > 750 °C. It is characterised by high energy efficiency and reliability over time much greater compared to a traditional resistance, being very resistant to thermal stresses and corrosion.
New remote control that using radio frequencies allows to control the stove and regulate its functions from another room, optimising accessibility and comfort.
The exclusive system for ducted stoves guarantees a control on the diffusion of the heat in different rooms, to get the ideal temperature.
Double Cleaning System of the Intelligent brazier, the machine performs an automatic two-stage self-cleaning process. The first uses excess oxygen, while the second cleans the rear section.
It detects the temperature of the flame in the combustion chamber and allows a more reliable and rapid control in the switching on, switching off and re-ignition hot automatic stages of the boiler.
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