ABB Relion 630 Series Communication Protocol Manual page 104

Section 7
Logical node data model
DO name DO type
ZPP v1_dDEL
Table 51: UEXPDIS Logical node data (instance 1)
DO name DO type
Beh a_dINS
Op b_dACT
Mod c_dINC
Str d_dACD
StrDur v2_dMV
98
DA name FC
cVal.mag.f MX
cVal.ang.f MX
q MX
q MX
q MX
t MX
t MX
t MX
DA name FC
stVal ST
q ST
t ST
general ST
q ST
t ST
stVal ST
q ST
t ST
general ST
q ST
t ST
mag.f MX
q MX
t MX
T Signal
- Z_AMPL_AB
- Z_ANGLE_CA
- Z_AMPL_AB
- Z_AMPL_CA
- Z_AMPL_BC
- Z_AMPL_BC
- Z_AMPL_CA
- Z_AMPL_AB
T Signal
- Beh
- Beh
- Beh
T OPERATE
T OPERATE
T OPERATE
- -
- -
- -
- START
- START
- START
- START_DUR
- START_DUR
- START_DUR
1MRS756793 E
Mon/C Description
md
Mon Phase-to-phase A-B impedance
amplitude
Mon Phase-to-phase C-A impedance
phase angle
Mon Quality: Phase-to-phase A-B
impedance amplitude
Mon Quality: Phase-to-phase C-A
impedance amplitude
Mon Quality: Phase-to-phase B-C
impedance amplitude
Mon Timestamp: Phase-to-phase B-C
impedance amplitude
Mon Timestamp: Phase-to-phase C-A
impedance amplitude
Mon Timestamp: Phase-to-phase A-B
impedance amplitude
Mon/C Description
md
Mon Behaviour parameter for 61850
Mon Quality: Behaviour parameter for
61850
Mon Timestamp: Behaviour parameter
for 61850
Mon Operated
Mon Quality: Operated
Mon Timestamp: Operated
Mon Mode status value parameter for
61850
Mon Quality: Mode status value
parameter for 61850
Mon Timestamp: Mode status value
parameter for 61850
Mon Started
Mon Quality: Started
Mon Timestamp: Started
Mon Ratio of start time / operate time
Mon Quality: Ratio of start time /
operate time
Mon Timestamp: Ratio of start time /
operate time
Communication Protocol Manual
630 series