according to the user´s requirements (
names and sonic
velocities
).
NOTE:
If the sonic velocity is not known it can be estimated by using
the sonic velocity calculation, see appendix 3.
FULL SCALE
Select the flow rate units and program the full scale value.
A selection can be made out of 9 preprogrammed units and
one unit can be specified by the user (see function 3.5.3,
3.5.4 and 3.5.5 in chapter D).
Unit
Range
m3/Sec
9.4240 E-7
≤
F.S.
≤
1.5080 E 2
m3/min
5.6533 E-7
≤
F.S.
≤
9.0481 E 3
m3/hr
3.3926 E-3
≤
F.S.
≤
5.4288 E 5
Liter/Sec
9.4240 E-4
≤
F.S.
≤
1.5080 E 5
Liter/min
5.6544 E-2
≤
F.S.
≤
9.0481 E 6
Liter/hr
3.3926 E 0
≤
F.S.
≤
5.4288 E 8
US G/Sec
2.4896 E-4
≤
F.S.
≤
3.9837 E 4
US G/min
1.4937 E-2
≤
F.S.
≤
2.3902 E 6
US G/hr
8.9624 E-1
≤
F.S.
≤
1.4341 E 8
...../......
9.4240 E-7
≤
F.S.
≤
1.5080 E 2
(user defined unit)
LOCATION
The name of a measuring site or tag number can be pro-
grammed here. When function 3.6.5 is activated (see chapter
D) the location name will be recorded in the header of each
data block that is stored.
SENS. DIST.
After the previous parameters in the Start Up Menu have
been programmed, the microprocessor will calculate, either
in mm or inches as chosen for under diameter, the desired
distance between the two transducers, measured along the
pipe axis. Enter this function to read the result on the display.
33
Summary of Contents for UFM 600 T ALTOSONIC
Page 6: ...5 ...
Page 8: ...7 ...
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Page 14: ...Fig B 3 UFM 600 T with all equipment displayed 13 ...
Page 16: ...Fig B 4 UFC 600 T converter 15 9 ...
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Page 48: ...45b ...
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