ABB Relion 630 Series Communication Protocol Manual page 162

Section 7
Logical node data model
Table 108: PHPTUV Logical node data
DO name DO type
Op a_dACT
Mod a_dINC
Beh a_dINS
Str c_dACD
StrDur v2_dMV
VMin v2_dMV
Table continues on next page
156
DA name FC
general ST
phsA ST
phsB ST
phsC ST
q ST
t ST
Oper.ctlVal CO
Oper.origin.orCat CO
Oper.origin.orIdent CO
Oper.ctlNum CO
Oper.T CO
Oper.Test CO
Oper.Check CO
stVal ST
q ST
t ST
stVal ST
q ST
t ST
general ST
phsA ST
phsB ST
phsC ST
q ST
t ST
mag.f MX
q MX
t MX
mag.f MX
q MX
t MX
T Signal
T OPERATE
T OPR_A
T OPR_B
T OPR_C
T OPERATE
T OPERATE
- -
- -
- -
- -
- -
- -
- -
- -
- -
- -
- Beh
- Beh
- Beh
- START
- ST_A
- ST_B
- ST_C
- START
- START
- START_DUR
- START_DUR
- START_DUR
- U_MIN
- U_MIN
- U_MIN
1MRS756793 E
Mon/C Description
md
Mon Operate signal, combined
Mon Operate signal, phase 1
Mon Operate signal, phase 2
Mon Operate signal, phase 3
Mon Quality: Operate signal, combined
Mon Timestamp: Operate signal,
combined
Cmd Mode parameter for 61850
Cmd Mode parameter for 61850
Cmd Mode parameter for 61850
Cmd Mode parameter for 61850
Cmd Mode parameter for 61850
Cmd Mode parameter for 61850
Cmd Mode parameter for 61850
Mon Mode status parameter for 61850
Mon Quality: Mode status parameter for
61850
Mon Timestamp: Mode status
parameter for 61850
Mon Behaviour parameter for 61850
Mon Quality: Behaviour parameter for
61850
Mon Timestamp: Behaviour parameter
for 61850
Mon Start signal, combined
Mon Start signal, phase 1
Mon Start signal, phase 2
Mon Start signal, phase 3
Mon Quality: Start signal, combined
Mon Timestamp: Start signal,
combined
Mon Ratio of Start time to Operate time
Mon Quality: Ratio of Start time to
Operate time
Mon Timestamp: Ratio of Start time to
Operate time
Mon Minimum of the phase or phase-to-
phase voltages
Mon Quality: Minimum of the phase or
phase-to-phase voltages
Mon Timestamp: Minimum of the phase
or phase-to-phase voltages
Communication Protocol Manual
630 series