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TECHNICAL DATA
De nition in accordance with EN 13240
Constructive system
Global thermal power in kW
Nominal thermal power in kW
Power given back to water in kW
Power given back to the room in kW
Hourly consumption in kg / h (wood with 20% humidity)
E ciency in %
CO measured at 13% oxygen in %
Smoke outlet diameter in mm
Chimney height - dimension in mm
Fluid contents of the exchanger in L (litres)
Chimney draught in Pa (mm H
Boiler connections (Ø)
Automatic discharge pipe diameter (Ø)
Exhaust gas emission in g/s – wood
Exhaust gas temperature in °C - wood
Optimal working temperature in °C
Max. working pressure in bar
Hearth opening size in mm (W x H)
Hearth size in mm (W x H x D)
Oven size in mm (W x H x D)
Type of grill
Height in mm
Width in mm
Depth in mm
Weight in kg
Fire prevention safety distances
3
heatable m
(30 kcal/h x m
(*) 200 mm diameter can be used with ue of no less than 6 m.
(**) The proposed value are indicative. The installation must, in any case, be sized and veri ed according to the general calculation method in UNI
EN13384-1 or by another method of proven e ciency.
(***) For those buildings in which the thermal insulation does not correspond to the instructions on heat protection, the heating volume of the
product is: favourable type of building (30 kcal/h x m
3
x m
).
With thermal insulation in accordance with the regulations regarding energy saving, the heated volume is greater. With temporary heating, in
the event of interruptions which last more than 8 hours, the heating capacity is reduced by about 25%.
IMPORTANT: THE POWER OF THE CONNECTED HEATING SYSTEM MUST BE PROPORTIONAL TO THE POWER TRANSFERRED TO THE WATER
BY THE THERMOPRODUCT; A CHARGE WHICH IS TOO LOW DOES NOT ALLOW REGULAR OVEN OPERATION, WHILE A CHARGE WHICH IS
TOO HIGH PREVENTS ADEQUATE RADIATOR HEATING.
The declared technical data have been achieved by burning beech wood class "A1" according to the requirement UNI EN ISO 17225-5 and wood
moisture content less than 20%. By burning a di erent kind of wood the e ciency of the product itself could change and some speci c adjustments
on the appliance could be needed.
12
O)
2
3
)
3
); less favourable type of building (40 kcal/h x m
TERMOROSSELLA
TERMOROSSELLA
PLUS EVO DSA
PLUS FORNO DSA
4.0
4.0
1
1
12,6
12,6
11,1
11,1
8
8
3,1
3,1
3
3
88
88
0,073
0,073
130
130
(*) (**) 4m 250x250 Ø250 - 5m 220x220 Ø220
18.5
18.5
12 (1,2)
12 (1,2)
1 "F gas
1 "F gas
½"M gas
½"M gas
7,9
7,9
185
185
70 - 75
70 - 75
VEA 1,5 – VEC 3
VEA 1,5 – VEC 3
355 x 220
355 x 220
307 x 347 x 345
307 x 347 x 345
-
330 x 300 x 370
915
1359
559
559
533
533
162 - 175 (PT)
218 - 242 PT
Chapter Fire prevention safety
318 (***)
318 (***)
ENGLISH
TERMONICOLETTA
TERMONICOLETTA
EVO DSA
4.0
1
12,6
11,1
8
3,1
3
88
0,073
130
18.5
12 (1,2)
1 "F gas
½"M gas
7,9
185
70 - 75
VEA 1,5 – VEC 3
355 x 220
307 x 347 x 345
-
Movable - at
980
587
572
183
318 (***)
3
); unfavourable type of building (50 kcal/h
FORNO DSA
4.0
1
12,6
11,1
8
3,1
3
88
0,073
130
18.5
12 (1,2)
1 "F gas
½"M gas
7,9
185
70 - 75
VEA 1,5 – VEC 3
355 x 220
307 x 347 x 345
330 x 300 x 370
1423
587
572
254
318 (***)
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