Eva Calòr hermetic pellet stove with natural convection TRINITY 901691000 white finish

Trinity model

Cod. 901691000

FEATURES
• Cylindrical steel cladding
• 5 mm thick top
• Natural convection with the possibility of activating the forced ventilation
• Extremely silent in natural convection mode
• 5 operating powers
• Display with 6-language menu
• Cast iron combustion chamber
• Self-cleaning brazier
• System for reconveying unburned pellets
• Self-regulated combustion via air control (DFCS)
• Hermetic stove
• Continuous operation of the auger motor for maximum silence
/>• Removable ash drawer for ash recovery in a separate compartment
• Removable handle
• Reduced maintenance
• Upper - rear smoke outlet
• Radio control supplied
• Safety thermostat
• Predisposition for external thermostat
• Safety pressure switch
• Chronothermostat

TECHNICAL DATA
• Power burned: max 10.5 kW - min 3.2 kW
• Power output in heating: max 9.0 kW - min 3.0 kW
• Energy efficiency class: A+
• Efficiency: Pmax 90.0% - Pmin 96.0%
• CO value with 13% O2 (%): Pmax 0.008% - Pmin 0.011%
• Hourly pellet consumption: max 2.2 kg/h - min 0.7 kg/h
• Tank capacity : 15 kg
• Heated room size: 160 - 220 m3
• Minimum distances from flammable walls: side: 30 cm - back: 15 cm - front: 100 cm
• Power supply voltage/Freq .: 230V - 50 Hz
• Rated electrical power: 350 W
• Measurements: L 56.2 x D 56.2 x H 112.0 cm
• Weight: 136 kg
• Cast iron chamber
• Self-cleaning brazier
• Complies with standards: EN14785 - BImSchV II - 15a B-VG - LRV/VKF
• Airtight stove
• Display: Radio control
• Radio control : Included
• Removable ash drawer for ash recovery in a separate compartment
• Fume exhaust: Top - Rear

OPTIONAL
• Module WI-FI for remote control
• Protection platform

Natural convection: maximum comfort
Natural convection generates variations in temperature in the environment temperature, which naturally trigger air movements, attracting cold flows and transforming them into flows of hot air
The homogeneous distribution of temperature and maximum silence in the absence of mechanical components for ventilation guarantee maximum comfort