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    Firenze 10

    The elegant expression of fire

    Harmonious and refined: these are the adjectives that suit "our Firenze" more than others. Heat, silence and the self-cleaning brazier are the characteristics that distinguish our design stoves.

    The heart of the Firenze stove: CS THERMOS’ patented, self-cleaning, ecological, multi-fuel burner. Designed to meet the highest standards of safety, this unique burner offers numerous advantages: 5 different pre-programmed fuel menus; ash discharge without shutting down the burner for reduced electrical energy consumption; dual igniter for shorter start-up times and guaranteed continuous functioning; dual screw feed to prevent back-firing to the hopper.

    ★ ★ ★ ★ ★

    Technical data

    Umbra Stone
    Pellets / Biomass
    MDi, Metal
    3 ÷ 10.16 kW
    Heated volume
    80 ÷ 290 m³
    Performance with pellets or wood
    93.85 %
    CO emissions at 13% O²
    80 mg/Nm³
    Power levels
    Flue gas outlet
    Rear, Upper
    Air ducting
    177 kg
    Dimensions WxDxH
    54 x 59 x 120 cm
    Pellet tank capacity
    20 kg
    Flue gas output diameter
    80 mm
    ★ ★ ★ ★ ★

    This product complies with the Class 5 Stars, according to the emission and performance requirements of the Decree of 7 November 2017, n°186 (Italy).


    • Two heating elements
    • Hermetically sealed pellet hopper
    • Natural convection option on power settings 1 and 2
    • Ductable with dedicated fan
    • Robust structure up to 4 mm thick
    • Mechanical safety devices with two manual reset thermostats and a pressure switch
    • Safety electrical safety devices: inductive sensors that constantly check the position of motors rotation; flue gas probe.

    Supplied Accessories

    • "L" bar for ash cleaning

    Accessories on demand

    • Wi-Fi remote control via APP
    • Possible remote ignition via GSM device (optional) controlled via APP (only compatible with Android operating system).
    • Wall-mounted room thermostat, allows air and temperature regulation in the ducted area.




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