Endress+Hauser Proline Prowirl R 200 FOUNDATION Fieldbus Betriebsanleitung Seite 209

Proline Prowirl R 200 FOUNDATION Fieldbus
Rela-
tive
Index
HBTR_DSCTemperaturePT1
HBTR_DSCTemperaturePT2
HBTR_FrequencyReferenceDrift
HBTR_GapCapacity
HBTR_GapCapacityDelta
HBTR_OverallRefCapacity
HBTR_Package
HBTR_TemperatureRefPT1
HBTR_TemperatureRefPT2
HBTR_VerificationDSCSensorResult
HBTR_VerificationFreqRefDriftResult
HBTR_VerificationPTSensorResult
HBTR_VerificationTempMeasResult
HBTR_DSCLeakageC0
HBTR_DSCTemperaturePT1
HBTR_DSCTemperaturePT2
HBTR_FrequencyReferenceDrift
HBTR_GapCapacity
HBTR_GapCapacityDelta
HBTR_OverallRefCapacity
HBTR_Package
HBTR_TemperatureRefPT1
HBTR_TemperatureRefPT2
HBTR_VerificationDSCSensorResult
HBTR_VerificationFreqRefDriftResult
HBTR_VerificationPTSensorResult
HBTR_VerificationTempMeasResult
Endress+Hauser
Name Label Data type
DSC sensor FLOAT
temperature PT1
DSC sensor FLOAT
temperature PT2
Quartz reference FLOAT
frequency drift
Gap capacity FLOAT
Gap capacity FLOAT
difference
DSC sensor FLOAT
reference capacity
Sensor version ENUM16
Temperature FLOAT
reference 1
Temperature FLOAT
reference 2
DSC sensor ENUM16
Reference frequency ENUM16
drift
Temperature sensor ENUM16
Temperature ENUM16
measuring path
Sensor leakage FLOAT
current
DSC sensor FLOAT
temperature PT1
DSC sensor FLOAT
temperature PT2
Quartz reference FLOAT
frequency drift
Gap capacity FLOAT
Gap capacity FLOAT
difference
DSC sensor FLOAT
reference capacity
Sensor version ENUM16
Temperature FLOAT
reference 1
Temperature FLOAT
reference 2
DSC sensor ENUM16
Reference frequency ENUM16
drift
Temperature sensor ENUM16
Temperature ENUM16
measuring path
Storage Size MODE_BLK Wri-
Class (Bytes)
Static 4
Static 4
Static 4
Static 4
Static 4
Static 4
Static 2
Static 4
Static 4
Static 2
Static 2
Static 2
Static 2
Static 4
Static 4
Static 4
Static 4
Static 4
Static 4
Static 4
Static 2
Static 4
Static 4
Static 2
Static 2
Static 2
Static 2
Anhang
tabi-
lity
209