Reverse cooling

Reverse cooling

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products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse...
https://www.krby-bef.cz/download/tl-aquatic-wh-70-1288_en.pdf
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse...
https://www.krby-bef.cz/download/tl-bef-aquatic-wh-v-60-cl-1355_en.pdf
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse...
https://www.krby-bef.cz/download/tl-bef-aquatic-wh-v-60-cp-1356_en.pdf
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse...
https://www.krby-bef.cz/download/tl-bef-twin-10-aquatic-2046_en.pdf
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse...
https://www.krby-bef.cz/download/tl-bef-twin-10-n-aquatic-2049_en.pdf
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse...
https://www.krby-bef.cz/download/tl-bef-twin-8-aquatic-2036_en.pdf
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse...
https://www.krby-bef.cz/download/tl-bef-twin-8-n-aquatic-2039_en.pdf
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse
products g/s flue-gas temperature o c min. feed pressure at nominal heat output pa fuel wood (beech logs) fuel consumption per hour kg/h co emission in burnt gas (in relation to % o ) % dust in flue-gas (in relation to % o ) mg/nm smoke flue diameter mm weight kg – cold water input into water exchanger (reverse...
https://www.krby-bef.cz/download/tl-bef-twin-v-10-aquatic-2047_en.pdf