7
EN
PARAMETER
M. UNITS
XSAT200-DD-AU
XSAT240-DD-AU
Heat input
kW
20,1
24,0
Nominal heat output
kW
19,2
22,8
Reduced heat output
kW
6,5
7,9
Water heat output
kW
17,4
20,9
Reduced water heat output
kW
5,4
6,6
CO concentration at nominal reference (13% O
2
)
mg/m
3
23
36
CO concentration at reduced reference (13% O
2
)
mg/m
3
107
195
Nominal efficiency
%
95,6
94,9
Reduced efficiency
%
95,9
94,2
Pellet consumption (min-max)
Kg/h
1,41 - 4,19
1,75 - 5,0
Heated surface
mc
350
400
Flue gas flow rate (min-max)
g/s
6,5 - 11,2
9,1 - 13,5
Draft (min-max)
Pa
5 - 8
5 - 8
Flue gas temperature (min-max)
°C
65 - 97
75 - 108
Thermostove water
litri
50
50
Maximum working pressure
Bar
3
3
Tank capacity
Kg
42
42
Smoke outlet tube
mm
80
80
Diameter air intake
mm
50
50
Connecting heating
Inch
3/4
3/4
Nominal voltage
V
230
230
Nominal frequency
Hz
50
50
Power consumption max
W
320
345
Thermostove weight
Kg
230
230
IEE
137
135
Ambiental decree n.186
Energetic class
A++
A++
Dust at 13% O
2
at nominal heat output
mg/m
3
10
10
N° Test Report
K 28602020 T1
It is recommended that the control of emissions after installation.
With obvious floor capacity evaluation, in the installation premises, a maximum can be deposited of
fuel, which corresponds to approx. 975kg of pellets.
In order to achieve the test report results, please load the performance parameters retained
by the manufacturer and the qualified tecnichian. They will use these parameters once
verified that, during the installation, it is possibile to reproduce the laboratory conditions.
This performance is only reached after 15/20 working hours at nominal power.
Summary of Contents for IDRO 20
Page 56: ...56 IT NOTE Cod 001117...
Page 112: ...56 EN NOTES Cod 001117...
Page 168: ...56 FR NOTES Cod 001117...
Page 224: ...56 ES NOTAS Cod 001117...
Page 280: ...56 PT Cod 001117 NOTAS...
Page 336: ...56 DE Cod 001117 HINWEISE...
Page 392: ...56 DE NL 56 Cod 001117 OPMERKINGEN...
Page 393: ...GR GR1 CANADIAN IDRO 20 Cod 001117...
Page 395: ...GR 3 6 mm A1 UNI EN ISO 17225 2 3 42 kg...
Page 403: ...GR 11 UNI 10412 2 2009 C 60 C A1 3 4 M A2 3 4 M B1 1 2 B2 1 2 M A1 A2 B2 B1...
Page 404: ...GR 12 30 UNI CTI 8065 4...
Page 405: ...GR 13 1 bar 1 5 bar 1 14 1 bar 0 3 bar...
Page 406: ...GR 14 3 1 2 6 5 3 volt 4 3 3 4...
Page 407: ...GR 15 15 15 C 0 12 12 20 20 30 30 6 mm 30 mm 8 A1 UNI EN ISO 17225 2...
Page 429: ...GR 37 1 BLACK OUT 2 3 4 5 I 6 I 7 90 C 8 I TRIAC COC C D E 1300...
Page 430: ...GR 38 On Off On Off 1 BLACK OUT 1 10...
Page 431: ...GR 39 100 C ALAR DEP FAIL ALAR DEP FAIL 100 C ALAR SIC FAIL ALAR SIC FAIL 4A 2 5 bar 5 C 10...
Page 432: ...GR 40 2 3 15 30 60 90...
Page 433: ...GR 41 5 6 380 C 400 C 450 C 2 3 INOX 5...
Page 434: ...GR 42 60 90 20 24 28 32...
Page 435: ...GR 43 2 3 15 30 60 90 5 6...
Page 436: ...GR 44 2 3 INOX 5 380 400 450...
Page 437: ...GR 45 7 60 90 20 24 28 32...
Page 438: ...GR 46 2 3 3 15 AT T 16 16...
Page 439: ...GR 47 T...
Page 440: ...GR 48 OFF 1300 SERV SERV...
Page 441: ...GR 49 1 2 1 2 1 2 1 2 3 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 6 1 2 I 3 4 5 6...
Page 443: ...GR 51 1 2 1 2 1 2 3 1 2 3 1 1 1 1 1 2 3 1 2 3 1 2 1 65 C 40 C 80 C 50 55 C 50 55 C 2 1 2 1 2...
Page 444: ...GR 52 1 1 1 2 1 2 1 2 1 230 C 2 1 1 4 6 1 2 3 4 5 1 2 3 4 5...
Page 445: ...53 24 1 2 3 GR...
Page 446: ...GR 54 001117...