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14.Appendix 2 Example Of Parameter Setting
Setting items
Model
Differential pressure
configuration
Media configuration
Instrument factor
Flow range
Temperature range
Pressure range
Analog output
Explanation
Orifice / differential pressure type, need to open the meter
4 ~ 20mA, 0.000 ~ 4.000KPa
3
General gas, operating density 0.780kg / m
Differential design condition temperature 230 ℃,
design condition pressure 0.2MPa (gauge pressure)
3
Maximum scale flow 2500 m / h
External supplement, Pt100, 0 ~ 350 ℃
External supplement, 4 ~ 20mA, 0.00 ~ 1.00MPa
4 ~ 20mA, source flow channel
Number in the figure
①-A
①-B
①-C
①-D
①-E
②
③
④
Log in configuration, enter flow configuration, set according to the order of the figure
label and then exit (if the local atmospheric pressure is not the default atmospheric
pressure of the instrument, please set the local atmospheric pressure value in the
system before step ①-A):
When the model is [Frequency Vortex], the default unit of the meter coefficient is times /
m3, the coefficient value is the same as the flowmeter coefficient value (if the flowmeter
coefficient unit is times / L, then the coefficient K = vortex flowmeter meter coefficient
Value * 1000).
Orifice
details
Prescribe
Local
prescription
Quit
Model
Coefficient
Unit
Range
Orifice
1
.
00
3
m /h
0 ~5000
Differential pressure
configuration
Automatic
Media
Totalizer
Model
Unit
Range
Filter
The current
value
4~20mA
KPa
0.000~4.000
0 S
0.000
Quit
Quit
Media
Standard
secret
Standard
temperature
General gas
1.000
20.00
3
k
g
/m
℃
Quit
Password:
0
0 00 00*
Flow
Temp
Pressure Features
System
Quit
Design flow
Design temp
Design pressure
Design density
2500
230.0
0.20
0.780
3
m /h
℃
MPa
3
Kg/m
K=
1103.970
Update
Cancel
The way
Adjustment
Filter
Range
Outside
makes up
Type
Unit
Resection
0 S
0.000
4~20mA
MPa
0.0%
0.000~1.000
Aisle
Effect
Range
Signal source
04
Positive
0 ~5000
CH1
Type
AO
Unit
%
Quit
Quit
Quit
The way
Adjustment
Filter
Outside
makes up
0 S
0.0
Range
Type
Unit
Resection
Pt100
℃
0.0%
-99.9~850.0
①-A
①-E
①-C
④
②
①-B
①-D
③
Orifice configuration
Flow configuration
Differential pressure configuration
Media configuration
Configuration
Differential pressure K factor
automatic calculation
Pressure configuration
Output configuration
Temperature configuration
33
EN
7
0
1
7
8
7
2
.0
6
0
9
/2
0
1
8
C
H
/E
N
