Gas output Ø
Air imput airtight pipe Ø
Convection air duct Ø
Maximum air flow admission*
Minimum draught recommended
Weight
Operate with wood pellets
Hopper capacity **
Safety thermostat tared
Noise at level 9, 3 meters in length and 1.5 meters in height.
Fuel drop level
Nominal heat output
Efficiency
Consumption
Approximate autonomy
CO content (with O
levels of 13%)
2
NOx.
OGC.
PM.
Exhaust mass flow
Tª media de los humos
Auxiliary power consumption
Flow and average temperature of conducted air
Fuel drop level
Reduced heat output
Efficiency
Consumption
Approximate autonomy
CO content (with O
levels of 13%)
2
NOx.
OGC.
PM.
Exhaust mass flow
Tª media de los humos
Auxiliary power consumption
Space heating seasonal energy efficiency (ŋs).
* Estimation according to mass flow and gas temperature in nominal power
**Fuel estimate
CC GLASS
CC 00-00
CONNECTIONS
mm
80
mm
- -
mm
1x100
AIR ADMISSION
3
m
/h
46,2
mBar
0,10 – 0,20
Pa
10 - 20
GENERAL FEATURES
Kg
139
A1
Si
Kg
25
°C
110
dB
38,4
NOMINAL HEAT OUTPUT
1 - 9
9
kW
12,0
%
90,0
kg/h
2,7
h
9
%
0,02
3
mg/Nm
239
3
mg/Nm
190
3
mg/Nm
18
3
mg/Nm
19
g/s
10
°C
180
W
255
3
m
/h
- -
°C
- -
REDUCED HEAT OUTPUT
1 - 9
1
kW
5,0
%
91,0
kg/h
1.1
h
23
%
0,02
3
mg/Nm
243
3
mg/Nm
195
3
mg/Nm
19
3
mg/Nm
20
g/s
8
°C
110
W
130
%
84,6
UNE EN 14785
45
TEIDE
PRAGA
CT 00-00
IM 00-00
80
80
- -
- -
1x100 + 2x60
- -
46,2
46,2
0,10 – 0,20
0,10 – 0,20
10 - 20
10 - 20
129
155
Si
Si
25
28
110
110
38,4
47,6
9
9
12,0
12,0
90,0
90,0
2,7
2,7
9
11
0,02
0,02
239
239
190
190
18
18
19
19
10
10
180
180
255
255
- -
- -
- -
- -
1
1
5,0
5,0
91,0
91,0
1.1
1.1
23
25
0,02
0,02
243
243
195
195
19
19
20
20
8
8
110
110
130
130
84,6
84,6
3
ρ
≈630 kg/m
ap