TransducerFaultsAngularAcceleration coming soon
https://bladednextgen.dnv.com/schema/0.4.1/Turbine/BladedControl/MeasuredSignalProperties/SignalPropertiesAngularAcceleration/TransducerFaultsAngularAcceleration/TransducerFaultsAngularAcceleration.json
Not supported yet
ApplyOnlyToFirstMiscalibrationOffsetInverseInstallationFailTimeFaultTypeNone|Noise|ToConstant|ConstantOffset|GrowingOffset|HarmonicOffsetNoiseMultiplierFailureValueFailureValueRampRateConstantOffsetGrowingOffsetMagnitudePeriodMiscalibrationOffsetFailureValueFailureValueRampRateConstantOffsetGrowingOffsetMagnitude
Properties
ApplyOnlyToFirst: boolean, optionalcoming soon
If true, the fault will be aplied only to the first instance of this transducer. If false, all sensors of this type will fail identically.
default = True
MiscalibrationOffset: number, optionalcoming soon
A constant value added to the sensor's output - for example, if the sensor had been incorrectly installed or poorly calibrated.
default = 0.0
InverseInstallation: boolean, optionalcoming soon
Whether the sensor was installed in reverse, resulting in its outputs being multiplied by -1.0.
default = False
FailTime: number (s), optionalcoming soon
The time at which any time-dependent failure occurs. This will be from the beginning of the simulation, and not from the start of logging. Please ensure that this time will equate to a period which is being clearly logged.
default = 0.0
FaultType: string, optionalcoming soon
What fault occurs at a specified time in the simulation.
default = None
NoiseMultiplier: number, optionalcoming soon
The factor by which the noise on the signal increases (or decreases) by.
default = 1.0
FailureValue: number, optionalcoming soon
The value which the sensor reverts to in the case of failure.
default = 0.0
FailureValueRampRate: number, optionalcoming soon
The rate at which the signal reverts to its fail value. A rate of 0.0 represents an instantaneous step change to the fail value.
default = 0.0
ConstantOffset: number, optionalcoming soon
The value by which the signal is offset by.
default = 0.0
GrowingOffset: number, optionalcoming soon
The rate at which the signal is deviating from its calibrated value.
default = 0.0
Magnitude: number, optionalcoming soon
The greatest magnitude of the harmonic interference from the 'true' value.
default = 0.0
Period: number (s), optionalcoming soon
The time period of the full sinusoidal interference pattern.
default = 1.0
MiscalibrationOffset: number (rad/s²), optionalcoming soon
A constant value added to the sensor's output - for example, if the sensor had been incorrectly installed or poorly calibrated.
default = 0.0
FailureValue: number (rad/s²), optionalcoming soon
The value which the sensor reverts to in the case of failure.
default = 0.0
FailureValueRampRate: number (rad/s³), optionalcoming soon
The rate at which the signal reverts to its fail value. A rate of 0.0 represents an instantaneous step change to the fail value.
default = 0.0
ConstantOffset: number (rad/s²), optionalcoming soon
The value by which the signal is offset by.
default = 0.0
GrowingOffset: number (rad/s³), optionalcoming soon
The rate at which the signal is deviating from its calibrated value.
default = 0.0
Magnitude: number (rad/s²), optionalcoming soon
The greatest magnitude of the harmonic interference from the 'true' value.
default = 0.0