Technical features Overall power (max-min): 19.6 - 5.4 kW Rated power (max-min): 18.46 - 5.1 kW Power delivered to water (max-min): 15.05 - 3.9 kW Power delivered to the environment (max-min): 3.41 - 1.2 kW Hourly pellet consumption (max-min): 4 - 1.08 kg-h Efficiency (max-min): 95.4 - 94.2% Fumes exhaust duct: 80 ø mm Pellet tank capacity: 64.6 - 42 litres-kg Autonomy (max-min): 39 - 10.5 h Operating electric power: 140 - 350 W Dimensions (WxDxH): 611x671x1266 mm Weight: 230kg With remote control and room fan General characteristics PELLET THERMOSTOVES The wood or pellet thermo-products make use of technologically advanced design solutions which allow the thermal power of the fire to be exploited both to heat the room and to produce hot water which feeds the traditional radiator system of the whole house. This double use makes the thermo-products unique in their kind and allows an optimal thermal yield and considerable savings. The thermo-products are particular devices designed for connection to the home heating system (for example the radiators or the underfloor system), they can be easily integrated into the existing boiler or to a solar thermal system for the production of domestic hot water . The choice of the appliance to be installed must be made according to specific individual needs, thus evaluating the overall thermal power required and the method with which the thermo-stove will be connected to the system. Why Wood or Pellet? The need to use alternative energy sources arises spontaneously. Using wood is nothing more than the rediscovery of the primordial source of heating, focusing on a Renewable Energy. In fact, wood and pellets are among the renewable sources and the carbon dioxide (CO2) emitted for the production of energy does not increase that present in the environment, but is the same that the plants first absorbed to develop and which would into the atmosphere through the normal decomposition processes of wood at the end of their life cycle. The use of wood and pellets therefore puts carbon dioxide C02 into the atmosphere making it available again to plants which will absorb it through the process of chlorophyll photosynthesis. The thermal energy produced from wood or pellets is an intelligent eco-sustainable and at the same time economic alternative if compared to fossil fuels since the purchase price is 50/60% lower. Absolute convenience using wood or pellets. Those who heat with wood become independent of traditional energy sources and the supply of wood is always guaranteed. Heating with wood means heating following the natural cycle of CO2 (carbon dioxide). During combustion, the wood is released into the atmosphere a quantity of CO2 equal to that which a tree would develop after being felled, in the decomposition phase; the same amount that a healthy shrub could absorb anyway. For this reason, the use of energy obtainable from wood is to be considered neutral from the point of view of CO2 emissions and does not contribute in the least to the increase in the greenhouse effect; on the contrary, for every liter of fuel replaced by wood, significant quantities of CO2 emissions are avoided. The use of wood and pellet stoves reduce costs while increasing the heat output. Features of pellet stoves: BRAZIER the brazier is easily removable for daily cleaning ELECTRONICS new electronics capable of predicting the weekly switch-on and switch-off schedules REMOTE CONTROL New design multi-function remote control, with LCD screen HEAT EXCHANGER shell and tube heat exchanger to increase thermal performance. Pipe sizes are reduced to avoid turbulence and noise SECONDARY CONVECTION in the combustion chamber there is a secondary convection to improve the combustion of the pellets COMBUSTION CHAMBER removable steel walls to facilitate cleaning of pellet combustion residue CLEAN GLASS air emission near the glass to prevent it from getting dirty GRILL The tank is equipped with a protective grid to prevent contact with the pellet loading mechanisms ASH COLLECTOR DRAWER drawer placed under the brazier to collect the ash produced by combustion SAFETY stove complete with temperature probes to monitor correct operation in safety FANS silence of the stove even at maximum working power PRESSURE SWITCH safety device that signals any obstructions in the smoke outlet

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Technical features Overall power (max-min): 16.1 - 4.1 kW Rated power (max-min): 15.0 - 4.0 kW Power delivered to water (max - min): 12.7 - 2.8 kW Power delivered to the environment (max - min): 2.3 - 1.2 kW Hourly pellet consumption (max-min): 0.8 - 3.4 kg-h Heatable volume: 320 m3 Efficiency (max-min): 96.5 - 93.56% Fumes exhaust duct: 80 ø mm Pellet tank capacity: 29 - 19 litres-kg Autonomy (max-min): 20 - 6 h Operating electric power: 140 - 350 W Dimensions (LxWxH): 1100 x 250 x 1000 mm Weight: 120kg General characteristics PELLET STOVES   Why Wood or Pellet? The need to use alternative energy sources arises spontaneously. Using wood is nothing more than the rediscovery of the primordial source of heating, focusing on a Renewable Energy. In fact, wood and pellets are among the renewable sources and the carbon dioxide (CO2) emitted for the production of energy does not increase that present in the environment, but is the same that the plants first absorbed to develop and which would into the atmosphere through the normal decomposition processes of wood at the end of their life cycle. The use of wood and pellets therefore puts carbon dioxide C02 into the atmosphere making it available again to plants which will absorb it through the process of chlorophyll photosynthesis. The thermal energy produced from wood or pellets is an intelligent eco-sustainable and at the same time economic alternative if compared to fossil fuels since the purchase price is 50/60% lower. Absolute convenience using wood or pellets. Those who heat with wood become independent of traditional energy sources and the supply of wood is always guaranteed. Heating with wood means heating following the natural cycle of CO2 (carbon dioxide). During combustion, the wood is released into the atmosphere a quantity of CO2 equal to that which a tree would develop after being felled, in the decomposition phase; the same amount that a healthy shrub could absorb anyway. For this reason, the use of energy obtainable from wood is to be considered neutral from the point of view of CO2 emissions and does not contribute in the least to the increase in the greenhouse effect; on the contrary, for every liter of fuel replaced by wood, significant quantities of CO2 emissions are avoided. The use of wood and pellet stoves reduce costs while increasing the heat output. KING IDRO SLIM 16   Steel cladding, majolica top Frontal radiation Ash drawer Heat exchanger with manual cleaning system Safety thermostat Internal thermostat Arrangement for external thermostat Weekly chronothermostat Remote control Circulation pump Expansion tank 3 bar safety valve Automatic air vent valve

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Technical features Overall power (max-min): 23.6 - 5.4 kW Rated power (max-min): 22.14 - 5.1 kW Power delivered to water (max-min): 18.1 - 3.9 kW Power delivered to the environment (max-min): 3.8 - 1.8 kW Hourly pellet consumption (max-min): 4.04 - 1.2 kg-h Efficiency (max-min): 95.4 - 93.8% Fumes exhaust duct: 80 ø mm Pellet tank capacity: 64.6 - 42 litres-kg Autonomy (max-min): 39 - 9 h Operating electric power: 140 - 350 W Dimensions (WxDxH): 611x671x1266 mm Weight: 230kg With remote control and room fan General characteristics PELLET THERMOSTOVES The wood or pellet thermo-products make use of technologically advanced design solutions which allow the thermal power of the fire to be exploited both to heat the room and to produce hot water which feeds the traditional radiator system of the whole house. This double use makes the thermo-products unique in their kind and allows an optimal thermal yield and considerable savings. The thermo-products are particular devices designed for connection to the home heating system (for example the radiators or the underfloor system), they can be easily integrated into the existing boiler or to a solar thermal system for the production of domestic hot water . The choice of the appliance to be installed must be made according to specific individual needs, thus evaluating the overall thermal power required and the method with which the thermo-stove will be connected to the system. Why Wood or Pellet? The need to use alternative energy sources arises spontaneously. Using wood is nothing more than the rediscovery of the primordial source of heating, focusing on a Renewable Energy. In fact, wood and pellets are among the renewable sources and the carbon dioxide (CO2) emitted for the production of energy does not increase that present in the environment, but is the same that the plants first absorbed to develop and which would into the atmosphere through the normal decomposition processes of wood at the end of their life cycle. The use of wood and pellets therefore puts carbon dioxide C02 into the atmosphere making it available again to plants which will absorb it through the process of chlorophyll photosynthesis. The thermal energy produced from wood or pellets is an intelligent eco-sustainable and at the same time economic alternative if compared to fossil fuels since the purchase price is 50/60% lower. Absolute convenience using wood or pellets. Those who heat with wood become independent of traditional energy sources and the supply of wood is always guaranteed. Heating with wood means heating following the natural cycle of CO2 (carbon dioxide). During combustion, the wood is released into the atmosphere a quantity of CO2 equal to that which a tree would develop after being felled, in the decomposition phase; the same amount that a healthy shrub could absorb anyway. For this reason, the use of energy obtainable from wood is to be considered neutral from the point of view of CO2 emissions and does not contribute in the least to the increase in the greenhouse effect; on the contrary, for every liter of fuel replaced by wood, significant quantities of CO2 emissions are avoided. The use of wood and pellet stoves reduce costs while increasing the heat output. Features of pellet stoves: BRAZIER the brazier is easily removable for daily cleaning ELECTRONICS new electronics capable of predicting the weekly switch-on and switch-off schedules REMOTE CONTROL New design multi-function remote control, with LCD screen HEAT EXCHANGER shell and tube heat exchanger to increase thermal performance. Pipe sizes are reduced to avoid turbulence and noise SECONDARY CONVECTION in the combustion chamber there is a secondary convection to improve the combustion of the pellets COMBUSTION CHAMBER removable steel walls to facilitate cleaning of pellet combustion residue CLEAN GLASS air emission near the glass to prevent it from getting dirty GRILL The tank is equipped with a protective grid to prevent contact with the pellet loading mechanisms ASH COLLECTOR DRAWER drawer placed under the brazier to collect the ash produced by combustion SAFETY stove complete with temperature probes to monitor correct operation in safety FANS silence of the stove even at maximum working power PRESSURE SWITCH safety device that signals any obstructions in the smoke outlet

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Technical features Overall power (max-min): 19.6 - 5.4 kW Rated power (max-min): 18.46 - 5.1 kW Power delivered to water (max-min): 15.05 - 3.9 kW Power delivered to the environment (max-min): 3.41 - 1.2 kW Hourly pellet consumption (max-min): 4 - 1.08 kg-h Efficiency (max-min): 95.4 - 94.2% Fumes exhaust duct: 80 ø mm Pellet tank capacity: 64.6 - 42 litres-kg Autonomy (max-min): 39 - 10.5 h Operating electric power: 140 - 350 W Dimensions (WxDxH): 611x671x1266 mm Weight: 230kg With remote control and room fan General characteristics PELLET THERMOSTOVES The wood or pellet thermo-products make use of technologically advanced design solutions which allow the thermal power of the fire to be exploited both to heat the room and to produce hot water which feeds the traditional radiator system of the whole house. This double use makes the thermo-products unique in their kind and allows an optimal thermal yield and considerable savings. The thermo-products are particular devices designed for connection to the home heating system (for example the radiators or the underfloor system), they can be easily integrated into the existing boiler or to a solar thermal system for the production of domestic hot water . The choice of the appliance to be installed must be made according to specific individual needs, thus evaluating the overall thermal power required and the method with which the thermo-stove will be connected to the system. Why Wood or Pellet? The need to use alternative energy sources arises spontaneously. Using wood is nothing more than the rediscovery of the primordial source of heating, focusing on a Renewable Energy. In fact, wood and pellets are among the renewable sources and the carbon dioxide (CO2) emitted for the production of energy does not increase that present in the environment, but is the same that the plants first absorbed to develop and which would into the atmosphere through the normal decomposition processes of wood at the end of their life cycle. The use of wood and pellets therefore puts carbon dioxide C02 into the atmosphere making it available again to plants which will absorb it through the process of chlorophyll photosynthesis. The thermal energy produced from wood or pellets is an intelligent eco-sustainable and at the same time economic alternative if compared to fossil fuels since the purchase price is 50/60% lower. Absolute convenience using wood or pellets. Those who heat with wood become independent of traditional energy sources and the supply of wood is always guaranteed. Heating with wood means heating following the natural cycle of CO2 (carbon dioxide). During combustion, the wood is released into the atmosphere a quantity of CO2 equal to that which a tree would develop after being felled, in the decomposition phase; the same amount that a healthy shrub could absorb anyway. For this reason, the use of energy obtainable from wood is to be considered neutral from the point of view of CO2 emissions and does not contribute in the least to the increase in the greenhouse effect; on the contrary, for every liter of fuel replaced by wood, significant quantities of CO2 emissions are avoided. The use of wood and pellet stoves reduce costs while increasing the heat output. Features of pellet stoves: BRAZIER the brazier is easily removable for daily cleaning ELECTRONICS new electronics capable of predicting the weekly switch-on and switch-off schedules REMOTE CONTROL New design multi-function remote control, with LCD screen HEAT EXCHANGER shell and tube heat exchanger to increase thermal performance. Pipe sizes are reduced to avoid turbulence and noise SECONDARY CONVECTION in the combustion chamber there is a secondary convection to improve the combustion of the pellets COMBUSTION CHAMBER removable steel walls to facilitate cleaning of pellet combustion residue CLEAN GLASS air emission near the glass to prevent it from getting dirty GRILL The tank is equipped with a protective grid to prevent contact with the pellet loading mechanisms ASH COLLECTOR DRAWER drawer placed under the brazier to collect the ash produced by combustion SAFETY stove complete with temperature probes to monitor correct operation in safety FANS silence of the stove even at maximum working power PRESSURE SWITCH safety device that signals any obstructions in the smoke outlet

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