Those are the original biomass boilers developed in Poland with high energy efficiency
Fire Power is the official importer for Italy of biomass boilers with high energy efficiency manufactured in Poland where the harsh winters require the best technical solutions for heating: maximum efficiency and lower consumption!
The biomass boiler Agro Eco will save you much money to heat your spaces
Scheme and section diagram of the biomass boiler SAS AGRO-ECO
* the dispenser of the air flow is not included as standard equipment on the boiler.
** does not apply to boilers above 48 kW thermal protection against overheating - thermostat valve. such as Danfoss type BVTS, is not included in the standard equipment of the boiler.
*** grille replacement is not included in the standard equipment of the boiler.
The biomass boiler Slim Multi Flame will save you much money to heat your spaces
Scheme of the construction SLIM MULTI FLAME and section of the boiler
* thermal protection against overheating - eg thermostatic valve. Danfoss type BVTS is not included in the standard equipment of the boiler
** The dispenser of the air flow is not included as standard equipment of the boiler
Operation Multi Burner Flame
In the burner type MULTI FLAME , the fuel is transported from the fuel container to the area of the furnace through the feed mechanism of the fuel with two tubes of fuel distribution (two augers transport divided by the supply channel, which guarantees the necessary distance between them). This solution guarantees a safe conveyance of biomass , eliminating the need for an additional protection against uncontrolled return fire to the fuel tank.
The elements of the fireplace (the body of the hearth, the moving grates, fire grate - the fixed part, the mounting plate), exposed to high temperatures, are made of sheet steel , resistant to high temperatures. Over the area of the brick focolaresi is profiled - grog, which further protects the body of the fireplace while ensures the burning of combustible parts remaining fuel . The fixing plate of the burner coated with the heat insulator, the mechanism protects the fuel against overheating.
The air for the combustion process is transported through the distribution channel via the system of ventilation holes . A part of the air is conducted under the grate in the firebox, while the other is directly pushed to the combustion through the system of holes in the side of the hearth. Proper air flow is provided by the blowing fan , whose operation is controlled by the control device of the boiler.
The fuel is fed through two augers shipping , which, for safety reasons, have been divided through the feed channel. The feeding mechanism is constituted of the gear motor, which via the gear wheels and the chain moves the supply system of the fuel. The propulsion system of the fuel supply is located under the protective coating. It is possible to remove the feed mechanism for periodic cleaning with mounting screws and ring seal .
The biomass is supplied to the hearth, where it implements the automatic ignition via the resistance ( device Electric Power ) This device during operation is cooled with air flow transported through the air distribution channel.
The automatic ignition of the fuel system and the maintenance of the flame after reaching the desired temperature causes the boiler will operate properly with a low demand for thermal power (possibility of continuous work and exchange with the tank of hot water in the summer).
The type burner MULTI FLAME is characterized brazier automatic, self-cleaning, high yield, which burns the exact amount of fuel needed to get the temperature set on the thermostat.
The hearth grid was divided into fixed and movable section of the grids. The moving grates activated periodically through the eccentric mechanism, can transport from the firebox to the chamber of the boiler combustion residues of fuel or ash, especially in the form of material aglomerato slag . Such solution allows to keep the area of the hearth in the state "clean" without interrupting the continuity of the combustion process. The grids furniture after the cleaning cycle of the hearth are placed into the slots of the front of the hearth. The placement of the grids is achieved by the operation of the control sensor positioning (sensor Hall ).
A small part of the fuel - ash - left over from the combustion of the biomass in the final stage of combustion, is transported into the chamber of the ash box, where is located the drawer. It must be emptied periodically ( ash formed during the combustion process can be used as fertilizer ). The frequency of emptying the drawer depends on the quality of pellets burned.
The command module of the operation of the stove automatically controls the resistance of fuel ignition and the cleaning mechanism of the burner with the positioning sensor (sensor Hall ). The temperature controller mounted on the boiler controls the operation of the blower fan, the feed mechanism of the fuel, the temperature sensor of the feeder. The communication between the control module feeder type MULI FLAME and the device main boiler control is possible thanks to the RS . The hearth of the boiler allows the combustion of the right amount of fuel for maintaining the temperature set on the thermostat. The control of the boiler performs continuous measurements of water temperature in the boiler and on the basis of these measurements regulates the operation of the circulation pumps of the system of central heating and hot water supply pump.
Burner for the combustion of biomass ( pellet ) MULTI FLAME comes fully assembled, with command module , fan blower, power system of the fuel with the gear , moving grates with the driving force , strength (electric ignition device), mounting plate insulated heat, while the elements exposed to high temperatures are made sheet steel resistant to high temperatures .