Power T -0 kw luminium-silicon exchanger with glass wool insulation: high efficiency and reliability and long life Low emissions pre-mixing burner Digital control panel with back-lighted LCD display and advanced electronics to manage single and cascade installations (flue system to install up to boilers in cascade) Easy to transport and to install Outdoor sensor Circulating pump not included inside the boiler ydraulic system ydraulic connections on the rear side Sticking pump check system Flow and return NTC sensors Premixed low-emissions burner Thermoregulation system uilt-in climatic regulation (outdoor sensor included) Mixed zones systems (high and low temperatures) zone controllers as optional Cascade system installation option (up to 6 boilers) NTC sensor for DW cylinder control option eating and DW scheduler integrated in the control panel Control system Full electronic anti-frost device Electronic thermometer Flow over-temperature thermostat Outputs from to 0 kw eating only...80.0.80.0 Maximum heat input (heating) kw 70 60 00 Minimum heat input kw 0 0 8 8 Rated heat output Prated kw 66 0 9 Useful heat output at rated heat output and high temperature regime* P kw 0,9,6 6,8 0 9 Useful heat output at 0% of rated heat output and low temperature regime** P kw 7, 0,8, 69,7 8, 97, Useful efficiency at rated heat output and high temperature regime* ŋ % 87,7 87,7 87,9 88 88, 88, Useful efficiency at 0% of rated heat output and low temperature regime** ŋ % 98 98 98 97, 97, 97, Efficiency Pn (lower calorific value) - average temperature 70 C % 97, 97, 97, 97,9 98 98 Efficiency 0% (lower calorific value) - return temperature 0 C % 08,8 08,8 08,8 0, 0,6 0,7 NOx emissions mg/kwh 8 8 8 9 9 9 Minimum working temperature C - - - - - - eating temperature range C -80-80 -80-80 -80-80 Minimum pressure heating circuit bar 0, 0, 0, 0, 0, 0, Maximum pressure heating circuit bar 6 6 6 6 6 6 Flue ø mm 60 60 60 00 00 00 Maximum flue mass flow rate kg/s 0,0 0,07 0,077 0,097 0,8 0,6 Minimum flue mass flow rate kg/s 0,009 0,09 0,07 0,06 0,09 0,0 Maximum flue temperature C 60 6 6 6 6 6 Dimensions (h x l x p) mm x69x008 x69x008 x69x008 8x69x 8x69x 8x69x7 Net weight kg 0 0 0 8 Gas type Natural gas Power consumption W 60 70 00 0 0 0 uxiliary electrical power consumption - Full load elmax kw 0,60 0,70 0,00 0.0 0.0 0.0 uxiliary electrical power - Partial load elmin kw 0,0 0,0 0,0 0,00 0,06 0,0 uxiliary electrical power - Stand-by P S kw 0,00 0,00 0,00 0,00 0,00 0,00 Suggested pumps Magna Magna Magna Magna Magna Magna 0-80 () 0-80 () 0-80 () 0-80 () 0-80 () 0-80 () * igh temperature regime: 60 C return temperature at heater inlet and 80 C flow temperature at heater outlet ** Low temperature: 0 C return temperature (at heater inlet) () In case of Grundfos Magna modulating pump installation a signal converter (0V / 0-0V KPM) must be ordered 6
Dimensions Power T -80 kw 69 0 L L 89 I M I M K K 0 80 E C F G 0 D 0 80 E C 0 F G D 96 G mm 687 R-0000 mm R-0000 0 L mm 0 M mm 0 96 Power T. Power T. Power T.80 ir-flue duct mm Ø 0 Ø 0 Ø 0 eating system flow Flange DN 6 eating system return Flange DN 6 Gas inlet R R / Safety group connection R mm 60 mm 008 C mm 0 D mm 0 E mm F mm I mm 0 K mm 9
igh output condensing systems Installation instructions Power T -80 kw. Remove lower rear wall () of the Power T. Remove the gas connection leading upward and insert a 90 bend (). Turn 90 bend () in the desired position (side or towards the rear). Remove either the rear cover plate () or the side cover plate (). Mount lower rear wall () Side supply air connection (). Remove lower rear wall (). Remove the covering panel (). Mount the bend of the intake pipe (). Turn intake pipe elbow into the side position (). Mount lower rear wall () Rear supply air connection (). Remove lower rear wall (). Take out cover plate (). Mount straight intake pipe. Mount lower rear wall () RESISTENZ Water side LTO resistance CQU (mbar) 000 00 0 PERDITE EXCNGER DI CRICO PRESSURE SCMITORI DROP POWER T. -. POWER T.80 POWER T.0 POWER T.80 POWER T.0 % Time of heating functioning in a year Lavoro termico annuo PRODUZIONE ET PRODUCTION DI CLORE CCORDING IN FUNZIONE TO DELL TE OUTDOOR TEMPERTUR TEMPERTURE ESTERN mandata circuito riscaldamento eating flow Curva Caracteristic caratteristica curve ritornocircuito riscaldamento eating return Dew Punto point di rugiada = = C C Temperatura eating water acqua temperature di riscaldamento C Temperatura Outdoor temperature esterna C C EFFICIENCY OF TE OILER RENDIMENTO CLDI CCORDING FUNZIONE TO TE OUTPUT DELL POTENZ EMESS 0 00 PORTT Flow rate CQU (m³/h)[m /h] Efficiency% Rendimento% Output Potenza %
Dimensions Power T 0-0 kw flow flange DN 6 return flange DN 6 Power T Depth () mm.0.80.0.7.6.7
igh output condensing systems Installation instructions Power T 0-0 kw. Remove lower rear wall () of the Power T. Remove the gas connection leading upward and insert a 90 bend (). Turn 90 bend () in the desired position (side or towards the rear). Remove either the rear cover plate () or the side cover plate (). Mount lower rear wall () Side supply air connection (). Remove lower rear wall (). Remove the covering panel (). Mount the bend of the intake pipe (). Turn intake pipe elbow into the side position (). Mount lower rear wall () Rear supply air connection (). Remove lower rear wall (). Take out cover plate (). Mount straight intake pipe. Mount lower rear wall () Max lengths for the flue pipes with room air dependent working (type installation) Model Power T. Power T. Power T.80 Power T.0 Power T.80 Power T.0 Flue pipe ø mm 60 60 60 00 00 00 Max L. pipe inc. 90 bend m 60 60 0 60 60 60 These lengths are only for single boilers Decrease of the total lengths of the flue pipes: piece 90 bend: m piece bend: m piece bend: m