29
Bentone
M
=
450
=
0.45 m
3
1000
t
=
1
+
10
=
0.0194 h
60
3600
V
=
M
=
0,45
≈
23.2 m
3
/h
t
0.0194
Calculation example:
t = 1 min 10 s
M = 450 dm
3
(litre)
V
=
M
[m
3
/h]
t
5.7 Calculating the quantity of gas
supplied
The quantity of gas supplied can be calculated if the system is equipped with
a gas flow meter of some type. The procedure here is usually to measure
how long it takes for the burner to consume a certain quantity of gas.
To measure:
t = Time for a certain quantity of gas consumed by the burner.
[h]
M = Quantity of gas consumed.
[m
3
]
V = Actual gas flow
[m
3
/h]
V
=
V
0
.
f
V
A
=
V
0A
.
f
=
58.8
.
0.90
≈
53 m
3
/h
V
B
=
V
0B
.
f
=
58.5
.
0.90
≈
53 m
3
/h
V
C
=
V
0C
.
f
=
58.9
.
0.90
≈
53 m
3
/h
This means that the quantity of gas read from the gas meter should actually
be read off as 1.11 . the calculated flow in a normal state.
f
=
273
.
945+15
≈
0.90 Nm
3
/h
273+15
1013.25
Calculation example:
T = 15°C
B = 945 mbar
P = 15 mbar
Summary of Contents for BG 650
Page 2: ...2 Bentone...
Page 19: ...19 Bentone 4 10 Gas nozzle 45 Natural gas Propan Biogas UV detector...
Page 38: ...38 Bentone 9 2 Wiring diagram LME Design without A3 AGQ Option...
Page 45: ...172 905 04 2018 02 15 12 EU Declaration of conformity Bentone Gasburners...
Page 48: ...Enertech AB P O Box 309 SE 341 26 Ljungby www bentone se www bentone com...
