Physical analog channels - Arc protection - Merging unit - Motor protection - Application Manual - REM620 Motor Protection and Control - 2.0 FP1 IEC - IEC - 01.06.2023

REM620 Application Manual

There are seven current channels and five voltage channels in this configuration.

Figure 1. Physical analog channels in default configuration A
image/svg+xmlX1309101112U_SYN1314U11516U21718U3Uo60 -N210V60 -N210V60 -N210V60 -N210V60 -N210V3UX12078910111214IoIL1IL2IL31/5AN1/5AN1/5AN1/5AN13123456IL1_NIL2_NIL3_N1/5AN1/5AN1/5AN3I3IB

The physical analog channels of all functions which require current or voltage inputs in this configuration are listed in Table 2. Meaning of the symbols is explained in Table 1.

Table 1. Explanations of symbols in the physical analog channel table
Symbol Description
x The analog channel is assigned to the function by default.
C The function can be set to use residual voltage or current calculated based on the three-phase input. Only applicable for functions which need residual voltage or current as input.
D The analog channel is dedicated to the function. When the corresponding function is taken into use, other functions cannot use this analog channel any more. The other functions can be set to use calculated values instead of physical measured value or select an alternative operation mode not requiring this physical measured channel. However, some functions might not have such operation modes and might become unusable in the configuration. All functions marked to use the same HW channel under the same column should be checked to make sure the functions work.
Table 2. Physical analog channels of functions
IEC61850 3I 3U Io Uo 3IB U_SYN
Protection
PHLPTOC1 x
PHHPTOC1 x
PHHPTOC2 x
PHIPTOC1 x
DPHLPDOC1 x x
DPHHPDOC1 x x
DPHHPDOC2 x x
PHPVOC1 x x
PHPVOC2 x x
EFLPTOC1 C x
EFHPTOC1 C x
EFIPTOC1 C x
DEFLPDEF1 C C x x
DEFHPDEF1 C C x x
ROVPTOV1 C x
ROVPTOV2 C x
ROVPTOV3 C x
PHPTUV1 x
PHPTUV2 x
PHPTUV3 x
PHPTUV4 x
PHAPTUV1 x
PHPTOV1 x
PHPTOV2 x
PHPTOV3 x
PHAPTOV1 x
PSPTUV1 x
PSPTUV2 x
NSPTOV1 x
NSPTOV2 x
FRPFRQ1 x
FRPFRQ2 x
FRPFRQ3 x
FRPFRQ4 x
FRPFRQ5 x
FRPFRQ6 x
MNSPTOC1 x
MNSPTOC2 x
LOFLPTUC1 x
LOFLPTUC2 x
JAMPTOC1 x
STTPMSU1 x
PREVPTOC1 x
MPTTR1 x
MPDIF1 x x
MHZPDIF1 D
HREFPDIF1 D
CCBRBRF1 x x
CCBRBRF2 x x
CCBRBRF3 x x
ARCSARC1 x
ARCSARC2 x
ARCSARC3 x
CVPSOF1 x x
DQPTUV1 x x
DQPTUV2 x x
DUPPDPR1 x x
DUPPDPR2 x x
DOPPDPR1 x x
DOPPDPR2 x x
DOPPDPR3 x x
UEXPDIS1 x x
UEXPDIS2 x x
LVRTPTUV1 x
LVRTPTUV2 x
LVRTPTUV3 x
MREFPTOC1 D
Control
ESMGAPC1 x
SECRSYN1 x x
Condition monitoring
SSCBR1 x
SSCBR2 x
SSCBR3 x
CCSPVC1 x x
SEQSPVC1 x x
Measurement
CMMXU1 x
CMMXU2 x
CSMSQI1 x
CSMSQI2 x
RESCMMXU1 x
VMMXU1 x
VAMMXU2 x
RESVMMXU1 x
VSMSQI1 x
PEMMXU1 x x
FMMXU1 x
Power quality
CMHAI1 x
VMHAI1 x
PHQVVR1 x x
VSQVUB1 x