Siemens SICAM Q200 7KG97 User manual

SICAM
Class A Power Quality
Instrument and Power
Monitoring Device SICAM
Q200 7KG97
OPC UA PubSub (MQTT)
Data Points
V02.50
Manual
E50417-H1040-C621-A2
Preface
Open Source Software
Table of Contents
Data-Points Mapping 1
Literature

i
i
NOTE
For your own safety, observe the warnings and safety instructions contained in this document, if available.
Disclaimer of Liability
Subject to changes and errors. The information given in
this document only contains general descriptions and/or
performance features which may not always specifically
reflect those described, or which may undergo modifica-
tion in the course of further development of the products.
The requested performance features are binding only when
they are expressly agreed upon in the concluded contract.
Document version: E50417-H1040-C621-A2.03
Edition: 01.2020
Version of the product described: V02.50
Copyright
Copyright © Siemens 2020. All rights reserved.
The disclosure, duplication, distribution and editing of this
document, or utilization and communication of the content
are not permitted, unless authorized in writing. All rights,
including rights created by patent grant or registration of a
utility model or a design, are reserved.
Trademarks
SIPROTEC™, DIGSI™, SIGRA™, SIGUARD™, SAFIR™, SICAM™,
and MindSphere™ are trademarks of Siemens. Any unau-
thorized use is prohibited. All other designations in this
document may represent trademarks whose use by third
parties for their own purposes may violate the proprietary
rights of the owner.

Preface
Purpose of the Manual
This manual describes the OPC UA PubSub (MQTT) data points for the Class A Power Quality Instrument and
Power Monitoring Device SICAM Q200.
Target Audience
This manual is intended for project engineers, commissioning and operating personnel in electrical systems
and power plants.
Scope
This manual is valid for the Class A Power Quality Recorder and the Multifunctional Measuring Device
SICAM Q200.
Standards
This product is UL-certified to Standard UL 61010-1, third edition, based on the Technical data.
(UL File No.: E228586)
IND. CONT. EQ.
69CA
Open-type Measuring Equipment
2UD1
For further information see UL database in the internet: http://ul.com.
Select Online Certifications Directory and insert E228586 under UL File Number.
Additional Support
For questions about the system, contact your Siemens sales partner.
Customer Support Center
Our Customer Support Center provides a 24-hour service.
Siemens AG
Customer Support Center
Humboldtstrasse 59
90459 Nuremberg
Germany
E-mail: [email protected]
Training Courses
Inquiries regarding individual training courses should be addressed to our Training Center:
Siemens AG Phone: [phone]
Siemens Power Academy TD Fax: [phone]
Humboldtstrasse 59 E-mail: [email protected]
SICAM, Class A Power Quality Instrument and Power Monitoring Device SICAM Q200 7KG97, Manual 3
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90459 Nuremberg Internet: www.siemens.com/poweracademy
Germany
Notes on Safety
This document is not a complete index of all safety measures required for operation of the equipment (module
or device). However, it comprises important information that must be followed for personal safety, as well as
to avoid material damage. Information is highlighted and illustrated as follows according to the degree of
danger:
!
DANGER
DANGER means that death or severe injury will result if the measures specified are not taken.
²Comply with all instructions, in order to avoid death or severe injuries.
!
WARNING
WARNING means that death or severe injury may result if the measures specified are not taken.
²Comply with all instructions, in order to avoid death or severe injuries.
!
CAUTION
CAUTION means that medium-severe or slight injuries can occur if the specified measures are not taken.
²Comply with all instructions, in order to avoid moderate or minor injuries.
NOTICE
NOTICE means that property damage can result if the measures specified are not taken.
²Comply with all instructions, in order to avoid property damage.
i
i
NOTE
Important information about the product, product handling or a certain section of the documentation
which must be given attention.
Preface
4 SICAM, Class A Power Quality Instrument and Power Monitoring Device SICAM Q200 7KG97, Manual
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Open Source Software
The product contains, among other things, Open Source Software developed by third parties. The Open
Source Software used in the product and the license agreements concerning this software can be found in the
Readme_OSS. These Open Source Software files are protected by copyright. Your compliance with those
license conditions will entitle you to use the Open Source Software as foreseen in the relevant license. In the
event of conflicts between Siemens license conditions and the Open Source Software license conditions, the
Open Source Software conditions shall prevail with respect to the Open Source Software portions of the soft-
ware. The Open Source Software is licensed royalty-free. Insofar as the applicable Open Source Software
License Conditions provide for it you can order the source code of the Open Source Software from your
Siemens sales contact – against payment of the shipping and handling charges – for a period of at least 3
years after purchase of the product. We are liable for the product including the Open Source Software
contained in it pursuant to the license conditions applicable to the product. Any liability for the Open Source
Software beyond the program flow intended for the product is explicitly excluded. Furthermore any liability
for defects resulting from modifications to the Open Source Software by you or third parties is excluded. We
do not provide any technical support for the product if it has been modified.
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Table of Contents
Preface..........................................................................................................................................................3
Open Source Software..................................................................................................................................5
1 Data-Points Mapping.................................................................................................................................... 9
1.1 Introduction......................................................................................................................10
1.2 Indications........................................................................................................................ 11
1.3 Voltage Variations.............................................................................................................13
1.4 Transient Events............................................................................................................... 14
1.5 Measured Values...............................................................................................................15
1.6 Harmonics........................................................................................................................ 18
1.7 Measured Values (Min.).................................................................................................... 20
1.8 Measured Values (Max.)....................................................................................................23
1.9 Harmonics (Max.)............................................................................................................. 26
1.10 Energy Values................................................................................................................... 28
1.11 Security Counters..............................................................................................................30
Literature.................................................................................................................................................... 31
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Data-Points Mapping
1.1 Introduction 10
1.2 Indications 11
1.3 Voltage Variations 13
1.4 Transient Events 14
1.5 Measured Values 15
1.6 Harmonics 18
1.7 Measured Values (Min.) 20
1.8 Measured Values (Max.) 23
1.9 Harmonics (Max.) 26
1.10 Energy Values 28
1.11 Security Counters 30
1
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Introduction
All data points shown in this document are transmitted by default via the OPC UA PubSub (MQTT) protocol.
As an option, the transmission of Harmonics and Energy values can be disabled during the device configura-
tion in order to reduce the data volume if necessary.
In addition to these data points a file with device asset information (serial number, order number etc.) is trans-
mitted during the communication startup and every 2 hours after communication startup when the communi-
cation is established.
For options to adapt and select the published data points, refer to the SICAM Q200, 7KG97xx Device Manual,
V02.50.
General Remarks for the Mapping of Measured Values and Harmonics
The described default mapping presupposes that:
•All harmonics are enabled on the OPC UA PubSub (MQTT) configuration page and no imported
mapping file is used.
By default, all measured values and harmonics are transmitted as aggregated values.
For each aggregated measured value 3 data points (average, minimum, maximum) and for each aggregated
harmonics 2 data points (average, maximum) are published.
The average value of the frequency has an independent, fixed aggregation interval of 10 s and the prefix is
PQA4.
1.1
Data-Points Mapping
1.1 Introduction
10 SICAM, Class A Power Quality Instrument and Power Monitoring Device SICAM Q200 7KG97, Manual
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Indications
Table 1-1 Mapping for Indications
Index MQTT Name Q200 (Description) Name IEC 61850 (Name)
0 Device OK LLN0$ST$Health
1 Battery Failure ZBAT1$ST$BatLo
2 Settings Load IndGGIO1$ST$Alm2
3 Time Synchronization Error IndGGIO1$ST$Alm3
4 Limit Violation 1 LimitsGGIO1$ST$Alm1
5 Limit Violation 2 LimitsGGIO1$ST$Alm2
6 Limit Violation 3 LimitsGGIO1$ST$Alm3
7 Limit Violation 4 LimitsGGIO1$ST$Alm4
8 Limit Violation 5 LimitsGGIO1$ST$Alm5
9 Limit Violation 6 LimitsGGIO1$ST$Alm6
10 Limit Violation 7 LimitsGGIO1$ST$Alm7
11 Limit Violation 8 LimitsGGIO1$ST$Alm8
12 Limit Violation 9 LimitsGGIO1$ST$Alm9
13 Limit Violation 10 LimitsGGIO1$ST$Alm10
14 Limit Violation 11 LimitsGGIO1$ST$Alm11
15 Limit Violation 12 LimitsGGIO1$ST$Alm12
16 Limit Violation 13 LimitsGGIO1$ST$Alm13
17 Limit Violation 14 LimitsGGIO1$ST$Alm14
18 Limit Violation 15 LimitsGGIO1$ST$Alm15
19 Limit Violation 16 LimitsGGIO1$ST$Alm16
20 Group Indication 1 GrpIndGGIO1$ST$Alm1
21 Group Indication 2 GrpIndGGIO1$ST$Alm2
22 Group Indication 3 GrpIndGGIO1$ST$Alm3
23 Group Indication 4 GrpIndGGIO1$ST$Alm4
24 Rotation Field Clockwise IndGGIO1$ST$Alm4
25 SD Card Error IndGGIO1$ST$Alm5
26 Fault Record PQA_RDRE1$ST$RcdMade
27 Binary Output 1-S BinOutGGIO1$ST$Ind1
28 Binary Output 2-S BinOutGGIO1$ST$Ind2
29 Binary Output 3-S BinOutGGIO1$ST$Ind3
30 Binary Output 1-R BinOutGGIO1$ST$Ind4
31 Binary Output 2-R BinOutGGIO1$ST$Ind5
32 Binary Output 3-R BinOutGGIO1$ST$Ind6
33 Binary Input 1-S BinInGGIO1$ST$Ind1
34 Binary Input 2-S BinInGGIO1$ST$Ind2
35 Binary Input 3-S BinInGGIO1$ST$Ind3
36 Binary Input 1-R BinInGGIO1$ST$Ind4
37 Binary Input 2-R BinInGGIO1$ST$Ind5
38 Binary Input 3-R BinInGGIO1$ST$Ind6
39 Load profile tariff 1 TOUTariffGGIO1$ST$Alm11
40 Load profile tariff 2 TOUTariffGGIO1$ST$Alm21
1.2
1TOUTariffGGIO1 is the IEC 61850 GGIO LN name for TOU indications via the MQTT protocol; not via the IEC61850 protocol.
Data-Points Mapping
1.2 Indications
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Index MQTT Name Q200 (Description) Name IEC 61850 (Name)
41 Load profile tariff 3 TOUTariffGGIO1$ST$Alm31
42 Load profile tariff 4 TOUTariffGGIO1$ST$Alm41
Data-Points Mapping
1.2 Indications
12 SICAM, Class A Power Quality Instrument and Power Monitoring Device SICAM Q200 7KG97, Manual
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Voltage Variations
Explanations of voltage events for the voltage variations
VarStr: Start: voltage variation
DipStr: Start: voltage dip
SwlStr: Start: voltage swell
IntrStr: Start: voltage interruption
VVa: The highest or lowest voltage magnitude of the last complete event
VVaTm: The voltage variation duration of the the last complete event
AffPhs: Affected phases
Enumeration values:
PQ_EVENTPHSAFF
1 – Phase A
2 – Phase B
3 – Phase AB
4 – Phase C
5 – Phase AC
6 – Phase BC
7 – Phase ABC
8 – None
9 – Phase ABN
10 – Phase ACN
11 – Phase BCN
12 – Phase ABCN
Enumeration values:
PQA_QVVR1$ST$Dir$dirGeneral
0 – unknown
1 – forward
2 – backward
3 – both
Table 1-2 Mapping for Voltage Variations
Index
MQTT
Name Q200
(Description) Name IEC 61850 (Name) Remark Unit
43 Voltage Event PQA_QVVR1$ST$VarStr Start: Voltage variation –
44 Voltage Event PQA_QVVR1$ST$DipStr Start: Voltage dip –
45 Voltage Event PQA_QVVR1$ST$SwlStr Start: Voltage swell –
46 Voltage Event PQA_QVVR1$ST$IntrStr Start: Voltage interruption –
47 PQ_EVENTPHSAFF PQA_QVVR1$ST$AffPhs Enumeration –
48 PQ_EVENTVVA PQA_QVVR1$MX$VVa Measured value % (of Vrated)
49 PQ_EVENTVVATM PQA_QVVR1$MX$VVaTm Measured value s
50 Voltage Event
Direction General PQA_QVVR1$ST$Dir$dirGeneral Enumeration –
1.3
Data-Points Mapping
1.3 Voltage Variations
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Transient Events
The time stamps of all data points which belong to the same transient event are identical and contain the time
of the start of the transient. A transient duration is not given.
Explanations of the transient events
VarStr: Start of Event
TrigPh: Trigger phases
AffPhs: Affected phases
PeakPh: Peak phases
MaxVTrs: Peak voltage
Enumeration values: 1 – Phase A
2 – Phase B
3 – Phase AB
4 – Phase C
5 – Phase AC
6 – Phase BC
7 – Phase ABC
8 – None
9 – Phase ABN
10 – Phase ACN
11 – Phase BCN
12 – Phase ABCN
Table 1-3 Mapping for Transient Events
Index
MQTT
Name Q200
(Description) Name IEC61850 (Name) Remark Unit
51 – PQA_QVTR1$ST$VarStr Indication –
52 – PQA_QVTR1$ST$TrigPhs Enumeration –
53 – PQA_QVTR1$ST$AffPhs Enumeration –
54 – PQA_QVTR1$ST$PeakPhs Enumeration –
55 – PQA_QVTR1$MX$MaxVTrs Measured value V
1.4
Data-Points Mapping
1.4 Transient Events
14 SICAM, Class A Power Quality Instrument and Power Monitoring Device SICAM Q200 7KG97, Manual
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Measured Values
Table 1-4 Mapping for Measured Values
Index
MQTT
Name Q200
(Description)
Name IEC61850 (Name) Unit
1P 3W1I 3W3I 3W2I 4W1I 4W3I
56 Va PQA2MMXN1$MX
$Vol – – – PQA2MMXU1$MX$PhV $phsA V
57 Vb – – – – – PQA2MMXU1$MX
$PhV$phsB V
58 Vc – – – – – PQA2MMXU1$MX
$PhV$phsC V
59 Vab – PQA2MMXU1$MX$PPV
$phsAB –PQA2MMXU1$MX $PPV$phsAB V
60 Vbc – PQA2MMXU1$MX$PPV
$phsBC –PQA2MMXU1$MX $PPV$phsBC V
61 Vca – PQA2MMXU1$MX$PPV
$phsCA –PQA2MMXU1$MX $PPV$phsCA V
62 Ia PQA2MMXN1$MX
$Amp PQA2MMXU1$MX$A$phsA A
63 Ib – – PQA2MMXU1$
MX$A$phsB –PQA2MMXU1$MX $A$phsB A
64 Ic – – PQA2MMXU1$
MX$A$phsC –PQA2MMXU1$MX $A$phsC A
65 VN – – – – PQA2MMXU1$MX$PhV
$neut V
66 Vavg – PQA2MMXU1$MX$PhV
$net –PQA0MMXU1$MX $PhV$net V
67 IN – – – – – PQA2MMXU1$MX
$A$neut A
68 Iavg – – PQA2MMXU1$
MX$A$net –PQA2MMXU1$MX $A$net A
69 Pa PQA2MMXN1$MX
$Watt PQA2MMXU1$MX$W$phsA W
70 Pb – – PQA2MMXU1$
MX$W$phsB –PQA2MMXU1$MX $W$phsB W
71 Pc – – PQA2MMXU1$
MX$W$phsC –PQA2MMXU1$MX $W$phsC W
72 P – PQA2MMXU1$MX$TotW W
73 Qa PQA2MMXN1$MX
$VolAmpr PQA2MMXU1$MX$VAr$phsA var
74 Qb – – PQA2MMXU1$
MX$VAr$phsB –PQA2MMXU1$MX $VAr$phsB var
75 Qc – – PQA2MMXU1$
MX$VAr$phsC –PQA2MMXU1$MX $VAr$phsC var
76 Q – PQA2MMXU1$MX$TotVAr var
77 Sa PQA2MMXN1$MX
$VolAmp PQA2MMXU1$MX$VA$phsA VA
78 Sb – – PQA2MMXU1$
MX$VA$phsB –PQA2MMXU1$MX $VA$phsB VA
79 Sc – – PQA2MMXU1$
MX$VA$phsC –PQA2MMXU1$MX $VA$phsC VA
1.5
Data-Points Mapping
1.5 Measured Values
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Index
MQTT
Name Q200
(Description)
Name IEC61850 (Name) Unit
1P 3W1I 3W3I 3W2I 4W1I 4W3I
80 S – PQA2MMXU1$MX$TotVA VA
81 PFa PQA2MMXN1$MX
$PwrFact PQA2MMXU1$MX$PF$phsA –
82 PFb – – PQA2MMXU1$
MX$PF$phsB –PQA2MMXU1$MX $PF$phsB –
83 PFc – – PQA2MMXU1$
MX$PF$phsC –PQA2MMXU1$MX $PF$phsC –
84 PF – PQA2MMXU1$MX$TotPF –
85 cos phi (a) PQA2MMXN1$MX
$ActivePwrFact PQA2MMXU1$MX$ActivePF$phsA –
86 cos phi (b) – –
PQA2MMXU1$
MX$ActivePF
$phsB
–PQA2MMXU1$MX
$ActivePF$phsB –
87 cos phi (c) – –
PQA2MMXU1$
MX$ActivePF
$phsC
–PQA2MMXU1$MX
$ActivePF$phsC v
88 cos phi – PQA2MMXU1$MX$TotActivePF –
89 Neg. seq. comp. V – PQA2MSQI1$MX
$ImbNgV –PQA2MSQI1$MX $ImbNgV %
90 Neg. seq. comp. I – – PQA2MSQI1$M
X$ImbNgA –PQA2MSQI1$MX $ImbNgA %
91 Zero seq. comp. V – PQA2MSQI1$MX
$ImbZroV –PQA2MSQI1$MX $ImbZroV %
92 Zero seq. comp. I – – PQA2MSQI1$M
X$ImbZroA –PQA2MSQI1$MX $ImbZroA %
93 f_10s PQA2MMXN1$MX
$Hz PQA2MMXU1$MX$Hz Hz
94 THDR Va PQA2MHAN1$MX
$ThdVol – – – PQA2MHAI1$MX$ThdPhV $phsA %
95 THDR Vb – – – – – PQA2MHAI1$MX
$ThdPhV$phsB %
96 THDR Vc – – – – – PQA2MHAI1$MX
$ThdPhV$phsC %
97 THDR Vab – PQA2MHAI1$MX
$ThdPPV$phsAB –PQA2MHAI1$MX $ThdPPV$phsAB %
98 THDR Vbc – PQA2MHAI1$MX
$ThdPPV$phsBC –PQA2MHAI1$MX $ThdPPV$phsBC %
99 THDR Vca – PQA2MHAI1$MX
$ThdPPV$phsCA –PQA2MHAI1$MX $ThdPPV$phsCA %
100 THDR Ia PQA2MHAN1$MX
$ThdAmp PQA2MHAI1$MX$ThdA$phsA %
101 THDR Ib – – PQA2MHAI1$M
X$ThdA$phsB –PQA2MHAI1$MX $ThdA$phsB %
102 THDR Ic – – PQA2MHAI1$M
X$ThdA$phsC –PQA2MHAI1$MX $ThdA$phsC %
103 Pst (a-n) PQA2MFLK1$MX
$PhPst – – – PQA2MFLK1$MX$PhPst $phsA –
Data-Points Mapping
1.5 Measured Values
16 SICAM, Class A Power Quality Instrument and Power Monitoring Device SICAM Q200 7KG97, Manual
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Index
MQTT
Name Q200
(Description)
Name IEC61850 (Name) Unit
1P 3W1I 3W3I 3W2I 4W1I 4W3I
104 Pst (b-n) – – – – – PQA2MFLK1$MX
$PhPst$phsB –
105 Pst (c-n) – – – – – PQA2MFLK1$MX
$PhPst$phsC –
Data-Points Mapping
1.5 Measured Values
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Harmonics
Table 1-5 Mapping for Harmonics
Index Name Q200
(Description)
Name IEC61850 (Name) Unit
1P 3W1I 3W3I 3W2I 4W1I 4W3I
106 H_Va-1
(fundamental)
PQA2MHAN1$MX
$HAVol(1) –––PQA2MHAI1$MX$HPhV $phsAHar(1) V
107 H_Vb-1
(fundamental) – – – – – PQA2MHAI1$MX
$HPhV$phsBHar(1) V
108 H_Vc-1
(fundamental) – – – – – PQA2MHAI1$MX
$HPhV$phsCHar(1) V
109
to
144
H_Va-x2PQA2MHAN1$MX
$HAVol(x) –––PQA2MHAI1$MX$HPhV $phsAHar(x) %
H_Vb-x3– – – – – PQA2MHAI1$MX
$HPhV$phsBHar(x) %
H_Vc-3– – – – – PQA2MHAI1$MX
$HPhV$phsCHar(x) %
145
to
180
H_Va-y4PQA2MHAN1$MX
$HaVol(y) –––PQA2MHAI1$MX$HPhV $phsAHar(y) %
H_Vb-y4– – – – – PQA2MHAI1$MX
$HPhV$phsBHar(y) %
H_Vc-y4– – – – – PQA2MHAI1$MX
$HPhV$phsCHar(y) %
181 H_Vab-1
(fundamental) –PQA2MHAI1$MX$HPPV
$phsABHar(1) –
PQA2MHAI1$MX
$HPPV
$phsABHar(1)
V
182 H_Vbc-1
(fundamental) –PQA2MHAI1$MX$HPPV
$phsBCHar(1) –
PQA2MHAI1$MX
$HPPV
$phsBCHar(1)
V
183 H_Vca-1
(fundamental) –PQA2MHAI1$MX$HPPV
$phsCAHar(1) –
PQA2MHAI1$MX
$HPPV
$phsCAHar(1)
V
184
to
219
H_Vab-x 2–PQA2MHAI1$MX$HPPV
$phsABHar(x) –
PQA2MHAI1$MX
$HPPV
$phsABHar(x)
%
H_Vbc-x2–
PQA2MHAI1$MX$HPPV
$phsBCHar(x) –
PQA2MHAI1$MX
$HPPV
$phsBCHar(x)
%
H_Vca-x2–PQA2MHAI1$MX$HPPV
$phsCAHar(x) –
PQA2MHAI1$MX
$HPPV
$phsCAHar(x)
%
1.6
2For all x in the names: x = 3, 5, 7, …, 25 indicating the (odd) harmonics number
3
4For all y in the names: y = 2, 4, 6, …, 24 indicating the (even) harmonics number
Data-Points Mapping
1.6 Harmonics
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Index Name Q200
(Description)
Name IEC61850 (Name) Unit
1P 3W1I 3W3I 3W2I 4W1I 4W3I
220
to
255
H_Vab-y4–PQA2MHAI1$MX$HPPV
$phsABHar(y) –
PQA2MHAI1$MX
$HPPV
$phsABHar(y)
%
H_Vbc-y4
–PQA2MHAI1$MX$HPPV
$phsBCHar(y) –
PQA2MHAI1$MX
$HPPV
$phsBCHar(y)
%
H_Vca-y4–PQA2MHAI1$MX$HPPV
$phsCAHar(y) –
PQA2MHAI1$MX
$HPPV
$phsCAHar(y)
%
256 H_Ia-1
(fundamental)
PQA2MHAN1$MX
$HaAmp(1) PQA2MHAI1$MX$HA$phsAHar(1) A
257 H_Ib-1
(fundamental) – –
PQA2MHAI1$M
X$HA
$phsBHar(1)
–PQA2MHAI1$MX
$HA$phsBHar(1) A
258 H_Ic-1
(fundamental) – –
PQA2MHAI1$M
X$HA
$phsCHar(1)
–PQA2MHAI1$MX
$HA$phsCHar(1) A
259
to
294
H_Ia-x3PQA2MHAN1$MX
$HaAmp(x) PQA2MHAI1$MX$HA$phsAHar(x) A
H_Ib-x3– –
PQA2MHAI1$M
X$HA
$phsBHar(x)
–
PQA2MHAI1$MX
$HA$phsBHar(x) A
H_Ic-x3– –
PQA2MHAI1$M
X$HA
$phsCHar(x)
–PQA2MHAI1$MX
$HA$phsCHar(x) A
295 H_Pa-1
(fundamental)
PQA2MHAN1$MX
$HaWatt(1) –––PQA2MHAI1$MX$HW $phsAHar(1) W
296 H_Pb-1
(fundamental) – – – – – PQA2MHAI1$MX
$HW$phsBHar(1) W
297 H_Pc-1
(fundamental) – – – – – PQA2MHAI1$MX
$HW$phsCHar(1) W
298
to
333
H_Pa-x3PQA2MHAN1$MX
$HaWatt(x) –––PQA2MHAI1$MX$HW $phsAHar(x) W
H_Pb-x3– – – – – PQA2MHAI1$MX
$HW$phsBHar(x) W
H_Pc-x3– – – – – PQA2MHAI1$MX
$HW$phsCHar(x) W
Data-Points Mapping
1.6 Harmonics
SICAM, Class A Power Quality Instrument and Power Monitoring Device SICAM Q200 7KG97, Manual 19
E50417-H1040-C621-A2, Edition 01.2020

Measured Values (Min.)
Table 1-6 Mapping for Measured Values (Min.)
Index
MQTT
Name Q200
(Min. Value of)
Name IEC61850 and OPC UA PubSub Unit
1P 3W1I 3W3I 3W2I 4W1I 4W3I
334 Va MIN_PQA2MMXN
1$MX$Vol – – – MIN_PQA2MMXU1$MX $PhV$phsA V
335 Vb – – – – – MIN_PQA2MMXU
1$MX$PhV$phsB V
336 Vc – – – – – MIN_PQA2MMXU
1$MX$PhV$phsC V
337 Vab – MIN_PQA2MXU1$MX
$PPV$phsAB –MIN_PQA2MXU1$ MX$PPV$phsAB V
338 Vbc – MIN_PQA2MMXU1$MX
$PPV$phsBC –MIN_PQA2MMXU 1$MX$PPV$phsBC V
339 Vca – MIN_PQA2MMXU1$MX
$PPV$phsCA –MIN_PQA2MMXU 1$MX$PPV$phsCA V
340 Ia MIN_PQA2MMXN
1$MX$Amp MIN_PQA2MMXU1$MX$A$phsA A
341 Ib – –
MIN_PQA2MMX
U1$MX$A
$phsB
–MIN_PQA2MMXU
1$MX$A$phsB A
342 Ic – –
MIN_PQA2MMX
U1$MX$A
$phsC
–MIN_PQA2MMXU
1$MX$A$phsC A
343 VN – – – – – MIN_PQA2MMXU
1$MX$PhV$neut V
344 Vavg – MIN_PQA2MMXU1$MX
$AvPhVPhs –MIN_PQA2MMXU 1$MX$AvPhVPhs V
345 IN – – – – – MIN_PQA2MMXU
1$MX$A$neut A
346 Iavg – – MIN_PQA2MMX
U1$MX$AvAPhs –MIN_PQA2MMXU 1$MX$AvAPhs A
347 Pa MIN_PQA2MMXN
1$MX$Watt MIN_PQA2MMXU1$MX$W$phsA W
348 Pb – –
MIN_PQA2MMX
U1$MX$W
$phsB
–MIN_PQA2MMXU
1$MX$W$phsB W
349 Pc – –
MIN_PQA2MMX
U1$MX$W
$phsC
–MIN_PQA2MMXU
1$MX$W$phsC W
350 P – MIN_PQA2MMXU1$MX$TotW W
351 Qa MIN_PQA2MMXN
1$MX$VolAmpr MIN_PQA2MMXU1$MX$VAr$phsA var
352 Qb – –
MIN_PQA2MMX
U1$MX$VAr
$phsB
–MIN_PQA2MMXU
1$MX$VAr$phsB var
353 Qc – –
MIN_PQA2MMX
U1$MX$VAr
$phsC
–MIN_PQA2MMXU
1$MX$VAr$phsC var
354 Q – MIN_PQA2MMXU1$MX$TotVAr var
1.7
Data-Points Mapping
1.7 Measured Values (Min.)
20 SICAM, Class A Power Quality Instrument and Power Monitoring Device SICAM Q200 7KG97, Manual
E50417-H1040-C621-A2, Edition 01.2020