Class OtherManufacturer:Janitza_UMG96S_Pro1

Volume OtherManufacturer
Attributes: Runtime \| Development \| System \| Template \| Detail C Binding: Struct \| Class ClassTree	INDEX NO INDEX

Class Janitza_UMG96S_Pro1_IoModule
Modified	12-JUL-2012 07:53:40.56

Version1.0
Janitza UMG96S profibus slave module IO object.

See also:
Janitza_UMG96S_1   Janitza_UMG96S_1
Janitza_UMG96S_1Fo   Janitza_UMG96S_1Fo
Janitza_UMG96S_Pb_Slave   Janitza_UMG96S_Pb_Slave
Janitza_UMG96S_Pro1   Janitza_UMG96S_Pro1

RtBody attributes pwr_sClass_Janitza_UMG96S_Pro1_IoModule

ChanIo O_PROFILE

ChanIo O_OUTPUTS

ChanIi I_PROFILE

ChanIi I_COMP

ChanAi I_Q1

ChanAi I_Q2

ChanAi I_Q3

ChanAi I_S1

ChanAi I_S2

ChanAi I_S3

ChanAi I_FREQ

ChanAi I_UIN_L1

ChanAi I_UIN_L2

ChanAi I_UIN_L3

ChanAi I_U_L1L2

ChanAi I_U_L2L3

ChanAi I_U_L1L3

ChanAi I_I_L1

ChanAi I_I_L2

ChanAi I_I_L3

ChanAi I_P1

ChanAi I_P2

ChanAi I_P3

ChanAi I_COSPHI_L1

ChanAi I_COSPHI_L2

ChanAi I_COSPHI_L3

ChanAi I_THDU_L1

ChanAi I_THDU_L2

ChanAi I_THDU_L3

ChanAi I_THDI_L1

ChanAi I_THDI_L2

ChanAi I_THDI_L3

Template Object

O_PROFILE.Description Profibus profile

O_PROFILE.Representation 5

O_OUTPUTS.Description Outputs on terminal 12 and 13, bit 0-1 (1=on, 0=off)

O_OUTPUTS.Representation 5

I_PROFILE.Description The profile UMG96S is returning

I_PROFILE.ConversionOn 1

I_PROFILE.Representation 5

I_COMP.Description Bit 0-1 status of digital inputs, bit 2-7 condition of comparators

I_COMP.ConversionOn 1

I_COMP.Representation 5

I_Q1.Description Reactive power phase 1

I_Q1.ConversionOn 1

I_Q1.ScanInterval 1

I_Q1.RawValRangeHigh 1.000000e+01

I_Q1.ChannelSigValRangeHigh 1.000000e+00

I_Q1.SigValueUnit VAr

I_Q1.Representation 2

I_Q2.Description Reactive power phase 2

I_Q2.ConversionOn 1

I_Q2.ScanInterval 1

I_Q2.RawValRangeHigh 1.000000e+01

I_Q2.ChannelSigValRangeHigh 1.000000e+00

I_Q2.SigValueUnit VAr

I_Q2.Representation 2

I_Q3.Description Reactive power phase 3

I_Q3.ConversionOn 1

I_Q3.ScanInterval 1

I_Q3.RawValRangeHigh 1.000000e+01

I_Q3.ChannelSigValRangeHigh 1.000000e+00

I_Q3.SigValueUnit VAr

I_Q3.Representation 2

I_S1.Description Apperent power phase 1

I_S1.ConversionOn 1

I_S1.ScanInterval 1

I_S1.RawValRangeHigh 1.000000e+01

I_S1.ChannelSigValRangeHigh 1.000000e+00

I_S1.SigValueUnit VA

I_S1.Representation 2

I_S2.Description Apperent power phase 2

I_S2.ConversionOn 1

I_S2.ScanInterval 1

I_S2.RawValRangeHigh 1.000000e+01

I_S2.ChannelSigValRangeHigh 1.000000e+00

I_S2.SigValueUnit VA

I_S2.Representation 2

I_S3.Description Apperent power phase 3

I_S3.ConversionOn 1

I_S3.ScanInterval 1

I_S3.RawValRangeHigh 1.000000e+01

I_S3.ChannelSigValRangeHigh 1.000000e+00

I_S3.SigValueUnit VA

I_S3.Representation 2

I_FREQ.Description Net frequency

I_FREQ.ConversionOn 1

I_FREQ.ScanInterval 1

I_FREQ.RawValRangeHigh 1.000000e+02

I_FREQ.ChannelSigValRangeHigh 1.000000e+00

I_FREQ.SigValueUnit Hz

I_FREQ.Representation 2

I_UIN_L1.Description Voltage phase 1

I_UIN_L1.ConversionOn 1

I_UIN_L1.ScanInterval 1

I_UIN_L1.RawValRangeHigh 1.000000e+01

I_UIN_L1.ChannelSigValRangeHigh 1.000000e+00

I_UIN_L1.SigValueUnit V

I_UIN_L1.Representation 2

I_UIN_L2.Description Voltage phase 2

I_UIN_L2.ConversionOn 1

I_UIN_L2.ScanInterval 1

I_UIN_L2.RawValRangeHigh 1.000000e+01

I_UIN_L2.ChannelSigValRangeHigh 1.000000e+00

I_UIN_L2.SigValueUnit V

I_UIN_L2.Representation 2

I_UIN_L3.Description Voltage phase 3

I_UIN_L3.ConversionOn 1

I_UIN_L3.ScanInterval 1

I_UIN_L3.RawValRangeHigh 1.000000e+01

I_UIN_L3.ChannelSigValRangeHigh 1.000000e+00

I_UIN_L3.SigValueUnit V

I_UIN_L3.SensorPolyCoef1 1.000000e-01

I_UIN_L3.Representation 2

I_U_L1L2.Description Voltage phase 1 to phase 2

I_U_L1L2.ConversionOn 1

I_U_L1L2.ScanInterval 1

I_U_L1L2.RawValRangeHigh 1.000000e+01

I_U_L1L2.ChannelSigValRangeHigh 1.000000e+00

I_U_L1L2.SigValueUnit V

I_U_L1L2.Representation 2

I_U_L2L3.Description Voltage phase 2 to phase 3

I_U_L2L3.ConversionOn 1

I_U_L2L3.ScanInterval 1

I_U_L2L3.RawValRangeHigh 1.000000e+01

I_U_L2L3.ChannelSigValRangeHigh 1.000000e+00

I_U_L2L3.SigValueUnit V

I_U_L2L3.Representation 2

I_U_L1L3.Description Voltage phase 1 to phase 3

I_U_L1L3.ConversionOn 1

I_U_L1L3.ScanInterval 1

I_U_L1L3.RawValRangeHigh 1.000000e+01

I_U_L1L3.ChannelSigValRangeHigh 1.000000e+00

I_U_L1L3.SigValueUnit V

I_U_L1L3.Representation 2

I_I_L1.Description Current phase 1

I_I_L1.ConversionOn 1

I_I_L1.ScanInterval 1

I_I_L1.RawValRangeHigh 1.000000e+03

I_I_L1.ChannelSigValRangeHigh 1.000000e+00

I_I_L1.SigValueUnit A

I_I_L1.Representation 2

I_I_L2.Description Current phase 2

I_I_L2.ConversionOn 1

I_I_L2.ScanInterval 1

I_I_L2.RawValRangeHigh 1.000000e+03

I_I_L2.ChannelSigValRangeHigh 1.000000e+00

I_I_L2.SigValueUnit A

I_I_L2.Representation 2

I_I_L3.Description Current phase 3

I_I_L3.ConversionOn 1

I_I_L3.ScanInterval 1

I_I_L3.RawValRangeHigh 1.000000e+03

I_I_L3.ChannelSigValRangeHigh 1.000000e+00

I_I_L3.SigValueUnit A

I_I_L3.Representation 2

I_P1.Description Real power phase 1

I_P1.ConversionOn 1

I_P1.ScanInterval 1

I_P1.RawValRangeHigh 1.000000e+01

I_P1.ChannelSigValRangeHigh 1.000000e+00

I_P1.SigValueUnit W

I_P1.Representation 2

I_P2.Description Real power phase 2

I_P2.ConversionOn 1

I_P2.ScanInterval 1

I_P2.RawValRangeHigh 1.000000e+01

I_P2.ChannelSigValRangeHigh 1.000000e+00

I_P2.SigValueUnit W

I_P2.Representation 2

I_P3.Description Real power phase 3

I_P3.ConversionOn 1

I_P3.ScanInterval 1

I_P3.RawValRangeHigh 1.000000e+01

I_P3.ChannelSigValRangeHigh 1.000000e+00

I_P3.SigValueUnit W

I_P3.Representation 2

I_COSPHI_L1.Description Real power divided by apperent power phase 1

I_COSPHI_L1.ConversionOn 1

I_COSPHI_L1.ScanInterval 1

I_COSPHI_L1.RawValRangeHigh 1.000000e+02

I_COSPHI_L1.ChannelSigValRangeHigh 1.000000e+00

I_COSPHI_L1.Representation 2

I_COSPHI_L2.Description Real power divided by apperent power phase 2

I_COSPHI_L2.ConversionOn 1

I_COSPHI_L2.ScanInterval 1

I_COSPHI_L2.RawValRangeHigh 1.000000e+02

I_COSPHI_L2.ChannelSigValRangeHigh 1.000000e+00

I_COSPHI_L2.ActValRangeHigh 1.000000e+02

I_COSPHI_L2.Representation 2

I_COSPHI_L3.Description Real power divided by apperent power phase 3

I_COSPHI_L3.ConversionOn 1

I_COSPHI_L3.ScanInterval 1

I_COSPHI_L3.RawValRangeHigh 1.000000e+02

I_COSPHI_L3.ChannelSigValRangeHigh 1.000000e+00

I_COSPHI_L3.Representation 2

I_THDU_L1.Description Total harmonic distortion voltage phase 1

I_THDU_L1.ConversionOn 1

I_THDU_L1.ScanInterval 1

I_THDU_L1.RawValRangeHigh 1.000000e+01

I_THDU_L1.ChannelSigValRangeHigh 1.000000e+00

I_THDU_L1.SigValueUnit %

I_THDU_L1.Representation 2

I_THDU_L2.Description Total harmonic distortion voltage phase 2

I_THDU_L2.ConversionOn 1

I_THDU_L2.ScanInterval 1

I_THDU_L2.RawValRangeHigh 1.000000e+01

I_THDU_L2.ChannelSigValRangeHigh 1.000000e+00

I_THDU_L2.SigValueUnit %

I_THDU_L2.Representation 2

I_THDU_L3.Description Total harmonic distortion voltage phase 3

I_THDU_L3.ConversionOn 1

I_THDU_L3.ScanInterval 1

I_THDU_L3.RawValRangeHigh 1.000000e+01

I_THDU_L3.ChannelSigValRangeHigh 1.000000e+00

I_THDU_L3.SigValueUnit %

I_THDU_L3.Representation 2

I_THDI_L1.Description Total harmonic distortion current phase 1

I_THDI_L1.ConversionOn 1

I_THDI_L1.ScanInterval 1

I_THDI_L1.RawValRangeHigh 1.000000e+01

I_THDI_L1.ChannelSigValRangeHigh 1.000000e+00

I_THDI_L1.SigValueUnit %

I_THDI_L1.Representation 2

I_THDI_L2.Description Total harmonic distortion current phase 2

I_THDI_L2.ConversionOn 1

I_THDI_L2.ScanInterval 1

I_THDI_L2.RawValRangeHigh 1.000000e+01

I_THDI_L2.ChannelSigValRangeHigh 1.000000e+00

I_THDI_L2.SigValueUnit %

I_THDI_L2.Representation 2

I_THDI_L3.Description Total harmonic distortion current phase 3

I_THDI_L3.ConversionOn 1

I_THDI_L3.ScanInterval 1

I_THDI_L3.RawValRangeHigh 1.000000e+01

I_THDI_L3.ChannelSigValRangeHigh 1.000000e+00

I_THDI_L3.SigValueUnit %

I_THDI_L3.Representation 2

Attributes detail

O_PROFILE Attribute

Klass Attribute

Typ ChanIo

Flags Class

Kropp RtBody

O_OUTPUTS Attribute

Klass Attribute

Typ ChanIo

Flags Class

Kropp RtBody

I_PROFILE Attribute

Klass Attribute

Typ ChanIi

Flags Class

Kropp RtBody

I_COMP Attribute

Klass Attribute

Typ ChanIi

Flags Class

Kropp RtBody

I_Q1 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_Q2 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_Q3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_S1 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_S2 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_S3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_FREQ Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_UIN_L1 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_UIN_L2 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_UIN_L3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_U_L1L2 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_U_L2L3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_U_L1L3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_I_L1 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_I_L2 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_I_L3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_P1 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_P2 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_P3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_COSPHI_L1 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_COSPHI_L2 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_COSPHI_L3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_THDU_L1 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_THDU_L2 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_THDU_L3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_THDI_L1 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_THDI_L2 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

I_THDI_L3 Attribute

Klass Attribute

Typ ChanAi

Flags Class

Kropp RtBody

RtBody attributes pwr_sClass_Janitza_UMG96S_Pro1_IoModule
ChanIo	O_PROFILE
ChanIo	O_OUTPUTS
ChanIi	I_PROFILE
ChanIi	I_COMP
ChanAi	I_Q1
ChanAi	I_Q2
ChanAi	I_Q3
ChanAi	I_S1
ChanAi	I_S2
ChanAi	I_S3
ChanAi	I_FREQ
ChanAi	I_UIN_L1
ChanAi	I_UIN_L2
ChanAi	I_UIN_L3
ChanAi	I_U_L1L2
ChanAi	I_U_L2L3
ChanAi	I_U_L1L3
ChanAi	I_I_L1
ChanAi	I_I_L2
ChanAi	I_I_L3
ChanAi	I_P1
ChanAi	I_P2
ChanAi	I_P3
ChanAi	I_COSPHI_L1
ChanAi	I_COSPHI_L2
ChanAi	I_COSPHI_L3
ChanAi	I_THDU_L1
ChanAi	I_THDU_L2
ChanAi	I_THDU_L3
ChanAi	I_THDI_L1
ChanAi	I_THDI_L2
ChanAi	I_THDI_L3

Template Object
O_PROFILE.Description	Profibus profile
O_PROFILE.Representation	5
O_OUTPUTS.Description	Outputs on terminal 12 and 13, bit 0-1 (1=on, 0=off)
O_OUTPUTS.Representation	5
I_PROFILE.Description	The profile UMG96S is returning
I_PROFILE.ConversionOn	1
I_PROFILE.Representation	5
I_COMP.Description	Bit 0-1 status of digital inputs, bit 2-7 condition of comparators
I_COMP.ConversionOn	1
I_COMP.Representation	5
I_Q1.Description	Reactive power phase 1
I_Q1.ConversionOn	1
I_Q1.ScanInterval	1
I_Q1.RawValRangeHigh	1.000000e+01
I_Q1.ChannelSigValRangeHigh	1.000000e+00
I_Q1.SigValueUnit	VAr
I_Q1.Representation	2
I_Q2.Description	Reactive power phase 2
I_Q2.ConversionOn	1
I_Q2.ScanInterval	1
I_Q2.RawValRangeHigh	1.000000e+01
I_Q2.ChannelSigValRangeHigh	1.000000e+00
I_Q2.SigValueUnit	VAr
I_Q2.Representation	2
I_Q3.Description	Reactive power phase 3
I_Q3.ConversionOn	1
I_Q3.ScanInterval	1
I_Q3.RawValRangeHigh	1.000000e+01
I_Q3.ChannelSigValRangeHigh	1.000000e+00
I_Q3.SigValueUnit	VAr
I_Q3.Representation	2
I_S1.Description	Apperent power phase 1
I_S1.ConversionOn	1
I_S1.ScanInterval	1
I_S1.RawValRangeHigh	1.000000e+01
I_S1.ChannelSigValRangeHigh	1.000000e+00
I_S1.SigValueUnit	VA
I_S1.Representation	2
I_S2.Description	Apperent power phase 2
I_S2.ConversionOn	1
I_S2.ScanInterval	1
I_S2.RawValRangeHigh	1.000000e+01
I_S2.ChannelSigValRangeHigh	1.000000e+00
I_S2.SigValueUnit	VA
I_S2.Representation	2
I_S3.Description	Apperent power phase 3
I_S3.ConversionOn	1
I_S3.ScanInterval	1
I_S3.RawValRangeHigh	1.000000e+01
I_S3.ChannelSigValRangeHigh	1.000000e+00
I_S3.SigValueUnit	VA
I_S3.Representation	2
I_FREQ.Description	Net frequency
I_FREQ.ConversionOn	1
I_FREQ.ScanInterval	1
I_FREQ.RawValRangeHigh	1.000000e+02
I_FREQ.ChannelSigValRangeHigh	1.000000e+00
I_FREQ.SigValueUnit	Hz
I_FREQ.Representation	2
I_UIN_L1.Description	Voltage phase 1
I_UIN_L1.ConversionOn	1
I_UIN_L1.ScanInterval	1
I_UIN_L1.RawValRangeHigh	1.000000e+01
I_UIN_L1.ChannelSigValRangeHigh	1.000000e+00
I_UIN_L1.SigValueUnit	V
I_UIN_L1.Representation	2
I_UIN_L2.Description	Voltage phase 2
I_UIN_L2.ConversionOn	1
I_UIN_L2.ScanInterval	1
I_UIN_L2.RawValRangeHigh	1.000000e+01
I_UIN_L2.ChannelSigValRangeHigh	1.000000e+00
I_UIN_L2.SigValueUnit	V
I_UIN_L2.Representation	2
I_UIN_L3.Description	Voltage phase 3
I_UIN_L3.ConversionOn	1
I_UIN_L3.ScanInterval	1
I_UIN_L3.RawValRangeHigh	1.000000e+01
I_UIN_L3.ChannelSigValRangeHigh	1.000000e+00
I_UIN_L3.SigValueUnit	V
I_UIN_L3.SensorPolyCoef1	1.000000e-01
I_UIN_L3.Representation	2
I_U_L1L2.Description	Voltage phase 1 to phase 2
I_U_L1L2.ConversionOn	1
I_U_L1L2.ScanInterval	1
I_U_L1L2.RawValRangeHigh	1.000000e+01
I_U_L1L2.ChannelSigValRangeHigh	1.000000e+00
I_U_L1L2.SigValueUnit	V
I_U_L1L2.Representation	2
I_U_L2L3.Description	Voltage phase 2 to phase 3
I_U_L2L3.ConversionOn	1
I_U_L2L3.ScanInterval	1
I_U_L2L3.RawValRangeHigh	1.000000e+01
I_U_L2L3.ChannelSigValRangeHigh	1.000000e+00
I_U_L2L3.SigValueUnit	V
I_U_L2L3.Representation	2
I_U_L1L3.Description	Voltage phase 1 to phase 3
I_U_L1L3.ConversionOn	1
I_U_L1L3.ScanInterval	1
I_U_L1L3.RawValRangeHigh	1.000000e+01
I_U_L1L3.ChannelSigValRangeHigh	1.000000e+00
I_U_L1L3.SigValueUnit	V
I_U_L1L3.Representation	2
I_I_L1.Description	Current phase 1
I_I_L1.ConversionOn	1
I_I_L1.ScanInterval	1
I_I_L1.RawValRangeHigh	1.000000e+03
I_I_L1.ChannelSigValRangeHigh	1.000000e+00
I_I_L1.SigValueUnit	A
I_I_L1.Representation	2
I_I_L2.Description	Current phase 2
I_I_L2.ConversionOn	1
I_I_L2.ScanInterval	1
I_I_L2.RawValRangeHigh	1.000000e+03
I_I_L2.ChannelSigValRangeHigh	1.000000e+00
I_I_L2.SigValueUnit	A
I_I_L2.Representation	2
I_I_L3.Description	Current phase 3
I_I_L3.ConversionOn	1
I_I_L3.ScanInterval	1
I_I_L3.RawValRangeHigh	1.000000e+03
I_I_L3.ChannelSigValRangeHigh	1.000000e+00
I_I_L3.SigValueUnit	A
I_I_L3.Representation	2
I_P1.Description	Real power phase 1
I_P1.ConversionOn	1
I_P1.ScanInterval	1
I_P1.RawValRangeHigh	1.000000e+01
I_P1.ChannelSigValRangeHigh	1.000000e+00
I_P1.SigValueUnit	W
I_P1.Representation	2
I_P2.Description	Real power phase 2
I_P2.ConversionOn	1
I_P2.ScanInterval	1
I_P2.RawValRangeHigh	1.000000e+01
I_P2.ChannelSigValRangeHigh	1.000000e+00
I_P2.SigValueUnit	W
I_P2.Representation	2
I_P3.Description	Real power phase 3
I_P3.ConversionOn	1
I_P3.ScanInterval	1
I_P3.RawValRangeHigh	1.000000e+01
I_P3.ChannelSigValRangeHigh	1.000000e+00
I_P3.SigValueUnit	W
I_P3.Representation	2
I_COSPHI_L1.Description	Real power divided by apperent power phase 1
I_COSPHI_L1.ConversionOn	1
I_COSPHI_L1.ScanInterval	1
I_COSPHI_L1.RawValRangeHigh	1.000000e+02
I_COSPHI_L1.ChannelSigValRangeHigh	1.000000e+00
I_COSPHI_L1.Representation	2
I_COSPHI_L2.Description	Real power divided by apperent power phase 2
I_COSPHI_L2.ConversionOn	1
I_COSPHI_L2.ScanInterval	1
I_COSPHI_L2.RawValRangeHigh	1.000000e+02
I_COSPHI_L2.ChannelSigValRangeHigh	1.000000e+00
I_COSPHI_L2.ActValRangeHigh	1.000000e+02
I_COSPHI_L2.Representation	2
I_COSPHI_L3.Description	Real power divided by apperent power phase 3
I_COSPHI_L3.ConversionOn	1
I_COSPHI_L3.ScanInterval	1
I_COSPHI_L3.RawValRangeHigh	1.000000e+02
I_COSPHI_L3.ChannelSigValRangeHigh	1.000000e+00
I_COSPHI_L3.Representation	2
I_THDU_L1.Description	Total harmonic distortion voltage phase 1
I_THDU_L1.ConversionOn	1
I_THDU_L1.ScanInterval	1
I_THDU_L1.RawValRangeHigh	1.000000e+01
I_THDU_L1.ChannelSigValRangeHigh	1.000000e+00
I_THDU_L1.SigValueUnit	%
I_THDU_L1.Representation	2
I_THDU_L2.Description	Total harmonic distortion voltage phase 2
I_THDU_L2.ConversionOn	1
I_THDU_L2.ScanInterval	1
I_THDU_L2.RawValRangeHigh	1.000000e+01
I_THDU_L2.ChannelSigValRangeHigh	1.000000e+00
I_THDU_L2.SigValueUnit	%
I_THDU_L2.Representation	2
I_THDU_L3.Description	Total harmonic distortion voltage phase 3
I_THDU_L3.ConversionOn	1
I_THDU_L3.ScanInterval	1
I_THDU_L3.RawValRangeHigh	1.000000e+01
I_THDU_L3.ChannelSigValRangeHigh	1.000000e+00
I_THDU_L3.SigValueUnit	%
I_THDU_L3.Representation	2
I_THDI_L1.Description	Total harmonic distortion current phase 1
I_THDI_L1.ConversionOn	1
I_THDI_L1.ScanInterval	1
I_THDI_L1.RawValRangeHigh	1.000000e+01
I_THDI_L1.ChannelSigValRangeHigh	1.000000e+00
I_THDI_L1.SigValueUnit	%
I_THDI_L1.Representation	2
I_THDI_L2.Description	Total harmonic distortion current phase 2
I_THDI_L2.ConversionOn	1
I_THDI_L2.ScanInterval	1
I_THDI_L2.RawValRangeHigh	1.000000e+01
I_THDI_L2.ChannelSigValRangeHigh	1.000000e+00
I_THDI_L2.SigValueUnit	%
I_THDI_L2.Representation	2
I_THDI_L3.Description	Total harmonic distortion current phase 3
I_THDI_L3.ConversionOn	1
I_THDI_L3.ScanInterval	1
I_THDI_L3.RawValRangeHigh	1.000000e+01
I_THDI_L3.ChannelSigValRangeHigh	1.000000e+00
I_THDI_L3.SigValueUnit	%
I_THDI_L3.Representation	2

See also: Janitza_UMG96S_1 Janitza_UMG96S_1 Janitza_UMG96S_1Fo Janitza_UMG96S_1Fo Janitza_UMG96S_Pb_Slave Janitza_UMG96S_Pb_Slave Janitza_UMG96S_Pro1 Janitza_UMG96S_Pro1

Attributes detail