Feeder Protection and Control REF615 IEC 60870-5 ... - ABB
48
Relion ® 615 series Feeder Protection and Control REF615 IEC 60870-5-103 Point List Manual
-
Upload
khangminh22 -
Category
Documents
-
view
0 -
download
0
Transcript of Feeder Protection and Control REF615 IEC 60870-5 ... - ABB
Relion® 615 series
Feeder Protection and ControlREF615IEC 60870-5-103 Point List Manual
Document ID: 1MRS756816Issued: 2014-05-19
Revision: CProduct version: 4.1
© Copyright 2014 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 the 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
Nanjing SAC Power Grid Automation Co., Ltd.
No. 11 Phoenix Road, Jiangning Development Zone
211100 Nanjing
China
Telephone: +86 25 51183000
Facsimile: +86 25 51183883
Customer hotline: 4008876268
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 product has been designed to be connected and communicate data andinformation via a network interface which should be connected to a securenetwork. It is the sole responsibility of the person or entity responsible for networkadministration to ensure a secure connection to the network and to take thenecessary measures (such as, but not limited to, installation of firewalls, applicationof authentication measures, encryption of data, installation of anti virus programs,etc.) to protect the product and the network, its system and interface included,against any kind of security breaches, unauthorized access, interference, intrusion,leakage and/or theft of data or information. ABB is not liable for any such damagesand/or losses.
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 product 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.............................................................4Related documentation..................................................................5
Symbols and conventions...................................................................5Symbols.........................................................................................5Document conventions..................................................................5Functions, codes and symbols......................................................6
Section 2 IEC 60870-5-103 data mappings...................................11Overview...........................................................................................11Point list for REF615 Ver. 4.1 FC01-07 and FC51-54......................13
Section 3 Interoperability profile for 615 series IEC60870-5-103...................................................................31Physical layer...................................................................................31
Electrical interface.......................................................................31Optical interface...........................................................................31Transmission speed....................................................................31
Link layer..........................................................................................31Application layer...............................................................................32
Transmission mode for application data......................................32COMMON ADDRESS of ASDU..................................................32Selection of standard information numbers in monitordirection.......................................................................................32
System functions in monitor directions...................................32Status indications in monitor direction....................................32Supervision indications in monitor direction...........................33Earth fault indications in monitor direction..............................33Fault indications in monitor direction......................................33Auto-reclosure indications in monitor direction.......................34Measurands in monitor direction............................................35Generic functions in monitor direction....................................35
Selection of standard information numbers in controldirection.......................................................................................35
System functions in control direction......................................35Generic functions in monitor direction....................................35
Table of contents
REF615 1Point List Manual
Basic application functions..........................................................36Miscellaneous..............................................................................36
Section 4 Glossary.........................................................................37
Table of contents
2 REF615Point List Manual
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.
1MRS756816 C Section 1Introduction
REF615 3Point List Manual
1.3 Product documentation
1.3.1 Product documentation set
Pla
nn
ing
&
pu
rch
ase
En
gin
ee
rin
g
Insta
llatio
n
Co
mm
issio
nin
g
Op
era
tio
n
Ma
inte
na
nce
De
co
mm
issio
nin
g,
de
insta
llatio
n &
dis
po
sa
l
Quick start guide
Quick installation guide
Brochure
Product guide
Operation manual
Installation manual
Connection diagram
Engineering manual
Technical manual
Application manual
Communication protocol manual
IEC 61850 Engineering guide
Point list manual
c
c
GUID-12DC16B2-2DC1-48DF-8734-0C8B7116124C V1 EN
Figure 1: The intended use of documents during the product life cycle
Product series- and product-specific manuals can be downloadedfrom the ABB Website http://www.abb.com/relion.
1.3.2 Document revision historyDocument revision/date Product version HistoryA/2009-09-29 2.0 First release
B/2010-07-02 3.0 Content updated
C/2014-05-19 4.1 Content updated to correspond to theproduct version
Download the latest documents from the ABB web sitehttp://www.abb.com/substationautomation.
Section 1 1MRS756816 CIntroduction
4 REF615Point List Manual
1.3.3 Related documentationName of the document Document IDIEC 60870-5-103 Communication Protocol Manual 1MRS756710
1.4 Symbols and conventions
1.4.1 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 of 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 is necessary tounderstand that under certain operational conditions, operation of damagedequipment may result in degraded process performance leading to personal injuryor death. Therefore, comply fully with all warning and caution notices.
1.4.2 Document conventionsA particular convention may not be used in this manual.
• Abbreviations and acronyms are spelled out in the glossary. The glossary alsocontains definitions of important terms.
• Push button navigation in the LHMI menu structure is presented by using thepush button icons.To navigate between the options, use and .
• Menu paths are presented in bold.Select Main menu/Settings.
• LHMI messages are shown in Courier font.To save the changes in non-volatile memory, select Yes and press .
• Parameter names are shown in italics.The function can be enabled and disabled with the Operation setting.
• Parameter values are indicated with quotation marks.
1MRS756816 C Section 1Introduction
REF615 5Point List Manual
The corresponding parameter values are "On" and "Off".• IED input/output messages and monitored data names are shown in Courier font.
When the function starts, the START output is set to TRUE.• This document assumes that the parameter setting visibility is "Advanced".
1.4.3 Functions, codes and symbolsTable 1: REF615 functions, codes and symbols
Function IEC 61850 IEC 60617 IEC-ANSIProtection
Three-phase non-directional overcurrentprotection, low stage, instance 1 PHLPTOC1 3I> (1) 51P-1 (1)
Three-phase non-directional overcurrentprotection, high stage, instance 1 PHHPTOC1 3I>> (1) 51P-2 (1)
Three-phase non-directional overcurrentprotection, high stage, instance 2 PHHPTOC2 3I>> (2) 51P-2 (2)
Three-phase non-directional overcurrentprotection, instantaneous stage, instance 1 PHIPTOC1 3I>>> (1) 50P/51P (1)
Three-phase directional overcurrent protection,low stage, instance 1 DPHLPDOC1 3I> -> (1) 67-1 (1)
Three-phase directional overcurrent protection,low stage, instance 2 DPHLPDOC2 3I> -> (2) 67-1 (2)
Three-phase directional overcurrent protection,high stage DPHHPDOC1 3I>> -> 67-2
Three-phase non-directional overcurrentprotection that contains three independent phase-segregated timers, low stage, instance 1
PH3LPTOC1 3I> (1) 51P-1 (1)
Three-phase non-directional overcurrentprotection that contains three independent phase-segregated timers, low stage, instance 2
PH3LPTOC2 3I> (2) 51P-1 (2)
Three-phase non-directional overcurrentprotection that contains three independent phase-segregated timers, high stage, instance 1
PH3HPTOC1 3I>> (1) 51P-2 (1)
Three-phase non-directional overcurrentprotection that contains three independent phase-segregated timers, high stage, instance 2
PH3HPTOC2 3I>> (2) 51P-2 (2)
Three-phase non-directional overcurrentprotection that contains three independent phase-segregated timers, instantaneous stage,instance 1
PH3IPTOC1 3I>>> (1) 50P/51P (1)
Three-phase directional overcurrent protectionthat contains three independent phase-segregated timers, low stage, instance 1
DPH3LPDOC1 3I> -> (1) 67-1 (1)
Three-phase directional overcurrent protectionthat contains three independent phase-segregated timers, low stage, instance 2
DPH3LPDOC2 3I> -> (2) 67-1 (2)
Three-phase directional overcurrent protectionthat contains three independent phase-segregated timers, high stage, instance 1
DPH3HPDOC1 3I>> -> (1) 67-2 (1)
Table continues on next page
Section 1 1MRS756816 CIntroduction
6 REF615Point List Manual
Function IEC 61850 IEC 60617 IEC-ANSIThree-phase directional overcurrent protectionthat contains three independent phase-segregated timers, high stage, instance 2
DPH3HPDOC2 3I>> -> (2) 67-2 (2)
Non-directional earth-fault protection, low stage,instance 1 EFLPTOC1 Io> (1) 51N-1 (1)
Non-directional earth-fault protection, low stage,instance 2 EFLPTOC2 Io> (2) 51N-1 (2)
Non-directional earth-fault protection, highstage, instance 1 EFHPTOC1 Io>> (1) 51N-2 (1)
Non-directional earth-fault protection,instantaneous stage EFIPTOC1 Io>>> 50N/51N
Directional earth-fault protection, low stage,instance 1 DEFLPDEF1 Io> -> (1) 67N-1 (1)
Directional earth-fault protection, low stage,instance 2 DEFLPDEF2 Io> -> (2) 67N-1 (2)
Directional earth-fault protection, high stage DEFHPDEF1 Io>> -> 67N-2
Admittance based earth-fault protection,instance 1 EFPADM1 Yo> -> (1) 21YN (1)
Admittance based earth-fault protection,instance 2 EFPADM2 Yo> -> (2) 21YN (2)
Admittance based earth-fault protection,instance 3 EFPADM3 Yo> -> (3) 21YN (3)
Transient / intermittent earth-fault protection INTRPTEF1 Io> -> IEF 67NIEF
Harmonics based earth-fault protection 1) HAEFPTOC1 Io>HA 51NHA
Non-directional (cross-country) earth faultprotection, using calculated Io EFHPTOC1 Io>> (1) 51N-2 (1)
Negative-sequence overcurrent protection,instance 1 NSPTOC1 I2> (1) 46 (1)
Negative-sequence overcurrent protection,instance 2 NSPTOC2 I2> (2) 46 (2)
Phase discontinuity protection PDNSPTOC1 I2/I1> 46PD
Residual overvoltage protection, instance 1 ROVPTOV1 Uo> (1) 59G (1)
Residual overvoltage protection, instance 2 ROVPTOV2 Uo> (2) 59G (2)
Residual overvoltage protection, instance 3 ROVPTOV3 Uo> (3) 59G (3)
Three-phase undervoltage protection, instance 1 PHPTUV1 3U< (1) 27 (1)
Three-phase undervoltage protection, instance 2 PHPTUV2 3U< (2) 27 (2)
Three-phase undervoltage protection, instance 3 PHPTUV3 3U< (3) 27 (3)
Three-phase overvoltage protection, instance 1 PHPTOV1 3U> (1) 59 (1)
Three-phase overvoltage protection, instance 2 PHPTOV2 3U> (2) 59 (2)
Three-phase overvoltage protection, instance 3 PHPTOV3 3U> (3) 59 (3)
Positive-sequence undervoltage protection,instance 1 PSPTUV1 U1< (1) 47U+ (1)
Negative-sequence overvoltage protection,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)
Table continues on next page
1MRS756816 C Section 1Introduction
REF615 7Point List Manual
Function IEC 61850 IEC 60617 IEC-ANSIFrequency protection, instance 3 FRPFRQ3 f>/f<,df/dt (3) 81 (3)
Three-phase thermal protection for feeders,cables and distribution transformers T1PTTR1 3Ith>F 49F
Circuit breaker failure protection CCBRBRF1 3I>/Io>BF 51BF/51NBF
Switch onto fault CBRSOF1 50/27
Uncorresponding position startup UPSCBR1 50/27
Three-phase inrush detector INRPHAR1 3I2f> 68
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)
Load shedding and restoration, instance 1 LSHDPFRQ1 UFLS/R (1) 81LSH (1)
Load shedding and restoration, instance 2 LSHDPFRQ2 UFLS/R (2) 81LSH (2)
Load shedding and restoration, instance 3 LSHDPFRQ3 UFLS/R (3) 81LSH (3)
Power quality
Current total demand distortion CMHAI1 PQM3I PQM3I
Voltage total harmonic distortion VMHAI1 PQM3U PQM3V
Voltage variation PHQVVR1 PQMU PQMV
Control
Circuit-breaker control CBXCBR1 I <-> O CB I <-> O CB
Disconnector control, instance 1 DCXSWI1 I <-> O DCC(1)
I <-> O DCC(1)
Disconnector control, instance 2 DCXSWI2 I <-> O DCC(2)
I <-> O DCC(2)
Earthing switch control ESXSWI1 I <-> O ESC I <-> O ESC
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, instance 1 ESSXSWI1 I <-> O ES (1) I <-> O ES (1)
Earthing switch indication, instance 2 ESSXSWI2 I <-> O ES (2) I <-> O ES (2)
Autoreclosing DARREC1 O -> I 79
Synchronism and energizing check SECRSYN1 SYNC 25
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
Table continues on next page
Section 1 1MRS756816 CIntroduction
8 REF615Point List Manual
Function IEC 61850 IEC 60617 IEC-ANSIFuse failure supervision SEQRFUF1 FUSEF 60
Measurement
Disturbance recorder RDRE1 - -
Three-phase current measurement, instance 1 CMMXU1 3I 3I
Three-phase current measurement, instance 2 CMMXU2 3I(B) 3I(B)
Sequence current measurement, instance 1 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 energy measurement PEMMXU1 P, E P, E
Frequency measurement FMMXU1 f f
1MRS756816 C Section 1Introduction
REF615 9Point List Manual
10
Section 2 IEC 60870-5-103 data mappings
2.1 Overview
These tables show the default point definitions. The user is able to freely remap allthese data. In that case PCM600 can provide an updated point list export of the newoutlook.
Indications and controls table columns
IEC 61850 name Internal signal that is mapped to the IEC 60870-5-103 point.Expressed in the form 'Logical Device.Logical Node.DataObject.Data Attribute'.
AFL-Common SA name AFL name of the corresponding data signal.
Description Signal description.
DPI value Value description. DPI value 10 means ON and value 01means OFF.
FUN Default Function Type definition for the point. Observe thatFunction Type 0 means that FUN in practice contains thegiven Device Function Type. The user-definable FunctionType definition is set to the same FUN value as default.
INF Default Information Number definition for the point. The user-definable Information Number definition is set to the sameINF value as default.
InUse 1 means that the point is taken in use as default, and 0 thatthe point is not in use as default.
ASDU ASDU point type. 1 and 2 are indications in monitoringdirection. 20 means that the point is controllable.
GI Default setting for General Interrogation. 1 means ON, 0means OFF.
Coding IEC 60870-5-103 DPI value coding. 1 means that the pointshows OFF (01) and ON (10) values only. 2 means that thepoint shows values Intermediate (00), OFF (01), ON (10)and Error (11).
Class 2 data table columns
Index Value position within the Class2 frame.
IEC 61850 name Internal signal that is mapped to the IEC 60870-5-103 point.
Description Signal description.
Default scale Value that corresponds to the maximum IEC 60870-5-103measurand value 1.
Table continues on next page
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 11Point List Manual
Frame No6 Shows if the value is present in Class2 frame 6.
Frame No7 Shows if the value is present in Class2 frame 7.
Comment Additional information.
Section 2 1MRS756816 CIEC 60870-5-103 data mappings
12 REF615Point List Manual
2.2 Point list for REF615 Ver. 4.1 FC01-07 and FC51-54
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 13Point List Manual
Tabl
e 2:
Indi
catio
ns a
nd c
ontro
ls
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
Dev
ice
func
tion
type
- st
anda
rdLD
0.D
ARR
EC1.
ARO
n.st
Val
-Au
tore
clos
er s
tate
10=A
R O
n, 0
1=AR
Off
016
11
11
LD0.
LLN
0.LE
DR
s1.c
tlVal
-LE
D re
set
10=R
eset
indi
catio
ns a
nd a
larm
LED
s0
191
200
1
LD0.
LLN
0.Be
h.st
Val (
Test
mod
e)-
Test
mod
e10
=Tes
t mod
e O
N, 0
1=Te
st m
ode
OFF
021
11
11
LD0.
I3C
GG
IO1.
ActS
G.c
tlVal
-Pa
ram
eter
set
ting
grou
p 1
10=S
ettin
g gr
oup
1 in
use
023
11,
201
1LD
0.I3
CG
GIO
1.Ac
tSG
.ctlV
al-
Para
met
er s
ettin
g gr
oup
210
=Set
ting
grou
p 2
in u
se0
241
1,20
11
LD0.
I3C
GG
IO1.
ActS
G.c
tlVal
-Pa
ram
eter
set
ting
grou
p 3
10=S
ettin
g gr
oup
3 in
use
025
11,
201
1LD
0.I3
CG
GIO
1.Ac
tSG
.ctlV
al-
Para
met
er s
ettin
g gr
oup
410
=Set
ting
grou
p 4
in u
se0
261
1,20
11
LD0.
I3C
GG
IO1.
ActS
G.c
tlVal
-Pa
ram
eter
set
ting
grou
p 5
10=S
ettin
g gr
oup
5 in
use
027
11,
201
1LD
0.I3
CG
GIO
1.Ac
tSG
.ctlV
al-
Para
met
er s
ettin
g gr
oup
610
=Set
ting
grou
p 6
in u
se0
281
1,20
11
LD0.
TCSS
CBR
1.C
irAlm
.stV
alTC
SSC
BR1.
ALAR
MTr
ip c
ircui
t 1 a
larm
10=T
CS1
ala
rm0
361
11
1LD
0.LE
DPT
RC
1.O
p.ge
nera
l-
Glo
bal o
pera
te10
=Ope
rate
(LED
PTR
C)
068
12
01
LD0.
LED
PTR
C1.
Str.g
ener
al-
Glo
bal s
tart
10=S
tart
(LED
PTR
C)
084
12
11
LD0.
DAR
REC
1.Su
cRec
.stV
alD
ARR
EC1.
SUC
_REC
LSu
cces
sful
recl
ose
stat
us10
=Suc
cess
ful r
eclo
se0
128
11
01
Dev
ice
func
tion
type
- pr
ivat
eLD
0.TR
PPTR
C1.
Op.
gene
ral
-TR
PTR
C1
inpu
t sig
nal
10=I
nput
sig
nal O
N10
11
20
1LD
0.TR
PPTR
C1.
Tr.g
ener
al-
TRPT
RC
1 tri
p ou
tput
sig
nal
10=T
rip o
utpu
t sig
nal O
N10
21
20
1LD
0.TR
PPTR
C2.
Op.
gene
ral
-TR
PTR
C2
inpu
t sig
nal
10=I
nput
sig
nal O
N10
31
20
1LD
0.TR
PPTR
C2.
Tr.g
ener
al-
TRPT
RC
2 tri
p ou
tput
sig
nal
10=T
rip o
utpu
t sig
nal O
N10
41
20
1C
TRL.
LLN
0.Lo
c.st
Val
-Lo
cal/R
emot
e st
ate
10=L
ocal
, 01=
Rem
ote
1010
11
11
CTR
L.LL
N0.
LocR
em.S
tatio
n-
Stat
ion
stat
e10
=Sta
tion
ON
, 01=
OFF
1011
11
11
LD0.
LLN
0.LE
DR
s2.c
tlVal
-R
eset
ala
rm L
EDs
10=R
eset
ala
rm L
EDs
only
1021
120
01
LD0.
TCSS
CBR
2.C
irAlm
.stV
alTC
SSC
BR2.
ALAR
MTr
ip c
ircui
t 2 a
larm
10=T
CS2
ala
rm10
361
11
1D
R.R
DR
E1.R
cdTr
g.ct
lVal
-Tr
ig D
R re
cord
ing
10=E
xter
nal D
R tr
ig10
411
200
1D
R.R
DR
E1.M
emC
lr.ct
lVal
-C
lear
DR
mem
ory
10=C
lear
mem
ory
1042
120
01
LD0.
CM
STA1
.Rec
Rs.
ctlV
al-
Res
et C
MM
XU1
max
.dem
ands
10=R
eset
max
val
ues
1045
120
01
LD0.
CM
STA2
.Rec
Rs.
ctlV
al-
Res
et C
MM
XU2
max
.dem
ands
10=R
eset
max
val
ues
1046
120
01
LD0.
LED
PTR
C1.
Str.p
hsA
-G
loba
l sta
rt- p
hsA
10=S
tart
phsA
1061
02
11
LD0.
LED
PTR
C1.
Str.p
hsB
-G
loba
l sta
rt- p
hsB
10=S
tart
phsB
1062
02
11
LD0.
LED
PTR
C1.
Str.p
hsC
-G
loba
l sta
rt- p
hsC
10=S
tart
phsC
1063
02
11
LD0.
LED
PTR
C1.
Op.
phsA
-G
loba
l ope
rate
-phs
A10
=Ope
rate
phs
A10
650
20
1LD
0.LE
DPT
RC
1.O
p.ph
sB-
Glo
bal o
pera
te -p
hsB
10=O
pera
te p
hsB
1066
02
01
LD0.
LED
PTR
C1.
Op.
phsC
-G
loba
l ope
rate
-phs
C10
=Ope
rate
phs
C10
670
20
1
LD0.
LLN
0.Se
tSel
d.st
Val
-Pa
ram
eter
set
ting
right
sre
serv
ed10
=Res
erve
d10
801
10
1LD
0.LL
N0.
SetC
hg.s
tVal
-Pa
ram
eter
set
tings
cha
nged
10=C
hang
ed10
811
10
1M
ultip
urpo
se in
puts
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756816 CIEC 60870-5-103 data mappings
14 REF615Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
MVG
APC
1.Q
1.st
Val
-M
VGAP
C1
inpu
t 1 s
igna
l10
=Inp
ut O
N, 0
1=O
FF11
10
11
1LD
0.M
VGAP
C1.
Q2.
stVa
l-
MVG
APC
1 in
put 2
sig
nal
10=I
nput
ON
, 01=
OFF
112
01
11
LD0.
MVG
APC
1.Q
3.st
Val
-M
VGAP
C1
inpu
t 3 s
igna
l10
=Inp
ut O
N, 0
1=O
FF11
30
11
1LD
0.M
VGAP
C1.
Q4.
stVa
l-
MVG
APC
1 in
put 4
sig
nal
10=I
nput
ON
, 01=
OFF
114
01
11
LD0.
MVG
APC
1.Q
5.st
Val
-M
VGAP
C1
inpu
t 5 s
igna
l10
=Inp
ut O
N, 0
1=O
FF11
50
11
1LD
0.M
VGAP
C1.
Q6.
stVa
l-
MVG
APC
1 in
put 6
sig
nal
10=I
nput
ON
, 01=
OFF
116
01
11
LD0.
MVG
APC
1.Q
7.st
Val
-M
VGAP
C1
inpu
t 7 s
igna
l10
=Inp
ut O
N, 0
1=O
FF11
70
11
1LD
0.M
VGAP
C1.
Q8.
stVa
l-
MVG
APC
1 in
put 8
sig
nal
10=I
nput
ON
, 01=
OFF
118
01
11
LD0.
MVG
APC
2.Q
1.st
Val
-M
VGAP
C2
inpu
t 1 s
igna
l10
=Inp
ut O
N, 0
1=O
FF11
110
11
1LD
0.M
VGAP
C2.
Q2.
stVa
l-
MVG
APC
2 in
put 2
sig
nal
10=I
nput
ON
, 01=
OFF
1112
01
11
LD0.
MVG
APC
2.Q
3.st
Val
-M
VGAP
C2
inpu
t 3 s
igna
l10
=Inp
ut O
N, 0
1=O
FF11
130
11
1LD
0.M
VGAP
C2.
Q4.
stVa
l-
MVG
APC
2 in
put 4
sig
nal
10=I
nput
ON
, 01=
OFF
1114
01
11
LD0.
MVG
APC
2.Q
5.st
Val
-M
VGAP
C2
inpu
t 5 s
igna
l10
=Inp
ut O
N, 0
1=O
FF11
150
11
1LD
0.M
VGAP
C2.
Q6.
stVa
l-
MVG
APC
2 in
put 6
sig
nal
10=I
nput
ON
, 01=
OFF
1116
01
11
LD0.
MVG
APC
2.Q
7.st
Val
-M
VGAP
C2
inpu
t 7 s
igna
l10
=Inp
ut O
N, 0
1=O
FF11
170
11
1LD
0.M
VGAP
C2.
Q8.
stVa
l-
MVG
APC
2 in
put 8
sig
nal
10=I
nput
ON
, 01=
OFF
1118
01
11
SRG
APC
1, fl
ip-fl
op re
set c
ontro
lLD
0.SR
GAP
C1.
Rs1
.ctlV
al-
Res
et S
RG
APC
1 fli
p-flo
p 1
10=R
eset
1110
11
200
1LD
0.SR
GAP
C1.
Rs2
.ctlV
al-
Res
et S
RG
APC
1 fli
p-flo
p 2
10=R
eset
1110
21
200
1LD
0.SR
GAP
C1.
Rs3
.ctlV
al-
Res
et S
RG
APC
1 fli
p-flo
p 3
10=R
eset
1110
31
200
1LD
0.SR
GAP
C1.
Rs4
.ctlV
al-
Res
et S
RG
APC
1 fli
p-flo
p 4
10=R
eset
1110
41
200
1LD
0.SR
GAP
C1.
Rs5
.ctlV
al-
Res
et S
RG
APC
1 fli
p-flo
p 5
10=R
eset
1110
51
200
1LD
0.SR
GAP
C1.
Rs6
.ctlV
al-
Res
et S
RG
APC
1 fli
p-flo
p 6
10=R
eset
1110
61
200
1LD
0.SR
GAP
C1.
Rs7
.ctlV
al-
Res
et S
RG
APC
1 fli
p-flo
p 7
10=R
eset
1110
71
200
1LD
0.SR
GAP
C1.
Rs8
.ctlV
al-
Res
et S
RG
APC
1 fli
p-flo
p 8
10=R
eset
1110
81
200
1SR
GAP
C2,
flip
-flop
rese
t con
trol
LD0.
SRG
APC
2.R
s1.c
tlVal
-R
eset
SR
GAP
C2
flip-
flop
110
=Res
et11
111
120
01
LD0.
SRG
APC
2.R
s2.c
tlVal
-R
eset
SR
GAP
C2
flip-
flop
210
=Res
et11
112
120
01
LD0.
SRG
APC
2.R
s3.c
tlVal
-R
eset
SR
GAP
C2
flip-
flop
310
=Res
et11
113
120
01
LD0.
SRG
APC
2.R
s4.c
tlVal
-R
eset
SR
GAP
C2
flip-
flop
410
=Res
et11
114
120
01
LD0.
SRG
APC
2.R
s5.c
tlVal
-R
eset
SR
GAP
C2
flip-
flop
510
=Res
et11
115
120
01
LD0.
SRG
APC
2.R
s6.c
tlVal
-R
eset
SR
GAP
C2
flip-
flop
610
=Res
et11
116
120
01
LD0.
SRG
APC
2.R
s7.c
tlVal
-R
eset
SR
GAP
C2
flip-
flop
710
=Res
et11
117
120
01
LD0.
SRG
APC
2.R
s8.c
tlVal
-R
eset
SR
GAP
C2
flip-
flop
810
=Res
et11
118
120
01
Mul
tipur
pose
bin
ary
outp
uts
LD0.
SPC
GG
IO1.
SPC
S01.
Ope
r.ctlV
al-
Out
put c
ontro
l 110
/01=
On/
Off
1114
11
200
1LD
0.SP
CG
GIO
1.SP
CS0
2.O
per.c
tlVal
-O
utpu
t con
trol 2
10/0
1=O
n/O
ff11
142
120
01
LD0.
SPC
GG
IO1.
SPC
S03.
Ope
r.ctlV
al-
Out
put c
ontro
l 310
/01=
On/
Off
1114
31
200
1LD
0.SP
CG
GIO
1.SP
CS0
4.O
per.c
tlVal
-O
utpu
t con
trol 4
10/0
1=O
n/O
ff11
144
120
01
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 15Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
SPC
GG
IO1.
SPC
S05.
Ope
r.ctlV
al-
Out
put c
ontro
l 510
/01=
On/
Off
1114
51
200
1LD
0.SP
CG
GIO
1.SP
CS0
6.O
per.c
tlVal
-O
utpu
t con
trol 6
10/0
1=O
n/O
ff11
146
120
01
LD0.
SPC
GG
IO1.
SPC
S07.
Ope
r.ctlV
al-
Out
put c
ontro
l 710
/01=
On/
Off
1114
71
200
1LD
0.SP
CG
GIO
1.SP
CS0
8.O
per.c
tlVal
-O
utpu
t con
trol 8
10/0
1=O
n/O
ff11
148
120
01
LD0.
SPC
GG
IO1.
SPC
S09.
Ope
r.ctlV
al-
Out
put c
ontro
l 910
/01=
On/
Off
1114
91
200
1LD
0.SP
CG
GIO
1.SP
CS1
0.O
per.c
tlVal
-O
utpu
t con
trol 1
010
/01=
On/
Off
1115
01
200
1LD
0.SP
CG
GIO
1.SP
CS1
1.O
per.c
tlVal
-O
utpu
t con
trol 1
110
/01=
On/
Off
1115
11
200
1LD
0.SP
CG
GIO
1.SP
CS1
2.O
per.c
tlVal
-O
utpu
t con
trol 1
210
/01=
On/
Off
1115
21
200
1LD
0.SP
CG
GIO
1.SP
CS1
3.O
per.c
tlVal
-O
utpu
t con
trol 1
310
/01=
On/
Off
1115
31
200
1LD
0.SP
CG
GIO
1.SP
CS1
4.O
per.c
tlVal
-O
utpu
t con
trol 1
410
/01=
On/
Off
1115
41
200
1LD
0.SP
CG
GIO
1.SP
CS1
5.O
per.c
tlVal
-O
utpu
t con
trol 1
510
/01=
On/
Off
1115
51
200
1LD
0.SP
CG
GIO
1.SP
CS1
6.O
per.c
tlVal
-O
utpu
t con
trol 1
610
/01=
On/
Off
1115
61
200
1LD
0.SP
CG
GIO
2.SP
CS0
1.O
per.c
tlVal
-O
utpu
t con
trol 1
10/0
1=O
n/O
ff11
181
11,
200
1LD
0.SP
CG
GIO
2.SP
CS0
2.O
per.c
tlVal
-O
utpu
t con
trol 2
10/0
1=O
n/O
ff11
182
11,
200
1LD
0.SP
CG
GIO
2.SP
CS0
3.O
per.c
tlVal
-O
utpu
t con
trol 3
10/0
1=O
n/O
ff11
183
11,
200
1LD
0.SP
CG
GIO
2.SP
CS0
4.O
per.c
tlVal
-O
utpu
t con
trol 4
10/0
1=O
n/O
ff11
184
11,
200
1LD
0.SP
CG
GIO
2.SP
CS0
5.O
per.c
tlVal
-O
utpu
t con
trol 5
10/0
1=O
n/O
ff11
185
11,
200
1LD
0.SP
CG
GIO
2.SP
CS0
6.O
per.c
tlVal
-O
utpu
t con
trol 6
10/0
1=O
n/O
ff11
186
11,
200
1LD
0.SP
CG
GIO
2.SP
CS0
7.O
per.c
tlVal
-O
utpu
t con
trol 7
10/0
1=O
n/O
ff11
187
11,
200
1LD
0.SP
CG
GIO
2.SP
CS0
8.O
per.c
tlVal
-O
utpu
t con
trol 8
10/0
1=O
n/O
ff11
188
11,
200
1LD
0.SP
CG
GIO
2.SP
CS0
9.O
per.c
tlVal
-O
utpu
t con
trol 9
10/0
1=O
n/O
ff11
189
11,
200
1LD
0.SP
CG
GIO
2.SP
CS1
0.O
per.c
tlVal
-O
utpu
t con
trol 1
010
/01=
On/
Off
1119
01
1,20
01
LD0.
SPC
GG
IO2.
SPC
S11.
Ope
r.ctlV
al-
Out
put c
ontro
l 11
10/0
1=O
n/O
ff11
191
11,
200
1LD
0.SP
CG
GIO
2.SP
CS1
2.O
per.c
tlVal
-O
utpu
t con
trol 1
210
/01=
On/
Off
1119
21
1,20
01
LD0.
SPC
GG
IO2.
SPC
S13.
Ope
r.ctlV
al-
Out
put c
ontro
l 13
10/0
1=O
n/O
ff11
193
11,
200
1LD
0.SP
CG
GIO
2.SP
CS1
4.O
per.c
tlVal
-O
utpu
t con
trol 1
410
/01=
On/
Off
1119
41
1,20
01
LD0.
SPC
GG
IO2.
SPC
S15.
Ope
r.ctlV
al-
Out
put c
ontro
l 15
10/0
1=O
n/O
ff11
195
11,
200
1LD
0.SP
CG
GIO
2.SP
CS1
6.O
per.c
tlVal
-O
utpu
t con
trol 1
610
/01=
On/
Off
1119
61
1,20
01
Neg
ativ
e se
quen
ce o
verc
urre
nt p
rote
ctio
n (2
sta
ges)
, not
in F
C51
LD0.
NSP
TOC
1.St
r.gen
eral
NSP
TOC
1.ST
ART
Stag
e1 s
tart
10=S
tage
1 st
art
2184
12
11
LD0.
NSP
TOC
1.O
p.ge
nera
lN
SPTO
C1.
OPE
RAT
ESt
age1
ope
rate
10=S
tage
1 op
erat
e21
901
20
1LD
0.N
SPTO
C2.
Op.
gene
ral
NSP
TOC
2.O
PER
ATE
Stag
e2 o
pera
te10
=Sta
ge2
oper
ate
2191
12
01
LD0.
NSP
TOC
2.St
r.gen
eral
NSP
TOC
2.ST
ART
Stag
e2 s
tart
10=S
tage
2 st
art
2194
12
11
Fuse
failu
re p
rote
ctio
n (1
sta
ge),
varia
nts
FC05
,06,
07,5
1,52
,54
LD0.
SEQ
RFU
F1.S
tr.ge
nera
lSE
QR
FUF1
.FU
SEF_
UG
ener
al s
tart
10=G
ener
al S
tart
2284
12
11
LD0.
SEQ
RFU
F1.S
tr3Ph
.gen
eral
SEQ
RFU
F1.F
USE
F_3P
H3
phas
e st
art
10=3
pha
se s
tart
2294
12
11
Cur
rent
circ
uit f
ailu
re p
rote
ctio
n (1
sta
ge),
varia
nts
FC05
,06,
07,5
1,52
,54
LD0.
CC
RD
IF1.
Alm
.stV
alC
CR
DIF
1.FA
ILAl
arm
10 =
Ala
rm23
11
11
1LD
0.C
CR
DIF
1.O
p.ge
nera
lC
CR
DIF
1.AL
ARM
Ope
rate
10 =
Ope
rate
2390
12
01
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756816 CIEC 60870-5-103 data mappings
16 REF615Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
Unc
orre
spon
ding
pos
ition
sta
rt-up
, var
iant
FC
51LD
0.U
PSC
BR1.
Op.
gene
ral
UPS
CBR
1.O
PER
ATE
Ope
rate
10 =
Ope
rate
2319
01
20
1Ad
mitt
ance
bas
ed e
arht
-faul
t pro
tect
ion,
3 s
tage
s, o
ptio
nal i
n va
riant
s FC
01,0
2,05
,06,
07,5
1,52
LD0.
EFPA
DM
1.St
r.gen
eral
EFPA
DM
1.ST
ART
Stag
e1 s
tart
10 =
Sta
ge 1
sta
rt25
841
21
1LD
0.EF
PAD
M1.
Op.
gene
ral
EFPA
DM
1.O
PER
ATE
Stag
e1 o
pera
te10
= S
tage
1 o
pera
te25
901
20
1LD
0.EF
PAD
M2.
Op.
gene
ral
EFPA
DM
2.O
PER
ATE
Stag
e2 o
pera
te10
= S
tage
2 o
pera
te25
911
20
1LD
0.EF
PAD
M2.
Str.g
ener
alEF
PAD
M2.
STAR
TSt
age2
sta
rt10
= S
tage
2 s
tart
2594
12
11
LD0.
EFPA
DM
3.St
r.gen
eral
EFPA
DM
3.ST
ART
Stag
e3 s
tart
10 =
Sta
ge 3
sta
rt25
961
21
1LD
0.EF
PAD
M3.
Op.
gene
ral
EFPA
DM
3.O
PER
ATE
Stag
e3 o
pera
te10
= S
tage
3 o
pera
te25
981
20
1Sy
nchr
oche
ck in
dica
tions
, var
iant
s FC
06,5
1,52
LD0.
SEC
RSY
N1.
SynP
rg.s
tVal
SEC
RSY
N1.
SYN
C_I
NPR
OSy
ncho
niza
tion
in p
rogr
ess
10 =
In p
rogr
ess
261
11
11
LD0.
SEC
RSY
N1.
FailC
md.
stVa
lSE
CR
SYN
1.C
MD
_FAI
L_AL
CB
clos
ing
requ
est f
aile
d10
= R
eque
st fa
iled
262
11
01
LD0.
SEC
RSY
N1.
FailS
yn.s
tVal
SEC
RSY
N1.
CL_
FAIL
_AL
CB
clos
ing
com
man
d fa
iled
10 =
Com
man
d fa
iled
263
11
01
Freq
uenc
y pr
otec
tion
(FR
PFR
Q1.
..3),
3 st
ages
, var
iant
s FC
06,5
1,52
,54
LD0.
FRPT
RC
1.St
r.gen
eral
FRPF
RQ
1.ST
ART
Stag
e 1
star
t1
= St
age1
sta
rt27
111
21
1
LD0.
FRPT
OF1
.Op.
gene
ral
FRPF
RQ
1.O
PR_O
FRQ
Ope
rate
1 s
igna
l for
over
frequ
ency
1 =
Stag
e1 o
verfr
eque
ncy
oper
ate
2712
12
01
LD0.
FRPT
UF1
.Op.
gene
ral
FRPF
RQ
1.O
PR_U
FRQ
Ope
rate
1 s
igna
l for
unde
rfreq
uenc
y1
= St
age1
und
erfre
quen
cy o
pera
te27
131
20
1
LD0.
FRPF
RC
1.O
p.ge
nera
lFR
PFR
Q1.
OPR
_FR
GO
pera
te 1
sig
nal f
or fr
eque
ncy
grad
ient
1 =
Stag
e1 fr
eque
ncy
grad
ient
oper
ate
2714
12
01
LD0.
FRPT
RC
2.St
r.gen
eral
FRPF
RQ
2.ST
ART
Stag
e 2
star
t1
= St
age2
sta
rt27
211
21
1
LD0.
FRPT
OF2
.Op.
gene
ral
FRPF
RQ
2.O
PR_O
FRQ
Ope
rate
2 s
igna
l for
over
frequ
ency
1 =
Stag
e2 o
verfr
eque
ncy
oper
ate
2722
12
01
LD0.
FRPT
UF2
.Op.
gene
ral
FRPF
RQ
2.O
PR_U
FRQ
Ope
rate
2 s
igna
l for
unde
rfreq
uenc
y1
= St
age2
und
erfre
quen
cy o
pera
te27
231
20
1
LD0.
FRPF
RC
2.O
p.ge
nera
lFR
PFR
Q2.
OPR
_FR
GO
pera
te 2
sig
nal f
or fr
eque
ncy
grad
ient
1 =
Stag
e2 fr
eque
ncy
grad
ient
oper
ate
2724
12
01
LD0.
FRPT
RC
3.St
r.gen
eral
FRPF
RQ
3.ST
ART
Stag
e 3
star
t1
= St
age3
sta
rt27
311
21
1
LD0.
FRPT
OF3
.Op.
gene
ral
FRPF
RQ
3.O
PR_O
FRQ
Ope
rate
3 s
igna
l for
over
frequ
ency
1 =
Stag
e3 o
verfr
eque
ncy
oper
ate
2732
12
01
LD0.
FRPT
UF3
.Op.
gene
ral
FRPF
RQ
3.O
PR_U
FRQ
Ope
rate
3 s
igna
l for
unde
rfreq
uenc
y1
= St
age3
und
erfre
quen
cy o
pera
te27
331
20
1
LD0.
FRPF
RC
3.O
p.ge
nera
lFR
PFR
Q3.
OPR
_FR
GO
pera
te 3
sig
nal f
or fr
eque
ncy
grad
ient
1 =
Stag
e3 fr
eque
ncy
grad
ient
oper
ate
2734
12
01
DPH
xPD
OC
x - D
irect
iona
l thr
ee-p
hase
ove
rcur
rent
pro
tect
ion
(3 s
tage
s), v
aria
nts
FC06
,07,
51,5
2,54
LD0.
DPH
(3)H
PTO
C1.
Str.p
hsA
-H
igh
stag
e St
art[.
phsA
]10
=Hig
h st
age
phsA
sta
rt32
440
21
1LD
0.D
PH(3
)HPT
OC
1.St
r.phs
B-
Hig
h st
age
Star
t[.ph
sB]
10=H
igh
stag
e ph
sB s
tart
3245
02
11
LD0.
DPH
(3)H
PTO
C1.
Str.p
hsC
-H
igh
stag
e St
art[.
phsC
]10
=Hig
h st
age
phsC
sta
rt32
460
21
1LD
0.D
PH(3
)LPT
OC
2.St
r.phs
A-
Low
(2) s
tage
Sta
rt[.p
hsA]
10=L
ow(2
) sta
ge p
hsA
star
t32
540
21
1LD
0.D
PH(3
)LPT
OC
2.St
r.phs
B-
Low
(2) s
tage
Sta
rt[.p
hsB]
10=L
ow(2
) sta
ge p
hsB
star
t32
550
21
1LD
0.D
PH(3
)LPT
OC
2.St
r.phs
C-
Low
(2) s
tage
Sta
rt[.p
hsC
]10
=Low
(2) s
tage
phs
C s
tart
3256
02
11
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 17Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
DPH
(3)L
PTO
C1.
Str.p
hsA
-Lo
w(1
) sta
ge S
tart[
.phs
A]10
=Low
(1) s
tage
phs
A st
art
3264
02
11
LD0.
DPH
(3)L
PTO
C1.
Str.p
hsB
-Lo
w(1
) sta
ge S
tart[
.phs
B]10
=Low
(1) s
tage
phs
B st
art
3265
02
11
LD0.
DPH
(3)L
PTO
C1.
Str.p
hsC
-Lo
w(1
) sta
ge S
tart[
.phs
C]
10=L
ow(1
) sta
ge p
hsC
sta
rt32
660
21
1LD
0.D
PH(3
)LPT
OC
1.St
r.gen
eral
DPH
(3)L
PDO
C1.
STAR
TLo
w(1
) sta
ge S
tart[
.gen
eral
]10
=Low
(1) s
tage
sta
rt32
841
21
1LD
0.D
PH(3
)LPT
OC
1.O
p.ge
nera
lD
PH(3
)LPD
OC
1.O
PER
ATE
Low
(1) s
tage
Ope
rate
[.gen
eral
]10
=Low
(1) s
tage
ope
rate
3290
12
01
LD0.
DPH
(3)L
PTO
C2.
Op.
gene
ral
DPH
(3)L
PDO
C2.
OPE
RAT
ELo
w(2
) sta
ge O
pera
te[.g
ener
al]
10=L
ow(2
) sta
ge o
pera
te32
911
20
1LD
0.D
PH(3
)LPT
OC
2.St
r.gen
eral
DPH
(3)L
PDO
C2.
STAR
TLo
w(2
) sta
ge S
tart[
.gen
eral
]10
=Low
(2) s
tage
sta
rt32
941
21
1LD
0.D
PH(3
)HPT
OC
1.St
r.gen
eral
DPH
(3)H
PDO
C1.
STAR
TH
igh
stag
e St
art[.
gene
ral]
10=H
igh
stag
e st
art
3296
12
11
LD0.
DPH
(3)H
PTO
C1.
Op.
gene
ral
DPH
(3)H
PDO
C1.
OPE
RAT
EH
igh
stag
e O
pera
te[.g
ener
al]
10=H
igh
stag
e op
erat
e32
981
20
1Ph
ase
over
volta
ge p
rote
ctio
n (3
sta
ges)
, var
iant
s FC
06,0
7,51
,52,
54LD
0.PH
PTO
V3.S
tr.ph
sA-
Stag
e 3
Star
t[.ph
sA]
10=S
tage
3 p
hsA
star
t40
440
21
1LD
0.PH
PTO
V3.S
tr.ph
sB-
Stag
e 3
Star
t[.ph
sB]
10=S
tage
3 p
hsB
star
t40
450
21
1LD
0.PH
PTO
V3.S
tr.ph
sC-
Stag
e 3
Star
t[.ph
sC]
10=S
tage
3 p
hsC
sta
rt40
460
21
1LD
0.PH
PTO
V2.S
tr.ph
sA-
Stag
e 2
Star
t[.ph
sA]
10=S
tage
2 p
hsA
star
t40
540
21
1LD
0.PH
PTO
V2.S
tr.ph
sB-
Stag
e 2
Star
t[.ph
sB]
10=S
tage
2 p
hsB
star
t40
550
21
1LD
0.PH
PTO
V2.S
tr.ph
sC-
Stag
e 2
Star
t[.ph
sC]
10=S
tage
2 p
hsC
sta
rt40
560
21
1LD
0.PH
PTO
V1.S
tr.ph
sA-
Stag
e 1
Star
t[.ph
sA]
10=S
tage
1 p
hsA
star
t40
640
21
1LD
0.PH
PTO
V1.S
tr.ph
sB-
Stag
e 1
Star
t[.ph
sB]
10=S
tage
1 p
hsB
star
t40
650
21
1LD
0.PH
PTO
V1.S
tr.ph
sC-
Stag
e 1
Star
t[.ph
sC]
10=S
tage
1 p
hsC
sta
rt40
660
21
1LD
0.PH
PTO
V1.S
tr.ge
nera
lPH
PTO
V1.S
TAR
TSt
age
1 St
art[.
gene
ral]
10=S
tage
1 s
tart
4084
12
11
LD0.
PHPT
OV1
.Op.
gene
ral
PHPT
OV1
.OPE
RAT
ESt
age
1 O
pera
te[.g
ener
al]
10=S
tage
1 o
pera
te40
901
20
1LD
0.PH
PTO
V2.O
p.ge
nera
lPH
PTO
V2.O
PER
ATE
Stag
e 2
Ope
rate
[.gen
eral
]10
=Sta
ge 2
ope
rate
4091
12
01
LD0.
PHPT
OV2
.Str.
gene
ral
PHPT
OV2
.STA
RT
Stag
e 2
Star
t[.ge
nera
l]10
=Sta
ge 2
sta
rt40
941
21
1LD
0.PH
PTO
V3.S
tr.ge
nera
lPH
PTO
V3.S
TAR
TSt
age
3 St
art[.
gene
ral]
10=S
tage
3 s
tart
4096
12
11
LD0.
PHPT
OV3
.Op.
gene
ral
PHPT
OV3
.OPE
RAT
ESt
age
3 O
pera
te[.g
ener
al]
10=S
tage
3 o
pera
te40
981
20
1Ph
ase
unde
rvol
tage
pro
tect
ion
(3 s
tage
s), v
aria
nts
FC06
,07,
51,5
2,54
LD0.
PHPT
UV3
.Str.
phsA
-St
age
3 St
art[.
phsA
]10
=Sta
ge 3
phs
A st
art
4144
02
11
LD0.
PHPT
UV3
.Str.
phsB
-St
age
3 St
art[.
phsB
]10
=Sta
ge 3
phs
B st
art
4145
02
11
LD0.
PHPT
UV3
.Str.
phsC
-St
age
3 St
art[.
phsC
]10
=Sta
ge 3
phs
C s
tart
4146
02
11
LD0.
PHPT
UV2
.Str.
phsA
-St
age
2 St
art[.
phsA
]10
=Sta
ge 2
phs
A st
art
4154
02
11
LD0.
PHPT
UV2
.Str.
phsB
-St
age
2 St
art[.
phsB
]10
=Sta
ge 2
phs
B st
art
4155
02
11
LD0.
PHPT
UV2
.Str.
phsC
-St
age
2 St
art[.
phsC
]10
=Sta
ge 2
phs
C s
tart
4156
02
11
LD0.
PHPT
UV1
.Str.
phsA
-St
age
1 St
art[.
phsA
]10
=Sta
ge 1
phs
A st
art
4164
02
11
LD0.
PHPT
UV1
.Str.
phsB
-St
age
1 St
art[.
phsB
]10
=Sta
ge 1
phs
B st
art
4165
02
11
LD0.
PHPT
UV1
.Str.
phsC
-St
age
1 St
art[.
phsC
]10
=Sta
ge 1
phs
C s
tart
4166
02
11
LD0.
PHPT
UV1
.Str.
gene
ral
PHPT
UV1
.STA
RT
Stag
e 1
Star
t[.ge
nera
l]10
=Sta
ge 1
sta
rt41
841
21
1LD
0.PH
PTU
V1.O
p.ge
nera
lPH
PTU
V1.O
PER
ATE
Stag
e 1
Ope
rate
[.gen
eral
]10
=Sta
ge 1
ope
rate
4190
12
01
LD0.
PHPT
UV2
.Op.
gene
ral
PHPT
UV2
.OPE
RAT
ESt
age
2 O
pera
te[.g
ener
al]
10=S
tage
2 o
pera
te41
911
20
1LD
0.PH
PTU
V2.S
tr.ge
nera
lPH
PTU
V2.S
TAR
TSt
age
2 St
art[.
gene
ral]
10=S
tage
2 s
tart
4194
12
11
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756816 CIEC 60870-5-103 data mappings
18 REF615Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
PHPT
UV3
.Str.
gene
ral
PHPT
UV3
.STA
RT
Stag
e 3
Star
t[.ge
nera
l]10
=Sta
ge 3
sta
rt41
961
21
1LD
0.PH
PTU
V3.O
p.ge
nera
lPH
PTU
V3.O
PER
ATE
Stag
e 3
Ope
rate
[.gen
eral
]10
=Sta
ge 3
ope
rate
4198
12
01
Posi
tive
sequ
ence
und
ervo
ltage
pro
tect
ion
(1 s
tage
), va
riant
s FC
06,0
7,51
,52,
54LD
0.PS
PTU
V1.S
tr.ge
nera
lPS
PTU
V1.S
TAR
TSt
art[.
gene
ral]
10=S
tart
4284
12
11
LD0.
PSPT
UV1
.Op.
gene
ral
PSPT
UV1
.OPE
RAT
EO
pera
te[.g
ener
al]
10=O
pera
te42
901
20
1N
egat
ive
sequ
ence
ove
rvol
tage
pro
tect
ion
(1 s
tage
), va
riant
s FC
06,0
7,51
,52,
54LD
0.N
SPTO
V1.S
tr.ge
nera
lN
SPTO
V1.S
TAR
TSt
art[.
gene
ral]
10=S
tart
4384
12
11
LD0.
NSP
TOV1
.Op.
gene
ral
NSP
TOV1
.OPE
RAT
EO
pera
te[.g
ener
al]
10=O
pera
te43
901
20
1R
esid
ual o
verv
olta
ge p
rote
ctio
n (3
sta
ges)
, var
iant
s FC
01,0
2,05
,06,
07,5
1,52
,54
LD0.
RO
VPTO
V1.S
tr.ge
nera
lR
OVP
TOV1
.STA
RT
Stag
e 1
Star
t10
=Sta
ge 1
sta
rt44
841
21
1LD
0.R
OVP
TOV1
.Op.
gene
ral
RO
VPTO
V1.O
PER
ATE
Stag
e 1
Ope
rate
10=S
tage
1 o
pera
te44
901
20
1LD
0.R
OVP
TOV2
.Op.
gene
ral
RO
VPTO
V2.O
PER
ATE
Stag
e 2
Ope
rate
10=S
tage
2 o
pera
te44
911
20
1LD
0.R
OVP
TOV2
.Str.
gene
ral
RO
VPTO
V2.S
TAR
TSt
age
2 St
art
10=S
tage
2 s
tart
4494
12
11
LD0.
RO
VPTO
V3.S
tr.ge
nera
lR
OVP
TOV3
.STA
RT
Stag
e 3
Star
t10
=Sta
ge 3
sta
rt44
961
21
1LD
0.R
OVP
TOV3
.Op.
gene
ral
RO
VPTO
V3.O
PER
ATE
Stag
e 3
Ope
rate
10=S
tage
3 o
pera
te44
981
20
1Sw
itch
on to
faul
t pro
tect
ion,
var
iant
FC
51LD
0.C
BRSO
F1.O
p.ge
nera
l-
Ope
rate
[.gen
eral
]10
=Ope
rate
4590
12
01
Phys
ical
bin
ary
I/O s
igna
lsLD
0.XG
GIO
130.
Ind1
.stV
al-
X130
-Inpu
t 110
=ON
, 01=
OFF
501
01
11
LD0.
XGG
IO13
0.In
d2.s
tVal
-X1
30-In
put 2
10=O
N, 0
1=O
FF50
20
11
1LD
0.XG
GIO
130.
Ind3
.stV
al-
X130
-Inpu
t 310
=ON
, 01=
OFF
503
01
11
LD0.
XGG
IO13
0.In
d4.s
tVal
-X1
30-In
put 4
10=O
N, 0
1=O
FF50
40
11
1LD
0.XG
GIO
130.
Ind5
.stV
al-
X130
-Inpu
t 510
=ON
, 01=
OFF
505
01
11
LD0.
XGG
IO13
0.In
d6.s
tVal
-X1
30-In
put 6
10=O
N, 0
1=O
FF50
60
11
1LD
0.XG
GIO
130.
SPC
SO1.
stVa
l-
X130
-Out
put 1
10=O
N, 0
1=O
FF50
101
01
11
LD0.
XGG
IO13
0.SP
CSO
2.st
Val
-X1
30-O
utpu
t 210
=ON
, 01=
OFF
5010
20
11
1LD
0.XG
GIO
130.
SPC
SO3.
stVa
l-
X130
-Out
put 3
10=O
N, 0
1=O
FF50
103
11
11
LD0.
XGG
IO12
0.In
d1.s
tVal
-X1
20-In
put 1
10=O
N, 0
1=O
FF51
11
11
1LD
0.XG
GIO
120.
Ind2
.stV
al-
X120
-Inpu
t 210
=ON
, 01=
OFF
512
11
11
LD0.
XGG
IO12
0.In
d3.s
tVal
-X1
20-In
put 3
10=O
N, 0
1=O
FF51
31
11
1LD
0.XG
GIO
120.
Ind4
.stV
al-
X120
-Inpu
t 410
=ON
, 01=
OFF
514
11
11
LD0.
XGG
IO11
0.In
d1.s
tVal
-X1
10-In
put 1
10=O
N, 0
1=O
FF52
11
11
1LD
0.XG
GIO
110.
Ind2
.stV
al-
X110
-Inpu
t 210
=ON
, 01=
OFF
522
11
11
LD0.
XGG
IO11
0.In
d3.s
tVal
-X1
10-In
put 3
10=O
N, 0
1=O
FF52
31
11
1LD
0.XG
GIO
110.
Ind4
.stV
al-
X110
-Inpu
t 410
=ON
, 01=
OFF
524
11
11
LD0.
XGG
IO11
0.In
d5.s
tVal
-X1
10-In
put 5
10=O
N, 0
1=O
FF52
51
11
1LD
0.XG
GIO
110.
Ind6
.stV
al-
X110
-Inpu
t 610
=ON
, 01=
OFF
526
11
11
LD0.
XGG
IO11
0.In
d7.s
tVal
-X1
10-In
put 7
10=O
N, 0
1=O
FF52
71
11
1LD
0.XG
GIO
110.
Ind8
.stV
al-
X110
-Inpu
t 810
=ON
, 01=
OFF
528
11
11
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 19Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
XGG
IO11
0.SP
CSO
1.st
Val
-X1
10-O
utpu
t 110
=ON
, 01=
OFF
5210
10
11
1LD
0.XG
GIO
110.
SPC
SO2.
stVa
l-
X110
-Out
put 2
10=O
N, 0
1=O
FF52
102
01
11
LD0.
XGG
IO11
0.SP
CSO
3.st
Val
-X1
10-O
utpu
t 310
=ON
, 01=
OFF
5210
30
11
1LD
0.XG
GIO
110.
SPC
SO4.
stVa
l-
X110
-Out
put 4
10=O
N, 0
1=O
FF52
104
01
11
LD0.
XGG
IO10
0.SP
CSO
1.st
Val
-X1
00-O
utpu
t 110
=ON
, 01=
OFF
5310
10
11
1LD
0.XG
GIO
100.
SPC
SO2.
stVa
l-
X100
-Out
put 2
10=O
N, 0
1=O
FF53
102
01
11
LD0.
XGG
IO10
0.SP
CSO
3.st
Val
-X1
00-O
utpu
t 310
=ON
, 01=
OFF
5310
30
11
1LD
0.XG
GIO
100.
SPC
SO4.
stVa
l-
X100
-Out
put 4
10=O
N, 0
1=O
FF53
104
01
11
LD0.
XGG
IO10
0.SP
CSO
5.st
Val
-X1
00-O
utpu
t 510
=ON
, 01=
OFF
5310
50
11
1LD
0.XG
GIO
100.
SPC
SO6.
stVa
l-
X100
-Out
put 6
10=O
N, 0
1=O
FF53
106
01
11
LD0.
XAG
GIO
130.
Ind1
.stV
al-
XA13
0-In
put 1
10=O
N, 0
1=O
FF54
10
11
1LD
0.XA
GG
IO13
0.In
d2.s
tVal
-XA
130-
Inpu
t 210
=ON
, 01=
OFF
542
01
11
LD0.
XAG
GIO
130.
Ind3
.stV
al-
XA13
0-In
put 3
10=O
N, 0
1=O
FF54
30
11
1LD
0.XA
GG
IO13
0.In
d4.s
tVal
-XA
130-
Inpu
t 410
=ON
, 01=
OFF
544
01
11
Load
she
ddin
g (L
SHD
PFR
Q).
3 st
ages
, var
iant
FC
51LD
0.LS
HD
PTR
C1.
Str.g
ener
alLS
HD
PFR
Q1.
STAR
TSt
art s
tage
110
= S
tart
8211
11
11
LD0.
LSH
DPT
RC
1.O
p.ge
nera
lLS
HD
PFR
Q1.
OPE
RAT
EO
pera
te s
tage
110
= O
pera
te82
121
10
1LD
0.LS
HD
PTR
C1.
Res
tLod
Str.g
ener
alLS
HD
PFR
Q1.
ST_R
EST
Star
t of r
esto
re s
tage
110
= S
tart
8213
11
11
LD0.
LSH
DPT
RC
1.R
estL
odO
p.ge
nera
lLS
HD
PFR
Q1.
RES
TOR
ER
esto
re th
e lo
ad s
tage
110
= O
pera
te82
141
10
1LD
0.LS
HD
PTR
C2.
Str.g
ener
alLS
HD
PFR
Q2.
STAR
TSt
art s
tage
210
= S
tart
8221
11
11
LD0.
LSH
DPT
RC
2.O
p.ge
nera
lLS
HD
PFR
Q2.
OPE
RAT
EO
pera
te s
tage
210
= O
pera
te82
221
10
1LD
0.LS
HD
PTR
C2.
Res
tLod
Str.g
ener
alLS
HD
PFR
Q2.
ST_R
EST
Star
t of r
esto
re s
tage
210
= S
tart
8223
11
11
LD0.
LSH
DPT
RC
2.R
estL
odO
p.ge
nera
lLS
HD
PFR
Q2.
RES
TOR
ER
esto
re th
e lo
ad s
tage
210
= O
pera
te82
241
10
1LD
0.LS
HD
PTR
C3.
Str.g
ener
alLS
HD
PFR
Q3.
STAR
TSt
art s
tage
310
= S
tart
8231
11
11
LD0.
LSH
DPT
RC
3.O
p.ge
nera
lLS
HD
PFR
Q3.
OPE
RAT
EO
pera
te s
tage
310
= O
pera
te82
321
10
1LD
0.LS
HD
PTR
C3.
Res
tLod
Str.g
ener
alLS
HD
PFR
Q3.
ST_R
EST
Star
t of r
esto
re s
tage
310
= S
tart
8233
11
11
LD0.
LSH
DPT
RC
3.R
estL
odO
p.ge
nera
lLS
HD
PFR
Q3.
RES
TOR
ER
esto
re th
e lo
ad s
tage
310
= O
pera
te82
341
10
1Po
wer
qua
lity
- cur
rent
tota
l har
mon
ic d
isto
rtion
, opt
iona
l in
FC05
,06,
51LD
0.C
MH
AI1.
Alm
.stV
alAL
ARM
Dis
torti
on A
larm
10=A
larm
9510
11
20
1Po
wer
qua
lity
- vol
tage
tota
l har
mon
ic d
isto
rtion
, opt
iona
l in
varia
nts
FC05
,06,
51LD
0.VM
HAI
1.Al
m.s
tVal
ALAR
MD
isto
rtion
ala
rm10
=Ala
rm95
105
12
01
Pow
er q
ualit
y - v
olta
ge v
aria
tion,
opt
iona
l in
varia
nts
FC05
,06,
51LD
0.PH
1QVV
R1.
VarS
trGen
.stV
al
Varia
tion
even
t det
ecte
d10
=Det
ecte
d95
121
12
01
LD0.
PH1Q
VVR
1.Va
rEnd
.stV
al
Varia
tion
even
t end
ed10
=End
ed95
122
12
01
LD0.
PH1Q
VVR
1.Sw
lOp.
stVa
l
Swel
l eve
nt d
etec
ted
10=D
etec
ted
9512
31
20
1LD
0.PH
1QVV
R1.
Dip
Op.
stVa
l
Dip
eve
nt d
etec
ted
10=D
etec
ted
9512
41
20
1LD
0.PH
1QVV
R1.
IntrO
ptVa
l
Inte
rrupt
ion
even
t det
ecte
d10
=Det
ecte
d95
125
12
01
Har
mon
ics-
base
d ea
rth-fa
ult p
rote
ctio
n, o
ptio
nal i
n va
riant
s FC
02,0
4,06
,51,
52LD
0.H
AEFP
TOC
1.St
r.gen
eral
STAR
TSt
age
star
t10
=Sta
rt10
012
11
21
1
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756816 CIEC 60870-5-103 data mappings
20 REF615Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
HAE
FPTO
C1.
Op.
gene
ral
OPE
RAT
ESt
age
oper
ate
10=O
pera
te10
012
21
20
1Ar
c pr
otec
tion
(3 s
tage
s), o
ptio
nal
LD0.
ARC
SAR
C1.
FAD
et.s
tVal
ARC
SAR
C1.
ARC
_FLT
_DET
Stag
e1 F
ault
arc
dete
cted
10=S
tage
1 ar
c de
tect
ed15
621
11
10
1LD
0.AR
CSA
RC
1.In
Rem
FA.s
tVal
St
age1
Rem
ote
faul
t arc
dete
cted
10=S
tage
1 R
emot
e ar
c de
tect
ed15
621
21
10
1
LD0.
ARC
PTR
C1.
Op.
gene
ral
ARC
SAR
C1.
OPE
RAT
ESt
age1
Ope
rate
10=S
tage
1 op
erat
e15
621
31
20
1LD
0.AR
CSA
RC
2.FA
Det
.stV
alAR
CSA
RC
2.AR
C_F
LT_D
ETSt
age2
Fau
lt ar
c de
tect
ed10
=Sta
ge2
arc
dete
cted
156
221
11
01
LD0.
ARC
SAR
C2.
InR
emFA
.stV
al
Stag
e2 R
emot
e fa
ult a
rcde
tect
ed10
=Sta
ge2
Rem
ote
arc
dete
cted
156
222
11
01
LD0.
ARC
PTR
C2.
Op.
gene
ral
ARC
SAR
C2.
OPE
RAT
ESt
age2
Ope
rate
10=S
tage
2 op
erat
e15
622
31
20
1LD
0.AR
CSA
RC
3.FA
Det
.stV
alAR
CSA
RC
3.AR
C_F
LT_D
ETSt
age3
Fau
lt ar
c de
tect
ed10
=Sta
ge3
arc
dete
cted
156
231
11
01
LD0.
ARC
SAR
C3.
InR
emFA
.stV
al
Stag
e3 R
emot
e fa
ult a
rcde
tect
ed10
=Sta
ge3
Rem
ote
arc
dete
cted
156
232
11
01
LD0.
ARC
PTR
C3.
Op.
gene
ral
ARC
SAR
C3.
OPE
RAT
ESt
age3
Ope
rate
10=S
tage
3 op
erat
e15
623
31
20
1Ph
ase
disc
ontin
uity
pro
tect
ion
(1 s
tage
), no
t in
varia
nt F
C51
LD0.
PDN
SPTO
C1.
Str.g
ener
alPD
NSP
TOC
1.ST
ART
Star
t10
=Sta
ge s
tart
157
841
21
1LD
0.PD
NSP
TOC
1.O
p.ge
nera
lPD
NSP
TOC
1.O
PER
ATE
Ope
rate
10=S
tage
ope
rate
157
901
20
1Tr
ansi
ent/i
nter
mitt
ent e
arth
-faul
t pro
tect
ion
(1 s
tage
), FC
01,0
2,05
,06,
52,5
4LD
0.IN
TRPT
EF1.
Str.g
ener
alIN
TRPT
EF1.
STAR
TSt
art
10=S
tage
sta
rt15
884
12
11
LD0.
INTR
PTEF
1.O
p.ge
nera
lIN
TRPT
EF1.
OPE
RAT
EO
pera
te10
=Sta
ge o
pera
te15
890
12
01
Non
-dire
ctio
nal e
arth
-faul
t and
sen
sitiv
e ea
rth-fa
ult p
rote
ctio
n (4
sta
ges)
, FC
03,0
4,53
LD0.
EFLP
TOC
1.St
r.gen
eral
EFLP
TOC
1.ST
ART
Low
(1) s
tage
Sta
rt10
=Low
(1) s
tage
sta
rt15
984
12
11
LD0.
EFLP
TOC
1.O
p.ge
nera
lEF
LPTO
C1.
OPE
RAT
ELo
w(1
) sta
ge O
pera
te10
=Low
(1) s
tage
ope
rate
159
901
20
1LD
0.EF
LPTO
C2.
Op.
gene
ral
EFLP
TOC
2.O
PER
ATE
Low
(2) s
tage
Ope
rate
10=L
ow(2
) sta
ge o
pera
te15
991
12
01
LD0.
EFLP
TOC
2.St
r.gen
eral
EFLP
TOC
2.ST
ART
Low
(2) s
tage
Sta
rt10
=Low
(2) s
tage
sta
rt15
994
12
11
LD0.
EFH
PTO
C1.
Str.g
ener
alEF
HPT
OC
1.ST
ART
Hig
h st
age
Star
t10
=Hig
h st
age
star
t15
996
12
11
LD0.
EFIP
TOC
1.St
r.gen
eral
EFIP
TOC
1.ST
ART
Inst
ante
ous
stag
e St
art
10=I
nsta
nteo
us s
tage
sta
rt15
997
12
11
LD0.
EFH
PTO
C1.
Op.
gene
ral
EFH
PTO
C1.
OPE
RAT
EH
igh
stag
e O
pera
te10
=Hig
h st
age
oper
ate
159
981
20
1LD
0.EF
IPTO
C1.
Op.
gene
ral
EFIP
TOC
1.O
PER
ATE
Inst
ante
ous
stag
e O
pera
te10
=Ins
tant
eous
sta
ge o
pera
te15
999
12
01
Phas
e ov
ercu
rrent
pro
tect
ion
(4 s
tage
s)LD
0.PH
(3)IP
TOC
1.St
r.phs
A-
Inst
ante
ous
stag
e St
art[.
phsA
]10
=Ins
t. st
age
phsA
sta
rt16
234
02
11
LD0.
PH(3
)IPTO
C1.
Str.p
hsB
-In
stan
teou
s st
age
Star
t[.ph
sB]
10=I
nst.
stag
e ph
sB s
tart
162
350
21
1LD
0.PH
(3)IP
TOC
1.St
r.phs
C-
Inst
ante
ous
stag
e St
art[.
phsC
]10
=Ins
t. st
age
phsC
sta
rt16
236
02
11
LD0.
PH(3
)HPT
OC
2.St
r.phs
A-
Hig
h(2)
sta
ge S
tart[
.phs
A]10
=Hig
h(2)
sta
ge p
hsA
star
t16
244
02
11
LD0.
PH(3
)HPT
OC
2.St
r.phs
B-
Hig
h(2)
sta
ge S
tart[
.phs
B]10
=Hig
h(2)
sta
ge p
hsB
star
t16
245
02
11
LD0.
PH(3
)HPT
OC
2.St
r.phs
C-
Hig
h(2)
sta
ge S
tart[
.phs
C]
10=H
igh(
2) s
tage
phs
C s
tart
162
460
21
1LD
0.PH
(3)H
PTO
C1.
Str.p
hsA
-H
igh(
1) s
tage
Sta
rt[.p
hsA]
10=H
igh(
1) s
tage
phs
A st
art
162
540
21
1LD
0.PH
(3)H
PTO
C1.
Str.p
hsB
-H
igh(
1) s
tage
Sta
rt[.p
hsB]
10=H
igh(
1) s
tage
phs
B st
art
162
550
21
1LD
0.PH
(3)H
PTO
C1.
Str.p
hsC
-H
igh(
1) s
tage
Sta
rt[.p
hsC
]10
=Hig
h(1)
sta
ge p
hsC
sta
rt16
256
02
11
LD0.
PH(3
)LPT
OC
1.St
r.phs
A-
Low
sta
ge S
tart[
.phs
A]10
=Low
sta
ge p
hsA
star
t16
264
02
11
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 21Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
PH(3
)LPT
OC
1.St
r.phs
B-
Low
sta
ge S
tart[
.phs
B]10
=Low
sta
ge p
hsB
star
t16
265
02
11
LD0.
PH(3
)LPT
OC
1.St
r.phs
C-
Low
sta
ge S
tart[
.phs
C]
10=L
ow s
tage
phs
C s
tart
162
660
21
1LD
0.PH
(3)L
PTO
C1.
Str.g
ener
alPH
(3)L
PTO
C1.
STAR
TLo
w s
tage
Sta
rt[.g
ener
al]
10=L
ow s
tage
sta
rt16
284
12
11
LD0.
PH(3
)LPT
OC
1.O
p.ge
nera
lPH
(3)L
PTO
C1.
OPE
RAT
ELo
w s
tage
Ope
rate
[.gen
eral
]10
=Low
sta
ge o
pera
te16
290
12
01
LD0.
PH(3
)HPT
OC
1.O
p.ge
nera
lPH
(3)H
PTO
C1.
OPE
RAT
EH
igh(
1) s
tage
Ope
rate
[.gen
eral
]10
=Hig
h(1)
sta
ge o
pera
te16
291
12
01
LD0.
PH(3
)HPT
OC
1.St
r.gen
eral
PH(3
)HPT
OC
1.ST
ART
Hig
h(1)
sta
ge S
tart[
.gen
eral
]10
=Hig
h(1)
sta
ge s
tart
162
941
21
1LD
0.PH
(3)H
PTO
C2.
Str.g
ener
alPH
(3)H
PTO
C2.
STAR
TH
igh(
2) s
tage
Sta
rt[.g
ener
al]
10=H
igh(
2) s
tage
sta
rt16
296
12
11
LD0.
PH(3
)IPTO
C1.
Str.g
ener
alPH
(3)IP
TOC
1.ST
ART
Inst
ante
ous s
tage
Sta
rt[.g
ener
al]
10=I
nsta
nteo
us s
tage
sta
rt16
297
12
11
LD0.
PH(3
)HPT
OC
2.O
p.ge
nera
lPH
(3)H
PTO
C2.
OPE
RAT
EH
igh(
2) s
tage
Ope
rate
[.gen
eral
]10
=Hig
h(2)
sta
ge o
pera
te16
298
12
01
LD0.
PH(3
)IPTO
C1.
Op.
gene
ral
PH(3
)IPTO
C1.
OPE
RAT
EIn
stan
teou
s st
age
Ope
rate
[.gen
eral
]10
=Ins
tant
eous
sta
ge o
pera
te16
299
12
01
DEF
xPD
EFx
- Dire
ctio
nal e
arth
-faul
t pro
tect
ion
(3 s
tage
s), v
aria
nts
FC01
,02,
05,0
6,07
,51,
52,5
4LD
0.D
EFLP
TOC
1.St
r.gen
eral
DEF
LPD
EF1.
STAR
TLo
w(1
) sta
ge s
tart
10=L
ow(1
) sta
ge s
tart
163
841
21
1LD
0.D
EFLP
TOC
1.O
p.ge
nera
lD
EFLP
DEF
1.O
PER
ATE
Low
(1) s
tage
ope
rate
10=L
ow(1
) sta
ge o
pera
te16
390
12
01
LD0.
DEF
LPTO
C2.
Op.
gene
ral
DEF
LPD
EF2.
OPE
RAT
ELo
w(2
) sta
ge o
pera
te10
=Low
(2) s
tage
ope
rate
163
911
20
1LD
0.D
EFLP
TOC
2.St
r.gen
eral
DEF
LPD
EF2.
STAR
TLo
w(2
) sta
ge s
tart
10=L
ow(2
) sta
ge s
tart
163
941
21
1LD
0.D
EFH
PTO
C1.
Str.g
ener
alD
EFH
PDEF
1.ST
ART
Hig
h st
age
star
t10
=Hig
h st
age
star
t16
396
12
11
LD0.
DEF
HPT
OC
1.O
p.ge
nera
lD
EFH
PDEF
1.O
PER
ATE
Hig
h st
age
oper
ate
10=H
igh
stag
e op
erat
e16
398
12
01
Thre
e-ph
ase
inru
sh d
etec
tion
LD0.
INR
PHAR
1.St
r.phs
A-
Star
t[.ph
sA]
10=S
tart
phsA
167
640
21
1LD
0.IN
RPH
AR1.
Str.p
hsB
-St
art[.
phsB
]10
=Sta
rt ph
sB16
765
02
11
LD0.
INR
PHAR
1.St
r.phs
C-
Star
t[.ph
sC]
10=S
tart
phsC
167
660
21
1LD
0.IN
RPH
AR1.
Str.g
ener
al-
Star
t[.ge
nera
l]10
=Sta
rt ge
nera
l16
784
12
11
Ther
mal
ove
rload
pro
tect
ion,
not
in F
C51
LD0.
T1PT
TR1.
Str.g
ener
alT1
PTTR
1.ST
ART
Star
t10
=Sta
rt16
884
12
11
LD0.
T1PT
TR1.
Alm
Thm
.gen
eral
T1PT
TR1.
ALAR
MTh
erm
al a
larm
10=T
herm
al a
larm
168
851
21
1LD
0.T1
PTTR
1.O
p.ge
nera
lT1
PTTR
1.O
PER
ATE
Ope
rate
10=O
pera
te16
890
12
01
Auto
recl
osin
g, o
ptio
nal,
not i
n va
riant
s FC
53,5
4LD
0.D
ARR
EC1.
RsR
ec.c
tlVal
-AR
rese
t10
=Res
et16
919
120
01
LD0.
DAR
REC
1.R
sCnt
.ctlV
al-
AR c
ount
ers
rese
t10
=Res
et16
920
120
01
LD0.
DAR
REC
1.Pr
gRec
1.st
Val
DAR
REC
1.IN
PRO
_1AR
in p
rogr
ess
1st r
eclo
se10
=In
prog
ress
169
101
12
01
LD0.
DAR
REC
1.Pr
gRec
2.st
Val
DAR
REC
1.IN
PRO
_2AR
in p
rogr
ess
2nd
recl
ose
10=I
n pr
ogre
ss16
910
21
20
1LD
0.D
ARR
EC1.
PrgR
ec3.
stVa
lD
ARR
EC1.
INPR
O_3
AR in
pro
gres
s 3r
d re
clos
e10
=In
prog
ress
169
103
12
01
LD0.
DAR
REC
1.Pr
gRec
4.st
Val
DAR
REC
1.IN
PRO
_4AR
in p
rogr
ess
4th
recl
ose
10=I
n pr
ogre
ss16
910
41
20
1LD
0.D
ARR
EC1.
PrgR
ec5.
stVa
lD
ARR
EC1.
INPR
O_5
AR in
pro
gres
s 5t
h re
clos
e10
=In
prog
ress
169
105
12
01
LD0.
DAR
REC
1.Pr
gRec
.stV
alD
ARR
EC1.
INPR
OAR
in p
rogr
ess
10=I
n pr
ogre
ss16
912
01
20
1LD
0.D
ARR
EC1.
CBM
anC
ls.s
tVal
DAR
REC
1.M
AN_C
B_C
LC
B m
anua
lly c
lose
d10
=CB
man
ually
clo
sed
169
159
12
01
LD0.
DAR
REC
1.LO
.stV
alD
ARR
EC1.
LOC
KED
Lock
out s
tatu
s10
=Loc
kout
169
164
12
01
LD0.
DAR
REC
1.U
nsR
ec.s
tVal
DAR
REC
1.U
NSU
C_R
ECL
Uns
ucce
ssfu
l rec
lose
sta
tus
10=U
nsuc
cess
ful r
eclo
se16
917
01
20
1LD
0.D
ARR
EC1.
Rdy
Rec
.stV
alD
ARR
EC1.
REA
DY
Rea
dy re
clos
e st
atus
10=R
eclo
se re
ady
169
172
12
01
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756816 CIEC 60870-5-103 data mappings
22 REF615Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
DAR
REC
1.Ac
tRec
.stV
alD
ARR
EC1.
ACTI
VEAc
tive
recl
ose
stat
us10
=Rec
lose
act
ive
169
173
12
01
LD0.
DAR
REC
1.Pr
gDsr
.stV
alD
ARR
EC1.
DIS
CR
_IN
PRO
Dis
crim
inat
ion
time
in p
rogr
ess
10=D
iscr
imin
atio
n tim
e in
pro
gres
s16
917
41
20
1LD
0.D
ARR
EC1.
PrgC
utO
ut.s
tVal
DAR
REC
1.C
UTO
UT_
INPR
OC
utou
t tim
e in
pro
gres
s10
=Cut
out t
ime
in p
rogr
ess
169
175
12
01
LD0.
DAR
REC
1.Fr
qOpA
lm.s
tVal
DAR
REC
1.FR
Q_O
P_AL
MFr
eque
nt o
pera
tion
coun
ter
alar
m10
=Fre
quen
t ope
ratio
n al
arm
169
176
12
01
LD0.
DAR
REC
1.R
clTm
Str.s
tVal
-R
ecla
im ti
me
star
ted
10=R
ecla
im ti
me
star
ted
169
177
12
01
LD0.
DAR
REC
1.Pr
oCrd
.stV
al-
Prot
ectio
n co
ordi
natio
n10
=Pro
tect
ion
coor
dina
tion
169
178
12
01
LD0.
DAR
REC
1.O
p.ge
nera
lD
ARR
EC1.
CLO
SE_C
BO
pera
te (c
lose
com
man
d to
XCBR
)10
=Clo
se c
omm
and
to C
B16
917
91
20
1
LD0.
DAR
REC
1.O
pOpn
.gen
eral
DAR
REC
1.O
PEN
_CB
Ope
rate
(ope
n co
mm
and
toXC
BR)
10=O
pen
com
man
d to
CB
169
180
12
01
LD0.
DAR
REC
1.U
nsC
BCls
.stV
alD
ARR
EC1.
UN
SUC
_CB
Uns
ucce
ssfu
l CB
clos
ing
stat
us10
=Uns
ucce
ssfu
l CB
clos
ing
169
181
12
01
LD0.
DAR
REC
1.W
tMst
r.stV
alD
ARR
EC1.
CM
D_W
AIT
Mas
ter s
igna
l to
follo
wer
10=M
aste
r sig
nal t
o fo
llow
er16
918
21
20
1Ph
ase
curre
nts
limit
supe
rvis
ion
LD0.
CM
MXU
1.H
iAlm
.stV
alC
MM
XU1.
HIG
H_A
LAR
MH
igh
alar
m10
=Hig
h al
arm
210
11
11
1LD
0.C
MM
XU1.
HiW
rn.s
tVal
CM
MXU
1.H
IGH
_WAR
NH
igh
war
ning
10=H
igh
war
ning
210
21
11
1LD
0.C
MM
XU1.
LoW
rn.s
tVal
CM
MXU
1.LO
W_W
ARN
Low
war
ning
10=L
ow w
arni
ng21
03
11
11
LD0.
CM
MXU
1.Lo
Alm
.stV
alC
MM
XU1.
LOW
_ALA
RM
Low
ala
rm10
=Low
ala
rm21
04
11
11
Res
idua
l cur
rent
lim
it su
perv
isio
nLD
0.R
ESC
MM
XU1.
HiA
lm.s
tVal
RES
CM
MXU
1.H
IGH
_ALA
R M
Hig
h al
arm
10=H
igh
alar
m21
011
11
11
LD0.
RES
CM
MXU
1.H
iWrn
.stV
alR
ESC
MM
XU1.
HIG
H_W
AR N
Hig
h w
arni
ng10
=Hig
h w
arni
ng21
012
11
11
Phas
e-to
-pha
se v
olta
ge li
mit
supe
rvis
ion,
var
iant
s FC
05,0
6,07
,51,
52,5
4LD
0.VM
MXU
1.H
iAlm
.stV
alVM
MXU
1.H
IGH
_ALA
RM
Hig
h al
arm
10=H
igh
alar
m21
11
11
11
LD0.
VMM
XU1.
HiW
rn.s
tVal
VMM
XU1.
HIG
H_W
ARN
Hig
h w
arni
ng10
=Hig
h w
arni
ng21
12
11
11
LD0.
VMM
XU1.
LoW
rn.s
tVal
VMM
XU1.
LOW
_WAR
NLo
w w
arni
ng10
=Low
war
ning
211
31
11
1LD
0.VM
MXU
1.Lo
Alm
.stV
alVM
MXU
1.LO
W_A
LAR
MLo
w a
larm
10=L
ow a
larm
211
41
11
1R
esid
ual v
olta
ge li
mit
supe
rvis
ion,
var
iant
s FC
01,0
2,05
,06,
51,5
2,54
LD0.
RES
VMM
XU1.
HiA
lm.s
tVal
RES
VMM
XU1.
HIG
H_A
LAR
MH
igh
alar
m10
=Hig
h al
arm
211
111
11
1LD
0.R
ESVM
MXU
1.H
iWrn
.stV
alR
ESVM
MXU
1.H
IGH
_WAR
NH
igh
war
ning
10=H
igh
war
ning
211
121
11
1Ph
ase
curre
nts
(b) l
imit
supe
rvis
ion,
var
iant
FC
51LD
0.C
MM
XU2.
HiA
lm.s
tVal
CM
MXU
2.H
IGH
_ALA
RM
Hig
h al
arm
10=H
igh
alar
m21
21
11
11
LD0.
CM
MXU
2.H
iWrn
.stV
alC
MM
XU2.
HIG
H_W
ARN
Hig
h w
arni
ng10
=Hig
h w
arni
ng21
22
11
11
LD0.
CM
MXU
2.Lo
Wrn
.stV
alC
MM
XU2.
LOW
_WAR
NLo
w w
arni
ng10
=Low
war
ning
212
31
11
1LD
0.C
MM
XU2.
LoAl
m.s
tVal
CM
MXU
2.LO
W_A
LAR
MLo
w a
larm
10=L
ow a
larm
212
41
11
1C
ircui
t bre
aker
pos
ition
and
failu
re p
rote
ctio
nC
TRL.
CBC
ILO
1.En
aOpn
.stV
alC
BXC
BR1.
ENA_
OPE
NC
B op
en e
nabl
ed10
=Ope
n en
able
d24
021
11
11
CTR
L.C
BCIL
O1.
EnaC
ls.s
tVal
CBX
CBR
1.EN
A_C
LOSE
CB
clos
e en
able
d10
=Clo
se e
nabl
ed24
022
11
11
CTR
L.C
BXC
BR1.
BlkO
pn.s
tVal
CBX
CBR
1.BL
K_O
PEN
CB
open
blo
cked
10=O
pen
bloc
ked
240
231
11
1C
TRL.
CBX
CBR
1.Bl
kCls
.stV
alC
BXC
BR1.
BLK_
CLO
SEC
B cl
ose
bloc
ked
10=C
lose
blo
cked
240
241
11
1C
TRL.
CBC
ILO
1.Itl
ByPs
s.st
Val
CBX
CBR
1.IT
L_BY
PASS
CB
inte
rlock
ing
bypa
ss10
=Int
erlo
ckin
g by
pass
ed24
025
01
11
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 23Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
CC
BRBR
F1.S
tr.ge
nera
lC
CBR
BRF1
.CB_
FAU
LT_A
LSt
art,
timer
runn
ing
10=S
tart,
timer
runn
ing
240
101
02
11
LD0.
CC
BRBR
F1.O
pEx.
gene
ral
CC
BRBR
F1.T
RBU
Failu
re, e
xter
nal t
rip10
=Fai
lure
,ext
erna
l trip
240
102
02
01
LD0.
CC
BRBR
F1.O
pIn.
gene
ral
CC
BRBR
F1.T
RR
ETO
pera
te, i
nter
nal r
etrip
10=O
pera
te, i
nter
nal r
e-tri
p24
010
30
20
1C
TRL.
CBC
SWI.P
os.s
tSel
d
CB
sele
cted
10=S
elec
ted
240
120
12
11
CTR
L.C
BCSW
I1.P
os.s
tVal
CBX
CBR
1.PO
SITI
ON
Circ
uit b
reak
er p
ositi
on10
=Clo
se;0
1=O
pen;
00=I
nter
med
iate
;11=
Erro
r24
016
01
1,20
12
Circ
uit b
reak
er c
ondi
tion
mon
itorin
g, v
aria
nts
FC02
,04,
05,0
6,07
,51,
52,5
4LD
0.SS
CBR
1.R
sAcc
APw
r.ctlV
alSS
CBR
1.R
ST_I
POW
Res
et a
ccum
ulat
ion
ener
gy10
=Res
et24
219
120
01
LD0.
SSC
BR1.
RsC
BWea
r.ctlV
alSS
CBR
1.R
ST_C
B_W
EAR
Res
et C
B re
mai
ning
life
and
op.c
ount
ers
10=R
eset
242
201
200
1
LD0.
SSC
BR1.
RsT
rvTm
.ctlV
alSS
CBR
1.R
ST_T
RV_
TR
eset
CB
trave
lling
time
alar
m10
=Res
et24
221
120
01
LD0.
SSC
BR1.
RsS
prC
haTm
.ctlV
alSS
CBR
1.R
ST_S
PR_T
Res
et C
B sp
ring
char
ge ti
me
alar
m10
=Res
et24
222
120
01
LD0.
SSC
BR1.
Opn
Alm
.stV
alSS
CBR
1.TR
V_T_
OP_
ALM
Ope
n tra
vel t
ime
exce
eded
10=O
pen
trave
l tim
e al
arm
242
101
01
01
LD0.
SSC
BR1.
Cls
Alm
.stV
alSS
CBR
1.TR
V_T_
CL_
ALM
Clo
se tr
avel
tim
e ex
ceed
ed10
=Clo
se tr
avel
tim
e al
arm
242
102
01
01
LD0.
SSC
BR1.
SprC
haAl
m.s
tVal
SSC
BR1.
SPR
_CH
R_A
LMSp
ring
char
ging
tim
e ex
ceed
ed10
=Spr
ing
char
ging
tim
e al
arm
242
103
01
01
LD0.
SSC
BR1.
OpN
umAl
m.s
tVal
SSC
BR1.
OPR
_ALM
Num
of C
B op
erat
ions
ala
rm10
=CB
oper
atio
ns a
larm
242
104
01
01
LD0.
SSC
BR1.
OpN
umLO
.stV
alSS
CBR
1.O
PR_L
ON
um o
f CB
oper
atio
ns lo
ckou
tlim
it10
=CB
oper
atio
ns lo
ckou
t ala
rm24
210
50
10
1
LD0.
SSC
BR1.
LonT
mAl
m.s
tVal
SSC
BR1.
MO
N_A
LMC
B 'n
ot o
pera
ted
for l
ong
time'
alar
m10
=CB
unac
tive
alar
m24
210
60
10
1
LD0.
SSC
BR1.
Pres
Alm
.stV
alSS
CBR
1.PR
ES_A
LMPr
essu
re b
elow
ala
rm le
vel
10=L
ow p
ress
ure
alar
m24
210
70
10
1LD
0.SS
CBR
1.Pr
esLO
.stV
alSS
CBR
1.PR
ES_L
OPr
essu
re b
elow
lock
out l
evel
10=L
ow p
ress
ure
lock
out a
larm
242
108
01
01
LD0.
SSC
BR1.
APw
rAlm
.stV
alSS
CBR
1.IP
OW
_ALM
Acc.
cur
rent
s po
wer
(Iyt
),ala
rmlim
it10
=Iyt
ala
rm24
210
90
10
1
LD0.
SSC
BR1.
APw
rLO
.stV
alSS
CBR
1.IP
OW
_LO
Acc.
cur
rent
s po
wer
(Iyt
),loc
kout
limit
10=I
yt lo
ckou
t ala
rm24
211
00
10
1
LD0.
SSC
BR1.
CBL
ifAlm
.stV
alSS
CBR
1.C
B_LI
FE_A
LMR
emai
ning
life
of C
B ex
ceed
edal
arm
lim
it10
=CB
life
alar
m24
211
10
10
1
Con
trolla
ble
disc
onne
ctor
1C
TRL.
DC
CIL
O1.
EnaO
pn.s
tVal
ENA_
OPE
NO
pen
enab
led
10=E
nabl
ed24
521
11
11
CTR
L.D
CC
ILO
1.En
aCls
.stV
alEN
A_C
LOSE
Clo
se e
nabl
ed10
=Ena
bled
245
221
11
1C
TRL.
DC
CIL
O1.
ItlBy
Pss.
stVa
lIT
L_BY
PASS
Inte
rlock
ing
bypa
ss10
=Byp
asse
d24
525
11
11
CTR
L.D
CXS
WI1
.Blk
Opn
.stV
alBL
K_O
PEN
Ope
n bl
ocke
d10
=Blo
cked
245
231
11
1C
TRL.
DC
XSW
I1.B
lkC
ls.s
tVal
BLK_
CLO
SEC
lose
blo
cked
10=B
lock
ed24
524
11
11
CTR
L.D
CC
SWI1
.stS
eld.
stVa
lSE
LEC
TED
DC
sel
ecte
d10
=Sel
ecte
d24
512
01
11
1C
TRL.
DC
CSW
I1.P
os.s
tVal
/ctlV
alPO
SITI
ON
DC
pos
/con
trol
10/0
1=C
lose
/Ope
n24
516
01
1,20
11
Con
trolla
ble
disc
onne
ctor
2C
TRL.
DC
CIL
O2.
EnaO
pn.s
tVal
ENA_
OPE
NO
pen
enab
led
10=E
nabl
ed24
621
11
11
CTR
L.D
CC
ILO
2.En
aCls
.stV
alEN
A_C
LOSE
Clo
se e
nabl
ed10
=Ena
bled
246
221
11
1C
TRL.
DC
CIL
O2.
ItlBy
Pss.
stVa
lIT
L_BY
PASS
Inte
rlock
ing
bypa
ss10
=Byp
asse
d24
625
11
11
CTR
L.D
CXS
WI2
.Blk
Opn
.stV
alBL
K_O
PEN
Ope
n bl
ocke
d10
=Blo
cked
246
231
11
1
Tabl
e co
ntin
ues
on n
ext p
age
Section 2 1MRS756816 CIEC 60870-5-103 data mappings
24 REF615Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
CTR
L.D
CXS
WI2
.Blk
Cls
.stV
alBL
K_C
LOSE
Clo
se b
lock
ed10
=Blo
cked
246
241
11
1C
TRL.
DC
CSW
I2.s
tSel
d.st
Val
SELE
CTE
DD
C s
elec
ted
10=S
elec
ted
246
120
11
11
CTR
L.D
CC
SWI2
.Pos
.stV
al/c
tlVal
POSI
TIO
ND
C p
os/c
ontro
l10
/01=
Clo
se/O
pen
246
160
11,
201
1C
ontro
llabl
e ea
rth s
witc
h 1
CTR
L.ES
CIL
O1.
EnaO
pn.s
tVal
ENA_
OPE
NO
pen
enab
led
10=E
nabl
ed24
721
11
11
CTR
L.ES
CIL
O1.
EnaC
ls.s
tVal
ENA_
CLO
SEC
lose
ena
bled
10=E
nabl
ed24
722
11
11
CTR
L.ES
CIL
O1.
ItlBy
Pss.
stVa
lIT
L_BY
PASS
Inte
rlock
ing
bypa
ss10
=Byp
asse
d24
725
11
11
CTR
L.ES
XSW
I1.B
lkO
pn.s
tVal
BLK_
OPE
NO
pen
bloc
ked
10=B
lock
ed24
723
11
11
CTR
L.ES
XSW
I1.B
lkC
ls.s
tVal
BLK_
CLO
SEC
lose
blo
cked
10=B
lock
ed24
724
11
11
CTR
L.ES
CSW
I1.s
tSel
d.st
Val
SELE
CTE
DD
C s
elec
ted
10=S
elec
ted
247
120
11
11
CTR
L.ES
CSW
I1.P
os.s
tVal
/ctlV
alPO
SITI
ON
DC
pos
/con
trol
10/0
1=C
lose
/Ope
n24
716
01
1,20
11
Dis
conn
ecto
r pos
ition
s, v
aria
nts
FC02
,04,
05,0
6,51
CTR
L.D
CSX
SWI1
.Pos
.stV
alD
CSX
SWI1
.PO
SITI
ON
Dis
conn
ecto
r 1 p
ositi
on10
=Clo
se;0
1=O
pen;
00=I
nter
med
iate
;11=
Erro
r25
31
11
12
CTR
L.D
CSX
SWI2
.Pos
.stV
alD
CSX
SWI2
.PO
SITI
ON
Dis
conn
ecto
r 2 p
ositi
on10
=Clo
se;0
1=O
pen;
00=I
nter
med
iate
;11=
Erro
r25
32
11
12
CTR
L.D
CSX
SWI3
.Pos
.stV
alD
CSX
SWI3
.PO
SITI
ON
Dis
conn
ecto
r 3 p
ositi
on10
=Clo
se;0
1=O
pen;
00=I
nter
med
iate
;11=
Erro
r25
33
11
12
CTR
L.ES
SXSW
I1.P
os.s
tVal
ESSX
SWI1
.PO
SITI
ON
Earth
sw
itch
posi
tion
10=C
lose
;01=
Ope
n;00
=Int
erm
edia
te;1
1=Er
ror
253
111
11
2
CTR
L.ES
SXW
I2.P
os.s
tVal
ESSX
SWI2
.PO
SITI
ON
Earth
sw
itch
2 po
s10
=Clo
se; 0
1=O
pen;
00=I
nter
med
iate
; 11=
Erro
r25
312
11
12
LHM
I LED
indi
catio
ns ty
pe 1
(2 s
tate
s)LD
0.LE
DG
GIO
1.IS
CSO
1.st
Val
-LE
D 1
sta
te10
=On
253
891
11
1LD
0.LE
DG
GIO
1.IS
CSO
2.st
Val
-LE
D 2
sta
te10
=On
253
901
11
1LD
0.LE
DG
GIO
1.IS
CSO
3.st
Val
-LE
D 3
sta
te10
=On
253
911
11
1LD
0.LE
DG
GIO
1.IS
CSO
4.st
Val
-LE
D 4
sta
te10
=On
253
921
11
1LD
0.LE
DG
GIO
1.IS
CSO
5.st
Val
-LE
D 5
sta
te10
=On
253
931
11
1LD
0.LE
DG
GIO
1.IS
CSO
6.st
Val
-LE
D 6
sta
te10
=On
253
941
11
1LD
0.LE
DG
GIO
1.IS
CSO
7.st
Val
-LE
D 7
sta
te10
=On
253
951
11
1LD
0.LE
DG
GIO
1.IS
CSO
8.st
Val
-LE
D 8
sta
te10
=On
253
961
11
1LD
0.LE
DG
GIO
1.IS
CSO
9.st
Val
-LE
D 9
sta
te10
=On
253
971
11
1LD
0.LE
DG
GIO
1.IS
CSO
10.s
tVal
-LE
D 1
0 st
ate
10=O
n25
398
11
11
LD0.
LED
GG
IO1.
ISC
SO11
.stV
al-
LED
11
stat
e10
=On
253
991
11
1LH
MI L
ED in
dica
tions
type
2 (3
sta
tes,
1:1
LED
sta
te)
LD0.
LED
GG
IO1.
ISC
SO1.
stVa
l-
LED
1 s
tate
00/0
1/11
=LED
Sta
te25
311
91
11
2LD
0.LE
DG
GIO
1.IS
CSO
2.st
Val
-LE
D 2
sta
te00
/01/
11=L
ED S
tate
253
120
11
12
LD0.
LED
GG
IO1.
ISC
SO3.
stVa
l-
LED
3 s
tate
00/0
1/11
=LED
Sta
te25
312
11
11
2LD
0.LE
DG
GIO
1.IS
CSO
4.st
Val
-LE
D 4
sta
te00
/01/
11=L
ED S
tate
253
122
11
12
LD0.
LED
GG
IO1.
ISC
SO5.
stVa
l-
LED
5 s
tate
00/0
1/11
=LED
Sta
te25
312
31
11
2LD
0.LE
DG
GIO
1.IS
CSO
6.st
Val
-LE
D 6
sta
te00
/01/
11=L
ED S
tate
253
124
11
12
Tabl
e co
ntin
ues
on n
ext p
age
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 25Point List Manual
IEC
618
50 n
ame
AFL-
Com
mon
SA
nam
eD
escr
iptio
nD
PI v
alue
FUN
INF
InU
seAS
DU
GI
Cod
ing
LD0.
LED
GG
IO1.
ISC
SO7.
stVa
l-
LED
7 s
tate
00/0
1/11
=LED
Sta
te25
312
51
11
2LD
0.LE
DG
GIO
1.IS
CSO
8.st
Val
-LE
D 8
sta
te00
/01/
11=L
ED S
tate
253
126
11
12
LD0.
LED
GG
IO1.
ISC
SO9.
stVa
l-
LED
9 s
tate
00/0
1/11
=LED
Sta
te25
312
71
11
2LD
0.LE
DG
GIO
1.IS
CSO
10.s
tVal
-LE
D 1
0 st
ate
00/0
1/11
=LED
Sta
te25
312
81
11
2LD
0.LE
DG
GIO
1.IS
CSO
11.s
tVal
-LE
D 1
1 st
ate
00/0
1/11
=LED
Sta
te25
312
91
11
2
Section 2 1MRS756816 CIEC 60870-5-103 data mappings
26 REF615Point List Manual
Tabl
e 3:
Clas
s 2
PRIV
ATE
mea
sura
nd fr
ames
6 a
nd 7
for R
EF61
5 va
riant
s FC
01,0
2,03
,04
Inde
xIE
C 6
1850
nam
eD
escr
iptio
nD
efau
lt sc
ale
Fram
e N
o6Fr
ame
No7
Com
men
t1
LD0.
CM
MXU
1.A.
phsA
.inst
CVa
l.mag
Phas
e cu
rrent
A2.
4x
x
2LD
0.C
MM
XU1.
A.ph
sB.in
stC
Val.m
agPh
ase
curre
nt B
2.4
xx
3
LD0.
CM
MXU
1.A.
phsC
.inst
CVa
l.mag
Phas
e cu
rrent
C2.
4x
x
4LD
0.R
ESC
MM
XU1.
A.re
s.in
stC
Val.m
agR
esid
ual c
urre
nt2.
4x
x
5LD
0.R
ESVM
MXU
1.Ph
V.re
s.in
stC
Val.m
agR
esid
ual v
olta
ge2.
4x
xn.
a in
FC
03,0
46
LD0.
CSM
SQI1
.Seq
A.c1
.inst
CVa
l.mag
Posi
tive
sequ
ence
cur
rent
2.4
xx
7
LD0.
CSM
SQI1
.Seq
A.c2
.inst
CVa
l.mag
Neg
ativ
e se
quen
ce c
urre
nt2.
4x
x
8LD
0.C
SMSQ
I1.S
eqA.
c3.in
stC
Val.m
agZe
ro s
eque
nce
curre
nt2.
4x
x
9LD
0.T1
PTTR
1.Tm
p.m
agTe
mpe
ratu
re o
f pro
tect
ed o
bjec
t10
00x
x
10LD
0.C
MST
A1.A
vAm
ps1.
mag
Phas
e cu
rrent
A -a
vera
ge2.
4
x
11LD
0.C
MST
A1.A
vAm
ps2.
mag
Phas
e cu
rrent
B -a
vera
ge2.
4
x
12LD
0.C
MST
A1.A
vAm
ps3.
mag
Phas
e cu
rrent
C -a
vera
ge2.
4
x
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 27Point List Manual
Tabl
e 4:
Clas
s 2
PRIV
ATE
mea
sura
nd fr
ames
6 a
nd 7
for R
EF61
5 va
riant
FC0
5,06
,07,
52,5
3,54
Inde
xIE
C 6
1850
nam
eD
escr
iptio
nD
efau
lt sc
ale
Fram
e N
o6Fr
ame
No7
Com
men
t1
LD0.
CM
MXU
1.A.
phsA
.inst
CVa
l.mag
Phas
e cu
rrent
A2.
4x
x
2LD
0.C
MM
XU1.
A.ph
sB.in
stC
Val.m
agPh
ase
curre
nt B
2.4
xx
3
LD0.
CM
MXU
1.A.
phsC
.inst
CVa
l.mag
Phas
e cu
rrent
C2.
4x
x
4LD
0.R
ESC
MM
XU1.
A.re
s.in
stC
Val.m
agR
esid
ual c
urre
nt2.
4x
x
5LD
0.R
ESVM
MXU
1.Ph
V.re
s.in
stC
Val.m
agR
esid
ual v
olta
ge2.
4x
xn.
a in
FC
076
LD0.
CSM
SQI1
.Seq
A.c1
.inst
CVa
l.mag
Posi
tive
sequ
ence
cur
rent
2.4
xx
7
LD0.
CSM
SQI1
.Seq
A.c2
.inst
CVa
l.mag
Neg
ativ
e se
quen
ce c
urre
nt2.
4x
x
8LD
0.C
SMSQ
I1.S
eqA.
c3.in
stC
Val.m
agZe
ro s
eque
nce
curre
nt2.
4x
x
9LD
0.T1
PTTR
1.Tm
p.m
agTe
mpe
ratu
re o
f pro
tect
ed o
bjec
t10
00x
x
10LD
0.VM
MXU
1.ph
V.ph
sA.c
Val.m
agPh
ase-
to-g
roun
d vo
ltage
pha
se A
2.4
xx
11
LD0.
VMM
XU1.
phV.
phsB
.cVa
l.mag
Phas
e-to
-gro
und
volta
ge p
hase
B2.
4x
x
12LD
0.VM
MXU
1.ph
V.ph
sC.c
Val.m
agPh
ase-
to-g
roun
d vo
ltage
pha
se C
2.4
xx
13
LD0.
VMM
XU1.
PPV.
phsA
B.cV
al.m
agPh
ase-
to-p
hase
vol
tage
pha
se A
B2.
4x
x
14LD
0.VM
MXU
1.PP
V.ph
sBC
.cVa
l.mag
Phas
e-to
-pha
se v
olta
ge p
hase
BC
2.4
xx
15
LD0.
VMM
XU1.
PPV.
phsC
A.cV
al.m
agPh
ase-
to-p
hase
vol
tage
pha
se C
A2.
4x
x
16LD
0.VS
MSQ
I1.S
eqA.
c1.in
stC
Val.m
agPo
sitiv
e se
quen
ce v
olta
ge2.
4x
x
17LD
0.VS
MSQ
I1.S
eqA.
c2.in
stC
Val.m
agN
egat
ive
sequ
ence
vol
tage
2.4
xx
18
LD0.
VSM
SQI1
.Seq
A.c3
.inst
CVa
l.mag
Zero
seq
uenc
e vo
ltage
2.4
xx
19
LD0.
PEM
MXU
1.To
tW.in
stM
agAc
tive
pow
er P
1000
xx
20
LD0.
PEM
MXU
1.To
tVAr
.inst
Mag
Rea
ctiv
e po
wer
Q10
00x
x
21LD
0.PE
MM
XU1.
TotV
A.in
stM
agAp
pare
nt p
ower
S10
00x
x
22LD
0.PE
MM
XU1.
TotP
F.in
stM
agPo
wer
fact
or1
xx
23LD
0.FM
MXU
1.H
zFr
eque
ncy
100
xx
n.a
inFC
05,0
6,07
24LD
0.C
MST
A1.A
vAm
ps1.
mag
Phas
e cu
rrent
A -a
vera
ge2.
4
x
25LD
0.C
MST
A1.A
vAm
ps2.
mag
Phas
e cu
rrent
B -a
vera
ge2.
4
x
26LD
0.C
MST
A1.A
vAm
ps3.
mag
Phas
e cu
rrent
C -a
vera
ge2.
4
x
Section 2 1MRS756816 CIEC 60870-5-103 data mappings
28 REF615Point List Manual
Tabl
e 5:
Clas
s 2
PRIV
ATE
mea
sura
nd fr
ames
6 a
nd 7
for R
EF61
5 va
riant
FC5
1
Inde
xIE
C 6
1850
nam
eD
escr
iptio
nD
efau
lt sc
ale
Fram
e N
o6Fr
ame
No7
1LD
0.C
MM
XU2.
A.ph
sA.in
stC
Val.m
agPh
ase
curre
nt A
2.4
xx
2LD
0.C
MM
XU2.
A.ph
sB.in
stC
Val.m
agPh
ase
curre
nt B
2.4
xx
3LD
0.C
MM
XU2.
A.ph
sC.in
stC
Val.m
agPh
ase
curre
nt C
2.4
xx
4LD
0.C
MM
XU1.
A.ph
sA.in
stC
Val.m
agPh
ase
curre
nt A
2.4
xx
5LD
0.C
MM
XU1.
A.ph
sB.in
stC
Val.m
agPh
ase
curre
nt B
2.4
xx
6LD
0.C
MM
XU1.
A.ph
sC.in
stC
Val.m
agPh
ase
curre
nt C
2.4
xx
7LD
0.R
ESC
MM
XU1.
A.re
s.in
stC
Val.m
agR
esid
ual c
urre
nt2.
4x
x8
LD0.
RES
VMM
XU1.
PhV.
res.
inst
CVa
l.mag
Res
idua
l vol
tage
2.4
xx
9LD
0.C
SMSQ
I1.S
eqA.
c1.in
stC
Val.m
agPo
sitiv
e se
quen
ce c
urre
nt2.
4x
x10
LD0.
CSM
SQI1
.Seq
A.c2
.inst
CVa
l.mag
Neg
ativ
e se
quen
ce c
urre
nt2.
4x
x11
LD0.
CSM
SQI1
.Seq
A.c3
.inst
CVa
l.mag
Zero
seq
uenc
e cu
rrent
2.4
xx
12LD
0.VM
MXU
1.ph
V.ph
sA.c
Val.m
agPh
ase-
to-g
roun
d vo
ltage
pha
se A
2.4
xx
13LD
0.VM
MXU
1.ph
V.ph
sB.c
Val.m
agPh
ase-
to-g
roun
d vo
ltage
pha
se B
2.4
xx
14LD
0.VM
MXU
1.ph
V.ph
sC.c
Val.m
agPh
ase-
to-g
roun
d vo
ltage
pha
se C
2.4
xx
15LD
0.VM
MXU
1.PP
V.ph
sAB.
cVal
.mag
Phas
e-to
-pha
se v
olta
ge p
hase
AB
2.4
xx
16LD
0.VM
MXU
1.PP
V.ph
sBC
.cVa
l.mag
Phas
e-to
-pha
se v
olta
ge p
hase
BC
2.4
xx
17LD
0.VM
MXU
1.PP
V.ph
sCA.
cVal
.mag
Phas
e-to
-pha
se v
olta
ge p
hase
CA
2.4
xx
18LD
0.VS
MSQ
I1.S
eqA.
c1.in
stC
Val.m
agPo
sitiv
e se
quen
ce v
olta
ge2.
4x
x19
LD0.
VSM
SQI1
.Seq
A.c2
.inst
CVa
l.mag
Neg
ativ
e se
quen
ce v
olta
ge2.
4x
x20
LD0.
VSM
SQI1
.Seq
A.c3
.inst
CVa
l.mag
Zero
seq
uenc
e vo
ltage
2.4
xx
21LD
0.M
PEM
MXU
1.To
tW.in
stM
agAc
tive
pow
er P
1000
xx
22LD
0.M
PEM
MXU
1.To
tVAr
.inst
Mag
Rea
ctiv
e po
wer
Q10
00x
x23
LD0.
MPE
MM
XU1.
TotV
A.in
stM
agAp
pare
nt p
ower
S10
00x
x24
LD0.
MPE
MM
XU1.
TotP
F.in
stM
agPo
wer
fact
or1
xx
25LD
0.FM
MXU
1.H
zFr
eque
ncy
100
xx
26LD
0.C
MST
A2.A
vAm
ps1.
mag
Phas
e cu
rrent
A -a
vera
ge2.
4
x27
LD0.
CM
STA2
.AvA
mps
2.m
agPh
ase
curre
nt B
-ave
rage
2.4
x
28LD
0.C
MST
A2.A
vAm
ps3.
mag
Phas
e cu
rrent
C -a
vera
ge2.
4
x29
LD0.
CM
STA1
.AvA
mps
1.m
agPh
ase
curre
nt A
-ave
rage
2.4
x
30LD
0.C
MST
A1.A
vAm
ps2.
mag
Phas
e cu
rrent
B -a
vera
ge2.
4
x31
LD0.
CM
STA1
.AvA
mps
3.m
agPh
ase
curre
nt C
-ave
rage
2.4
x
1MRS756816 C Section 2IEC 60870-5-103 data mappings
REF615 29Point List Manual
30
Section 3 Interoperability profile for 615 series IEC60870-5-103
3.1 Physical layer
3.1.1 Electrical interface
⊠ EIA RS-485
⃞ Number of loads ........................ for one protection equipment
NOTE - EIA RS-485 standard defines unit loads so that 32 of them can be operated on one line.For detailed information refer to clause 3 of EIA RS-485 standard.
3.1.2 Optical interface
⊠ Glass fibre
⃞ Plastic fibre
⃞ F-SMA type connector
⃞ BFOC/2,5 type connector
3.1.3 Transmission speed
⊠ 9 600 bit/s
⊠ 19 200 bit/s
3.2 Link layer
There are no choices for the link layer.
1MRS756816 C Section 3Interoperability profile for 615 series IEC 60870-5-103
REF615 31Point List Manual
3.3 Application layer
3.3.1 Transmission mode for application data
Mode 1 (least significant octet first), as defined in 4.10 of IEC 60870-5-4, is usedexclusively in this companion standard.
3.3.2 COMMON ADDRESS of ASDU
⊠ One COMMON ADDRESS OF ASDU (identical with station address)
⃞ More than one COMMON ADDRESS OF ASDU
3.3.3 Selection of standard information numbers in monitordirection
3.3.3.1 System functions in monitor directions
INF Semantics
⊠ <0> End of general interrogation
⊠ <0> Time synchronization
⊠ <2> Reset FCB
⊠ <3> Reset CU
⊠ <4> Start/restart
⊠ <5> Power on
3.3.3.2 Status indications in monitor direction
INF Semantics
⊠ <16> Auto-recloser active 1
⃞ <17> Teleprotection active
⃞ <18> Protection active
⃞ <19> LED reset
⃞ <20> Monitor direction blocked
⊠ <21> Test mode
⃞ <22> Local parameter setting
⊠ <23> Characteristic 1
⊠ <24> Characteristic 2
⊠ <25> Characteristic 3
⊠ <26> Characteristic 4
Table continues on next page
Section 3 1MRS756816 CInteroperability profile for 615 series IEC 60870-5-103
32 REF615Point List Manual
⃞ <27> Auxiliary input 1
⃞ <28> Auxiliary input 2
⃞ <29> Auxiliary input 3
⃞ <30> Auxiliary input 4
Note <27>...<30>: Depending on Binary I/O options and application usage there may be additionalauxiliary inputs available in the IED. As default, all "raw" binary input data are mapped to private data.It is possible for user to re-map these additional inputs into standard <27>...<30> 'Auxiliary Inputs', ifwanted.
3.3.3.3 Supervision indications in monitor direction
INF Semantics
⃞ <32> Measurand supervision I
⃞ <33> Measurand supervision V
⃞ <35> Phase sequence supervision
⊠ <36> Trip circuit supervision
⃞ <37> I>> back-up operation
⃞ <38> VT fuse failure
⃞ <39> Teleprotection disturbed
⃞ <46> Group warning
⃞ <47> Group alarm
Note <32>, <33> and <38>: IED current and voltage measurement supervision signals and alarmsare found in private data definitions. Semantics of these signals are more complex in 615 series thanwhat is defined by the IEC 60870-5-103 standard.
3.3.3.4 Earth fault indications in monitor direction
INF Semantics
⃞ <48> Earth fault L1
⃞ <49> Earth fault L2
⃞ <50> Earth fault L3
⃞ <51> Earth fault forward, for example line
⃞ <52> Earth fault reverse, for example busbar
Note: In 615 series there exist different functions (and signals) for non-directional or directional earthfault protection. Function- and stage-dependent start/pickup signals are found in private data locations.
3.3.3.5 Fault indications in monitor direction
INF Semantics
⃞ <64> Start /pick-up L1
⃞ <65> Start /pick-up L2
Table continues on next page
1MRS756816 C Section 3Interoperability profile for 615 series IEC 60870-5-103
REF615 33Point List Manual
⃞ <66> Start /pick-up L3
⃞ <67> Start /pick-up N
⊠ <68> General trip
⃞ <69> Trip L1
⃞ <70> Trip L2
⃞ <71> Trip L3
⃞ <72> Trip I>> (back-up operation)
⃞ <73> Fault location X in ohms
⃞ <74> Fault forward/line
⃞ <75> Fault reverse/busbar
⃞ <76> Teleprotection signal transmitted
⃞ <77> Teleprotection signal received
⃞ <78> Zone 1
⃞ <79> Zone 2
⃞ <80> Zone 3
⃞ <81> Zone 4
⃞ <82> Zone 5
⃞ <83> Zone 6
⃞ <84> General start/pick-up
⊠ <85> Breaker failure
⃞ <86> Trip measuring system L1
⃞ <87> Trip measuring system L2
⃞ <88> Trip measuring system L3
⃞ <89> Trip measuring system E
⃞ <90> Trip I>
⃞ <91> Trip I>>
⃞ <92> Trip IN>
⃞ <93> Trip IN>>
Note: Function-specific fault signals are as default mapped to private data locations in 615 series IEDs.
3.3.3.6 Auto-reclosure indications in monitor direction
INF Semantics
⊠ <128> CB ’on’ by AR
⃞ <129> CB ’on’ by long-time AR
⊠ <130> AR blocked
Note <129>: Terms 'short-' or 'long-time' AR are not directly usable in 615 series. The ARfunctionality in the IED performs AR shots (1..5) that are user configurable. See private AR datadefinitions. Depending on user AR configuration it is possible to re-map some private data intostandard data, if wanted.
Section 3 1MRS756816 CInteroperability profile for 615 series IEC 60870-5-103
34 REF615Point List Manual
3.3.3.7 Measurands in monitor direction
INF Semantics
⊠ <144> Measurand I
⊠ <145> Measurands I, V
⊠ <146> Measurands I, V, P, Q
⊠ <147> Measurands IN, VEN
⊠ <148> Measurands IL1,2,3, VL1,2,3, P, Q, f
3.3.3.8 Generic functions in monitor direction
INF Semantics
⃞ <240> Read headings of all defined groups
⃞ <241> Read values or attributes of all entries of one group
⃞ <243> Read directory of a single entry
⃞ <244> Read value or attribute of a single entry
⃞ <245> End of general interrogation of generic data
⃞ <249> Write entry with confirmation
⃞ <250> Write entry with execution
⃞ <251> Write entry aborted
3.3.4 Selection of standard information numbers in controldirection
3.3.4.1 System functions in control direction
INF Semantics
⊠ <0> Initiation of general interrogation
⊠ <0> Time synchronization
3.3.4.2 Generic functions in monitor direction
INF Semantics
⃞ <240> Read headings of all defined groups
⃞ <241> Read values or attributes of all entries of one group
⃞ <243> Read directory of a single entry
⃞ <244> Read value or attribute of a single entry
⃞ <245> End of general interrogation of generic data
⃞ <249> Write entry with confirmation
⃞ <250> Write entry with execution
⃞ <251> Write entry aborted
1MRS756816 C Section 3Interoperability profile for 615 series IEC 60870-5-103
REF615 35Point List Manual
3.3.5 Basic application functions
⃞ Test mode
⃞ Blocking of monitor direction
⊠ Disturbance data
⃞ Generic services
⊠ Private data
3.3.6 Miscellaneous
Measurands are transmitted as Class2 data using ASDU 3 or ASDU 9. The defaultMVAL scalings in 615 series devices is 2.4. User can freely reprogram the MVALfor each separate measurand.
Measurand Max. MVAL = rated value times
1.2 or 2.4
Current L1 ⊠ ⊠
Current L2 ⊠ ⊠
Current L3 ⊠ ⊠
Voltage L1-E ⊠ ⊠
Voltage L2-E ⊠ ⊠
Voltage L3-E ⊠ ⊠
Active power P ⊠ ⊠
Reactive power Q ⊠ ⊠
Frequency f ⊠ ⊠
Voltage L1 - L2 ⊠ ⊠
The IED contains additional private Class2 frames, including private measurands.User can freely select between standard or private Class2 frames.
Section 3 1MRS756816 CInteroperability profile for 615 series IEC 60870-5-103
36 REF615Point List Manual
Section 4 Glossary
AFL Application function block libraryAR AutoreclosingASDU Application-layer service data unitCB Circuit breakerDPI Double-point informationDR Disturbance recorderEMC Electromagnetic compatibilityFUN Function typeGI General interrogationI/O Input/outputIEC International Electrotechnical CommissionIEC 60870-5-103 1. Communication standard for protective equipment
2. A serial master/slave protocol for point-to-pointcommunication
IEC 61850 International standard for substation communication andmodeling
IED Intelligent electronic deviceINF Information numberLED Light-emitting diodeLHMI Local human-machine interfacePCM600 Protection and Control IED ManagerTCS Trip-circuit supervision
1MRS756816 C Section 4Glossary
REF615 37Point List Manual
38
39
Contact us
ABBNanjing SAC Power Grid AutomationCo., Ltd.No. 11 Phoenix Road, JiangningDevelopment Zone211100 Nanjing, ChinaPhone +86 25 51183000Fax +86 25 51183883
www.abb.com/substationautomation
1MR
S75
6816
C©
Cop
yrig
ht 2
014
AB
B. A
ll rig
hts
rese
rved
.
