TelemetryItemName

class lsst.ts.ess.common.TelemetryItemName(value, names=<not given>, *values, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: StrEnum

Attributes Summary

aeActiveEDelivered
aeApparentEDelivered
aeReactiveEDelivered
aeResetDateTime
currentDrawMax1
currentDrawStatus1
fFrequency
lcIC
lcIa
lcIb
lcIn
midSerialNumber
outletStatus
pActivePa
pActivePb
pActivePc
pActivePtot
pApparentPa
pApparentPb
pApparentPc
pApparentPtot
pReactivePa
pReactivePb
pReactivePc
pReactivePtot
pfPfDisplacementA
pfPfDisplacementB
pfPfDisplacementC
pfPfDisplacementTotal
pfPfa
pfPfb
pfPfc
pfPftot
sysDescr
vVab
vVan
vVbc
vVbn
vVca
vVcn
xupsBatCapacity
xupsBatCurrent
xupsBatTimeRemaining
xupsBatVoltage
xupsBatteryAbmStatus
xupsBypassFrequency
xupsBypassTable
xupsBypassVoltage
xupsEnvAmbientTemp
xupsInputCurrent
xupsInputFrequency
xupsInputTable
xupsInputVoltage
xupsInputWatts
xupsOutputCurrent
xupsOutputFrequency
xupsOutputLoad
xupsOutputTable
xupsOutputVoltage
xupsOutputWatts

Attributes Documentation

aeActiveEDelivered = 'activeEnergyDelivered'

aeApparentEDelivered = 'apparentEnergyDelivered'

aeReactiveEDelivered = 'reactiveEnergyDelivered'

aeResetDateTime = 'resetDateTime'

currentDrawMax1 = 'acMaxDraw'

currentDrawStatus1 = 'acCurrentDraw'

fFrequency = 'systemFrequency'

lcIC = 'loadCurrentC'

lcIa = 'loadCurrentA'

lcIb = 'loadCurrentB'

lcIn = 'neutralCurrent'

midSerialNumber = 'serialNumber'

outletStatus = 'powerOutletStatus'

pActivePa = 'activePowerA'

pActivePb = 'activePowerB'

pActivePc = 'activePowerC'

pActivePtot = 'totalActivePower'

pApparentPa = 'apparentPowerA'

pApparentPb = 'apparentPowerB'

pApparentPc = 'apparentPowerC'

pApparentPtot = 'totalApparentPower'

pReactivePa = 'reactivePowerA'

pReactivePb = 'reactivePowerB'

pReactivePc = 'reactivePowerC'

pReactivePtot = 'totalReactivePower'

pfPfDisplacementA = 'displacementPowerFactorA'

pfPfDisplacementB = 'displacementPowerFactorB'

pfPfDisplacementC = 'displacementPowerFactorC'

pfPfDisplacementTotal = 'totalDisplacementPowerFactor'

pfPfa = 'powerFactorA'

pfPfb = 'powerFactorB'

pfPfc = 'powerFactorC'

pfPftot = 'totalPowerFactor'

sysDescr = 'systemDescription'

vVab = 'measuredLineVoltageVab'

vVan = 'measuredLineVoltageVan'

vVbc = 'measuredLineVoltageVbc'

vVbn = 'measuredLineVoltageVbn'

vVca = 'measuredLineVoltageVca'

vVcn = 'measuredLineVoltageVcn'

xupsBatCapacity = 'batteryCapacity'

xupsBatCurrent = 'batteryCurrent'

xupsBatTimeRemaining = 'batteryTimeRemaining'

xupsBatVoltage = 'batteryVoltage'

xupsBatteryAbmStatus = 'batteryAbmStatus'

xupsBypassFrequency = 'bypassFrequency'

xupsBypassTable = 'bypassTable'

xupsBypassVoltage = 'bypassVoltage'

xupsEnvAmbientTemp = 'envAmbientTemp'

xupsInputCurrent = 'inputCurrent'

xupsInputFrequency = 'inputFrequency'

xupsInputTable = 'inputTable'

xupsInputVoltage = 'inputVoltage'

xupsInputWatts = 'inputPower'

xupsOutputCurrent = 'outputCurrent'

xupsOutputFrequency = 'outputFrequency'

xupsOutputLoad = 'outputLoad'

xupsOutputTable = 'outputTable'

xupsOutputVoltage = 'outputVoltage'

xupsOutputWatts = 'outputPower'