28 - IE
INSTALLERUSERTECHNICIAN
3.19 VARIABLE HEAT POWER.
N.B.: the pressures indicated in the table
represent the differences of pressures at the
ends of the Venturi mixer and can be measured
from the pressure point in the upper part of the
sealed chamber (see pressure test 15 and 16 Fig.
1-28). e adjustments must be performed using
a digital dierential manometer with a scale in
tenths of mm or Pascal. e power data in the
table has been obtained with intake-exhaust pipe
METHANE (G20) BUTANE (G30) PROPANE (G31)
HEAT
OUTPUT
HEAT
OUTPUT
BURNER GAS
FLOW RATE
BURNER NOZZLES
PRESSURE
BURNER GAS
FLOW RATE
BURNER NOZZLES
PRESSURE
BURNER GAS
FLOW RATE
BURNER NOZZLES
PRESSURE
(kW) (kcal/h) (m
3
/h) (mbar) (mm H
2
O) (kg/h) (mbar) (mm H
2
O) (kg/h) (mbar) (mm H
2
O)
12.0 10320 1.30 5.60 57.1 0.97 5.33 54.4 0.95 6.59 67.2
11.0 9460 1.19 4.76 48.5 0.89 4.47 45.6 0.87 5.51 56.2
10.0 8600 1.08 3.99 40.7 0.81 3.70 37.7 0.79 4.55 46.4
9.8 8456 1.06 3.87 39.5 0.79 3.58 36.5 0.78 4.40 44.9
8.0 6880 0.87 2.68 27.3 0.65 2.40 24.5 0.64 2.94 29.9
7.0 6020 0.76 2.12 21.6 0.57 1.87 19.0 0.56 2.27 23.1
6.0 5160 0.66 1.62 16.5 0.49 1.40 14.3 0.48 1.69 17.3
5.0 4300 0.55 1.18 12.0 0.41 1.00 10.2 0.40 1.20 12.2
4.0 3440 0.44 0.80 8.1 0.33 0.66 6.8 0.33 0.79 8.1
3.0 2580 0.34 0.47 4.8 0.25 0.39 4.0 0.25 0.47 4.8
2.0 1720 0.23 0.20 2.1 0.17 0.20 2.0 0.17 0.24 2.4
1.9 1634 0.22 0.18 1.8 0.16 0.18 1.8 0.16 0.22 2.2
measuring 0.5 m in length. Gas ow rates refer
to heating values below a temperature of 15°C
and at a pressure of 1013 mbar. Burner pressure
values refer to use of gas at 15°C.
Victrix X 12 2 I.
Victrix X 24 2 I.
METHANE (G20) BUTANE (G30) PROPANE (G31)
HEAT
OUTPUT
HEAT
OUTPUT
BURNER GAS
FLOW RATE
BURNER NOZZLES
PRESSURE
BURNER GAS
FLOW RATE
BURNER NOZZLES
PRESSURE
BURNER GAS
FLOW RATE
BURNER NOZZLES
PRESSURE
(kW) (kcal/h) (m
3
/h) (mbar) (mm H
2
O) (kg/h) (mbar) (mm H
2
O) (kg/h) (mbar) (mm H
2
O)
26.0 22360
D.H.W.
2,82 5,60 57,1 2,11 5,50 56,1 2,07 7,10 72,4
25.0 21500 2,71 5,19 52,9 2,02 5,06 51,6 1,99 6,54 66,7
24.0 20640 2,60 4,79 48,9 1,94 4,65 47,4 1,91 6,00 61,2
23.6 20296
CEN.
HEAT.
+
D.H.W.
2,55 4,64 47,3 1,91 4,49 45,8 1,87 5,80 59,1
22.0 18920 2,38 4,05 41,4 1,77 3,88 39,6 1,74 5,02 51,2
21.4 18405 2,31 3,85 39,2 1,72 3,67 37,4 1,70 4,74 48,3
20.0 17200 2,16 3,39 34,6 1,61 3,19 32,6 1,58 4,13 42,1
19.0 16340 2,05 3,08 31,4 1,53 2,88 29,4 1,51 3,72 38,0
18.0 15480 1,94 2,79 28,4 1,45 2,58 26,3 1,43 3,34 34,1
17.0 14620 1,84 2,51 25,6 1,37 2,30 23,5 1,35 2,98 30,4
16.0 13760 1,73 2,25 22,9 1,29 2,04 20,8 1,27 2,64 26,9
15.0 12900 1,62 2,00 20,4 1,21 1,80 18,3 1,19 2,32 23,7
14.0 12040 1,52 1,76 18,0 1,13 1,57 16,0 1,11 2,03 20,7
13.0 11180 1,41 1,55 15,8 1,05 1,36 13,8 1,03 1,75 17,9
12.0 10320 1,30 1,34 13,7 0,97 1,16 11,9 0,96 1,50 15,3
11.0 9460 1,20 1,15 11,7 0,89 0,98 10,0 0,88 1,27 12,9
10.0 8600 1,09 0,97 9,9 0,81 0,82 8,4 0,80 1,06 10,8
9.0 7740 0,98 0,81 8,2 0,73 0,67 6,9 0,72 0,86 8,8
8.0 6880 0,88 0,66 6,7 0,65 0,54 5,6 0,64 0,69 7,1
7.0 6020 0,77 0,52 5,3 0,57 0,43 4,4 0,56 0,54 5,5
6.0 5160 0,66 0,40 4,0 0,49 0,33 3,4 0,49 0,41 4,2
5.0 4300 0,55 0,29 2,9 0,41 0,25 2,6 0,41 0,30 3,1
4.0 3440 0,44 0,19 1,9 0,33 0,19 1,9 0,33 0,22 2,2
3.0 2580 0,33 0,11 1,1 0,25 0,14 1,4 0,25 0,15 1,5