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Omega FMA 4000 User Manual Page 44

Digital mass flow meters.
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INDEX
NAME
100
GasIdentifer
101
FullScaleFlow
102
StdTemp
StdPressure
103
104
StdDensity
105
CalibrationGas
CalibratedBy
106
107
CalibratedAt
108
DateCalibrated
DateCalibrationDue
109
110
111
112
113
SensorTbl[0][Sensor Value]
114
SensorTbl[0][Flow]
115
SensorTbl[1][Sensor Value]
116
SensorTbl[1][Flow]
117
SensorTbl[2][Sensor Value]
118
SensorTbl[2][Flow]
119
SensorTbl[3][Sensor Value]
SensorTbl[3][Flow]
120
121
SensorTbl[4][Sensor Value]
122
SensorTbl[4][Flow]
SensorTbl[5][Sensor Value]
123
124
SensorTbl[5][Flow]
125
SensorTbl[6][Sensor Value]
126
SensorTbl[6][Flow]
127
SensorTbl[7][Sensor Value]
128
SensorTbl[7][Flow]
129
SensorTbl[8][Sensor Value]
130
SensorTbl[8][Flow]
SensorTbl[9][Sensor Value]
131
132
SensorTbl[9][Flow]
133
SensorTbl[10][Sensor Value]
SensorTbl[10][Flow]
134
Note: Values will be available for selected gas only.
Calibration Table: Gas Dependent Variables.
DATA TYPE
K_N
2
K_F1
K_F1
char[20]
Name of Gas [If not calibrated = "Uncalibrated"]
float
float
float
float
Name of Gas used for Calibration
char[20]
[If not calibrated=["Uncalibrated"]
char[20]
Name of person who performed actual calibration
char[20]
char[12]
char[12]
float
Gas Parameters: K-factor relative to N
float
float
uint
Index 0: Must be 120 (zero value) Do not Alter!
float
Index 0: Must be 0.0 (zero PFS) Do not Alter!
uint
10.0%F.S. A/D value from sensor [counts].
float
uint
20.0%F.S. A/D value from sensor [counts].
float
uint
30.0%F.S. A/D value from sensor [counts].
float
uint
40.0%F.S. A/D value from sensor [counts].
float
uint
50.0%F.S. A/D value from sensor [counts].
float
uint
60.0%F.S. A/D value from sensor [counts].
float
uint
70.0%F.S. A/D value from sensor [counts].
float
uint
80.0%F.S. A/D value from sensor [counts].
float
uint
90.0%F.S. A/D value from sensor [counts].
float
uint
100.0%F.S. A/D value from sensor [counts].
float
Flow in PFS. Should be 1.0 Do not Alter!
40
NOTES
Full Scale Range in l/min
Standard Temperature
Standard Pressure
Gas Standard Density
Name of Calibration Facility
Calibration Date
Date Calibration Due
Reserved
Reserved
Actual Flow in PFS [0.1].
Actual Flow in PFS [0.2].
Actual Flow in PFS [0.3].
Actual Flow in PFS [0.4].
Actual Flow in PFS [0.5].
Actual Flow in PFS [0.6].
Actual Flow in PFS [0.7].
Actual Flow in PFS [0.8].
Actual Flow in PFS [0.9].
2

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