Kocioł na zrębki i pellet
150 – 550 kW
Kocioł na zrębki i pellet
Turbomat
Turbomat firmy Froling to wyjątkowy system grzewczy z całkowicie automatycznym palnikiem na drewno, który może spalać szeroką gamę materiałów drewnianych. Turbomat stanowi ucieleśnienie całej wiedzy specjalistycznej firmy Froling – wiodącego producenta systemów grzewczych na biomasę – w zakresie pionierskich innowacji. Szukaliśmy kotła, który idealnie nadawałby się do spalania innych paliw z biomasy, a także zrębków drzewnych.
Turbomat nie tylko wykorzystuje innowacyjną technologię spalania, ale oferuje również imponujące możliwości sterowania. Dzięki standardowemu wyposażeniu w sondę lambda, monitorowanie temperatury komory spalania i regulację podciśnienia, gwarantowane jest idealne spalanie różnych materiałów. Oferowany komfort wyznacza nowe standardy w tej kategorii wydajności.
Wszystkie funkcje Turbomatu są w pełni automatyczne, począwszy od podawania paliwa i spalania, aż po czyszczenie i usuwanie popiołu. Turbomat to zaawansowany technologicznie sprzęt zaprojektowany tak, aby był niezwykle wytrzymały, trwały i łatwy w serwisowaniu.
Informacje/porady
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Najnowsza technologia
TM 150/200/250
Vertical 3-pass heat exchanger and Efficiency Optimisation System WOS)
with automatically operated turbulators for cleaning and for minimal dust emissions (<50 mg/Nm³)
Flue gas recirculation FGR
optimises burning (output, emissions etc.) with particularly demanding fuels, e.g. pellets, shavings, miscanthus etc...
Speed-regulated and function-
monitored induced draught fan
together with the under-pressure
controller ensure that the system
continuously adapts to changes in
fuel and the chimney conditions
Trapezoidal stoker duct
guarantees minimal energy consumption in the feed area and full flexibility for varying fuel sizes. The industry standard drive gear unit is durable and mechanically isolated from the feed channel.
This prevents the screw movements from affecting the gear unit.
A bonus feature of the TM 200/250 is also the fact that the feed area is water-cooled in the high temperature range. This serves the very practical purpose of pre-drying the heating material where the fuel has a high moisture content.
4-layer high temperature combustion chamber
(firebrick / insulation 1 / air jacket / insulation 2) made of premium, heat-resistant fireclay components for optimal combustion, even with inferior fuel (e.g. high moisture level etc.) or alternative fuel
Multilayer thermal insulation guarantees minimum radiant heat
Large, solid combustion chamber doors
ensure ease of access for maintenance
Moving grate
for constantly homogeneous combustion process with ongoing removal of combustion residue
Automatic ash removal
for transport into adjacent ash containers
TM 320 / 400 / 500
Vertical, patented 4-pass heat exchanger
with integrated suction cyclone unit dust separation unit and Efficiency Optimisation System (WOS) with automatic cleaning function. Operating pressure up to 6 bar.
Flue gas recirculation FGR
optimises burning (output, emissions etc.) with particularly demanding fuels, e.g. pellets, shavings, miscanthus etc...
Speed-regulated and function-monitored
induced draught fan
together with the under-pressure controller ensure that the system continuously adapts to changes in fuel and the chimney conditions
Trapezoidal stoker duct
guarantees minimal energy consumption in
the feed area and full flexibility for varying fuel sizes. The industry standard drive gear unit is durable and mechanically isolated from the feed channel. This prevents the screw movements from affecting the gear unit. A
bonus feature is also the fact that the feed area is water-cooled in the high temperature
range. This serves the very practical purpose of pre-drying the heating material where the fuel has a high moisture content.
Second ignition fan
for heating material that is hard to light (e.g. damp)
Second ignition fan
for heating material that is hard to light (e.g. damp)
Case cooling of combustion chamber minimises radiant heat
High-temperature post combustion
zone
with hot fireclay lining prolongs combustion. This increases efficiency even further, particularly with inferior fuels.
4-layer high temperature combustion chamber (firebrick / insulation 1 / air jacket / insulation 2) made of premium, heat-resistant fireclay components for optimal combustion,
even with inferior fuel (e.g. high moisture level etc.) or alternative fuel
Large, solid combustion chamber doors
ensure ease of access for maintenance
Moving grate for constantly homogeneous combustion process with ongoing removal of combustion residue.
The innovative primary air zone separation system produces exceptional combustion results with low CO emissions!
Systematic convenience
The PLC 4000 controller is built using high-quality industry-standard components. The clear, user-friendly control system offers a wide range of different settings and visualisation options for individual, efficient and stable operation. The Froling PLC 4000 offers numerous functional options such as multi-sensor storage tank management, heating circuit and network temperature control, external output specifications, cascade function, integration, monitoring and control of additional peripheral components.
Advantages
Powerful controller with big colour touch display
Safe and simple remote access via Froling visualisation software
Numerous functional possibilities
Broszury / etykieta UE
Dane techniczne
Wymiary
Dokumentacja techniczna
Dla ciebie osobiście
Informacje i porady
Chcesz uzyskać więcej informacji o produktach lub masz ogólne pytania dotyczące naszej firmy?
