Technical Specifications - Riello MINI 11 LN Installation And User Manual

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8 TECHNICAL SPECIFICATIONS

DESCRIPTION
Rated heat input
Nominal heat output
Reduced heat input
Reduced heat output
Category
Country of destination
Configuration type
Gas characteristics
Net Calorific Value (N.C.V.)
Lower Wobbe index (15°C 1013 mbar)
Nominal supply pressure
DHW maximum gas capacity
Maximum operating pressure, DHW circuit
Ø main burner nozzle
Flue gases mass flow rate (max/min)
Nozzles
Ø gas connection
Flue concentric pipes
Diameter
Maximum length
Pressure drop for 45°/90° bend
Wall hole
Twin flue gas exhaust pipes
Diameter
Maximum length
Pressure drop for 45°/90° bend
Flue gases temperature (max/min)
Minimum pressure
Nominal pressure
Maximum flue pressure (*) (Pa)
Domestic hot water minimum flow rate
Quantity of hot water with Δt 30°C
Ø water connections
DHW temperature selection range
Flow regulator
Total electric power
Fuse
Power supply voltage
Ingress Protection rating
Fan residual head
Boiler dimensions
Height
Width
Depth
Net weight
DESCRIPTION
Water heating energy efficiency class
Declared load profile
Energy efficiency for water heating
Daily fuel consumption
Annual fuel consumption
Daily electrical energy consumption
Annual electrical energy consumption
Sound power level inside
Nitrogen oxide emissions
For the identification of the model refer to RANGE table page 2.
(*)
26
A
22,20
19.092
19,89
17.106
7,00
6.020
6,58
5.659
II2H3+ (GB - IE II2H3+ (GB - IE
- JO - LB);
I3B/P (MT) I3B/P (MT)
B22-B52; C12-C12x; C32-C32x; C42-C42x; C52-
C52x; C62-C62x; C82-C82x; C92-C92x
G20 34,02
G30 116,09
G31 88
G20 45,67
G30 80,58
G31 70,69
G20 20
28-30 (GB - IE- 28-30 (GB - IE-
G30 JO - LB); 30 JO - LB); 30
(MT)
37 (GB - IE- JO 37 (GB - IE- JO
G31
- LB); 30 (MT) - LB); 30 (MT)
G20 2,35
G30 1,75
G31 1,72
G20 12,00
G30 27,40
G31 35,40
G20 0,87
G30 0,52
G31 0,52
G20 17,162 - 9,047 17,697 - 10,223
G30 16,353 - 8,740 17,737 - 10,223
G31 17,429 - 9,441 17,860 - 10,270
22
60/100
3,5
1/1,5
105
80
15+15
1,2/1,7
G20 120-71
G30 121-64
G31 124-60
9,5
1/2"
36-65
8
41
90
642
340
237
19
SYMBOLS
A
- A
- M
ηwh 75,4
Qfuel 8,109
AFC 6
Qelec 0,065
AEC 14
LWA 51
NOx 33
Model (*)
B C
25,00 30,00
21.500 25.800
22,45 27,60
19.307 23.736
8,30 10,50
7.138 9.030
7,84 9,89
6.738 8.506
II2H3P (GB - IE II2H3+ (GB - IE
- JO - LB); - JO - LB);
I3P MT
GB - IE - MT - JO - LB
34,02 34,02
116,09 -
88 88
45,67 45,67
80,58 -
70,69 70,69
20 20
28-30 (GB - IE-
- JO - LB); 30
(MT)
37 (GB - IE- JO
37
- LB); 30 (MT)
2,64 3,17
1,97 -
1,94 2,33
14,00 15,20
27,40 -
35,40 35,30
0,87 0,85
0,54 -
0,54 0,52
20,887 - 12,733 14,966 - 8,489
- 16,353 - 8,740
20,664 - 12,006 17,429 - 9,441
22 28
3/4"
60/100
2,6
1/1,5
105
80
6+6
1,2/1,7
128-71 135-72
123-63 -
129-69 137-71
0,2
2
10
2
10,7 13,2
1/2" 1/2"
36-65 36-65
9 12
41 41
2
230/50
IPX4D
88 72
642 640
340 400
237 246
19 21
Model (*)
B C
A A
L XL
80,2 82,0
15,175 24,225
11 18
0,069 0,082
15 18
51 51
33 40
D E
22,20 25,00
19.092 21.500
19,71 22,93
16.954 19.716
7,00 8,30
6.020 7.138
6,43 7,69
5.526 6.610
II2H3+ (GB - IE II2H3P (GB - IE
- JO - LB); - JO - LB);
I3B/P (MT) I3B/P (MT)
A2
34,02 34,02
116,09 116,09
88 88
45,67 45,67
80,58 80,58
70,69 70,69
20 20
28-30 (GB - IE-
JO - LB); 30
(MT) (MT)
37 (GB - IE- JO
- LB); 30 (MT)
2,35 2,64
1,75 1,97
1,72 1,94
12,00 14,00
27,40 27,40
35,40 35,40
0,87 0,87
0,52 0,54
0,52 0,54
15,856 - 10,385 20,550 - 12,932
17,737 - 10,223
17,860 - 10,270 20,664 - 12,006
22 22
3/4"
- -
- -
- -
- -
- -
- -
- -
140-80 156-84
121-64 123-63
124-60 129-69
0,2
2
10
2
9,4 11,0
1/2" 1/2"
36-65 36-65
8 9
41 41
2
230/50
IPX5D
90 88
699 699
408 408
260 260
21 21
D E
A A
M L
75,4 80,2
8,109 15,175
6 11
0,065 0,069
14 15
NA NA
33 33
UM
F
30,00 kW
25.800 kcal/h
27,63 kW
23.762 kcal/h
10,50 kW
9.030 kcal/h
9,78 kW
8.407 kcal/h
- JO - LB);
I3P MT
34,02
- MJ/m S
3
88
45,67
- MJ/m S
3
70,69
20
-
mbar
37
3,17 Sm /h
3
-
kg/h
2,33
15,20
- mbar
35,30
0,85
- mm
0,52
- g/s
28 no.
- mm
- m
- m
- mm
- mm
- m
- m
157-90
- °C
137-71
bar
bar
bar
l/min
13,2 l/min
1/2"
36-65 °C
12 l/min
41 W
A
V/Hz
72 Pa
699 mm
408 mm
260 mm
21 kg
UM
F
A
XL
82,0 %
24,225 kWh
18 GJ
0,082 kWh
18 kWh
NA dB(A)
40 mg/kWh