Enum Error

Namespace: Loehnert.Lisrt.HighVoltageTester.Etl

Assembly: Loehnert.Lisrt.HighVoltageTester.Etl.dll

Represents an error of the Ats400Module.

public enum Error

Fields

AboveUpperLimit = 14: The measured value exceeds the upper limit.
BelowLowerLimit = 15: The measured value falls below the lower limit value.
CanceledBYSafetyCircuitOpened = 8: The safety circuit was opened during the test or the test was started with the safety circuit open.
CanceledByConnectionMonitoring = 9: The contact was opened during the test or the test was started with the contact open.
CanceledByUser = 4: Aborted by user via ETL interface.
CanceledByUserInterface = 7: The controlling application ETL DataView 3 or the client application has canceled the check.
CommunicatioError = 11: Communication to an external device is disturbed.
CommunicationFailed = 10: Communication in the device or to an external module is disturbed.
ErrorPowerSource = 1: The inverter is no longer ready for operation. This can have the following causes: Short or long term overload, This condition goes away after a few seconds when the overload is no longer present. Defect in the inverter. This condition is permanent and requires repair.
ExternalCommunication = 6: External communication error.
HighVoltagACTestVoltageNotReached = 18: The necessary high voltage could not be generated. The following causes are possible: There is a short circuit in the test object. -or- The test was started when handling test pistols at the same test point. -or- There is a defect in the device.
HighVoltageACFailureArcDetectionGradientRamp = 24: There was a breakdown in the ramp, which was detected via the voltage curve. The slope for the breakdown detection was exceeded.
HighVoltageACFailureArcDetectionGradientStaticPhase = 25: A breakdown occurred in the static phase, which was detected via the voltage curve. The slope for the breakdown detection was exceeded.
HighVoltageACFailureArcDetectionRamp = 20: A breakdown occurred in the ramp, which was detected via the voltage curve. The breakdown detection threshold was exceeded.
HighVoltageACFailureArcDetectionStaticPhase = 22: A breakdown occurred in the static phase, which was detected via the voltage curve. The breakdown detection threshold was exceeded.
HighVoltageACFailureLimitDetectionIMaxRamp = 21: During the ramp, the upper limit was exceeded and the test was aborted.
HighVoltageACFailureLimitDetectionIMaxStaticPhase = 23: During the static phase, the upper limit was exceeded and the test was aborted.
HighVoltageACLimitDetectionIMax = 16: During the static phase, the upper limit was exceeded and the test was aborted.
HighVoltageACMinimalCurrentNotReached = 19: During the evaluation time, the current has not reached or exceeded the lower limit value.
HighVoltageACPeakValueDetection = 17: A current spike was detected and the test was aborted.
HighVoltageACShortcut = 26: The necessary high voltage could not be generated. The following causes are possible: There is a short circuit in the test object. -or- The test was started when handling test pistols at the same test point. -or- There is a defect in the device.
HighVoltageACVoltageOvershoot = 27: After switching on or after the end of the ramp, the voltage is too high.
HighVoltageDCFailureArDetectionRamp = 37: A breakdown occurred in the ramp, which was detected via the voltage curve. The breakdown detection threshold was exceeded.
HighVoltageDCFailureArcDetection = 35: A breakdown occurred, which was detected via the voltage curve. The breakdown detection threshold has been exceeded.
HighVoltageDCFailureArcDetectionGradientRamp = 41: There was a breakdown in the ramp, which was detected via the voltage curve. The slope for the breakdown detection was exceeded.
HighVoltageDCFailureArcDetectionGradientStaticPhase = 42: A breakdown occurred in the static phase, which was detected via the voltage curve. The slope for the breakdown detection was exceeded.
HighVoltageDCFailureArcDetectionStaticPhase = 39: A breakdown occurred in the static phase, which was detected via the voltage curve. The breakdown detection threshold was exceeded.
HighVoltageDCFailureLimiDetectionIMaxStaticPhase = 40: During the static phase, the upper limit was exceeded and the test was aborted.
HighVoltageDCFailureLimitDetectionIMax = 32: During the static phase, the upper limit was exceeded and the test was aborted.
HighVoltageDCFailureLimitDetectionIMaxRamp = 38: During the ramp, the upper limit was exceeded and the test was aborted.
HighVoltageDCFailurePeakValueDetection = 33: A current spike was detected and the test was aborted.
HighVoltageDCTestConditionMinimalCurrentNoReached = 34: During the evaluation time, the current has not reached or exceeded the lower limit value.
HighVoltageDCTestConditionTestVoltageNotReached = 36: The necessary high voltage could not be generated. The following causes are possible: There is a short circuit in the test object. -or- The test was started when handling test pistols at the same test point. -or- There is a defect in the device.
HighVoltageDCTimeForDischargeExceeded = 43: After the test, the voltage could not be reduced below the discharge voltage within the discharge time.
HighVoltageDCVoltageOvershoot = 44: After switching on or after the end of the ramp, the voltage is too high.
MeasurementRangeOvershoot = 12: The measured value exceeds the upper limit of the set measuring range.
MeasurementRangeUndershoot = 13: The measured value falls below the lower limit of the set measuring range.
NoError = 0: No error has occurred.
OverTemperature = 2: The temperature of the inverter has exceeded. This error disappears when the temperature falls.
PowerLimitReached = 5: The maximum power limit of the inverter has been reached.
ProtectiveEarthCurrentUndershoot = 81: The current cannot be set to the configured setpoint. The following causes are possible for this: The test object is not contacted. -or- There is a cable break. -or- The tester has slipped with the test probe. -or- The tester has accidentally started the test too early with the button on the test probe. -or- There is a defect in the device.
ProtectiveEarthResistanceOvershoot = 80: The measured resistance is greater than the upper limit value.
ProtectiveEarthResistanceUndershoot = 82: The measured resistance is lower than the lower limit value.
ProtectiveEarthScalingDataIsMissing = 83: No scaling data has been transferred for the current clamp. When using the current clamp, these must be available before starting the test.
StartconditionStateError = 3: The state of the contact monitoring or the safety circuit has changed during the test.
UnknownError = -1: Error is unknown.

Table of Contents

Enum Error

Fields