Motor Protection and Control REM615 Modbus Point List Manual · 2018. 5. 10. · how to view...
Transcript of Motor Protection and Control REM615 Modbus Point List Manual · 2018. 5. 10. · how to view...
Relion® 615 series
Motor Protection and ControlREM615Modbus Point List Manual
Document ID: 1MRS756877Issued: 2010-06-11
Revision: BProduct version: 3.0
© Copyright 2010 ABB. All rights reserved
CopyrightThis document and parts thereof must not be reproduced or copied without writtenpermission from ABB, and the contents thereof must not be imparted to a thirdparty, nor used for any unauthorized purpose.
The software or hardware described in this document is furnished under a licenseand may be used, copied, or disclosed only in accordance with the terms of suchlicense.
TrademarksABB and Relion are registered trademarks of ABB Group. All other brand orproduct names mentioned in this document may be trademarks or registeredtrademarks of their respective holders.
WarrantyPlease inquire about the terms of warranty from your nearest ABB representative.
ABB Oy
Distribution Automation
P.O. Box 699
FI-65101 Vaasa, Finland
Telephone: +358 10 2211
Facsimile: +358 10 22 41094
http://www.abb.com/substationautomation
DisclaimerThe data, examples and diagrams in this manual are included solely for the conceptor product description and are not to be deemed as a statement of guaranteedproperties. All persons responsible for applying the equipment addressed in thismanual must satisfy themselves that each intended application is suitable andacceptable, including that any applicable safety or other operational requirementsare complied with. In particular, any risks in applications where a system failure and/or product failure would create a risk for harm to property or persons (including butnot limited to personal injuries or death) shall be the sole responsibility of theperson or entity applying the equipment, and those so responsible are herebyrequested to ensure that all measures are taken to exclude or mitigate such risks.
This document has been carefully checked by ABB but deviations cannot becompletely ruled out. In case any errors are detected, the reader is kindly requestedto notify the manufacturer. Other than under explicit contractual commitments, inno event shall ABB be responsible or liable for any loss or damage resulting fromthe use of this manual or the application of the equipment.
ConformityThis product complies with the directive of the Council of the EuropeanCommunities on the approximation of the laws of the Member States relating toelectromagnetic compatibility (EMC Directive 2004/108/EC) and concerningelectrical equipment for use within specified voltage limits (Low-voltage directive2006/95/EC). This conformity is the result of tests conducted by ABB inaccordance with the product standards EN 50263 and EN 60255-26 for the EMCdirective, and with the product standards EN 60255-1 and EN 60255-27 for the lowvoltage directive. The IED is designed in accordance with the internationalstandards of the IEC 60255 series.
Table of contents
Section 1 Introduction.......................................................................3This manual........................................................................................3Intended audience..............................................................................3Product documentation.......................................................................4
Product documentation set............................................................4Document revision history.............................................................5Related documentation..................................................................6
Symbols and conventions...................................................................6Safety indication symbols..............................................................6Manual conventions.......................................................................6Functions, codes and symbols......................................................7
Section 2 Modbus data mappings....................................................9Overview.............................................................................................9Point list for REM615 Ver.3.0 ME01-03............................................10
Section 3 Glossary.........................................................................35
Table of contents
REM615 1Point List Manual
2
Section 1 Introduction
1.1 This manual
The point list manual describes the outlook and properties of the data pointsspecific to the IED. The manual should be used in conjunction with thecorresponding communication protocol manual.
1.2 Intended audience
This manual addresses the communication system engineer or system integratorresponsible for pre-engineering and engineering for communication setup in asubstation from an IED perspective.
The system engineer or system integrator must have a basic knowledge ofcommunication in protection and control systems and thorough knowledge of thespecific communication protocol.
1MRS756877 B Section 1Introduction
REM615 3Point List Manual
1.3 Product documentation
1.3.1 Product documentation set
Pla
nnin
g &
pur
chas
e
Eng
inee
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Inst
allin
g
Com
mis
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ing
Ope
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Mai
nten
ance
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omm
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inst
allin
g&
dis
posa
l
Application manual
Operation manual
Installation manual
Service manual
Engineering manual
Commissioning manual
Communication protocolmanual
Technical manual
Pla
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g &
pur
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e
Eng
inee
ring
Inst
allin
g
Com
mis
sion
ing
Ope
ratio
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Mai
nten
ance
Dec
omm
issi
onin
gde
inst
allin
g&
dis
posa
l
Pla
nnin
g &
pur
chas
e
Eng
inee
ring
Inst
allin
g
Com
mis
sion
ing
Ope
ratio
n
Mai
nten
ance
Dec
omm
issi
onin
gde
inst
allin
g&
dis
posa
l
Application manualApplication manual
Operation manualOperation manual
Installation manualInstallation manual
Service manualService manual
Engineering manualEngineering manual
Commissioning manualCommissioning manual
Communication protocolmanualCommunication protocolmanual
Technical manualTechnical manual
en07000220.vsd
IEC07000220 V1 EN
Figure 1: The intended use of manuals in different lifecycles
The engineering manual contains instructions on how to engineer the IEDs usingthe different tools in PCM600. The manual provides instructions on how to set up aPCM600 project and insert IEDs to the project structure. The manual alsorecommends a sequence for engineering of protection and control functions, LHMIfunctions as well as communication engineering for IEC 61850 and othersupported protocols.
The installation manual contains instructions on how to install the IED. Themanual provides procedures for mechanical and electrical installation. The chaptersare organized in chronological order in which the IED should be installed.
The commissioning manual contains instructions on how to commission the IED.The manual can also be used by system engineers and maintenance personnel forassistance during the testing phase. The manual provides procedures for checkingof external circuitry and energizing the IED, parameter setting and configuration as
Section 1 1MRS756877 BIntroduction
4 REM615Point List Manual
well as verifying settings by secondary injection. The manual describes the processof testing an IED in a substation which is not in service. The chapters are organizedin chronological order in which the IED should be commissioned.
The operation manual contains instructions on how to operate the IED once it hasbeen commissioned. The manual provides instructions for monitoring, controllingand setting the IED. The manual also describes how to identify disturbances andhow to view calculated and measured power grid data to determine the cause of afault.
The service manual contains instructions on how to service and maintain the IED.The manual also provides procedures for de-energizing, de-commissioning anddisposal of the IED.
The application manual contains application descriptions and setting guidelinessorted per function. The manual can be used to find out when and for what purposea typical protection function can be used. The manual can also be used whencalculating settings.
The technical manual contains application and functionality descriptions and listsfunction blocks, logic diagrams, input and output signals, setting parameters andtechnical data sorted per function. The manual can be used as a technical referenceduring the engineering phase, installation and commissioning phase, and duringnormal service.
The communication protocol manual describes a communication protocolsupported by the IED. The manual concentrates on vendor-specific implementations.
The point list manual describes the outlook and properties of the data pointsspecific to the IED. The manual should be used in conjunction with thecorresponding communication protocol manual.
Some of the manuals are not available yet.
1.3.2 Document revision historyDocument revision/date Product version HistoryA/2009-07-03 2.0 First release
B/2010-06-11 3.0 Content updated to correspond to theproduct version
Download the latest documents from the ABB web site http://www.abb.com/substationautomation.
1MRS756877 B Section 1Introduction
REM615 5Point List Manual
1.3.3 Related documentationName of the document Document IDModbus Communication Protocol Manual 1MRS756468
1.4 Symbols and conventions
1.4.1 Safety indication symbols
The caution icon indicates important information or warning relatedto the concept discussed in the text. It might indicate the presenceof a hazard which could result in corruption of software or damageto equipment or property.
The information icon alerts the reader to important facts andconditions.
The tip icon indicates advice on, for example, how to design yourproject or how to use a certain function.
Although warning hazards are related to personal injury, it should be understoodthat operation of damaged equipment could, under certain operational conditions,result in degraded process performance leading to personal injury or death.Therefore, comply fully with all warning and caution notices.
1.4.2 Manual conventionsConventions used in IED manuals. A particular convention may not be used in thismanual.
• Abbreviations and acronyms in this manual are spelled out in the glossary. Theglossary also contains definitions of important terms.
• Push button navigation in the LHMI menu structure is presented by using thepush button icons, for example:To navigate between the options, use and .
• HMI menu paths are presented in bold, for example:Select Main menu/Settings.
• LHMI messages are shown in Courier font, for example:To save the changes in non-volatile memory, select Yes and press .
• Parameter names are shown in italics, for example:The function can be enabled and disabled with the Operation setting.
• Parameter values are indicated with quotation marks, for example:
Section 1 1MRS756877 BIntroduction
6 REM615Point List Manual
The corresponding parameter values are "On" and "Off".• IED input/output messages and monitored data names are shown in Courier
font, for example:When the function starts, the START output is set to TRUE.
1.4.3 Functions, codes and symbolsTable 1: REM615 Functions, codes and symbols
Function IEC 61850 IEC 60617 IEC-ANSIProtection
Three-phase non-directionalovercurrent protection, low stage,instance 1
PHLPTOC1 3I> (1) 51P-1 (1)
Three-phase non-directionalovercurrent protection, instantaneousstage, instance 1
PHIPTOC1 3I>>> (1) 50P/51P (1)
Non-directional earth-fault protection,low stage, instance 1 EFLPTOC1 Io> (1) 51N-1 (1)
Non-directional earth-fault protection,high stage, instance 1 EFHPTOC1 Io>> (1) 51N-2 (1)
Directional earth-fault protection, lowstage, instance 1 DEFLPDEF1 Io> -> (1) 67N-1 (1)
Three-phase undervoltage protection,instance 1 PHPTUV1 3U< (1) 27 (1)
Positive-sequence undervoltageprotection, instance 1 PSPTUV1 U1< (1) 47U+ (1)
Negative-sequence overvoltageprotection, instance 1 NSPTOV1 U2> (1) 47O- (1)
Frequency protection, instance 1 FRPFRQ1 f>/f<,df/dt (1) 81 (1)
Frequency protection, instance 2 FRPFRQ2 f>/f<,df/dt (2) 81 (2)
Negative-sequence overcurrentprotection for motors, instance 1 MNSPTOC1 I2>M (1) 46M (1)
Negative-sequence overcurrentprotection for motors, instance 2 MNSPTOC2 I2>M (2) 46M (2)
Loss of load supervision LOFLPTUC1 3I< 37
Motor load jam protection JAMPTOC1 Ist> 51LR
Motor start-up supervision STTPMSU1 Is2t n< 49,66,48,51LR
Phase reversal protection PREVPTOC1 I2>> 46R
Thermal overload protection for motors MPTTR1 3Ith>M 49M
Circuit breaker failure protection CCBRBRF1 3I>/Io>BF 51BF/51NBF
Master trip, instance 1 TRPPTRC1 Master Trip (1) 94/86 (1)
Master trip, instance 2 TRPPTRC2 Master Trip (2) 94/86 (2)
Arc protection, instance 1 ARCSARC1 ARC (1) 50L/50NL (1)
Arc protection, instance 2 ARCSARC2 ARC (2) 50L/50NL (2)
Arc protection, instance 3 ARCSARC3 ARC (3) 50L/50NL (3)
Table continues on next page
1MRS756877 B Section 1Introduction
REM615 7Point List Manual
Function IEC 61850 IEC 60617 IEC-ANSIMulti-purpose protection, instance 11) MAPGAPC1 MAP (1) MAP (1)
Multi-purpose protection, instance 21) MAPGAPC2 MAP (2) MAP (2)
Multi-purpose protection, instance 31) MAPGAPC3 MAP (3) MAP (3)
Control
Circuit-breaker control CBXCBR1 I <-> O CB I <-> O CB
Disconnector position indication,instance 1 DCSXSWI1 I <-> O DC (1) I <-> O DC (1)
Disconnector position indication,instance 2 DCSXSWI2 I <-> O DC (2) I <-> O DC (2)
Disconnector position indication,instance 3 DCSXSWI3 I <-> O DC (3) I <-> O DC (3)
Earthing switch indication ESSXSWI1 I <-> O ES I <-> O ES
Emergency startup ESMGAPC1 ESTART ESTART
Condition monitoring
Circuit-breaker condition monitoring SSCBR1 CBCM CBCM
Trip circuit supervision, instance 1 TCSSCBR1 TCS (1) TCM (1)
Trip circuit supervision, instance 2 TCSSCBR2 TCS (2) TCM (2)
Current circuit supervision CCRDIF1 MCS 3I MCS 3I
Fuse failure supervision SEQRFUF1 FUSEF 60
Runtime counter for machines anddevices MDSOPT1 OPTS OPTM
Measurement
Disturbance recorder RDRE1 - -
Three-phase current measurement,instance 1 CMMXU1 3I 3I
Sequence current measurement CSMSQI1 I1, I2, I0 I1, I2, I0
Residual current measurement,instance 1 RESCMMXU1 Io In
Three-phase voltage measurement VMMXU1 3U 3U
Residual voltage measurement RESVMMXU1 Uo Vn
Sequence voltage measurement VSMSQI1 U1, U2, U0 U1, U2, U0
Three-phase power and energymeasurement, including power factor PEMMXU1 P, E P, E
RTD/mA measurement XRGGIO130 X130 (RTD) X130 (RTD)
Frequency measurement FMMXU1 f f
1) Multi-purpose protection is used for, for example, RTD/mA based protection.
Section 1 1MRS756877 BIntroduction
8 REM615Point List Manual
Section 2 Modbus data mappings
2.1 Overview
This document describes the Modbus data points and structures available inREM615 Ver. 3.0. The point lists describe a superset of all data available throughthe standard configurations A, B and C including the optional functionalities. Thenames of the standard configurations are ME01, ME02 and ME03 respectively.
The majority of the Modbus data points are valid for all standard configurations.Some data points are standard configuration or optional application dependent andthus not available in each IED. The unavailable, that means unused, data pointsalways return value 0 when they are read. The configuration dependent andoptional data do not overlap.
Point list table columns
0x addr Coil (0X) PLC address, base address = 1
Addr. Signal address
AFL-Common SA name AFL name of the corresponding data signal
Bit addr Bit (1X and 0X) PLC address, base address = 1
Ctrl bit Control bit (0..15) within control structure
Ctrl struct Control structure number
Description Signal description
Ds Object resides as default in some IEC 61850 data set (Y = yes, N = no)
Identification IED's internal IEC 61850 signal name
IEC 61850 name IEC 61850 signal description
Mode Control object mode: unsecured or secured
Reg addr Modbus register address (3X or 4X). PLC address, base address = 1
Reg.bit Register PLC address (3X and 4X) and bit within register (0..15)
Scale Scale factor, default setting
Type Register type and value interpretation: signed or unsigned
Value range Value range of the signal
1MRS756877 B Section 2Modbus data mappings
REM615 9Point List Manual
2.2 Point list for REM615 Ver.3.0 ME01-03
Section 2 1MRS756877 BModbus data mappings
10 REM615Point List Manual
Tabl
e 2:
Regi
ster
s
Addr
Type
Scal
eIE
C 6
1850
nam
eAF
L-C
omm
on S
A na
me
Ds
Des
crip
tion
Valu
e ra
nge
(bef
ore
scal
ing)
Use
r def
inab
le re
gist
ers
1
…
127
Sy
stem
sta
tus
regi
ster
s12
8
Y
Syst
em s
tatu
s re
gist
er S
SR1
See
Mod
bus
CPM
129
YSy
stem
sta
tus
regi
ster
SSR
2Se
e M
odbu
s C
PM13
0
Y
Syst
em s
tatu
s re
gist
er S
SR3
See
Mod
bus
CPM
131
YSy
stem
sta
tus
regi
ster
SSR
4Se
e M
odbu
s C
PM13
2
Y
Syst
em s
tatu
s re
gist
er S
SR5
See
Mod
bus
CPM
133
YSy
stem
sta
tus
regi
ster
SSR
6Se
e M
odbu
s C
PMFr
eque
ntly
upd
ated
mea
sura
nds
and
coun
ters
134
(re
serv
ed)
013
5
(rese
rved
)0
136
(re
serv
ed)
013
7
(rese
rved
)0
138
u16
1000
LD0.
CM
MXU
1.A.
phsA
.inst
CVa
l.mag
CM
MXU
1.I_
INST
_AY
Phas
e cu
rrent
A m
agni
tude
0.00
…. 4
0.00
[xIn
]13
9u1
610
00LD
0.C
MM
XU1.
A.ph
sB.in
stC
Val.m
agC
MM
XU1.
I_IN
ST_B
YPh
ase
curre
nt B
mag
nitu
de0.
00 …
. 40.
00 [x
In]
140
u16
1000
LD0.
CM
MXU
1.A.
phsC
.inst
CVa
l.mag
CM
MXU
1.I_
INST
_CY
Phas
e cu
rrent
C m
agni
tude
0.00
…. 4
0.00
[xIn
]14
1u1
610
00LD
0.R
ESC
MM
XU1.
A.re
s.in
stC
Val.m
agR
ESC
MM
XU1.
I0_I
NST
YR
esid
ual c
urre
nt m
agni
tude
0.00
…. 4
0.00
[xIn
]14
2u1
610
00LD
0.R
ESVM
MXU
1.Ph
V.re
s.in
stC
Val.m
agR
ESC
MM
XU1.
U0_
INST
YR
esid
ual v
olta
ge m
agni
tude
0.00
…. 4
.00
[xU
n]14
3u1
610
00LD
0.C
SMSQ
I1.S
eqA.
c1.in
stC
Val.m
agC
MSQ
I1.I1
_IN
STY
Posi
tive
sequ
ence
of c
urre
nt m
agni
tude
0.00
…. 4
0.00
[xIn
]14
4u1
610
00LD
0.C
SMSQ
I1.S
eqA.
c2.in
stC
Val.m
agC
MSQ
I1.I2
_IN
STY
Neg
ativ
e se
quen
ce o
f cur
rent
mag
nitu
de0.
00 …
. 40.
00 [x
In]
145
u16
1000
LD0.
CSM
SQI1
.Seq
A.c3
.inst
CVa
l.mag
CM
SQI1
.I3_I
NST
YZe
ro s
eque
nce
of c
urre
nt m
agni
tude
0.00
…. 4
0.00
[xIn
]Fr
eque
ncy
mea
sure
men
t (M
E02,
ME0
3)14
6u1
610
0LD
0.FM
MXU
1.H
z.m
agFM
MXU
1_F_
DB
YFr
eque
ncy
mes
urem
ent
35.0
0…75
.00
[Hz]
147
i16
1LD
0.M
PTTR
1.Tm
pRl.m
agM
PTTR
1.Th
erm
-Lev
YTh
erm
al le
vel
0.00
...9.
9914
8i1
61
LD0.
MPT
TR1.
TmpU
sed.
mag
MPT
TR1.
TEM
P_AM
BN
The
ambi
ent t
empe
ratu
re u
sed
in th
e ca
lcul
atio
n-9
9...9
99 [C
elci
us]
149
i16
10LD
0.M
PTTR
1.Th
mLe
vSt
MPT
TR1.
THER
MLE
V_ST
NTh
erm
al le
vel a
t beg
inni
ng o
f mot
or s
tartu
p0.
00…
9.99
150
i16
10LD
0.M
PTTR
1.Th
mLe
vEnd
MPT
TR1.
THER
MLE
V_E
ND
NTh
erm
al le
vel a
t the
end
of m
otor
sta
rtup
situ
atio
n0.
00…
9.99
151
u16
1LD
0.M
PTTR
1.St
rInhT
ms.
stVa
lM
PTTR
1.T_
ENAR
ESTA
RT
NEs
timat
ed ti
me
to re
set o
f blo
ck re
star
t0.
..999
99 [s
]
152
u16
1000
LD0.
VMM
XU1.
phV.
phsA
.cVa
l.mag
VMM
XU1.
U_D
B_A
YPh
ase-
to-g
roun
d vo
ltage
A a
mpl
itude
0.00
…. 4
.00
[xU
n]15
3u1
610
00LD
0.VM
MXU
1.ph
V.ph
sB.c
Val.m
agVM
MXU
1.U
_DB_
BY
Phas
e-to
-gro
und
volta
ge B
am
plitu
de0.
00 …
. 4.0
0 [x
Un]
154
u16
1000
LD0.
VMM
XU1.
phV.
phsC
.cVa
l.mag
VMM
XU1.
U_D
B_C
YPh
ase-
to-g
roun
d vo
ltage
C a
mpl
itude
0.00
…. 4
.00
[xU
n]15
5u1
610
00LD
0.VM
MXU
1.PP
V.ph
sAB.
cVal
.mag
VMM
XU1.
U_D
B_AB
YPh
ase-
to-p
hase
vol
tage
AB
ampl
itude
0.00
…. 4
.00
[xU
n]15
6u1
610
00LD
0.VM
MXU
1.PP
V.ph
sBC
.cVa
l.mag
VMM
XU1.
U_D
B_BC
YPh
ase-
to-p
hase
vol
tage
BC
am
plitu
de0.
00 …
. 4.0
0 [x
Un]
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 11Point List Manual
Addr
Type
Scal
eIE
C 6
1850
nam
eAF
L-C
omm
on S
A na
me
Ds
Des
crip
tion
Valu
e ra
nge
(bef
ore
scal
ing)
157
u16
1000
LD0.
VMM
XU1.
PPV.
phsC
A.cV
al.m
agVM
MXU
1.U
_DB_
CA
YPh
ase-
to-p
hase
vol
tage
CA
ampl
itude
0.00
…. 4
.00
[xU
n]15
8u1
610
00LD
0.VS
MSQ
I1.S
eqA.
c1.c
Val.m
agVM
SQI1
.I1_D
BY
Posi
tive
sequ
ence
of v
olta
ge m
agni
tude
0.00
…. 4
.00
[xU
n]15
9u1
610
00LD
0.VS
MSQ
I1.S
eqA.
c2.c
Val.m
agVM
SQI1
.I2_D
BY
Neg
ativ
e se
quen
ce o
f vol
tage
mag
nitu
de0.
00 …
. 4.0
0 [x
Un]
160
u16
1000
LD0.
VSM
SQI1
.Seq
A.c3
.cVa
l.mag
VMSQ
I1.I3
_DB
YZe
ro s
eque
nce
of v
olta
ge m
agni
tude
0.00
…. 4
.00
[xU
n]16
1i3
21
LD0.
PEM
MXU
1.To
tW.in
stM
agPE
MM
XU1.
P_IN
STY
Tota
l act
ive
pow
er P
-999
999…
9999
99(s
ee d
oc)
162
16
3i3
21
LD0.
PEM
MXU
1.To
tVAr
.inst
Mag
PEM
MXU
1.Q
_IN
STY
Tota
l rea
ctiv
e po
wer
R-9
9999
9…99
9999
(see
doc
)16
4
165
i32
1LD
0.PE
MM
XU1.
TotV
A.in
stM
agPE
MM
XU1.
S_IN
STY
Tota
l app
aren
t pow
er S
-999
999…
9999
99(s
ee d
oc)
166
16
7i1
610
00LD
0.PE
MM
XU1.
TotP
F.in
stM
agPE
MM
XU1.
PF_I
NST
YAv
erag
e po
wer
fact
or-1
.00…
1.00
168
(re
serv
ed)
016
9
(rese
rved
)0
170
…
20
00
Indi
catio
n bi
ts m
irror
ed a
nd p
acke
d in
regi
ster
s 170
onw
ards
See
'Indi
catio
ns' ta
ble
Phas
e cu
rrent
dem
and
valu
es (l
aste
st v
alue
s)20
01u1
610
00LD
0.C
MST
A1.A
vAm
ps1.
mag
CM
MXU
1.I_
DM
D_A
ND
eman
d va
lue
of P
hase
A c
urre
nt0.
00 …
. 40.
00 [x
In]
2002
u16
1000
LD0.
CM
STA1
.AvA
mps
2.m
agC
MM
XU1.
I_D
MD
_BN
Dem
and
valu
e of
Pha
se B
cur
rent
0.00
…. 4
0.00
[xIn
]20
03u1
610
00LD
0.C
MST
A1.A
vAm
ps3.
mag
CM
MXU
1.I_
DM
D_C
ND
eman
d va
lue
of P
hase
C c
urre
nt0.
00 …
. 40.
00 [x
In]
2004
Tim
e st
ruct
ure
(upd
ate
time)
2005
20
06
2007
20
08
Max
imum
pha
se c
urre
nt d
eman
d va
lues
2009
u16
1000
LD0.
CM
STA1
.Max
Amps
1.m
agC
MM
XU1.
Max
dem
and
IL1
NM
ax. d
eman
d va
lue
for P
hase
A c
urre
nt0.
00 …
. 40.
00 [x
In]
2010
Tim
e st
ruct
ure
(upd
ate
time)
2011
20
12
2013
20
14
2015
u16
1000
LD0.
CM
STA1
.Max
Amps
2.m
agC
MM
XU1.
Max
dem
and
IL2
NM
ax. d
eman
d va
lue
for P
hase
B c
urre
nt0.
00 …
. 40.
00 [x
In]
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
12 REM615Point List Manual
Addr
Type
Scal
eIE
C 6
1850
nam
eAF
L-C
omm
on S
A na
me
Ds
Des
crip
tion
Valu
e ra
nge
(bef
ore
scal
ing)
2016
Tim
e st
ruct
ure
(upd
ate
time)
2017
20
18
2019
20
20
2021
u16
1000
LD0.
CM
STA1
.Max
Amps
3.m
agC
MM
XU1.
Max
dem
and
IL3
NM
ax. d
eman
d va
lue
for P
hase
C c
urre
nt0.
00 …
. 40.
00 [x
In]
2022
Tim
e st
ruct
ure
(upd
ate
time)
2023
20
24
2025
20
26
Ope
ratio
n co
unte
rs20
27u1
61
CTR
L.C
BCSW
I1.O
pCnt
Rs.
stVa
lC
BXC
BR1.
Ope
ratio
nco
unte
rN
Circ
uit b
reak
er o
pera
tion
coun
ter
0…10
000
2028
u16
1LD
0.AR
CSA
RC
11.F
ACnt
Rs.
stVa
l-
NFa
ult a
rc c
ount
er 1
0…65
535
2029
u16
1LD
0.AR
CSA
RC
21.F
ACnt
Rs.
stVa
l-
NFa
ult a
rc c
ount
er 2
0…65
535
2030
u16
1LD
0.AR
CSA
RC
31.F
ACnt
Rs.
stVa
l-
NFa
ult a
rc c
ount
er 3
0…65
535
RTD
inpu
ts (M
E01,
ME0
2)
2031
i16
1LD
0.XR
GG
IO13
0.An
In1.
mag
XRG
GIO
130_
AI_V
AL1
YR
TD in
put 1
-100
00.0
...10
000.
0[O
hms]
2032
i16
1LD
0.XR
GG
IO13
0.An
In2.
mag
XRG
GIO
130_
AI_V
AL2
YR
TD in
put 2
-100
00.0
...10
000.
0[O
hms]
2033
i16
1LD
0.XR
GG
IO13
0.An
In3.
mag
XRG
GIO
130_
AI_V
AL3
YR
TD in
put 3
-100
00.0
...10
000.
0[O
hms]
2034
i16
1LD
0.XR
GG
IO13
0.An
In4.
mag
XRG
GIO
130_
AI_V
AL4
YR
TD in
put 4
-100
00.0
...10
000.
0[O
hms]
2035
i16
1LD
0.XR
GG
IO13
0.An
In5.
mag
XRG
GIO
130_
AI_V
AL5
YR
TD in
put 5
-100
00.0
...10
000.
0[O
hms]
2036
i16
1LD
0.XR
GG
IO13
0.An
In6.
mag
XRG
GIO
130_
AI_V
AL6
YR
TD in
put 6
-100
00.0
...10
000.
0[O
hms]
2037
i16
1LD
0.XR
GG
IO13
0.An
In7.
mag
XRG
GIO
130_
AI_V
AL7
YR
TD in
put 7
-100
00.0
...10
000.
0[O
hms]
2038
i16
1LD
0.XR
GG
IO13
0.An
In8.
mag
XRG
GIO
130_
AI_V
AL8
YR
TD in
put 8
-100
00.0
...10
000.
0[O
hms]
2039
(re
serv
ed)
0En
ergy
cou
nter
s20
40u3
21
LD0.
PEM
MTR
1.Su
pWh.
actV
alPE
MM
XU1.
EA_R
V_AC
MN
Rev
erse
act
ive
ener
gy -
high
wor
d0…
9999
9999
9 [k
Wh]
2041
R
ever
se a
ctiv
e en
ergy
- lo
w w
ord
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 13Point List Manual
Addr
Type
Scal
eIE
C 6
1850
nam
eAF
L-C
omm
on S
A na
me
Ds
Des
crip
tion
Valu
e ra
nge
(bef
ore
scal
ing)
2042
u32
1LD
0.PE
MM
TR1.
SupV
Arh.
actV
alPE
MM
XU1.
ER_R
V_AC
MN
Rev
erse
reac
tive
ener
gy -
high
wor
d0…
9999
9999
9[k
VArh
]20
43
Rev
erse
reac
tive
ener
gy -
low
wor
d
2044
u32
1LD
0.PE
MM
TR1.
Dem
Wh.
actV
alPE
MM
XU1.
EA_F
WD
_AC
MN
Forw
ard
activ
e en
ergy
- hi
gh w
ord
0…99
9999
999
[kW
h]
2045
Fo
rwar
d ac
tive
ener
gy -
low
wor
d
2046
u32
1LD
0.PE
MM
TR1.
Dem
VArh
.act
Val
PEM
MXU
1.ER
_FW
D_A
CM
NFo
rwar
d re
activ
e en
ergy
- hi
gh w
ord
0…99
9999
999
[kVA
rh]
2047
Fo
rwar
d re
activ
e en
ergy
- lo
w w
ord
20
48
(rese
rved
)0
2049
(re
serv
ed)
0D
iagn
ostic
val
ues,
All
varia
nts
2050
u16
1LD
0.LP
HD
1.Ph
yHea
lth1.
stVa
lW
arni
ngY
Phys
ical
dev
ice
War
ning
cod
e (la
test
)C
odes
: see
docu
men
tatio
n20
51u1
61
LD0.
LPH
D1.
PhyH
ealth
2.st
Val
Inte
rnal
Fau
ltY
Phys
ical
dev
ice
Inte
rnal
faul
t cod
e (la
test
)C
odes
: see
docu
men
tatio
n20
52u1
61
DR
.RD
RE1
.FltN
um.s
tVal
-N
Num
ber o
f dis
turb
ance
reco
rdin
gs0…
6553
520
53u1
61
DR
.RD
RE1
.Mem
Use
d.st
Val
-N
Dis
turb
ance
reco
rder
mem
ory
used
0…10
0 [%
]20
54u1
61
LD0.
LPH
D1.
Num
PwrU
p.st
Val
-N
Num
ber o
f dev
ice
pow
er-u
ps0…
6553
520
55u1
61
LD0.
LPH
D1.
Wrm
Str.s
tVal
-N
Num
ber o
f dev
ice
war
m-s
tarts
0…65
535
2056
u16
1LD
0.LP
HD
1.W
acTr
g.st
Val
-N
Num
ber o
f wat
chdo
g de
vice
rese
ts0…
6553
520
57u1
61
LD0.
LPH
D1.
Num
Cm
pChg
.stV
al-
NN
umbe
r of c
ompo
sitio
n ch
ange
s0…
6553
520
58
(rese
rved
)0
2059
(re
serv
ed)
0C
ircui
t bre
aker
con
ditio
n m
onito
ring
2060
u16
1LD
0.SS
CBR
1.In
aTm
dCnt
.stV
alSS
CBR
1.IN
A_D
AYS
NN
umbe
r of d
ays
CB
has
been
inac
tive
0…99
9920
61u1
61
LD0.
SSC
BR1.
Tmm
sOpn
.mag
SSC
BR1.
T_TR
V_O
PN
CB
trave
l tim
e op
enin
g0…
6000
0 [m
s]20
62u1
61
LD0.
SSC
BR1.
Tmm
sCls
.mag
SSC
BR1.
T_TR
V_C
LN
CB
trave
l tim
e cl
osin
g0…
6000
0 [m
s]20
63u1
610
0LD
0.SS
CBR
1.Tm
sSpr
Cha
.mag
SSC
BR1.
T_SP
R_C
HR
NC
harg
ing
time
of th
e C
B sp
ring
0.00
…99
.99
[s}
2064
i16
1LD
0.SS
CBR
1.R
mnL
ifPhA
.stV
alSS
CBR
1.C
B_LI
FE_A
NC
B R
emai
ning
life
pha
se A
-999
9…99
9920
65i1
61
LD0.
SSC
BR1.
Rm
nLifP
hB.s
tVal
SSC
BR1.
CB_
LIFE
_BN
CB
Rem
aini
ng li
fe p
hase
B-9
999…
9999
2066
i16
1LD
0.SS
CBR
1.R
mnL
ifPhC
.stV
alSS
CBR
1.C
B_LI
FE_C
NC
B R
emai
ning
life
pha
se C
-999
9…99
9920
67u1
61
LD0.
SSC
BR1.
AccA
PwrP
hA.m
agSS
CBR
1.IP
OW
_AN
Accu
mul
ated
cur
rent
s po
wer
(Iyt
), ph
ase
A0.
00...
1000
000.
0020
68u1
61
LD0.
SSC
BR1.
AccA
PwrP
hB.m
agSS
CBR
1.IP
OW
_BN
Accu
mul
ated
cur
rent
s po
wer
(Iyt
), ph
ase
B0.
00...
1000
000.
0020
69u1
61
LD0.
SSC
BR1.
AccA
PwrP
hC.m
agSS
CBR
1.IP
OW
_CN
Accu
mul
ated
cur
rent
s po
wer
(Iyt
), ph
ase
C0.
00...
1000
000.
0020
70
(rese
rved
)0
...
8000
C
ontro
l stru
ctur
e 1
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
14 REM615Point List Manual
Addr
Type
Scal
eIE
C 6
1850
nam
eAF
L-C
omm
on S
A na
me
Ds
Des
crip
tion
Valu
e ra
nge
(bef
ore
scal
ing)
8001
u16
Fo
r inf
orm
atio
n on
con
trol s
truct
ure
1 bi
tde
finiti
ons,
see
Mod
bus
cont
rols
tabl
e.
C
ontro
l Stru
ct 1
- Ex
ecut
e re
gist
erC
ontro
l stru
ctur
e(s
ee M
odbu
s C
PM)
8002
u16
Con
trol S
truct
1 -
Pass
wor
d 1
80
03u1
6
C
ontro
l Stru
ct 1
- Pa
ssw
ord
2
8004
u16
Con
trol S
truct
1 -
Con
trol r
egis
ter
80
05u1
6
C
ontro
l Stru
ct 1
- C
onfir
m re
gist
er
Con
trol s
truct
ure
280
06u1
6
For i
nfor
mat
ion
on c
ontro
l stru
ctur
e 2
bit
defin
ition
s, s
ee M
odbu
s co
ntro
ls ta
ble.
Con
trol S
truct
2 -
Exec
ute
regi
ster
Con
trol s
truct
ure
(see
Mod
bus
CPM
)80
07u1
6
C
ontro
l Stru
ct 2
- Pa
ssw
ord
1
8008
u16
Con
trol S
truct
2 -
Pass
wor
d 2
80
09u1
6
C
ontro
l Stru
ct 2
- C
ontro
l reg
iste
r
8010
u16
Con
trol S
truct
2 -
Con
firm
regi
ster
C
ontro
l stru
ctur
e 3
8011
u16
Fo
r inf
orm
atio
n on
con
trol s
truct
ure
3 bi
tde
finiti
ons,
see
Mod
bus
cont
rols
tabl
e.
C
ontro
l Stru
ct 3
- Ex
ecut
e re
gist
erC
ontro
l stru
ctur
e(s
ee M
odbu
s C
PM)
8012
u16
Con
trol S
truct
3 -
Pass
wor
d 1
80
13u1
6
C
ontro
l Stru
ct 3
- Pa
ssw
ord
2
8014
u16
Con
trol S
truct
3 -
Con
trol r
egis
ter
80
15u1
6
C
ontro
l Stru
ct 3
- C
onfir
m re
gist
er
Con
trol s
truct
ure
480
16u1
6
For i
nfor
mat
ion
on c
ontro
l stru
ctur
e 4
bit
defin
ition
s, s
ee M
odbu
s co
ntro
ls ta
ble.
Con
trol S
truct
4 -
Exec
ute
regi
ster
Con
trol s
truct
ure
(see
Mod
bus
CPM
)80
17u1
6
C
ontro
l Stru
ct 4
- Pa
ssw
ord
1
8018
u16
Con
trol S
truct
4 -
Pass
wor
d 2
80
19u1
6
C
ontro
l Stru
ct 4
- C
ontro
l reg
iste
r
8020
u16
Con
trol S
truct
4 -
Con
firm
regi
ster
C
ontro
l stru
ctur
e 5
8021
u16
Fo
r inf
orm
atio
n on
con
trol s
truct
ure
5 bi
tde
finiti
ons,
see
Mod
bus
cont
rols
tabl
e.
C
ontro
l Stru
ct 5
- Ex
ecut
e re
gist
erC
ontro
l stru
ctur
e(s
ee M
odbu
s C
PM)
8022
u16
Con
trol S
truct
5 -
Pass
wor
d 1
80
23u1
6
C
ontro
l Stru
ct 5
- Pa
ssw
ord
2
8024
u16
Con
trol S
truct
5 -
Con
trol r
egis
ter
80
25u1
6
C
ontro
l Stru
ct 5
- C
onfir
m re
gist
er
8026
(re
serv
ed)
0...
90
00
Dev
ice
ID s
tring
9001
M
ax le
ngth
of d
evic
e ID
stri
ng m
ay b
e 12
8 re
gist
ers
Dev
ice
ID s
tring
(see
Mod
bus
CPM
)
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 15Point List Manual
Addr
Type
Scal
eIE
C 6
1850
nam
eAF
L-C
omm
on S
A na
me
Ds
Des
crip
tion
Valu
e ra
nge
(bef
ore
scal
ing)
9002
(re
serv
ed)
0...
91
28
Dev
ice
real
-tim
e cl
ock
in lo
cal t
ime
92
01u1
6
R
eal-t
ime
stru
ct -
Con
trol r
egis
ter (
0..2
)
9202
u16
Rea
l-tim
e st
ruct
- Ye
ar (2
000.
.299
9)
9203
u16
Rea
l-tim
e st
ruct
- M
onth
(1..1
2)
9204
u16
Rea
l-tim
e st
ruct
- D
ay (1
..31)
92
05u1
6
R
eal-t
ime
stru
ct -
Hou
r (0.
.23)
92
06u1
6
R
eal-t
ime
stru
ct -
Min
ute
(0..5
9)
9207
u16
Rea
l-tim
e st
ruct
- Se
cond
s (0
..59)
92
08u1
6
R
eal-t
ime
stru
ct -
Milli
seco
nds
(0..9
99)
92
09
(rese
rved
)0
9210
(re
serv
ed)
0D
evic
e re
al-ti
me
cloc
k in
UTC
tim
e92
11u1
6
R
eal-t
ime
stru
ct U
TC -
Con
trol r
egis
ter (
0..2
)
9212
u16
Rea
l-tim
e st
ruct
UTC
- Ye
ar (2
000.
.299
9)
9213
u16
Rea
l-tim
e st
ruct
UTC
- M
onth
(1..1
2)
9214
u16
Rea
l-tim
e st
ruct
UTC
- D
ay (1
..31)
92
15u1
6
R
eal-t
ime
stru
ct U
TC -
Hou
r (0.
.23)
92
16u1
6
R
eal-t
ime
stru
ct U
TC -
Min
ute
(0..5
9)
9217
u16
Rea
l-tim
e st
ruct
UTC
- Se
cond
s (0
..59)
92
18u1
6
R
eal-t
ime
stru
ct U
TC -
Milli
seco
nds
(0..9
99)
92
19
(rese
rved
)0
9220
(re
serv
ed)
0Ti
mes
tam
p of
last
dev
ice
rese
t92
21u1
6
R
eset
tim
e st
ruct
- Ye
ar (2
000.
.299
9)
9222
u16
Res
et ti
me
stru
ct -
Mon
th (1
..12)
92
23u1
6
R
eset
tim
e st
ruct
- D
ay (1
..31)
92
24u1
6
R
eset
tim
e st
ruct
- H
our (
0..2
3)
9225
u16
Res
et ti
me
stru
ct -
Min
ute
(0..5
9)
9226
u16
Res
et ti
me
stru
ct -
Seco
nds
(0..5
9)
9227
u16
Res
et ti
me
stru
ct -
Milli
seco
nds
(0..9
99)
92
28u1
6
R
eset
tim
e st
ruct
- R
easo
n1
= C
old
rese
t2
= W
atch
dog
rese
t4
= W
arm
rese
t92
29
(rese
rved
)0
9230
(re
serv
ed)
0Ac
tive
para
met
er s
ettin
g gr
oup
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
16 REM615Point List Manual
Addr
Type
Scal
eIE
C 6
1850
nam
eAF
L-C
omm
on S
A na
me
Ds
Des
crip
tion
Valu
e ra
nge
(bef
ore
scal
ing)
9231
u16
-
-
Setti
ng g
roup
in u
se1.
..6...
(re
serv
ed)
092
49
Even
t rec
ord
stru
ctur
e92
50u1
60
Even
t rea
d se
lect
ion
-
Num
ber o
f eve
nts
reco
rds
in m
ultip
le e
vent
read
ing
1…10
9251
i16
0
Even
t rea
d op
erat
ion
sele
ctio
n-4
99…
392
52u1
60
Even
t rec
ord
1 (1
1 re
gist
ers)
-
Even
t rec
ord
stru
ct -
Sequ
ence
num
ber
Even
t rec
ord
stru
ctur
e (s
eeM
odbu
s C
PM)
9253
u16
0
Even
t rec
ord
stru
ct -
Unr
ead
reco
rds
left
92
54u1
60
Ev
ent r
ecor
d st
ruct
- Ti
meS
tam
p (Y
ear,M
onth
)
9255
u16
0
Even
t rec
ord
stru
ct -
Tim
eSta
mp
(Day
, Hou
r)
9256
u16
0
Even
t rec
ord
stru
ct -
Tim
eSta
mp
(Min
, Sec
)
9257
u16
0
Even
t rec
ord
stru
ct -
Tim
eSta
mp
(Milli
seco
nds)
92
58u1
60
Ev
ent r
ecor
d st
ruct
- Ev
ent i
dent
ifica
tion
92
59u1
60
Ev
ent r
ecor
d st
ruct
- D
ata
obje
ct ID
1
9260
u16
0
Even
t rec
ord
stru
ct -
Dat
a ob
ject
ID 2
92
61u1
60
Ev
ent r
ecor
d st
ruct
- D
ata
valu
e
9262
u16
0
Even
t rec
ord
stru
ct -
Dat
a va
lue
92
63...
9273
Even
t rec
ord
2 (1
1 re
gist
ers)
-
Even
t rec
ord
stru
ctur
eEv
ent r
ecor
dst
ruct
ure
(see
Mod
bus
CPM
)92
74...
9284
Even
t rec
ord
3 (1
1 re
gist
ers)
-
Even
t rec
ord
stru
ctur
eEv
ent r
ecor
dst
ruct
ure
(see
Mod
bus
CPM
)92
85...
9295
Even
t rec
ord
4 (1
1 re
gist
ers)
-
Even
t rec
ord
stru
ctur
eEv
ent r
ecor
dst
ruct
ure
(see
Mod
bus
CPM
)92
96...
9306
Even
t rec
ord
5 (1
1 re
gist
ers)
-
Even
t rec
ord
stru
ctur
eEv
ent r
ecor
dst
ruct
ure
(see
Mod
bus
CPM
)93
07...
9317
Even
t rec
ord
6 (1
1 re
gist
ers)
-
Even
t rec
ord
stru
ctur
eEv
ent r
ecor
dst
ruct
ure
(see
Mod
bus
CPM
)93
18...
9328
Even
t rec
ord
7 (1
1 re
gist
ers)
-
Even
t rec
ord
stru
ctur
eEv
ent r
ecor
dst
ruct
ure
(see
Mod
bus
CPM
)93
29...
9339
Even
t rec
ord
8 (1
1 re
gist
ers)
-
Even
t rec
ord
stru
ctur
eEv
ent r
ecor
dst
ruct
ure
(see
Mod
bus
CPM
)93
40...
9350
Even
t rec
ord
9 (1
1 re
gist
ers)
-
Even
t rec
ord
stru
ctur
eEv
ent r
ecor
dst
ruct
ure
(see
Mod
bus
CPM
)
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 17Point List Manual
Addr
Type
Scal
eIE
C 6
1850
nam
eAF
L-C
omm
on S
A na
me
Ds
Des
crip
tion
Valu
e ra
nge
(bef
ore
scal
ing)
9351
...93
61
Ev
ent r
ecor
d 10
(11
regi
ster
s)-
Ev
ent r
ecor
d st
ruct
ure
Even
t rec
ord
stru
ctur
e (s
eeM
odbu
s C
PM)
9362
(re
serv
ed)
0...
94
00
Faul
t rec
ord
stru
ctur
e94
01i1
60
Faul
t rec
ord
read
sel
ectio
n-
Fa
ult r
ecor
d re
ad o
pera
tion
sele
ctio
n-9
9…3
9402
u16
0
Faul
t rec
ord
stru
ct -
Sequ
ence
num
ber
Hea
der
9403
u16
0
Faul
t rec
ord
stru
ct -
Unr
ead
reco
rds
left
94
04u1
60
Fa
ult r
ecor
d st
ruct
- Ti
meS
tam
p (Y
ear,M
onth
)
9405
u16
0
Faul
t rec
ord
stru
ct -
Tim
eSta
mp
(Day
, Hou
r)
9406
u16
0
Faul
t rec
ord
stru
ct -
Tim
eSta
mp
(Min
, Sec
)
9407
u16
0
Faul
t rec
ord
stru
ct -
Tim
eSta
mp
(Milli
seco
nds)
94
08u1
60
Fa
ult r
ecor
d st
ruct
- Ti
meS
tam
p (T
ime
qual
ity)
Fa
ult r
ecor
d da
ta94
09u1
610
LD0.
FLTM
STA1
.StrD
ur.m
ag-
YFa
ult d
urat
ion
0.0…
100.
0 [%
]94
10u1
61
LD0.
FLTM
STA1
.Act
SG.s
tVal
-Y
Activ
e pa
ram
eter
set
ting
grou
p du
ring
the
faul
t1…
694
11
(rese
rved
)0
9412
u16
1000
LD0.
FLTM
STA1
.Max
Amps
A.m
ag-
YM
ax p
hase
A c
urre
nt d
urin
g fa
ult
0.00
…. 5
0.00
[xIn
]94
13u1
610
00LD
0.FL
TMST
A1.M
axAm
psB.
mag
-Y
Max
pha
se B
cur
rent
dur
ing
faul
t0.
00 …
. 50.
00 [x
In]
9414
u16
1000
LD0.
FLTM
STA1
.Max
Amps
C.m
ag-
YM
ax p
hase
C c
urre
nt d
urin
g fa
ult
0.00
…. 5
0.00
[xIn
]94
15u1
610
00LD
0.FL
TMST
A1.M
axAm
psN
.mag
-Y
Max
resi
dual
cur
rent
dur
ing
faul
t0.
00 …
. 50.
00 [x
In]
9416
u16
1000
LD0.
FLTM
STA1
.Am
psA.
mag
-Y
Phas
e A
curre
nt a
t mom
ent o
f trip
0.00
…. 5
0.00
[xIn
]94
17u1
610
00LD
0.FL
TMST
A1.A
mps
B.m
ag-
YPh
ase
B cu
rrent
at m
omen
t of t
rip0.
00 …
. 50.
00 [x
In]
9418
u16
1000
LD0.
FLTM
STA1
.Am
psC
.mag
-Y
Phas
e C
cur
rent
at m
omen
t of t
rip0.
00 …
. 50.
00 [x
In]
9419
u16
1000
LD0.
FLTM
STA1
.Am
psN
.mag
-Y
Res
idua
l cur
rent
at m
omen
t of t
rip0.
00 …
. 50.
00 [x
In]
9420
u16
1000
LD0.
FLTM
STA1
.Am
psN
Clc
.mag
-Y
Res
idua
l Clc
cur
rent
at m
omen
t of t
rip0.
00 …
. 50.
00 [x
In]
9421
u16
1000
LD0.
FLTM
STA1
.Am
psPs
Seq.
mag
-Y
Posi
tive
sequ
ence
cur
rent
at m
omen
t of t
rip0.
00 …
. 50.
00 [x
In]
9422
u16
1000
LD0.
FLTM
STA1
.Am
psN
gSeq
.mag
-Y
Neg
ativ
e se
quen
ce c
urre
nt a
t mom
ent o
f trip
0.00
…. 5
0.00
[xIn
]
9423
u16
100
LD0.
FLTM
STA1
.Max
TmpR
l.mag
-Y
Max
rela
tive
tem
pera
ture
0.00
…99
.99
[deg
rees
Cel
sius
]94
24u1
610
00LD
0.FL
TMST
A1.V
olts
A.m
ag-
YPh
ase
A vo
ltage
at m
omen
t of t
rip0…
4.00
[xU
n]94
25u1
610
00LD
0.FL
TMST
A1.V
olts
B.m
ag-
YPh
ase
B vo
ltage
at m
omen
t of t
rip0…
4.00
[xU
n]94
26u1
610
00LD
0.FL
TMST
A1.V
olts
C.m
ag-
YPh
ase
C v
olta
ge a
t mom
ent o
f trip
0…4.
00 [x
Un]
9427
u16
1000
LD0.
FLTM
STA1
.Vol
tsAB
.mag
-Y
Phas
e-to
-pha
se v
olta
ge A
B at
mom
ent o
f trip
0…4.
00 [x
Un]
9428
u16
1000
LD0.
FLTM
STA1
.Vol
tsBC
.mag
-Y
Phas
e-to
-pha
se v
olta
ge B
C a
t mom
ent o
f trip
0…4.
00 [x
Un]
9429
u16
1000
LD0.
FLTM
STA1
.Vol
tsC
A.m
ag-
YPh
ase-
to-p
hase
vol
tage
CA
at m
omen
t of t
rip0…
4.00
[xU
n]94
30u1
610
00LD
0.FL
TMST
A1.V
olts
N.m
ag-
YR
esid
ual v
olta
ge a
t mom
ent o
f trip
0…4.
00 [x
Un]
9431
u16
1000
LD0.
FLTM
STA1
.VZr
oSeq
.mag
-Y
Zero
seq
uenc
e vo
ltage
at m
omen
t of t
rip0.
..4.0
0 [x
Un]
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
18 REM615Point List Manual
Addr
Type
Scal
eIE
C 6
1850
nam
eAF
L-C
omm
on S
A na
me
Ds
Des
crip
tion
Valu
e ra
nge
(bef
ore
scal
ing)
9432
u16
1000
LD0.
FLTM
STA1
.VPs
Seq.
mag
-Y
Posi
tive
sequ
ence
vol
tage
at m
omen
t of t
rip0…
4.00
[xU
n]94
33u1
610
00LD
0.FL
TMST
A1.V
NgS
eq.m
ag-
YN
egat
ive
sequ
ence
vol
tage
at m
omen
t of t
rip0…
4.00
[xU
n]
9434
i16
10LD
0.FL
TMST
A1.D
ifNAn
gN.m
ag-
YR
esid
ual v
olta
ge-re
sidu
al c
urre
nt a
ngle
-180
.0...
180.
0[d
egre
es]
9435
i16
10LD
0.FL
TMST
A1.D
ifAAn
gBC
.mag
-Y
Phas
e-to
-pha
se v
olta
ge B
C -
ph c
urre
nt A
ang
le-1
80.0
...18
0 [d
eg]
9436
i16
10LD
0.FL
TMST
A1.D
ifBAn
gCA.
mag
-Y
Phas
e-to
-pha
se v
olta
ge C
A - p
h cu
rrent
B a
ngle
-180
.0...
180
[deg
]94
37i1
610
LD0.
FLTM
STA1
.DifC
AngA
B.m
ag-
YPh
ase-
to-p
hase
vol
tage
AB
- ph
curre
nt C
ang
le-1
80.0
...18
0 [d
eg]
9438
u16
100
LD0.
FLTM
STA1
.Hz.
mag
-Y
Freq
uenc
y at
mom
ent o
f trip
30.0
0...8
0.00
[Hz]
9439
i16
100
LD0.
FLTM
STA1
.HzS
.mag
-Y
Freq
uenc
y gr
adie
nt a
t mom
ent o
f trip
-10.
00...
10.0
0 [H
z/s]
1MRS756877 B Section 2Modbus data mappings
REM615 19Point List Manual
Tabl
e 3:
Indi
catio
ns
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
2720
170.
00C
TRL.
LLN
0.Lo
c.st
Val
-Y
Loca
l/Rem
ote
stat
e - m
om0
= Lo
cal,
1=R
emot
e27
2117
0.01
CTR
L.LL
N0.
LocR
em.s
tVal
.Sta
tion
-Y
Stat
ion
- mom
0 =
OFF
, 1 =
ON
2722
170.
02D
R.R
DR
E1.R
cdM
ade.
stVa
l-
D
istu
rban
ce re
cord
er fi
le re
ady
- mom
1 =
DR
file
cap
ture
d27
2317
0.03
DR
.RD
RE1
.Rcd
Mad
e.st
Val
Dis
turb
ance
reco
rder
file
read
y - M
CD
27
2417
0.04
(re
serv
ed)
027
2517
0.05
(re
serv
ed)
027
2617
0.06
LD0.
LLN
0.Se
tSel
d.st
Val
-Y
Para
met
er s
ettin
g rig
hts
rese
rved
- m
om1=
Rig
hts
rese
rved
2727
170.
07LD
0.LL
N0.
SetS
eld.
stVa
l
Pa
ram
eter
set
ting
right
s re
serv
ed -
MC
D
2728
170.
08LD
0.LL
N0.
SetC
hg.s
tVal
-Y
Para
met
er s
ettin
gs c
hang
ed -
mom
1=Se
tting
s ch
ange
d27
2917
0.09
LD0.
LLN
0.Se
tChg
.stV
al
Pa
ram
eter
set
tings
cha
nged
- M
CD
27
3017
0.10
(re
serv
ed)
027
3117
0.11
(re
serv
ed)
027
3217
0.12
(re
serv
ed)
027
3317
0.13
(re
serv
ed)
027
3417
0.14
(re
serv
ed)
027
3517
0.15
(re
serv
ed)
0G
loba
l con
ditio
ning
2736
171.
00LD
0.LE
DPT
RC
1.St
r.gen
eral
-Y
Star
t (.g
ener
al)-
mom
1 =
Star
t (LE
DPT
RC
)27
3717
1.01
LD0.
LED
PTR
C1.
Str.g
ener
al
St
art (
.gen
eral
) - M
CD
27
3817
1.02
LD0.
LED
PTR
C1.
Op.
gene
ral
-Y
Ope
rate
(.ge
nera
l)- m
om1=
Ope
rate
(LED
PTR
C)
2739
171.
03LD
0.LE
DPT
RC
1.O
p.ge
nera
l
O
pera
te (.
gene
ral)
- MC
D
Prot
ectio
n tri
p co
nditi
onin
g (1
)27
4017
1.04
LD0.
TRPP
TRC
1.O
p.ge
nera
l-
YIn
put s
igna
l (.g
ener
al)-
mom
1=In
put s
igna
l ON
2741
171.
05LD
0.TR
PPTR
C1.
Op.
gene
ral
Inpu
t sig
nal (
.gen
eral
)- M
CD
27
4217
1.06
LD0.
TRPP
TRC
1.Tr
.gen
eral
-Y
Trip
out
put s
igna
l (.g
ener
al)-
mom
1=Tr
ip o
utpu
t sig
nal O
N27
4317
1.07
LD0.
TRPP
TRC
1.Tr
.gen
eral
Trip
out
put s
igna
l (.g
ener
al)-
MC
D
Prot
ectio
n tri
p co
nditi
onin
g (2
)27
4417
1.08
LD0.
TRPP
TRC
2.O
p.ge
nera
l-
YIn
put s
igna
l (.g
ener
al)-
mom
1=In
put s
igna
l ON
2745
171.
09LD
0.TR
PPTR
C2.
Op.
gene
ral
Inpu
t sig
nal (
.gen
eral
)- M
CD
27
4617
1.10
LD0.
TRPP
TRC
2.Tr
.gen
eral
-Y
Trip
out
put s
igna
l (.g
ener
al)-
mom
1=Tr
ip o
utpu
t sig
nal O
N27
4717
1.11
LD0.
TRPP
TRC
2.Tr
.gen
eral
Trip
out
put s
igna
l (.g
ener
al)-
MC
D
2748
171.
12
(rese
rved
)0
2749
171.
13
(rese
rved
)0
2750
171.
14
(rese
rved
)0
2751
171.
15
(rese
rved
)0
Phas
e cu
rrent
val
ue li
mit
supe
rvis
ion
2752
172.
00LD
0.C
MM
XU1.
HiA
lm.s
tVal
CM
MXU
1.H
IGH
_ALA
RM
YH
igh
alar
m[.s
tVal
] - m
om1=
Hig
h al
arm
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
20 REM615Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
2753
172.
01LD
0.C
MM
XU1.
HiA
lm.s
tVal
Hig
h al
arm
[.stV
al] -
MC
D
2754
172.
02LD
0.C
MM
XU1.
HiW
rn.s
tVal
CM
MXU
1.H
IGH
_WAR
NY
Hig
h w
arni
ng[.s
tVal
] - m
om1=
Hig
h w
arni
ng27
5517
2.03
LD0.
CM
MXU
1.H
iWrn
.stV
al
H
igh
war
ning
[.stV
al] -
MC
D
2756
172.
04LD
0.C
MM
XU1.
LoW
rn.s
tVal
CM
MXU
1.LO
W_W
ARN
YLo
w a
larm
[.stV
al] -
mom
1=Lo
w a
larm
2757
172.
05LD
0.C
MM
XU1.
LoW
rn.s
tVal
Low
ala
rm[.s
tVal
] - M
CD
27
5817
2.06
LD0.
CM
MXU
1.Lo
Alm
.stV
alC
MM
XU1.
LOW
_ALA
RM
YLo
w w
arni
ng[.s
tVal
] - m
om1=
Low
war
ning
2759
172.
07LD
0.C
MM
XU1.
LoAl
m.s
tVal
Low
war
ning
[.stV
al] -
MC
D
Res
idua
l cur
rent
val
ue s
uper
visi
on27
6017
2.08
LD0.
RES
CM
MXU
1.H
iAlm
.stV
alR
ESC
MM
XU1.
HIG
H_A
LAR
MY
Hig
h al
arm
[.stV
al] -
mom
1=H
igh
alar
m
2761
172.
09LD
0.R
ESC
MM
XU1.
HiA
lm.s
tVal
Hig
h al
arm
[.stV
al] -
MC
D
2762
172.
10LD
0.R
ESC
MM
XU1.
HiW
rn.s
tVal
RES
CM
MXU
1.H
IGH
_WAR
NY
Hig
h w
arni
ng[.s
tVal
] - m
om1=
Hig
h w
arni
ng27
6317
2.11
LD0.
RES
CM
MXU
1.H
iWrn
.stV
al
H
igh
war
ning
[.stV
al] -
MC
D
Res
idua
l cur
rent
val
ue s
uper
visi
on27
6417
2.12
LD0.
RES
VMM
XU1.
HiA
lm.s
tVal
RES
VMM
XU1.
HIG
H_A
LAR
MY
Hig
h al
arm
[.stV
al] -
mom
1=H
igh
alar
m
2765
172.
13LD
0.R
ESVM
MXU
1.H
iAlm
.stV
al
H
igh
alar
m[.s
tVal
] - M
CD
27
6617
2.14
LD0.
RES
VMM
XU1.
HiW
rn.s
tVal
RES
VMM
XU1.
HIG
H_W
ARN
YH
igh
war
ning
[.stV
al] -
mom
1=H
igh
war
ning
2767
172.
15LD
0.R
ESVM
MXU
1.H
iWrn
.stV
al
H
igh
war
ning
[.stV
al] -
MC
D
Indi
catio
n LE
D s
tate
s27
6817
3.00
LD0.
LED
GG
IO1.
SPC
SO1.
stVa
l-
YLE
D 1
[.stV
al] -
mom
1=LE
D O
N27
6917
3.01
LD0.
LED
GG
IO1.
SPC
SO2.
stVa
l-
YLE
D 2
[.stV
al] -
mom
1=LE
D O
N27
7017
3.02
LD0.
LED
GG
IO1.
SPC
SO3.
stVa
l-
YLE
D 3
[.stV
al] -
mom
1=LE
D O
N27
7117
3.03
LD0.
LED
GG
IO1.
SPC
SO4.
stVa
l-
YLE
D 4
[.stV
al] -
mom
1=LE
D O
N27
7217
3.04
LD0.
LED
GG
IO1.
SPC
SO5.
stVa
l-
YLE
D 5
[.stV
al] -
mom
1=LE
D O
N27
7317
3.05
LD0.
LED
GG
IO1.
SPC
SO6.
stVa
l-
YLE
D 6
[.stV
al] -
mom
1=LE
D O
N27
7417
3.06
LD0.
LED
GG
IO1.
SPC
SO7.
stVa
l-
YLE
D 7
[.stV
al] -
mom
1=LE
D O
N27
7517
3.07
LD0.
LED
GG
IO1.
SPC
SO8.
stVa
l-
YLE
D 8
[.stV
al] -
mom
1=LE
D O
N27
7617
3.08
LD0.
LED
GG
IO1.
SPC
SO9.
stVa
l-
YLE
D 9
[.stV
al] -
mom
1=LE
D O
N27
7717
3.09
LD0.
LED
GG
IO1.
SPC
SO10
.stV
al-
YLE
D 1
0[.s
tVal
] - m
om1=
LED
ON
2778
173.
10LD
0.LE
DG
GIO
1.SP
CSO
11.s
tVal
-Y
LED
11[
.stV
al] -
mom
1=LE
D O
N27
7917
3.11
(re
serv
ed)
0Tr
ip c
ircui
t sup
ervi
sion
(1)
2780
173.
12LD
0.TC
SSC
BR1.
CirA
lm.s
tVal
TCSS
CBR
1.AL
ARM
YAl
arm
[.stV
al] -
mom
1=TC
S1 A
larm
2781
173.
13LD
0.TC
SSC
BR1.
CirA
lm.s
tVal
Alar
m[.s
tVal
] - M
CD
Tr
ip c
ircui
t sup
ervi
sion
(2)
2782
173.
14LD
0.TC
SSC
BR2.
CirA
lm.s
tVal
TCSS
CBR
2.AL
ARM
YAl
arm
[.stV
al] -
mom
1=TC
S2 A
larm
2783
173.
15LD
0.TC
SSC
BR2.
CirA
lm.s
tVal
Alar
m[.s
tVal
] - M
CD
Ph
ase
volta
ge v
alue
lim
it su
perv
isio
n27
8417
4.00
LD0.
VMM
XU1.
HiA
lm.s
tVal
VMM
XU1.
HIG
H_A
LAR
MY
Hig
h al
arm
[.stV
al] -
mom
1=H
igh
alar
m
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 21Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
2785
174.
01LD
0.VM
MXU
1.H
iAlm
.stV
al
H
igh
alar
m[.s
tVal
] - M
CD
27
8617
4.02
LD0.
VMM
XU1.
HiW
rn.s
tVal
VMM
XU1.
HIG
H_W
ARN
YH
igh
war
ning
[.stV
al] -
mom
1=H
igh
war
ning
2787
174.
03LD
0.VM
MXU
1.H
iWrn
.stV
al
H
igh
war
ning
[.stV
al] -
MC
D
2788
174.
04LD
0.VM
MXU
1.Lo
Wrn
.stV
alVM
MXU
1.LO
W_W
ARN
YLo
w a
larm
[.stV
al] -
mom
1=Lo
w a
larm
2789
174.
05LD
0.VM
MXU
1.Lo
Wrn
.stV
al
Lo
w a
larm
[.stV
al] -
MC
D
2790
174.
06LD
0.VM
MXU
1.Lo
Alm
.stV
alVM
MXU
1.LO
W_A
LAR
MY
Low
war
ning
[.stV
al] -
mom
1=Lo
w w
arni
ng27
9117
4.07
LD0.
VMM
XU1.
LoAl
m.s
tVal
Low
war
ning
[.stV
al] -
MC
D
Dis
conn
ecto
r (1)
pos
ition
2792
174.
08C
TRL.
DC
SXSW
I1.P
os.s
tVal
.Clo
seD
CSX
SWI1
.PO
SITI
ON
Ycl
ose
mom
1=C
lose
2793
174.
09C
TRL.
DC
SXSW
I1.P
os.s
tVal
.Ope
n-
Yop
en m
om1=
Ope
n27
9417
4.10
CTR
L.D
CSX
SWI1
.Pos
.stV
al.F
ault
-Y
erro
r pos
ition
1=Fa
ulty
or
Inte
rmed
iate
Dis
conn
ecto
r (2)
pos
ition
2795
174.
11C
TRL.
DC
SXSW
I2.P
os.s
tVal
.Clo
seD
CSX
SWI2
.PO
SITI
ON
Ycl
ose
mom
1=C
lose
2796
174.
12C
TRL.
DC
SXSW
I2.P
os.s
tVal
.Ope
n-
Yop
en m
om1=
Ope
n27
9717
4.13
CTR
L.D
CSX
SWI2
.Pos
.stV
al.F
ault
-Y
erro
r pos
ition
1=Fa
ulty
or
Inte
rmed
iate
Dis
conn
ecto
r (3)
pos
ition
2798
174.
14C
TRL.
DC
SXSW
I3.P
os.s
tVal
.Clo
seD
CSX
SWI3
.PO
SITI
ON
Ycl
ose
mom
1=C
lose
2799
174.
15C
TRL.
DC
SXSW
I3.P
os.s
tVal
.Ope
n-
Yop
en m
om1=
Ope
n28
0017
5.00
CTR
L.D
CSX
SWI3
.Pos
.stV
al.F
ault
-Y
erro
r pos
ition
1=Fa
ulty
or
Inte
rmed
iate
Earth
dis
conn
ecto
r pos
ition
2801
175.
01C
TRL.
ESSX
SWI1
.Pos
.stV
al.C
lose
ESSX
SWI1
.PO
SITI
ON
Ycl
ose
mom
1=C
lose
2802
175.
02C
TRL.
ESSX
SWI1
.Pos
.stV
al.O
pen
-Y
open
mom
1=O
pen
2803
175.
03C
TRL.
ESSX
SWI1
.Pos
.stV
al.F
ault
-Y
erro
r pos
ition
1=Fa
ulty
or
Inte
rmed
iate
Circ
uit b
reak
er p
ositi
on28
0417
5.04
CTR
L.C
BCSW
I1.P
os.s
tVal
.Clo
seC
BXC
BR1.
POSI
TIO
NY
clos
e m
om1=
Clo
se28
0517
5.05
CTR
L.C
BCSW
I1.P
os.s
tVal
.Ope
n-
Yop
en m
om1=
Ope
n28
0617
5.06
CTR
L.C
BCSW
I1.P
os.s
tVal
.Fau
lt-
Yer
ror p
ositi
on1=
Faul
ty o
rIn
term
edia
te28
0717
5.07
(re
serv
ed)
028
0817
5.08
(re
serv
ed)
028
0917
5.09
(re
serv
ed)
028
1017
5.10
(re
serv
ed)
028
1117
5.11
(re
serv
ed)
028
1217
5.12
(re
serv
ed)
028
1317
5.13
(re
serv
ed)
028
1417
5.14
(re
serv
ed)
028
1517
5.15
(re
serv
ed)
0
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
22 REM615Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
Circ
uit b
reak
er p
ositi
on +
mom
enta
ry c
hang
e de
tect
2816
176.
00C
TRL.
CBC
SWI1
.Pos
.stV
alC
BXC
BR1.
POSI
TIO
NY
clos
e m
om1=
Clo
se28
1717
6.01
CTR
L.C
BCSW
I1.P
os.s
tVal
clos
e M
CD
28
1817
6.02
CTR
L.C
BCSW
I1.P
os.s
tVal
-
open
mom
1=O
pen
2819
176.
03C
TRL.
CBC
SWI1
.Pos
.stV
al
Yop
en M
CD
28
2017
6.04
(re
serv
ed)
028
2117
6.05
(re
serv
ed)
0C
ircui
t bre
aker
sel
ecte
d fo
r con
trol o
pera
tion
2822
176.
06C
TRL.
CBC
SWI1
.Pos
.stS
eld
CBX
CBR
1.SE
LEC
TED
YSe
lect
ed (.
stSe
ld) -
mom
1=Se
lect
ed28
2317
6.07
CTR
L.C
BCSW
I1.P
os.s
tSel
d
Se
lect
ed (.
stSe
ld) -
MC
D
Circ
uit b
reak
er c
ontro
l ena
ble
sign
als
2824
176.
08C
TRL.
CBC
ILO
1.En
aOpn
.stV
alC
BXC
BR1.
ENA_
OPE
NY
Ope
n en
able
d (.s
tVal
) - m
om1=
Ope
n en
able
d28
2517
6.09
CTR
L.C
BCIL
O1.
EnaC
ls.s
tVal
CBX
CBR
1.EN
A_C
LOSE
YC
lose
ena
bled
(.st
Val)
- mom
1=C
lose
ena
bled
2826
176.
10
(rese
rved
)0
2827
176.
11
(rese
rved
)0
Circ
uit b
reak
er fa
ilure
det
ectio
n an
d -p
rote
ctio
n28
2817
6.12
CTR
L.C
CBR
BRF1
.Str.
gene
ral
CC
BRBR
F1.C
B_FA
ULT
_AL
YSt
art,
timer
runn
ing[
.gen
eral
] - m
om1=
Star
t,tim
er ru
nnin
g28
2917
6.13
CTR
L.C
CBR
BRF1
.Str.
gene
ral
Star
t, tim
er ru
nnin
g[.g
ener
al] -
MC
D
2830
176.
14C
TRL.
CC
BRBR
F1.O
pEx.
gene
ral
CC
BRBR
F1.T
RBU
YFa
ilure
, ext
erna
l trip
[.ge
nera
l] - m
om1=
Failu
re,e
xter
nal t
rip28
3117
6.15
CTR
L.C
CBR
BRF1
.OpE
x.ge
nera
l
Fa
ilure
, ext
erna
l trip
[.ge
nera
l] - M
CD
28
3217
7.00
CTR
L.C
CBR
BRF1
.OpI
n.ge
nera
lC
CBR
BRF1
.TR
RET
YO
pera
te, i
nter
nal r
etrip
(.ge
nera
l) - m
om1=
Ope
rate
, int
erna
l re-
trip
2833
177.
01C
TRL.
CC
BRBR
F1.O
pIn.
gene
ral
Ope
rate
, int
erna
l ret
rip (.
gene
ral)
- MC
D
2834
177.
02
(rese
rved
)0
2835
177.
03
(rese
rved
)0
Circ
uit b
reak
er c
ontro
l blo
ckin
g si
gnal
s28
3617
7.04
CTR
L.C
BXC
BR1.
BlkO
pn.s
tVal
CBX
CBR
1.BL
K_O
PEN
YO
pen
bloc
ked
[.stV
al] -
mom
1 =
Ope
n bl
ocke
d28
3717
7.05
CTR
L.C
BXC
BR1.
BlkO
pn.s
tVal
Ope
n bl
ocke
d [.s
tVal
] - M
CD
28
3817
7.06
CTR
L.C
BXC
BR1.
BlkC
ls.s
tVal
CBX
CBR
1.BL
K_C
LOSE
YC
lose
blo
cked
[.st
Val]
- mom
1 =
Clo
se b
lock
ed28
3917
7.07
CTR
L.C
BXC
BR1.
BlkC
ls.s
tVal
Clo
se b
lock
ed [.
stVa
l] - M
CD
28
4017
7.08
CTR
L.C
BCIL
O1.
ItlBy
Pss.
stVa
lC
BXC
BR1.
ITL_
BYPA
SSY
Inte
rlock
ing
bypa
ss [.
stVa
l] - m
om1
= In
terlo
ckin
g by
pass
2841
177.
09C
TRL.
CBC
ILO
1.Itl
ByPs
s.st
Val
Inte
rlock
ing
bypa
ss [.
stVa
l] - M
CD
28
4217
7.10
(re
serv
ed)
028
4317
7.11
(re
serv
ed)
028
4417
7.12
(re
serv
ed)
028
4517
7.13
(re
serv
ed)
028
4617
7.14
(re
serv
ed)
028
4717
7.15
(re
serv
ed)
0C
ircui
t bre
aker
con
ditio
n m
onito
ring
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 23Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
2848
178.
00LD
0.SS
CBR
1.O
pnAl
m.s
tVal
SSC
BR1.
TRV_
T_O
P_AL
MY
Ope
n tra
vel t
ime
exce
eded
(.st
Val)
- mom
1=O
pen
trave
l tim
eal
arm
2849
178.
01LD
0.SS
CBR
1.C
lsAl
m.s
tVal
SSC
BR1.
TRV_
T_C
L_AL
MY
Clo
se tr
avel
tim
e ex
ceed
ed (.
stVa
l) - m
om1=
Clo
se tr
avel
tim
eal
arm
2850
178.
02LD
0.SS
CBR
1.Sp
rCha
Alm
.stV
alSS
CBR
1.SP
R_C
HR
_ALM
YSp
ring
char
ging
tim
e ex
ceed
ed (.
stVa
l)- m
om1=
Sprin
g ch
argi
ng ti
me
alar
m28
5117
8.03
LD0.
SSC
BR1.
OpN
umAl
m.s
tVal
SSC
BR1.
OPR
_ALM
YN
um o
f CB
oper
atio
ns a
larm
(.st
Val)-
mom
1=C
B op
erat
ions
ala
rm28
5217
8.04
LD0.
SSC
BR1.
OpN
umLO
.stV
alSS
CBR
1.O
PR_L
OY
Num
of C
B op
erat
ions
lock
out l
imit
(.stV
al) -
mom
1=C
B op
erat
ions
lock
out a
larm
2853
178.
05LD
0.SS
CBR
1.Lo
nTm
Alm
.stV
alSS
CBR
1.M
ON
_ALM
YC
B "n
ot o
pera
ted
for l
ong
time"
alar
m (.
stVa
l])- m
om1=
CB
unac
tive
alar
m28
5417
8.06
LD0.
SSC
BR1.
Pres
Alm
.stV
alSS
CBR
1.PR
ES_A
LMY
Pres
sure
bel
ow a
larm
leve
l[.st
Val]
- mom
1=Lo
w p
ress
ure
alar
m28
5517
8.07
LD0.
SSC
BR1.
Pres
LO.s
tVal
SSC
BR1.
PRES
_LO
YPr
essu
re b
elow
lock
out l
evel
[.stV
al] -
mom
1=Lo
w p
ress
ure
lock
out a
larm
2856
178.
08LD
0.SS
CBR
1.AP
wrA
lm.s
tVal
SSC
BR1.
IPO
W_A
LMY
Acc.
cur
rent
s po
wer
(Iyt
),ala
rm li
mit[
.stV
al] -
mom
1=Iy
t ala
rm28
5717
8.09
LD0.
SSC
BR1.
APw
rLO
.stV
alSS
CBR
1.IP
OW
_LO
YAc
c. c
urre
nts
pow
er (I
yt),l
ocko
ut li
mit[
.stV
al] -
mom
1=Iy
t loc
kout
ala
rm28
5817
8.10
LD0.
SSC
BR1.
CBL
ifAlm
.stV
alSS
CBR
1.C
B_LI
FE_A
LMY
Rem
aini
ng li
fe o
f CB
exce
eded
ala
rm li
mit[
.stV
al] -
mom
1=C
B lif
e al
arm
2859
178.
11
(rese
rved
)0
2860
178.
12
(rese
rved
)0
2861
178.
13
(rese
rved
)0
2862
178.
14
(rese
rved
)0
2863
178.
15
(rese
rved
)0
Glo
bal c
ondi
tioni
ng, P
hase
info
rmat
ion
2864
179.
00LD
0.LE
DPT
RC
1.St
r.phs
A-
YSt
art (
.phs
A) -
mom
1=St
art p
hsA
2865
179.
01LD
0.LE
DPT
RC
1.St
r.phs
A
St
art (
.phs
A) -
MC
D
2866
179.
02LD
0.LE
DPT
RC
1.St
r.phs
B-
YSt
art (
.phs
B) -
mom
1=St
art p
hsB
2867
179.
03LD
0.LE
DPT
RC
1.St
r.phs
B
St
art (
.phs
B) -
MC
D
2868
179.
04LD
0.LE
DPT
RC
1.St
r.phs
C-
YSt
art (
.phs
C) -
mom
1=St
art p
hsB
2869
179.
05LD
0.LE
DPT
RC
1.St
r.phs
C
St
art (
.phs
C) -
MC
D
2870
179.
06LD
0.LE
DPT
RC
1.O
p.ph
sA-
YO
pera
te (.
phsA
) - m
om1=
Ope
rate
phs
A28
7117
9.07
LD0.
LED
PTR
C1.
Op.
phsA
Ope
rate
(.ph
sA) -
MC
D
2872
179.
08LD
0.LE
DPT
RC
1.O
p.ph
sB-
YO
pera
te (.
phsB
) - m
om1=
Ope
rate
phs
B28
7317
9.09
LD0.
LED
PTR
C1.
Op.
phsB
Ope
rate
(.ph
sB) -
MC
D
2874
179.
10LD
0.LE
DPT
RC
1.O
p.ph
sC-
YO
pera
te (.
phsC
) - m
om1=
Ope
rate
phs
B28
7517
9.11
LD0.
LED
PTR
C1.
Op.
phsC
Ope
rate
(.ph
sC) -
MC
D
Gen
eric
ope
ratio
n tim
e su
perv
isio
n28
7617
9.12
LD0.
MD
SOPT
1.O
pTm
Wrn
.stV
alM
DSO
PT1.
WAR
NIN
GY
Accu
mul
ated
ope
ratio
n tim
e w
arni
ng [.
stVa
l] - m
om1
= W
arni
ng28
7717
9.13
LD0.
MD
SOPT
1.O
pTm
Wrn
.stV
al
Ac
cum
ulat
ed o
pera
tion
time
war
ning
[.st
Val]
- MC
D
2878
179.
14LD
0.M
DSO
PT1.
OpT
mAl
m.s
tVal
MD
SOPT
1.AL
ARM
YAc
cum
ulat
ed o
pera
tion
time
alar
m [.
stVa
l] - m
om1=
Ala
rm28
7917
9.15
LD0.
MD
SOPT
1.O
pTm
Alm
.stV
al
Ac
cum
ulat
ed o
pera
tion
time
alar
m [.
stVa
l] - M
CD
Ph
ase
over
curre
nt p
rote
ctio
n si
gnal
s (2
sta
ges)
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
24 REM615Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
2880
180.
00LD
0.PH
LPTO
C1.
Str.g
ener
alPH
LPTO
C1.
STAR
TY
Low
sta
ge S
tart[
.gen
eral
] - m
om1=
Low
sta
ge s
tart
2881
180.
01LD
0.PH
LPTO
C1.
Str.g
ener
al
Lo
w s
tage
Sta
rt[.g
ener
al] -
MC
D
2882
180.
02LD
0.PH
LPTO
C1.
Str.p
hsA
-Y
Low
sta
ge S
tart[
.phs
A] -
mom
1=Lo
w s
tage
phs
A st
art
2883
180.
03LD
0.PH
LPTO
C1.
Str.p
hsA
Low
sta
ge S
tart[
.phs
A] -
MC
D
2884
180.
04LD
0.PH
LPTO
C1.
Str.p
hsB
-Y
Low
sta
ge S
tart[
.phs
B] -
mom
1=Lo
w s
tage
phs
B st
art
2885
180.
05LD
0.PH
LPTO
C1.
Str.p
hsB
Low
sta
ge S
tart[
.phs
B] -
MC
D
2886
180.
06LD
0.PH
LPTO
C1.
Str.p
hsC
-Y
Low
sta
ge S
tart[
.phs
C] -
mom
1=Lo
w s
tage
phs
C s
tart
2887
180.
07LD
0.PH
LPTO
C1.
Str.p
hsC
Low
sta
ge S
tart[
.phs
C] -
MC
D
2888
180.
08LD
0.PH
LPTO
C1.
Op.
gene
ral
PHLP
TOC
1.O
PER
ATE
YLo
w s
tage
Ope
rate
[.gen
eral
] - m
om1=
Low
sta
ge o
pera
te28
8918
0.09
LD0.
PHLP
TOC
1.O
p.ge
nera
l
Lo
w s
tage
Ope
rate
[.gen
eral
] - M
CD
28
9018
0.10
LD0.
PHIP
TOC
1.St
r.gen
eral
PHIP
TOC
1.ST
ART
YIn
stan
tane
ous
stag
e St
art[.
gene
ral]
- mom
1=In
stan
tane
ous
stag
est
art
2891
180.
11LD
0.PH
IPTO
C1.
Str.g
ener
al
In
stan
tane
ous
stag
e St
art[.
gene
ral]
- MC
D
2892
180.
12LD
0.PH
IPTO
C1.
Str.p
hsA
-Y
Inst
anta
neou
s st
age
Star
t[.ph
sA] -
mom
1=In
stan
tane
ous
stag
eph
sA s
tart
2893
180.
13LD
0.PH
IPTO
C1.
Str.p
hsA
Inst
anta
neou
s st
age
Star
t[.ph
sA] -
MC
D
2894
180.
14LD
0.PH
IPTO
C1.
Str.p
hsB
-Y
Inst
anta
neou
s st
age
Star
t[.ph
sB] -
mom
1=In
stan
tane
ous
stag
eph
sB s
tart
2895
180.
15LD
0.PH
IPTO
C1.
Str.p
hsB
Inst
anta
neou
s st
age
Star
t[.ph
sB] -
MC
D
2896
181.
00LD
0.PH
IPTO
C1.
Str.p
hsC
-Y
Inst
anta
neou
s st
age
Star
t[.ph
sC] -
mom
1=In
stan
tane
ous
stag
eph
sC s
tart
2897
181.
01LD
0.PH
IPTO
C1.
Str.p
hsC
Inst
anta
neou
s st
age
Star
t[.ph
sC] -
MC
D
2898
181.
02LD
0.PH
IPTO
C1.
Op.
gene
ral
PHIP
TOC
1.O
PER
ATE
YIn
stan
tane
ous
stag
e O
pera
te[.g
ener
al] -
mom
1=In
stan
tane
ous
stag
eop
erat
e28
9918
1.03
LD0.
PHIP
TOC
1.O
p.ge
nera
l
In
stan
tane
ous
stag
e O
pera
te[.g
ener
al] -
MC
D
Dire
ctio
nal e
arth
faul
t pro
tect
ion
(DEF
LPD
EF),
1 st
age
2900
181.
04LD
0.D
EFLP
TOC
1.St
r.gen
eral
DEF
LPD
EF1.
STAR
TY
Low
sta
ge S
tart[
.gen
eral
] - m
om1=
Low
sta
ge s
tart
2901
181.
05LD
0.D
EFLP
TOC
1.St
r.gen
eral
Low
sta
ge S
tart[
.gen
eral
] - M
CD
29
0218
1.06
LD0.
DEF
LPTO
C1.
Op.
gene
ral
DEF
LPD
EF1.
OPE
RAT
EY
Low
sta
ge O
pera
te[.g
ener
al] -
mom
1=Lo
w s
tage
ope
rate
2903
181.
07LD
0.D
EFLP
TOC
1.O
p.ge
nera
l
Lo
w s
tage
Ope
rate
[.gen
eral
] - M
CD
N
egat
ive
phas
e se
quen
ce ti
me
over
curre
nt p
rote
ctio
n, 2
sta
ges
2904
181.
08LD
0.M
NSP
TOC
1.St
r.gen
eral
MN
SPTO
C1.
STAR
TY
Stag
e1 S
tart[
.gen
eral
] - m
om1=
Stag
e1 s
tart
2905
181.
09LD
0.M
NSP
TOC
1.St
r.gen
eral
Stag
e1 S
tart[
.gen
eral
] - M
CD
29
0618
1.10
LD0.
MN
SPTO
C1.
Op.
gene
ral
MN
SPTO
C1.
OPE
RAT
EY
Stag
e1 O
pera
te[.g
ener
al] -
mom
1=St
age1
ope
rate
2907
181.
11LD
0.M
NSP
TOC
1.O
p.ge
nera
l
St
age1
Ope
rate
[.gen
eral
] - M
CD
29
0818
1.12
LD0.
MN
SPTO
C2.
Str.g
ener
alM
NSP
TOC
2.ST
ART
YSt
age2
Sta
rt[.g
ener
al] -
mom
1=St
age2
sta
rt29
0918
1.13
LD0.
MN
SPTO
C2.
Str.g
ener
al
St
age2
Sta
rt[.g
ener
al] -
MC
D
2910
181.
14LD
0.M
NSP
TOC
2.O
p.ge
nera
lM
NSP
TOC
2.O
PER
ATE
YSt
age2
Ope
rate
[.gen
eral
] - m
om1=
Stag
e2 o
pera
te29
1118
1.15
LD0.
MN
SPTO
C2.
Op.
gene
ral
Stag
e2 O
pera
te[.g
ener
al] -
MC
D
Loss
of l
oad
prot
ectio
n29
1218
2.00
LD0.
LOFL
PTU
C1.
Str.g
ener
alLO
FLPT
UC
1.ST
ART
YSt
art[.
gene
ral]
- mom
1=St
age
star
t
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 25Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
2913
182.
01LD
0.LO
FLPT
UC
1.St
r.gen
eral
Star
t[.ge
nera
l] - M
CD
29
1418
2.02
LD0.
LOFL
PTU
C1.
Op.
gene
ral
LOFL
PTU
C1.
OPE
RAT
EY
Ope
rate
[.gen
eral
] - m
om1=
Stag
e op
erat
e29
1518
2.03
LD0.
LOFL
PTU
C1.
Op.
gene
ral
Ope
rate
[.gen
eral
] - M
CD
M
otor
ther
mal
ove
rload
pro
tect
ion
2916
182.
04LD
0.M
PTTR
1.St
rInh.
stVa
lM
PTTR
1.BL
K_R
ESTA
RT
YR
esta
rt in
hibi
t [.s
tVal
] - m
om1=
Inhi
bit
2917
182.
05LD
0.M
PTTR
1.St
rInh.
stVa
l-
R
esta
rt in
hibi
t [.s
tVal
] - M
CD
St
alle
d m
otor
pro
tect
ion
2918
182.
06LD
0.JA
MPT
OC
1.O
p.ge
nera
lJA
MPT
OC
1.O
PER
ATE
YO
pera
te[.g
ener
al] -
mom
1=St
age
oper
ate
2919
182.
07LD
0.JA
MPT
OC
1.O
p.ge
nera
l
O
pera
te[.g
ener
al] -
MC
D
Mot
or s
tartu
p su
perv
isio
n (S
TTPM
SU)
2920
182.
08LD
0.ST
TPM
SS1.
Str.g
ener
alST
TPM
SU.M
OT_
STAR
TY
Mot
or s
tartu
p in
pro
gres
s [.g
ener
al] -
mom
1=St
artu
p in
pro
gres
s29
2118
2.09
LD0.
STTP
MSS
1.St
r.gen
eral
Mot
or s
tartu
p in
pro
gres
s [.g
ener
al] -
MC
D
2922
182.
10LD
0.ST
TPM
SS1.
Op.
gene
ral
STTP
MSU
.OPR
_IIT
YTh
erm
al s
tress
ope
rate
[.ge
nera
l] - m
om1=
Ther
mal
stre
ssop
erat
e29
2318
2.11
LD0.
STTP
MSS
1.O
p.ge
nera
l
Th
erm
al s
tress
ope
rate
[.ge
nera
l] - M
CD
29
2418
2.12
LD0.
STTP
MR
I1.O
p.ge
nera
lST
TPM
SU.O
PR_S
TALL
YSt
allin
g op
erat
e [.g
ener
al] -
mom
1=St
allin
g op
erat
e29
2518
2.13
LD0.
STTP
MR
I1.O
p.ge
nera
l
St
allin
g op
erat
e [.g
ener
al] -
MC
D
Phas
e re
vers
al p
rote
ctio
n29
2618
2.14
LD0.
PREV
PTO
C1.
Str.g
ener
alPR
EVPT
EOC
1.ST
ART
YSt
art[.
gene
ral]
- mom
1=St
age
star
t29
2718
2.15
LD0.
PREV
PTO
C1.
Str.g
ener
al
St
art[.
gene
ral]
- MC
D
2928
183.
00LD
0.PR
EVPT
OC
1.O
p.ge
nera
lPR
EVPT
EOC
1.O
PER
ATE
YO
pera
te[.g
ener
al] -
mom
1=St
age
oper
ate
2929
183.
01LD
0.PR
EVPT
OC
1.O
p.ge
nera
l
O
pera
te[.g
ener
al] -
MC
D
Mot
or th
erm
al o
verlo
ad p
rote
ctio
n29
3018
3.02
LD0.
MPT
TR1.
Alm
Thm
.gen
eral
MPT
TR1.
ALAR
MY
Alar
m[.g
ener
al] -
mom
1=Th
erm
al a
larm
2931
183.
03LD
0.M
PTTR
1.Al
mTh
m.g
ener
al
Al
arm
[.gen
eral
] - M
CD
29
3218
3.04
LD0.
MPT
TR1.
Op.
gene
ral
MPT
TR1.
OPE
RAT
EY
Ope
rate
[.gen
eral
] - m
om1=
Ope
rate
2933
183.
05LD
0.M
PTTR
1.O
p.ge
nera
l
O
pera
te[.g
ener
al] -
MC
D
Emer
genc
y st
art e
nabl
e29
3418
3.06
LD0.
ESM
GAP
C1.
Str.g
ener
alES
MG
APC
1.ST
_EM
ERG
_EN
AY
Star
t[.ge
nera
l] - m
om1=
Emer
genc
y st
art
enab
led
2935
183.
07LD
0.ES
MG
APC
1.St
r.gen
eral
Star
t[.ge
nera
l] - M
CD
C
urre
nt c
ircui
t sup
ervi
sion
2936
183.
08C
TRL.
CC
RD
IF1.
Op.
gene
ral
CC
RD
IF1.
FAIL
YFa
il ou
tput
[.ge
nera
l] - m
om1=
Fail
outp
ut29
3718
3.09
CTR
L.C
CR
DIF
1.O
p.ge
nera
l
Fa
il ou
tput
[.ge
nera
l] - M
CD
29
3818
3.10
CTR
L.C
CR
DIF
1.Al
m.s
tVal
CC
RD
IF1.
ALAR
MY
Alar
m o
utpu
t [.g
ener
al] -
mom
1=Al
arm
out
put
2939
183.
11C
TRL.
CC
RD
IF1.
Alm
.stV
al
Al
arm
out
put [
.gen
eral
] - M
CD
Fu
se fa
ilure
sup
ervi
sion
2940
183.
12LD
0.SE
QR
FUF1
.Str.
gene
ral
SEQ
RFU
F1.F
USE
F_U
YG
ener
al s
tart
[.gen
eral
] - m
om1=
Gen
eral
sta
rt29
4118
3.13
LD0.
SEQ
RFU
F1.S
tr.ge
nera
l
G
ener
al s
tart
[.gen
eral
] - M
CD
29
4218
3.14
LD0.
SEQ
RFU
F1.S
tr3Ph
.gen
eral
SEQ
RFU
F1.F
USE
F_3P
HY
Thre
e-ph
ase
star
t [.g
ener
al] -
mom
1=3p
hase
sta
rt
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
26 REM615Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
2943
183.
15LD
0.SE
QR
FUF1
.Str3
Ph.g
ener
al
Th
ree-
phas
e st
art [
.gen
eral
] - M
CD
29
4418
4.00
(re
serv
ed)
029
4518
4.01
(re
serv
ed)
029
4618
4.02
(re
serv
ed)
029
4718
4.03
(re
serv
ed)
0Po
sitiv
e se
quen
ce u
nder
volta
ge p
rote
ctio
n, 1
sta
ge29
4818
4.04
LD0.
PSPT
UV1
.Str.
gene
ral
PSPT
UV1
.STA
RT
YSt
art[.
gene
ral]
- mom
1=St
age
star
t29
4918
4.05
LD0.
PSPT
UV1
.Str.
gene
ral
Star
t[.ge
nera
l] - M
CD
29
5018
4.06
LD0.
PSPT
UV1
.Str.
phsA
-Y
Star
t (.p
hsA)
- m
om1=
Star
t phs
A29
5118
4.07
LD0.
PSPT
UV1
.Str.
phsA
Star
t (.p
hsA)
- M
CD
29
5218
4.08
LD0.
PSPT
UV1
.Str.
phsB
-Y
Star
t (.p
hsB)
- m
om1=
Star
t phs
B29
5318
4.09
LD0.
PSPT
UV1
.Str.
phsB
Star
t (.p
hsB)
- M
CD
29
5418
4.10
LD0.
PSPT
UV1
.Str.
phsC
-Y
Star
t (.p
hsC
) - m
om1=
Star
t phs
B29
5518
4.11
LD0.
PSPT
UV1
.Str.
phsC
Star
t (.p
hsC
) - M
CD
29
5618
4.12
LD0.
PSPT
UV1
.Op.
gene
ral
PSPT
UV1
.OPE
RAT
EY
Ope
rate
[.gen
eral
] - m
om1=
Stag
e op
erat
e29
5718
4.13
LD0.
PSPT
UV1
.Op.
gene
ral
Ope
rate
[.gen
eral
] - M
CD
Th
ree-
phas
e un
derv
olta
ge p
rote
ctio
n, 1
sta
ge29
5818
4.14
LD0.
PHPT
UV1
.Str.
gene
ral
PHPT
UV1
.STA
RT
YSt
art[.
gene
ral]
- mom
1=St
age
star
t29
5918
4.15
LD0.
PHPT
UV1
.Str.
gene
ral
Star
t[.ge
nera
l] - M
CD
29
6018
5.00
LD0.
PHPT
UV1
.Str.
phsA
-Y
Star
t (.p
hsA)
- m
om1=
Star
t phs
A29
6118
5.01
LD0.
PHPT
UV1
.Str.
phsA
Star
t (.p
hsA)
- M
CD
29
6218
5.02
LD0.
PHPT
UV1
.Str.
phsB
-Y
Star
t (.p
hsB)
- m
om1=
Star
t phs
B29
6318
5.03
LD0.
PHPT
UV1
.Str.
phsB
Star
t (.p
hsB)
- M
CD
29
6418
5.04
LD0.
PHPT
UV1
.Str.
phsC
-Y
Star
t (.p
hsC
) - m
om1=
Star
t phs
B29
6518
5.05
LD0.
PHPT
UV1
.Str.
phsC
Star
t (.p
hsC
) - M
CD
29
6618
5.06
LD0.
PHPT
UV1
.Op.
gene
ral
PHPT
UV1
.OPE
RAT
EY
Ope
rate
[.gen
eral
] - m
om1=
Stag
e op
erat
e29
6718
5.07
LD0.
PHPT
UV1
.Op.
gene
ral
Ope
rate
[.gen
eral
] - M
CD
N
egat
ive
sequ
ence
ove
rvol
tage
pro
tect
ion,
1 s
tage
2968
185.
08LD
0.N
SPTO
V1.S
tr.ge
nera
lN
SPTO
V1.S
TAR
TY
Star
t[.ge
nera
l] - m
om1=
Stag
e st
art
2969
185.
09LD
0.N
SPTO
V1.S
tr.ge
nera
l
St
art[.
gene
ral]
- MC
D
2970
185.
10LD
0.N
SPTO
V1.S
tr.ph
sA-
YSt
art (
.phs
A) -
mom
1=St
art p
hsA
2971
185.
11LD
0.N
SPTO
V1.S
tr.ph
sA
St
art (
.phs
A) -
MC
D
2972
185.
12LD
0.N
SPTO
V1.S
tr.ph
sB-
YSt
art (
.phs
B) -
mom
1=St
art p
hsB
2973
185.
13LD
0.N
SPTO
V1.S
tr.ph
sB
St
art (
.phs
B) -
MC
D
2974
185.
14LD
0.N
SPTO
V1.S
tr.ph
sC-
YSt
art (
.phs
C) -
mom
1=St
art p
hsB
2975
185.
15LD
0.N
SPTO
V1.S
tr.ph
sC
St
art (
.phs
C) -
MC
D
2976
186.
00LD
0.N
SPTO
V1.O
p.ge
nera
lN
SPTO
V1.O
PER
ATE
YO
pera
te[.g
ener
al] -
mom
1=St
age
oper
ate
2977
186.
01LD
0.N
SPTO
V1.O
p.ge
nera
l
O
pera
te[.g
ener
al] -
MC
D
ARC
pro
tect
ion
sign
als
(3 s
tage
s), o
ptio
nal
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 27Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
2978
186.
02LD
0.AR
CSA
RC
11.F
ADet
.stV
alAR
CSA
RC
1.AR
C_F
LT_D
ETY
Stag
e1 F
ault
arc
dete
cted
[.stV
al] -
mom
1=St
age1
arc
det
ecte
d29
7918
6.03
LD0.
ARC
SAR
C11
.FAD
et.s
tVal
Stag
e1 F
ault
arc
dete
cted
[.stV
al] -
MC
D
2980
186.
04
(rese
rved
)0
2981
186.
05
(rese
rved
)0
2982
186.
06LD
0.AR
CPT
RC
11.O
p.ge
nera
lAR
CSA
RC
1.O
PER
ATE
YSt
age1
Ope
rate
[.gen
eral
] - m
om1=
Stag
e1 o
pera
te29
8318
6.07
LD0.
ARC
PTR
C11
.Op.
gene
ral
Stag
e1 O
pera
te[.g
ener
al] -
MC
D
2984
186.
08LD
0.AR
CSA
RC
21.F
ADet
.stV
alAR
CSA
RC
2.AR
C_F
LT_D
ETY
Stag
e2 F
ault
arc
dete
cted
[.stV
al] -
mom
1=St
age2
arc
det
ecte
d29
8518
6.09
LD0.
ARC
SAR
C21
.FAD
et.s
tVal
Stag
e2 F
ault
arc
dete
cted
[.stV
al] -
MC
D
2986
186.
10
(rese
rved
)0
2987
186.
11
(rese
rved
)0
2988
186.
12LD
0.AR
CPT
RC
21.O
p.ge
nera
lAR
CSA
RC
2.O
PER
ATE
YSt
age2
Ope
rate
[.gen
eral
] - m
om1=
Stag
e2 o
pera
te29
8918
6.13
LD0.
ARC
PTR
C21
.Op.
gene
ral
Stag
e2 O
pera
te[.g
ener
al] -
MC
D
2990
186.
14LD
0.AR
CSA
RC
31.F
ADet
.stV
alAR
CSA
RC
3.AR
C_F
LT_D
ETY
Stag
e3 F
ault
arc
dete
cted
[.stV
al] -
mom
1=St
age3
arc
det
ecte
d29
9118
6.15
LD0.
ARC
SAR
C31
.FAD
et.s
tVal
Stag
e3 F
ault
arc
dete
cted
[.stV
al] -
MC
D
2992
187.
00
(rese
rved
)0
2993
187.
01
(rese
rved
)0
2994
187.
02LD
0.AR
CPT
RC
31.O
p.ge
nera
lAR
CSA
RC
3.O
PER
ATE
YSt
age3
Ope
rate
[.gen
eral
] - m
om1=
Stag
e3 o
pera
te29
9518
7.03
LD0.
ARC
PTR
C31
.Op.
gene
ral
Stag
e3 O
pera
te[.g
ener
al] -
MC
D
2996
187.
04
(rese
rved
)0
Non
-dire
ctio
nal e
arth
faul
t, 2
stag
es (M
E01
only
)30
0818
8.00
LD0.
EFLP
TOC
1.St
r.gen
eral
EFLP
TOC
1.ST
ART
YLo
w s
tage
Sta
rt[.g
ener
al] -
mom
1=Lo
w s
tage
sta
rt30
0918
8.01
LD0.
EFLP
TOC
1.St
r.gen
eral
Low
sta
ge S
tart[
.gen
eral
] - M
CD
30
1018
8.02
LD0.
EFLP
TOC
1.O
p.ge
nera
lEF
LPTO
C1.
OPE
RAT
EY
Low
sta
ge O
pera
te[.g
ener
al] -
mom
1=Lo
w s
tage
ope
rate
3011
188.
03LD
0.EF
LPTO
C1.
Op.
gene
ral
Low
sta
ge O
pera
te[.g
ener
al] -
MC
D
3012
188.
04LD
0.EF
HPT
OC
1.St
r.gen
eral
EFH
PTO
C1.
STAR
TY
Hig
h st
age
Star
t[.ge
nera
l] - m
om1=
Hig
h st
age
star
t30
1318
8.05
LD0.
EFH
PTO
C1.
Str.g
ener
al
H
igh
stag
e St
art[.
gene
ral]
- MC
D
3014
188.
06LD
0.EF
HPT
OC
1.O
p.ge
nera
lEF
HPT
OC
1.O
PER
ATE
YH
igh
stag
e O
pera
te[.g
ener
al] -
mom
1=H
igh
stag
e op
erat
e30
1518
8.07
LD0.
EFH
PTO
C1.
Op.
gene
ral
Hig
h st
age
Ope
rate
[.gen
eral
] - M
CD
30
1618
8.08
(re
serv
ed)
030
1718
8.09
(re
serv
ed)
030
1818
8.10
(re
serv
ed)
030
1918
8.11
(re
serv
ed)
030
2018
8.12
(re
serv
ed)
030
2118
8.13
(re
serv
ed)
030
2218
8.14
(re
serv
ed)
030
2318
8.15
(re
serv
ed)
0Fr
eque
ncy
prot
ectio
n, 2
sta
ges
(ME0
2,M
E03)
3024
189.
00LD
0.FR
PTR
C1.
Str.g
ener
alFR
PFR
Q1.
STAR
TY
Stag
e 1
Star
t [.g
ener
al] -
mom
1 =
Stag
e 1
star
t30
2518
9.01
LD0.
FRPT
RC
1.St
r.gen
eral
Stag
e 1
Star
t [.g
ener
al] -
MC
D
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
28 REM615Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
3026
189.
02LD
0.FR
PTO
F1.O
p.ge
nera
lFR
PFR
Q1.
OPR
_OFR
QY
Stag
e 1
Ope
rate
sig
nal f
or o
verfr
eque
ncy
[.gen
eral
]- m
om1
= St
age
1 op
erat
e
3027
189.
03LD
0.FR
PTO
F1.O
p.ge
nera
l
St
age
1 O
pera
te s
igna
l for
ove
rfreq
uenc
y [.g
ener
al]
- MC
D
3028
189.
04LD
0.FR
PTU
F1.O
p.ge
nera
lFR
PFR
Q1.
OPR
_UFR
QY
Stag
e 1
Ope
rate
sig
nal f
or u
nder
frequ
ency
[.gen
eral
] - m
om1
= St
age
1 op
erat
e
3029
189.
05LD
0.FR
PTU
F1.O
p.ge
nera
l
St
age
1 O
pera
te s
igna
l for
und
erfre
quen
cy[.g
ener
al] -
MC
D
3030
189.
06LD
0.FR
PFR
C1.
Op.
gene
ral
FRPF
RQ
1.O
PR_F
RG
YSt
age
1 O
pera
te s
igna
l for
freq
uenc
y gr
adie
nt[.g
ener
al] -
mom
1 =
Stag
e 1
oper
ate
3031
189.
07LD
0.FR
PFR
C1.
Op.
gene
ral
Stag
e 1
Ope
rate
sig
nal f
or fr
eque
ncy
grad
ient
[.gen
eral
] - M
CD
30
3218
9.08
LD0.
FRPT
RC
2.St
r.gen
eral
FRPF
RQ
2.ST
ART
YSt
age
2 St
art [
.gen
eral
] - m
om1
= St
age
2 st
art
3033
189.
09LD
0.FR
PTR
C2.
Str.g
ener
al
St
age
2 St
art [
.gen
eral
] - M
CD
3034
189.
10LD
0.FR
PTO
F2.O
p.ge
nera
lFR
PFR
Q2.
OPR
_OFR
QY
Stag
e 2
Ope
rate
sig
nal f
or o
verfr
eque
ncy
[.gen
eral
]- m
om1
= St
age
2 op
erat
e
3035
189.
11LD
0.FR
PTO
F2.O
p.ge
nera
l
St
age
2 O
pera
te s
igna
l for
ove
rfreq
uenc
y [.g
ener
al]
- MC
D
3036
189.
12LD
0.FR
PTU
F2.O
p.ge
nera
lFR
PFR
Q2.
OPR
_UFR
QY
Stag
e 2
Ope
rate
sig
nal f
or u
nder
frequ
ency
[.gen
eral
] - m
om1
= St
age
2 op
erat
e
3037
189.
13LD
0.FR
PTU
F2.O
p.ge
nera
l
St
age
2 O
pera
te s
igna
l for
und
erfre
quen
cy[.g
ener
al] -
MC
D
3038
189.
14LD
0.FR
PFR
C2.
Op.
gene
ral
FRPF
RQ
2.O
PR_F
RG
YSt
age
2 O
pera
te s
igna
l for
freq
uenc
y gr
adie
nt[.g
ener
al] -
mom
1 =
Stag
e 2
oper
ate
3039
189.
15LD
0.FR
PFR
C2.
Op.
gene
ral
Stag
e 2
Ope
rate
sig
nal f
or fr
eque
ncy
grad
ient
[.gen
eral
] - M
CD
30
4019
0.00
(re
serv
ed)
030
4119
0.01
(re
serv
ed)
030
4219
0.02
(re
serv
ed)
030
4319
0.03
(re
serv
ed)
030
4419
0.04
(re
serv
ed)
030
4519
0.05
(re
serv
ed)
030
4619
0.06
(re
serv
ed)
030
4719
0.07
(re
serv
ed)
030
4819
0.08
(re
serv
ed)
030
4919
0.09
(re
serv
ed)
030
5019
0.10
(re
serv
ed)
030
5119
0.11
(re
serv
ed)
030
5219
0.12
(re
serv
ed)
030
5319
0.13
(re
serv
ed)
030
5419
0.14
(re
serv
ed)
030
5519
0.15
(re
serv
ed)
0M
ultip
urpo
se a
nalo
g pr
otec
tion
func
tions
(3 s
tage
s) (M
E01,
ME0
2)
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 29Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
3056
191.
00LD
0.M
APG
APC
1.St
r.gen
eral
MAP
GAP
C1.
STAR
TY
Stag
e 1
Star
t [.g
ener
al] -
mom
1 =
Stag
e 1
star
t30
5719
1.01
LD0.
MAP
GAP
C1.
Str.g
ener
al
St
age
1 St
art [
.gen
eral
] - M
CD
30
5819
1.02
LD0.
MAP
GAP
C1.
Op.
gene
ral
MAP
GAP
C1.
OPE
RAT
EY
Stag
e 1
Ope
rate
[.ge
nera
l] - m
om1
= St
age
1 op
erat
e30
5919
1.03
LD0.
MAP
GAP
C1.
Op.
gene
ral
Stag
e 1
Ope
rate
[.ge
nera
l] - M
CD
30
6019
1.04
LD0.
MAP
GAP
C2.
Str.g
ener
alM
APG
APC
2.ST
ART
YSt
age
2 St
art [
.gen
eral
] - m
om1
= St
age
2 st
art
3061
191.
05LD
0.M
APG
APC
2.St
r.gen
eral
Stag
e 2
Star
t [.g
ener
al] -
MC
D
3062
191.
06LD
0.M
APG
APC
2.O
p.ge
nera
lM
APG
APC
2.O
PER
ATE
YSt
age
2 O
pera
te [.
gene
ral]
- mom
1 =
Stag
e 2
oper
ate
3063
191.
07LD
0.M
APG
APC
2.O
p.ge
nera
l
St
age
2 O
pera
te [.
gene
ral]
- MC
D
3064
191.
08LD
0.M
APG
APC
3.St
r.gen
eral
MAP
GAP
C3.
STAR
TY
Stag
e 3
Star
t [.g
ener
al] -
mom
1 =
Stag
e 3
star
t30
6519
1.09
LD0.
MAP
GAP
C3.
Str.g
ener
al
St
age
3 St
art [
.gen
eral
] - M
CD
30
6619
1.10
LD0.
MAP
GAP
C3.
Op.
gene
ral
MAP
GAP
C3.
OPE
RAT
EY
Stag
e 3
Ope
rate
[.ge
nera
l] - m
om1
= St
age
3 op
erat
e30
6719
1.11
LD0.
MAP
GAP
C3.
Op.
gene
ral
Stag
e 3
Ope
rate
[.ge
nera
l] - M
CD
30
6819
1.12
(re
serv
ed)
030
6919
1.13
(re
serv
ed)
030
7019
1.14
(re
serv
ed)
030
7119
1.15
(re
serv
ed)
0XR
GG
IO13
0 Al
arm
/War
ning
(ME0
1,M
E02)
3072
192.
00LD
0.XR
GG
IO13
0.Al
m.s
tVal
XRG
GIO
130.
ALAR
MY
XRG
GIO
130
Alar
m [.
stVa
l] - m
om1
= Al
arm
3073
192.
01LD
0.XR
GG
IO13
0.Al
m.s
tVal
XRG
GIO
130
Alar
m [.
stVa
l] - M
CD
30
7419
2.02
LD0.
XRG
GIO
130.
Wrn
.stV
alXR
GG
IO13
0.W
ARN
ING
YXR
GG
IO13
0 W
arni
ng [.
stVa
l] - m
om1
= W
arm
ing
3075
192.
03LD
0.XR
GG
IO13
0.W
rn.s
tVal
XRG
GIO
130
War
ning
[.st
Val]
- MC
D
……
(re
serv
ed)
031
8319
8.15
(re
serv
ed)
031
9619
9.12
(re
serv
ed)
031
9719
9.13
(re
serv
ed)
031
9819
9.14
(re
serv
ed)
031
9919
9.15
(re
serv
ed)
0Ph
ysic
al I/
O s
igna
l sta
tes
(AIM
-car
d X1
20)
3200
200.
00LD
0.XG
GIO
120.
Ind1
.stV
al-
X1
20-In
put 1
[.stV
al] -
mom
1=O
N, 0
=OFF
3201
200.
01LD
0.XG
GIO
120.
Ind1
.stV
al
X1
20-In
put 1
[.stV
al] -
MC
D
3202
200.
02LD
0.XG
GIO
120.
Ind2
.stV
al-
X1
20-In
put 2
[.stV
al] -
mom
1=O
N, 0
=OFF
3203
200.
03LD
0.XG
GIO
120.
Ind2
.stV
al
X1
20-In
put 2
[.stV
al] -
MC
D
3204
200.
04LD
0.XG
GIO
120.
Ind3
.stV
al-
X1
20-In
put 3
[.stV
al] -
mom
1=O
N, 0
=OFF
3205
200.
05LD
0.XG
GIO
120.
Ind3
.stV
al
X1
20-In
put 3
[.stV
al] -
MC
D
3206
200.
06LD
0.XG
GIO
120.
Ind4
.stV
al-
X1
20-In
put 4
[.stV
al] -
mom
1=O
N, 0
=OFF
3207
200.
07LD
0.XG
GIO
120.
Ind4
.stV
al
X1
20-In
put 4
[.stV
al] -
MC
D
3208
200.
08
(rese
rved
)0
3209
200.
09
(rese
rved
)0
3210
200.
10
(rese
rved
)0
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
30 REM615Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
3211
200.
11
(rese
rved
)0
3212
200.
12
(rese
rved
)0
3213
200.
13
(rese
rved
)0
3214
200.
14
(rese
rved
)0
3215
200.
15
(rese
rved
)0
Phys
ical
I/O
sig
nal s
tate
s (B
IO-c
ard
X110
)32
1620
1.00
LD0.
XGG
IO11
0.In
d1.s
tVal
-
X110
-Inpu
t 1[.s
tVal
] - m
om1=
ON
, 0=O
FF32
1720
1.01
LD0.
XGG
IO11
0.In
d1.s
tVal
X110
-Inpu
t 1[.s
tVal
] - M
CD
32
1820
1.02
LD0.
XGG
IO11
0.In
d2.s
tVal
-
X110
-Inpu
t 2[.s
tVal
] - m
om1=
ON
, 0=O
FF32
1920
1.03
LD0.
XGG
IO11
0.In
d2.s
tVal
X110
-Inpu
t 2[.s
tVal
] - M
CD
32
2020
1.04
LD0.
XGG
IO11
0.In
d3.s
tVal
-
X110
-Inpu
t 3[.s
tVal
] - m
om1=
ON
, 0=O
FF32
2120
1.05
LD0.
XGG
IO11
0.In
d3.s
tVal
X110
-Inpu
t 3[.s
tVal
] - M
CD
32
2220
1.06
LD0.
XGG
IO11
0.In
d4.s
tVal
-
X110
-Inpu
t 4[.s
tVal
] - m
om1=
ON
, 0=O
FF32
2320
1.07
LD0.
XGG
IO11
0.In
d4.s
tVal
X110
-Inpu
t 4[.s
tVal
] - M
CD
32
2420
1.08
LD0.
XGG
IO11
0.In
d5.s
tVal
-
X110
-Inpu
t 5[.s
tVal
] - m
om1=
ON
, 0=O
FF32
2520
1.09
LD0.
XGG
IO11
0.In
d5.s
tVal
X110
-Inpu
t 5[.s
tVal
] - M
CD
32
2620
1.10
LD0.
XGG
IO11
0.In
d6.s
tVal
-
X110
-Inpu
t 6[.s
tVal
] - m
om1=
ON
, 0=O
FF32
2720
1.11
LD0.
XGG
IO11
0.In
d6.s
tVal
X110
-Inpu
t 6[.s
tVal
] - M
CD
32
2820
1.12
LD0.
XGG
IO11
0.In
d7.s
tVal
-
X110
-Inpu
t 7[.s
tVal
] - m
om1=
ON
, 0=O
FF32
2920
1.13
LD0.
XGG
IO11
0.In
d7.s
tVal
X110
-Inpu
t 7[.s
tVal
] - M
CD
32
3020
1.14
LD0.
XGG
IO11
0.In
d8.s
tVal
-
X110
-Inpu
t 8[.s
tVal
] - m
om1=
ON
, 0=O
FF32
3120
1.15
LD0.
XGG
IO11
0.In
d8.s
tVal
X110
-Inpu
t 8[.s
tVal
] - M
CD
32
3220
2.00
LD0.
XGG
IO11
0.SP
CSO
1.st
Val
-
X110
-Out
put 1
[.stV
al] -
mom
1=O
N, 0
=OFF
3233
202.
01LD
0.XG
GIO
110.
SPC
SO1.
stVa
l
X1
10-O
utpu
t 1[.s
tVal
] - M
CD
32
3420
2.02
LD0.
XGG
IO11
0.SP
CSO
2.st
Val
-
X110
-Out
put 2
[.stV
al] -
mom
1=O
N, 0
=OFF
3235
202.
03LD
0.XG
GIO
110.
SPC
SO2.
stVa
l
X1
10-O
utpu
t 2[.s
tVal
] - M
CD
32
3620
2.04
LD0.
XGG
IO11
0.SP
CSO
3.st
Val
-
X110
-Out
put 3
[.stV
al] -
mom
1=O
N, 0
=OFF
3237
202.
05LD
0.XG
GIO
110.
SPC
SO3.
stVa
l
X1
10-O
utpu
t 3[.s
tVal
] - M
CD
32
3820
2.06
LD0.
XGG
IO11
0.SP
CSO
4.st
Val
-
X110
-Out
put 4
[.stV
al] -
mom
1=O
N, 0
=OFF
3239
202.
07LD
0.XG
GIO
110.
SPC
SO4.
stVa
l
X1
10-O
utpu
t 4[.s
tVal
] - M
CD
32
4020
2.08
(re
serv
ed)
032
4120
2.09
(re
serv
ed)
032
4220
2.10
(re
serv
ed)
032
4320
2.11
(re
serv
ed)
032
4420
2.12
(re
serv
ed)
032
4520
2.13
(re
serv
ed)
032
4620
2.14
(re
serv
ed)
032
4720
2.15
(re
serv
ed)
0Ph
ysic
al I/
O s
igna
l sta
tes
(PSM
-car
d X1
00)
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756877 B Section 2Modbus data mappings
REM615 31Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
3248
203.
00LD
0.XG
GIO
100.
SPC
SO1.
stVa
l-
X1
00-O
utpu
t 1[.s
tVal
] - m
om1=
ON
, 0=O
FF32
4920
3.01
LD0.
XGG
IO10
0.SP
CSO
1.st
Val
X100
-Out
put 1
[.stV
al] -
MC
D
3250
203.
02LD
0.XG
GIO
100.
SPC
SO2.
stVa
l-
X1
00-O
utpu
t 2[.s
tVal
] - m
om1=
ON
, 0=O
FF32
5120
3.03
LD0.
XGG
IO10
0.SP
CSO
2.st
Val
X100
-Out
put 2
[.stV
al] -
MC
D
3252
203.
04LD
0.XG
GIO
100.
SPC
SO3.
stVa
l-
X1
00-O
utpu
t 3[.s
tVal
] - m
om1=
ON
, 0=O
FF32
5320
3.05
LD0.
XGG
IO10
0.SP
CSO
3.st
Val
X100
-Out
put 3
[.stV
al] -
MC
D
3254
203.
06LD
0.XG
GIO
100.
SPC
SO4.
stVa
l-
X1
00-O
utpu
t 4[.s
tVal
] - m
om1=
ON
, 0=O
FF32
5520
3.07
LD0.
XGG
IO10
0.SP
CSO
4.st
Val
X100
-Out
put 4
[.stV
al] -
MC
D
3256
203.
08LD
0.XG
GIO
100.
SPC
SO5.
stVa
l-
X1
00-O
utpu
t 5[.s
tVal
] - m
om1=
ON
, 0=O
FF32
5720
3.09
LD0.
XGG
IO10
0.SP
CSO
5.st
Val
X100
-Out
put 5
[.stV
al] -
MC
D
3258
203.
10LD
0.XG
GIO
100.
SPC
SO6.
stVa
l-
X1
00-O
utpu
t 6[.s
tVal
] - m
om1=
ON
, 0=O
FF32
5920
3.11
LD0.
XGG
IO10
0.SP
CSO
6.st
Val
X100
-Out
put 6
[.stV
al] -
MC
D
3260
203.
12
(rese
rved
)0
3261
203.
13
(rese
rved
)0
3262
203.
14
(rese
rved
)0
3263
203.
15
(rese
rved
)0
Phys
ical
I/O
sig
nal s
tate
s (A
IM-c
ard
XA13
0)32
8020
5.00
LD0.
XAG
GIO
130.
Ind1
.stV
al-
XA
130-
Inpu
t 1 -
mom
1=O
N, 0
=OFF
3281
205.
01LD
0.XA
GG
IO13
0.In
d1.s
tVal
XA13
0-In
put 1
[.stV
al] -
MC
D
3282
205.
02LD
0.XA
GG
IO13
0.In
d2.s
tVal
-
XA13
0-In
put 2
- m
om1=
ON
, 0=O
FF32
8320
5.03
LD0.
XAG
GIO
130.
Ind2
.stV
al
XA
130-
Inpu
t 2[.s
tVal
] - M
CD
32
8420
5.04
LD0.
XAG
GIO
130.
Ind3
.stV
al-
XA
130-
Inpu
t 3 -
mom
1=O
N, 0
=OFF
3285
205.
05LD
0.XA
GG
IO13
0.In
d3.s
tVal
XA13
0-In
put 3
[.stV
al] -
MC
D
3286
205.
06LD
0.XA
GG
IO13
0.In
d4.s
tVal
-
XA13
0-In
put 4
- m
om1=
ON
, 0=O
FF32
8720
5.07
LD0.
XAG
GIO
130.
Ind4
.stV
al
XA
130-
Inpu
t 4[.s
tVal
] - M
CD
M
ultip
urpo
se in
dica
tions
(All
varia
nts)
3536
221.
00LD
0.M
VGAP
C1.
Q1.
stVa
l-
In
put 1
[.st
Val]
- mom
0 =
Inpu
t OFF
, 1 =
Inpu
t ON
3537
221.
01LD
0.M
VGAP
C1.
Q1.
stVa
l
In
put 1
[.st
Val]
- MC
D
3538
221.
02LD
0.M
VGAP
C1.
Q2.
stVa
l-
In
put 2
[.st
Val]
- mom
0 =
Inpu
t OFF
, 1 =
Inpu
t ON
3539
221.
03LD
0.M
VGAP
C1.
Q2.
stVa
l
In
put 2
[.st
Val]
- MC
D
3540
221.
04LD
0.M
VGAP
C1.
Q3.
stVa
l-
In
put 3
[.st
Val]
- mom
0 =
Inpu
t OFF
, 1 =
Inpu
t ON
3541
221.
05LD
0.M
VGAP
C1.
Q3.
stVa
l
In
put 3
[.st
Val]
- MC
D
3542
221.
06LD
0.M
VGAP
C1.
Q4.
stVa
l-
In
put 4
[.st
Val]
- mom
0 =
Inpu
t OFF
, 1 =
Inpu
t ON
3543
221.
07LD
0.M
VGAP
C1.
Q4.
stVa
l
In
put 4
[.st
Val]
- MC
D
3544
221.
08LD
0.M
VGAP
C1.
Q5.
stVa
l-
In
put 5
[.st
Val]
- mom
0 =
Inpu
t OFF
, 1 =
Inpu
t ON
3545
221.
09LD
0.M
VGAP
C1.
Q5.
stVa
l
In
put 5
[.st
Val]
- MC
D
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756877 BModbus data mappings
32 REM615Point List Manual
Bit a
ddr
Reg
.bit
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
sD
escr
iptio
nVa
lues
3546
221.
10LD
0.M
VGAP
C1.
Q6.
stVa
l-
In
put 6
[.st
Val]
- mom
0 =
Inpu
t OFF
, 1 =
Inpu
t ON
3547
221.
11LD
0.M
VGAP
C1.
Q6.
stVa
l
In
put 6
[.st
Val]
- MC
D
3548
221.
12LD
0.M
VGAP
C1.
Q7.
stVa
l-
In
put 7
[.st
Val]
- mom
0 =
Inpu
t OFF
, 1 =
Inpu
t ON
3549
221.
13LD
0.M
VGAP
C1.
Q7.
stVa
l
In
put 7
[.st
Val]
- MC
D
3550
221.
14LD
0.M
VGAP
C1.
Q8.
stVa
l-
In
put 8
[.st
Val]
- mom
0 =
Inpu
t OFF
, 1 =
Inpu
t ON
3551
221.
15LD
0.M
VGAP
C1.
Q8.
stVa
l
In
put 8
[.st
Val]
- MC
D
1MRS756877 B Section 2Modbus data mappings
REM615 33Point List Manual
Tabl
e 4:
Cont
rols
0x a
ddr
Ctrl
stru
ctC
trl b
itM
ode
Iden
tific
atio
nD
escr
iptio
n20
48
1
0U
ns
CTR
L.C
BCSW
I1.P
os.c
tlVal
CBX
CBR
1 - S
witc
h, g
ener
al -
Ope
n20
491
Uns
CBX
CBR
1 - S
witc
h, g
ener
al -
Clo
se20
502
Uns
CBX
CBR
1 - S
witc
h, g
ener
al -
Can
cel
2051
3U
nsC
BXC
BR1
- Sw
itch,
gen
eral
- O
pera
te20
524
Uns
CBX
CBR
1 - S
witc
h, g
ener
al -
Dire
ct o
pen
2053
5U
nsC
BXC
BR1
- Sw
itch,
gen
eral
- D
irect
clo
se
2060
2
0U
nsLD
0.LL
N0.
LED
Rs1
.ctlV
alG
ener
al -
Indi
catio
ns a
nd L
EDs
- 1=A
ctiv
ate
2061
1U
nsLD
0.LL
N0.
LED
Rs2
.ctlV
alG
ener
al -
Alar
m L
EDs
- 1=A
ctiv
ate
2062
2U
nsLD
0.LL
N0.
Rec
Rs.
ctlV
alG
ener
al -
All d
ata
- 1=A
ctiv
ate
2063
(re
serv
ed)
2064
(re
serv
ed)
2065
5U
nsLD
0.SS
CBR
1.R
sAcc
APw
r.ctlV
alR
eset
acc
umul
atio
n en
ergy
- 1=
Activ
ate
2066
6U
nsLD
0.SS
CBR
1.R
sCBW
ear.c
tlVal
Res
et in
put f
or C
B re
mai
ning
life
and
ope
ratio
n co
unte
r - 1
=Act
ivat
e20
677
Uns
DR
.RD
RE1
.Rcd
Trg.
ctlV
alD
istu
rban
ce re
cord
er -
Trig
reco
rdin
g - 1
=Act
ivat
e20
688
Uns
DR
.RD
RE1
.Mem
Clr.
ctlV
alD
istu
rban
ce re
cord
er -
Dis
turb
ance
reco
rds
- 1=A
ctiv
ate
2069
9U
nsLD
0.C
MST
A1.R
ecR
s.ct
lVal
CM
MXU
1 - C
MM
XU1
max
.dem
ands
- 1=
Res
et20
7010
Uns
LD0.
PEM
MXU
1.Su
pDm
dRs.
ctlV
alR
eset
acc
umul
ated
ene
rgy
- 1=R
eset
2071
11U
nsLD
0.SC
CBR
1.R
sTrv
Tm.c
tlVal
Res
et tr
avel
ling
time
alar
m -
1=R
eset
2072
12U
nsLD
0.SC
CBR
1.R
sSpr
Cha
Tm.c
tlVal
Res
et s
prin
g ch
arge
tim
e al
arm
- 1=
Res
et20
73
(re
serv
ed)
2074
(rese
rved
)20
75
(re
serv
ed)
2076
(rese
rved
)20
77
(re
serv
ed)
2078
(rese
rved
)20
79
(re
serv
ed)
2080
30
Uns
LD0.
LPH
D1.
RsD
ev.c
tlVal
Phys
ical
dev
ice
- Res
et d
evic
e - 1
=Act
ivat
e
2096
4
0U
nsLD
0.SR
GAP
C1.
Rs1
.ctlV
alR
eset
SR
GAP
C1
flip-
flop
120
971
Uns
LD0.
SRG
APC
1.R
s2.c
tlVal
Res
et S
RG
APC
1 fli
p-flo
p 2
2098
2U
nsLD
0.SR
GAP
C1.
Rs3
.ctlV
alR
eset
SR
GAP
C1
flip-
flop
320
993
Uns
LD0.
SRG
APC
1.R
s4.c
tlVal
Res
et S
RG
APC
1 fli
p-flo
p 4
2100
4U
nsLD
0.SR
GAP
C1.
Rs5
.ctlV
alR
eset
SR
GAP
C1
flip-
flop
521
015
Uns
LD0.
SRG
APC
1.R
s6.c
tlVal
Res
et S
RG
APC
1 fli
p-flo
p 6
2102
6U
nsLD
0.SR
GAP
C1.
Rs7
.ctlV
alR
eset
SR
GAP
C1
flip-
flop
721
037
Uns
LD0.
SRG
APC
1.R
s8.c
tlVal
Res
et S
RG
APC
1 fli
p-flo
p 8
Section 2 1MRS756877 BModbus data mappings
34 REM615Point List Manual
Section 3 Glossary
AFL Application function block libraryAIM Analog input moduleCB Circuit breakerCPM Communication protocol manualDR Disturbance recorderEMC Electromagnetic compatibilityHMI Human-machine interfaceIEC International Electrotechnical CommissionIEC 61850 International standard for substation communication and
modellingIED Intelligent electronic deviceLED Light-emitting diodeLHMI Local human-machine interfaceMCD Momentary change detectModbus A serial communication protocol developed by the Modicon
company in 1979. Originally used for communication in PLCsand RTU devices.
PCM600 Protection and Control IED ManagerPLC Programmable logic controllerPSM Power supply moduleTCS Trip-circuit supervisionUTC Coordinated universal time
1MRS756877 B Section 3Glossary
REM615 35Point List Manual
36
37
Contact us
ABB OyDistribution AutomationP.O. Box 699FI-65101 VAASA, FinlandPhone +358 10 22 11Fax +358 10 22 41094
www.abb.com/substationautomation
1MR
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6877
B©
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