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Measurement menu
NONAME
AT!
F F T T
S S T T A A R R T T
MEMORY
D P P
Main menu
S S S S N N / / H H . . C C . . T T . .
M M E E M M O O R R Y Y
F F U U E E L L
S S E E T T T T I I N N G G
S S S S N N / / H H . . C C . . T T . .
M M E E M M O O R R Y Y
F F U U E E L L
S S E E T T T T I I N N G G
D D I I S S P P L L A A Y Y
M M E E A A S S . . U U N N I I T T
D D A A T T E E / / T T I I M M E E
P P R R I I N N T T E E R R
FT
INSERT DELETE SELECT
_ _ _ _ _ _ _ _
DELETE SELECT
INSERT
Display sequence
1. To select required line
2. "OPTION"
List of all variables possible appears
3. Select parameter for this line with
4. Activate selected variable via "Store", changes automatically to the
next line in the display sequence.
5. If the selection is ended with
is taken over.
-
A new line can be inserted in any line via "Insert" and the required
display value can be selected.
-
Any line is deleted via "Delete" and the other lines move
accordingly.
-
Line feeds can be inserted (max. 2 consecutively).
-
If parameters were selected but not measured "– – – –" will appear
in these lines in the measurement menu.
-
If probes are connected which are not selected in the display
sequence the respective measured value is added automatically as
the last value in the measurement menu.
FT
O O 2 2
O O 2 2
C C O O
N N O O
A A m m b b C C O O
F F T T
S S T T O O R R E E
39
Reference section
Settings menu
or
.
or
.
the complete display sequence
Possible displayed values
O
O
level
2
2
SO
Sulphur dioxide
2
FT
Flue gas temperature
AT
Ambient air temperature
qA
Flue gas loss
CO
CO
level
2
2
l
Excess air value
CO
Carbon monoxide level
NO
Nitrogen oxide
x
Fuel
selected fuel
Effn/Effg Gross and net efficiency
CO
m CO
max value of the
2
2
selected fuel
O
ref
O
reference value of the
2
2
selected fuel
SSN
Smoke spot number
Oild.
Oil deriv. Yes/No
HCT
Heat carrier temperature
³T
Differential temperature
³P
Differential pressure
AmbCO CO level in ambient air
v
Velocity speed
V
Volume flow
TP
Dew point
GT
Instrument temperature
M CO Mass flow
M NO
Mass flow
x
M SO
Mass flow
2
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