Buleryan "Turbo" with tubular heat exchanger type 06
|Depth, mm, not more than*||1250|
|Width, mm, not more than*||550|
|Height, mm, not more than*||1200|
|Nominal performance, kW||47|
|Heated Space, m3 **||800-1500|
|Fuel consumption (firewood), kg/h||12|
|Efficiency (by nominal performance), %||85|
|Flue diameter, mm||180|
|Max. log length, mm||1000|
|Heated air flow, m3/h||1200-2500|
|Constant temperature at the outlet of the heat exchanger, °C||50-100|
|Fan power, kW||40-110|
|Fuel used|| firewood/briquettes/
* Overall sizes are approximate.
** Heated space is approximate it depends on many factors such as heat loss through protective structures, ceiling height, presence of ventilation, dampness of firewood etc.
Buleryan air wood-burning stoves with a heat exchanger and a fan are designed for heating residential, industrial and warehouse premises, the purpose of which is to increase thermal comfort.
In addition to radiant heat through its own surface and convection heating through the side pipes in the buleryan body, heat is transferred from the surface of the heat exchanger. The directional flow of heated air is due to the axial fan. Thus, the rapid distribution of heated air, uniform heating of the heated room is ensured. The use of a heat exchanger improves the efficiency of the furnace, increases its efficiency due to the additional transfer of heat from flue gases through the surface of the heat exchanger to the heated room and increases the heat output of the furnace. After passing through the heat exchanger, the flue gases are discharged through the chimneys into the environment.
Advantages of Buleryan "Turbo" furnaces with a heat exchanger:
- High efficiency, greater efficiency compared to conventional buleryans;
- Installed heat exchanger with fan;
- Two-chamber combustion system, like in classic buleryans;
- Long burning time on one bookmark 6-12 hours;
- Low wood consumption;
- Fast and uniform heating of the heated room;
All stoves are manufactured in accordance with the Technical Standard of Ukraine TU U 27.5-20866186-001:2015