La Nordica Rossella R1

La Nordica Rossella R1.16 Ceramica Liberty – classic wood-burning stove with modern heating technology

Design and atmosphere

The La Nordica Rossella R1.16 Ceramica Liberty combines classic ceramic design with modern functional elements. The Bianco Infinity surface creates an elegant, light look that blends harmoniously into both traditional and contemporary living spaces.

The generous viewing window creates a captivating display of the flames, lending warmth and comfort to the room. The overall design emphasizes durable materials and a timeless appeal.

Robust cast iron firebox

The cast iron firebox is particularly heat-resistant and dimensionally stable, so it retains its shape and function even under heavy use. This robustness ensures a long service life and consistent combustion conditions.

Enamelled cast iron elements

The doors and top plate are made of enamelled cast iron, which makes cleaning easier and protects the appearance in the long term. The enamel is resistant to temperature changes and makes the stove robust against everyday wear and tear.

Comfortable cleaning

The pull-out ash pan simplifies daily maintenance and allows for quick and clean emptying without time-consuming cleaning. This ensures greater convenience in daily operation and reduces maintenance effort.

Clear view of the fire

The curved ceramic glass, combined with an airwash system, keeps the viewing window clear for longer, ensuring a consistently beautiful flame display. The curved shape also enhances the aesthetic appeal and heat radiation.

Efficient combustion technology

To optimize combustion, the Rossella R1.16 features an adjustable primary and secondary air system as well as an afterburner. This technology promotes complete combustion, reduces emissions, and improves efficiency.

External air supply and connection

The stove is prepared for an external combustion air supply and offers a rear connection with a diameter of Ø 120 mm. This pressure-neutral air supply protects the living space and allows for safe, efficient air supply concepts.

Approvals and safety

The La Nordica Rossella R1.16 meets the relevant standards EN 13240 and EN 16510-1. These approvals confirm tested safety, emission values ​​and design requirements according to current standards.

Areas of application and recommendations

The Rossella R1.16 is suitable for living rooms, open-plan kitchens, or other living spaces where both aesthetics and efficient heat generation are important. Thanks to its pre-installed external air supply, it can also be used effectively in well-insulated houses or with controlled mechanical ventilation.

Care and maintenance

Regularly removing the ash from the pull-out ash pan and occasionally checking the seals and viewing window ensure trouble-free operation. If necessary, consulting a specialist cleaning and maintenance company is recommended.

Technical data

• Nominal heat output: 9 kW
• Efficiency: 86%
• Max.Heating capacity: 258 m³
• CO emission: 650 mg/cm³
• Fine dust emission: 10 mg/m³
• Exhaust gas mass flow: 6.2 g/s
• Exhaust gas temperature at the nozzle: 252 °C
• Burning time: XX h - 10 h
• Minimum distance to combustible materials: rear 300 mm - sides 400 mm - front 1200 mm
• Dimensions (H x W x D): 915 x 578 x 586 mm
• Dimensions of combustion chamber (H x W x D): 389 x 373 x 362 mm
• Weight: 155 kg
• Towards flue pipe connection: top
• Height from bottom edge to center of flue pipe connection: 913 mm
• External air supply diameter: 120 mm
• Air intake direction: rear
• Body color: Black
• Cladding material: Ceramic
• Combustion chamber material: Cast iron
• Glazing material: Glass ceramic
• Approved fuels: briquettes, wood
• Maximum length of fuel: 30 cm
• Fuel consumption: 2.4 kg/h
• Required delivery pressure at nominal heat output: 12 Pa
• Multiple occupancy/Construction type: Yes/Construction type 1
• Integrated windshield washer system
• Separate primary and secondary air control
• Ash pan: Removable
• Standards, approvals and guidelines met: DIN EN 13240, EN 16510
• Standards: DIN EN 13240, EN 16510