1.1.4.39 DRV_METROLOGY_AFE_EVENTS Struct
C
typedefstruct {
unsignedint paDir : 1;
unsignedint pbDir : 1;
unsignedint pcDir : 1;
unsignedint ptDir : 1;
unsignedint qaDir : 1;
unsignedint qbDir : 1;
unsignedint qcDir : 1;
unsignedint qtDir : 1;
unsignedint pafDir : 1;
unsignedint pbfDir : 1;
unsignedint pcfDir : 1;
unsignedint ptfDir : 1;
unsignedint qafDir : 1;
unsignedint qbfDir : 1;
unsignedint qcfDir : 1;
unsignedint qtfDir : 1;
unsignedint sagA : 1;
unsignedint sagB : 1;
unsignedint sagC : 1;
unsignedint swellA : 1;
unsignedint swellB : 1;
unsignedint swellC : 1;
unsigned int creepIA : 1;
unsigned int creepIB : 1;
unsigned int creepIC : 1;
unsigned int creepQ : 1;
unsigned int creepP : 1;
unsigned int creepS : 1;
unsigned int phActiveA : 1;
unsigned int phActiveB : 1;
unsigned int phActiveC : 1;
unsignedint reserved : 1;
} DRV_METROLOGY_AFE_EVENTS;SummaryIdentifies all events related to metrology library.
DescriptionField description:
- paDir. Identifies the sign of the active power in channel A. "1" means a negative value, "0" is a positive value.
- pbDir. Identifies the sign of the active power in channel B. "1" means a negative value, "0" is a positive value.
- pcDir. Identifies the sign of the active power in channel C. "1" means a negative value, "0" is a positive value.
- ptDir. Identifies the sign of the total active power in all channels. "1" means a negative value, "0" is a positive value.
- qaDir. Identifies the sign of the reactive power in channel A. "1" means a negative value, "0" is a positive value.
- qbDir. Identifies the sign of the reactive power in channel B. "1" means a negative value, "0" is a positive value.
- qcDir. Identifies the sign of the reactive power in channel C. "1" means a negative value, "0" is a positive value.
- qtDir. Identifies the sign of the total reactive power in all channels. "1" means a negative value, "0" is a positive value.
- pafDir. Identifies the sign of the active power (fundamental) in channel A. "1" means a negative value, "0" is a positive value.
- pbfDir. Identifies the sign of the active power (fundamental) in channel B. "1" means a negative value, "0" is a positive value.
- pcfDir. Identifies the sign of the active power (fundamental) in channel C. "1" means a negative value, "0" is a positive value.
- ptfDir. Identifies the sign of the total active power (fundamental) in all channels. "1" means a negative value, "0" is a positive value.
- qafDir. Identifies the sign of the reactive power (fundamental) in channel A. "1" means a negative value, "0" is a positive value.
- qbfDir. Identifies the sign of the reactive power (fundamental) in channel B. "1" means a negative value, "0" is a positive value.
- qcfDir. Identifies the sign of the reactive power (fundamental) in channel C. "1" means a negative value, "0" is a positive value.
- qtfDir. Identifies the sign of the total reactive power (fundamental) in all channels. "1" means a negative value, "0" is a positive value.
- sagA. Voltage Sag Detected Flag for Channel A. "1" means that voltage sag is detected.
- sagB. Voltage Sag Detected Flag for Channel B. "1" means that voltage sag is detected.
- sagC. Voltage Sag Detected Flag for Channel C. "1" means that voltage sag is detected.
- swellA. Voltage Swell Detected Flag for Channel A. "1" means that voltage Swell is detected.
- swellB. Voltage Swell Detected Flag for Channel B. "1" means that voltage Swell is detected.
- swellC. Voltage Swell Detected Flag for Channel C. "1" means that voltage Swell is detected.
- creepIA. Channel A Current Creep Detected Flag. "1" means that Creep is detected.
- creepIB. Channel B Current Creep Detected Flag. "1" means that Creep is detected.
- creepIC. Channel C Current Creep Detected Flag. "1" means that Creep is detected.
- creepQ. Reactive Power Creep Detected Flag. "1" means that Creep is detected.
- creepP. Active Power Creep Detected Flag. "1" means that Creep is detected.
- creepS. Apparent Power Creep Detected Flag. "1" means that Creep is detected.
None.
