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SICAM Q100, 7KG95xx, Device Manual
E50417-H1040-C522-A4, Edition 03.2018

Contents

Preface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

Open Source Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

User Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Overview. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

2.1

Device Versions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

2.2

Ordering Information, Scope of Delivery and Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Device Design . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

3.1

Mechanical Design . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

3.2

Display and Softkeys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Measured Quantities and Recording . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

4.1

Power Quality Measuring System and Recording System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

4.1.1

Measuring System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

4.1.2

Flicker . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

4.1.3

Transients . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

4.1.4

Mains Signalling Voltage. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

4.1.5

Rapid Voltage Change . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

4.1.6

Harmonic Power and Harmonic Angles . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

4.1.7

Recording of Measured Quantities and Events. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

4.2

Measured Quantities. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

4.2.1

Measured Quantities Depending on the Connection Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

4.2.2

Data Availability of Measured Quantities . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

4.2.3

Recording and Evaluation of Measured Quantities. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68

4.3

Display of Measured Quantities . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75

4.3.1

Measured Quantities and Operational Measurement Uncertainty acc. to IEC 62586-1 Product Stand-
ard, Class A, and Standards IEC 61000-4-30, Ed. 3 and IEC 61000-4-7 and IEC 61000-4-15 . . . 75

4.3.2

Measured Quantities and Operational Measurement Accuracy acc. to IEC 61557-12. . . . . . . . . . 77

4.3.3

Accuracy of the Frequency Measurement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78

Energy Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79

5.1

Load-Profile Determination . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80

5.1.1

General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80

5.1.2

Methods of Load-Profile Determination. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81

5.1.3

Historical Load-Profile Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83

5.1.4

Current Load-Profile Data at the Communication Interfaces and in the User Interface . . . . . . . . . 84

5.1.5

Synchronization of the Load Profile . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85

5.2

Tariffs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87

Getting Started . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89

6.1

Unpacking, Inspecting the Delivery, Installing, and Changing the Battery . . . . . . . . . . . . . . . . . . . . . . 90

Summary of Contents for SICAM Q100

Page 1: ...rmation 1 Overview 2 Device Design 3 Measured Quantities and Recording 4 Energy Management 5 Getting Started 6 Connection Principle 7 Operation at Use of a PC 8 Operation at Use of the Display 9 Time Synchronization 10 Maintenance Storage Transport 11 Failures and LED Indications 12 Technical Data 13 Operational Indications 14 Operating Parameters 15 Glossary Index ...

Page 2: ...actual agreements Siemens AG reserves the right to revise this document from time to time Document version E50417 H1040 C522 A4 07 Edition 03 2018 Version of the product described V2 00 Copyright Copyright Siemens AG 2018 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 wr...

Page 3: ...alid for the Power Monitoring Device and Class A Power Quality Recorder SICAM Q100 7KG95xx Further Support For any questions concerning your system please contact your Siemens representative The Siemens Customer Support Center provides around the clock support Phone 49 180 524 7000 Fax 49 180 524 2471 Internet www siemens com powerquality e mail support energy siemens com Training Courses If you a...

Page 4: ...ken Follow all advice instructions to prevent death or severe injury WARNING WARNING means that death or severe injury can occur if the appropriate safety measures are not taken Follow all advice instructions to prevent death or severe injury CAUTION CAUTION means that minor or moderate injury can occur if the appropriate safety measures are not taken Follow all advice instructions to prevent mino...

Page 5: ...rdance with the Product Information and this manual the scheduled protection is impaired Problem free and safe operation of the product depends on the following Proper transport Proper storage setup and installation Proper operation and maintenance When electrical equipment is operated hazardous voltages are inevitably present in certain parts If proper ac tion is not taken death severe injury or ...

Page 6: ...1 Direct current IEC 60417 5031 2 Alternating current IEC 60417 5032 3 Direct and alternating current IEC 60417 5033 4 Three phase alternating current 5 Earth ground terminal IEC 60417 5017 6 Protective conductor terminal IEC 60417 5019 7 Caution risk of electric shock 8 Caution risk of danger ISO 7000 0434 ...

Page 7: ... and concerning electrical equipment for use within specified voltage limits Lowvoltage Directive 2006 95 EC valid until April 19th 2016 Lowvoltage Directive 2014 35 EU valid as of April 20th 2016 This conformity has been established by means of tests conducted by Siemens AG according to the Council Directive in agreement with the generic standards EN 61000 6 2 and EN 61000 6 4 for the EMC directi...

Page 8: ...8 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 9: ...ions of the software 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 since purchase of the Product We are liable for the Product including th...

Page 10: ...10 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 11: ... the Connection Type 39 4 2 2 Data Availability of Measured Quantities 55 4 2 3 Recording and Evaluation of Measured Quantities 68 4 3 Display of Measured Quantities 75 4 3 1 Measured Quantities and Operational Measurement Uncertainty acc to IEC 62586 1 Product Stand ard Class A and Standards IEC 61000 4 30 Ed 3 and IEC 61000 4 7 and IEC 61000 4 15 75 4 3 2 Measured Quantities and Operational Meas...

Page 12: ...in the Power Systems IT TT and TN 107 7 3 2 Examples Standard Application 107 7 3 3 Example Special Application 114 8 Operation at Use of a PC 115 8 1 General Usage Notes 116 8 2 Start and Design of the User Interface 117 8 2 1 Initial Start of the Operation 117 8 2 2 Enabling JavaScript 118 8 2 3 Changing the Buffer Mechanism 119 8 2 4 Changing the Compatibility Setting 120 8 2 5 Changing the Sec...

Page 13: ...lowchart of Modbus RTU Master and Modbus Gateway Parameterization 275 9 Operation at Use of the Display 277 9 1 General Operating Instructions 278 9 2 Starting Operation 280 9 3 Display Content 281 9 4 Parameterization 283 9 4 1 Menu Tree of the Main Menu 283 9 4 2 Measured Quantities Submenus 284 9 4 3 Submenus for Diagnostics 286 9 4 4 Menu Tree of the Settings Submenu 287 9 4 5 User defined Scr...

Page 14: ...ts 329 13 2 3 Safety Standards 329 13 3 Dimensions 330 14 Operational Indications 333 15 Operating Parameters 337 15 1 Process Connections 338 15 1 1 AC Measurement 338 15 1 2 Binary Inputs U1 U2 and U3 U2 339 15 1 3 Binary Outputs 341 15 1 4 LEDs 343 15 2 Automation Functions 344 15 2 1 Limit Violation 1 8 and 9 16 345 15 2 2 Group Indications 1 4 346 15 3 HMI 347 15 3 1 Display Settings 347 15 3...

Page 15: ...4 Edition 03 2018 15 6 Administrative 357 15 6 1 Time Synchronization 357 15 6 2 Ethernet Communication 358 15 6 3 Communication Serial 360 15 6 4 Modbus Slave Devices 1 8 362 15 6 5 SICAM Subdevices 366 15 6 6 Device and Language 369 Glossary 371 Index 375 ...

Page 16: ...16 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 17: ...hen no external voltage and current transformers are used the device can process rated input alternating voltages of up to VP N 230 V 110 V for UL condition and rated input alternating currents up to 5 A The integrated web server can be used to set the parameters and display the measured values on HTML pages from the connected computer With the internal graphic display a limited parameterization v...

Page 18: ...e up to 6 tariffs TOU Time of Use The synchronization is made with external or internal triggers Communication SICAM Q100 has an Ethernet interface and an electric RS485 interface Ethernet supports the device parameterization transmission of measured data metered values load profiles and indications events and the time synchronization with NTP The communication protocols used are HTTP Modbus TCP a...

Page 19: ...2 Overview 19 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 2 Overview 2 1 Device Versions 20 2 2 Ordering Information Scope of Delivery and Accessories 22 ...

Page 20: ...ternating current measurements 2 binary inputs for example for synchronization pulses of the load profile or external triggers 2 binary outputs Measurement acc to standard IEC 61000 4 30 class A Measured quantities Voltage V Current I System frequency f fundamental Active power P accuracy class 0 2S ANSI C12 20 current class 2 and current class 10 Reactive power Q Apparent power S Energy measureme...

Page 21: ...nts SICAM Q100 is available in different variants Communication via Ethernet Only Modbus TCP protocol Modbus TCP protocol or IEC 61850 server protocol Serial communication Without RS485 interface With RS485 interface Modbus RTUslave protocol Modbus RTU master protocol and gateway function Degree of protection of front IP40 SICAM Q100 Figure 2 1 SICAM Q100 SICAM Q100 Display Side SICAM Q100 with RS...

Page 22: ...for Power Quality measured values Event recording visualisation Online PQ reporting e g acc to EN 50160 Description Power Monitoring Device and Power Quality Recorder Class A Order No MLFB Device type Dimensions 96 mm x 96 mm x 100 mm Panel mounted instrument with graphical display 4 Inputs for AC voltage measurements 4 Inputs for AC current measurements 2 Binary inputs 2 Binary outputs Web server...

Page 23: ...ww siemens com powerquality RS485 bus terminating plug 220 in a 9 pin D sub connector plug 7XV5103 5AA00 Connectors for alternating voltage inputs Order via Phoenix Contact GmbH Co KG Item number 1700734 Product name GMSTB 2 5 HCV 4 ST 7 62 BK TS Minimum order quantity 50 pieces Various cables as listed in the following tables Table 2 1 RS485 Y Bus Cable 2 Wire Shielded with 9 Pin D sub Connector ...

Page 24: ...tion 03 2018 Table 2 3 Ethernet Patch Cable Double Shielded SFPT LAN Connector Plugs on Both Sides Cable Length Order No 0 5 m 7KE6000 8G D00 0AA5 1 0 m 7KE6000 8G D00 1AA0 2 0 m 7KE6000 8G D00 2AA0 3 0 m 7KE6000 8G D00 3AA0 5 0 m 7KE6000 8G D00 5AA0 10 0 m 7KE6000 8G D01 0AA0 15 0 m 7KE6000 8G D01 5AA0 20 0 m 7KE6000 8G D02 0AA0 ...

Page 25: ...3 Device Design 25 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 3 Device Design 3 1 Mechanical Design 26 3 2 Display and Softkeys 27 ...

Page 26: ...At the cover of the battery compartment there is a labeling strip for the configurable LEDs H1 H2 and a battery symbol that indicates the polarity The label is also located on the top side and provides among other information the most important rated data of the device A lithium battery is located under the removable cover of the battery compartment SICAM Q100 devices can also contain a D sub conn...

Page 27: ...lues and graphic pictures The bottom line shows the 4 current functions of the softkeys below the display used to set the parameters Softkeys The 4 softkeys on the display side are used to make the desired entries at the device To call and activate the IP address press softkey F4 for 3 s see Figure 3 2 on the right during system startup if necessary The IP address and the standard subnet mask are ...

Page 28: ...3 Device Design 3 2 Display and Softkeys 28 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 29: ...ng 29 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 4 Measured Quantities and Recording 4 1 Power Quality Measuring System and Recording System 30 4 2 Measured Quantities 39 4 3 Display of Measured Quantities 75 ...

Page 30: ...n systems A overview of the measured quantities demanded in according to IEC 61000 4 30 their measurement uncertainty and measurement ranges is represented in the Chapter 4 3 1 4 1 2 Flicker The flicker measurement is performed according to IEC 61000 4 15 The short term flicker value Pst and long term flicker value Plt are determined for phase to ground voltages and delta voltages The flicker meas...

Page 31: ...ized reference value in is up to 240 of the primary rated voltage Figure 4 1 Transient Detection Time Voltage 0 Detected transient duration Sample time resolution Real transient duration Detected time stamp A transient will be detected if the instantanious value of the voltage measured as sample is higher than a given voltage reference level Once the detected sample is higher than the voltage refe...

Page 32: ...ins signalling voltage see Chapter 8 4 2 3 Time when mains signalling voltage starts to occur time stamp with date and time The values of the affected phase a b c ab bc ca Figure 4 2 Mains Signalling Voltage Detection threshold Time Mains signalling voltage Zoom Detection threshold Time Mains signalling voltage Total recording duration Pre recording duration Detected time stamp The mains signallin...

Page 33: ...dip swell threshold The threshold of RVC detection is configurable from 1 up to 6 of Udin The following data and values are determined during the evaluation of the rapid voltage change in SICAM Q100 and listed in the tab Rapid Voltage Change see Chapter 8 4 2 1 RVC event start time RVC event duration Vmax Vss The affected phases a b c ab bc ca a b c Figure 4 3 Rapid Voltage Change RVC NOTE Vrms 1 ...

Page 34: ...tive compensation etc Harmonic Directions SICAM Q100 measures harmonics of currents voltages and powers up to the 63rd order Measuring is done according to the standard IEC 61000 4 7 The following values are given for each harmonic RMS value for power RMS value and sign Phase angle The sign of the active power of the single harmonic indicates the direction of power flow of this harmonic in a syste...

Page 35: ...g aggregation and indicates the degree of the variation of a phase angle For a prevailing ratio value of 1 the phase angle of the corresponding harmonic is constant PR 1 no fluctuation The phase angles of the large variation see following table which have a prevailing ratio of 0 8 are high dispersal and the prevailing phasor has no useful meaning The table shows 3 examples for the relation between...

Page 36: ...0 Mains voltage level 10 min 30 s 1 min 10 min 15 min 30 min 1 h 2 h Unbalance of the mains voltage Harmonics and interharmonics of the mains voltage Additional data for example power values min max values etc Flicker Pst determined over 10 min Plt over 2 h 12 Pst values Monitoring of the power quality according to IEC 61000 4 15 Event recorder Voltage dips Voltage interruptions Residual voltage V...

Page 37: ...tion triggers acquisition of sampled values max 3 s Analyzing the causes of power quality problems Mains signalling voltage recorder Mains signalling voltages on the supply voltage Mains signalling voltage triggers start time aquisition of 10 12 cycle voltages max 2 min Monitoring of the mains signalling voltage according to EN 50160 Load profile re cording Load profile Method Fixed Block or metho...

Page 38: ...ram of Recorders A D Converter Synchronization Frequency Voltage Magnitude Harmonics Interharmonics Unbalance V t Event Recorder Measurement Recorder Interruptions Swells Dips Changes on Vrms Trend Recorder Fault Recorder I t Current Power Pf Aggregation Flicker meter V t Pst Plt Trigger PQ events V t I t V t I t or Vrms Irms Sample points Load Profile V Measurement Recorder Measurement Recorder M...

Page 39: ... phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Alternating Voltage Va a N x x x x x Vb b N x x x Vc c N x x x Vab a b x x x x x x Vbc b c x x x x x...

Page 40: ... b x x x cos c c x x x cos a b c x x x x cos ph 3 Power Factor PFa a x x x x x PFb b x x x PFc c x x x PF a b c x x x x PFph 3 Phase Angle UIa a x x x x x Table 4 3 Operational Measured Quantities Connection Types in Power Systems cont Measured Quantity Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values f...

Page 41: ...x x x x x Frequency f System freq see Table 4 21 x x x x x x x x x Table 4 3 Operational Measured Quantities Connection Types in Power Systems cont Measured Quantity Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Ca...

Page 42: ...for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Harmonics Voltage Magnitude H_Va x a N x x x x H_Vb x b N x x H_Vc x c N x x H_Vab x a b x x x x x H_Vbc x b c x x x x x H_Vca x c a x x x x x Interharmonics Voltage Magnitude HI_Va y a N x x x x HI_Vb y b N x x HI_Vc...

Page 43: ...TDD Current TDD_Ia a x x x x x x x x x TDD_Ib b x x x x x x TDD_Ic c x x x x x x K Factor Voltage K Factor_Va a N x x x x K Factor_Vb b N x x K Factor_Vc c N x x Table 4 4 Harmonics Interharmonics Connection Types in Power Systems cont Measured Quantity x 1 to 63 y 1 to 49 x 1 Fundamental Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanc...

Page 44: ... x x x x x THDR_Vca c a x x x x x THDR Current THDR_Ia a x x x x x x x x x THDR_Ib b x x x x x x THDR_Ic c x x x x x x THD 2650 Voltage THD 2650_Va a N x x x x THD 2650_Vb b N x x Table 4 4 Harmonics Interharmonics Connection Types in Power Systems cont Measured Quantity x 1 to 63 y 1 to 49 x 1 Fundamental Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Un...

Page 45: ... x THDI_Vab a b x x x x x THDI_Vbc b c x x x x x THDI_Vca c a x x x x x THDI Current THDI_Ia a N x x x x x x x x x THDI_Ib b N x x x x x x THDI_Ic c N x x x x x x Table 4 4 Harmonics Interharmonics Connection Types in Power Systems cont Measured Quantity x 1 to 63 y 1 to 49 x 1 Fundamental Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balan...

Page 46: ...R_Ia x a x x x x x x H_Angle PreAngle PR_Ib x b x x x x H_Angle PreAngle PR_Ic x c x x x x Table 4 4 Harmonics Interharmonics Connection Types in Power Systems cont Measured Quantity x 1 to 63 y 1 to 49 x 1 Fundamental Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS valu...

Page 47: ...a 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Active Power Pa a x x x x x Pb b x x x Pc c x x x P a b c x x x x Pph Reactive Power Qa a x x x x x Qb b x x x Qc c x x x Q a b c x x...

Page 48: ...ured Quantities of Power Connection Types in Power Systems Measured Quantity Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No ...

Page 49: ...balanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Active Energy Export WPa_exp a x x x x WPb_exp b x x x WPc_exp c x x x WP_exp a b c x x x x x x x x Active Energy Improt WPa_imp a x x x x WPb_imp b x x x WPc_imp c x x ...

Page 50: ...y WSa a x x x x WSb b x x x WSc c x x x WS a b c x x x x x x x x Table 4 6 Measured Quantities of Energy Connection Types in Power Systems cont Measured Quantity 1 Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calc...

Page 51: ... ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Short Term Flicker Pst_a N a N x x x x Pst_b N b N x x Pst_c N c N x x Pst_ab a b x x x x x Pst_bc b c x x x x x Pst_ca c a x x x x x Long Term Flicker Plt_a N a N x x x x Plt_b N b N x x Plt_c N c N x x Plt_ab a b x x x...

Page 52: ... b x x x x x Msv_bc b c x x x x x Msv_ca c a x x x x x Table 4 7 Flicker MSV and Connection Types in Power Systems cont Measured Quantity Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calculate Voltage RMS values P...

Page 53: ...re Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Harmonics Active Power H_Pa x a x x x x H_Pb x b x x H_Pc x c x x SumPa a H_Pa x H_Pa x SumPb b H_Pb x SumPc c H_Pc x Harmonics Reactive Po...

Page 54: ...ts of Harmonics Power Connection Types in Power Systems Measured Quantity x 1 to 63 x1 Fundamental Circuit 1 phase System 3 wire Network Delta 4 wire Network Star Balanced 1I Unbalanced 3I Unbalanced 2I Balanced 1I PQ Values for ph N PQ Values for ph ph Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values PN PP No Calculate Voltage RMS values PN PP Yes Calculate Voltage RMS values P...

Page 55: ... Quantities Measured Quantity Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles or 150 180 cycles 10 12 cycles or 150 180 cycles 10 12 cycles or 150 180 cycles Alternating Voltage Va x x x Vb x x x Vc x x x Vab x x x Vbc x x x Vca x x x VN x x x Vavg x HTML x Neg seq comp V x x x 1 Zero seq comp V x x x 1 Alternating Cu...

Page 56: ...age Current UIa x x x 1 UIb x x x 1 UIc x x x 1 UI x x x 1 Phase Angle Voltage ab V x HTML x 1 bc V x HTML x 1 ca V x HTML x 1 Phase Angle Current ab I x HTML x 1 bc I x HTML x 1 Table 4 9 Data Availability of the Operational Measured Quantities cont Measured Quantity Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles or...

Page 57: ... Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles or 150 180 cycles 10 12 cycles or 150 180 cycles 10 12 cycles or 150 180 cycles Table 4 10 Data Availability of the Harmonics Interharmonics Measured Quantity x 1 to 63 y 1 to 49 x1 Fundamental Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles or 150 180 c...

Page 58: ...R_Vb x HTML 10 12 cycles x 1 H_Angle PreAngle PR_Vc x HTML 10 12 cycles x 1 H_Angle PreAngle PR_Vab x HTML 10 12 cycles x 1 H_Angle PreAngle PR_Vbc x HTML 10 12 cycles x 1 H_Angle PreAngle PR_Vca x HTML 10 12 cycles x 1 Harmonics Current Angle PreAngle PR H_Angle PreAngle PR_Ia x HTML 10 12 cycles x 1 Table 4 10 Data Availability of the Harmonics Interharmonics cont Measured Quantity x 1 to 63 y 1...

Page 59: ...10 12 cycles x 1 THDS Current THDS_Ia x x x 1 THDS_Ib x x x 1 THDS_Ic x x x 1 TDD Current TDD_Ia HTML 10 12 cycles x 1 TDD_Ib HTML 10 12 cycles x 1 TDD_Ic HTML 10 12 cycles x 1 K Factor Voltage K factor_Va HTML 10 12 cycles x 1 K factor_Vb HTML 10 12 cycles x 1 Table 4 10 Data Availability of the Harmonics Interharmonics cont Measured Quantity x 1 to 63 y 1 to 49 x1 Fundamental Limit violation HTM...

Page 60: ...s x 1 K factor_Ic HTML 10 12 cycles x 1 THDR Voltage THDR_Va HTML THDR_Vb HTML THDR_Vc HTML THDR_Vab HTML THDR_Vbc HTML THDR_Vca HTML THDR Current THDR_Ia HTML 10 12 cycles THDR_Ib HTML 10 12 cycles THDR_Ic HTML 10 12 cycles Table 4 10 Data Availability of the Harmonics Interharmonics cont Measured Quantity x 1 to 63 y 1 to 49 x1 Fundamental Limit violation HTML and Display Operational Measured Qu...

Page 61: ...650_Ia HTML 10 12 cycles THD 2650_Ib HTML 10 12 cycles THD 2650_Ic HTML 10 12 cycles THDI Voltage THDI_Va HTML 10 12 cycles THDI_Vb HTML 10 12 cycles THDI_Vc HTML 10 12 cycles THDI_Vab HTML 10 12 cycles THDI_Vbc HTML 10 12 cycles Table 4 10 Data Availability of the Harmonics Interharmonics cont Measured Quantity x 1 to 63 y 1 to 49 x1 Fundamental Limit violation HTML and Display Operational Measur...

Page 62: ...rrent THDI_Ia HTML 10 12 cycles THDI_Ib HTML 10 12 cycles THDI_Ic HTML 10 12 cycles Table 4 10 Data Availability of the Harmonics Interharmonics cont Measured Quantity x 1 to 63 y 1 to 49 x1 Fundamental Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles or 150 180 cycles 10 12 cycles or 150 180 cycles 10 12 cycles or 150...

Page 63: ...d Quantities of Power Measured Quantity Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles or 150 180 cycles 10 12 cycles or 150 180 cycles 10 12 cycles or 150 180 cycles Active Power Pa x x x Pb x x x Pc x x x P x x x Reactive Power Qa x HTML x Qb x HTML x Qc x HTML x Q x HTML x Apparent Power Sa x x x Sb x x x Sc x x x...

Page 64: ... Quantity Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles 10 12 cycles 10 12 cycles Active Energy Export WPa_exp x x 1 WPb_exp x x 1 WPc_exp x x 1 WP_exp x x Active Energy Import WPa_imp x x 1 WPb_imp x x 1 WPc_imp x x 1 WP_imp x x Reactive Energy Inductive WQa_ind x x 1 WQb_ind x x 1 WQc_ind x x 1 WQ_ind x x Reactive...

Page 65: ...ities of Energy cont Measured Quantity Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles 10 12 cycles 10 12 cycles Table 4 13 Data Availability of the Flicker Measured Quantity Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles 10 12 cycles 10...

Page 66: ... N x x x 1 Plt_ab x x x 1 Plt_bc x x x 1 Plt_ca x x x 1 Instantaneous Flicker Sensation Pinst a N x HTML x 1 Pinst b N x HTML x 1 Pinst c N x HTML x 1 Pinst ab x HTML x 1 Pinst bc x HTML x 1 Pinst ca x HTML x 1 Table 4 13 Data Availability of the Flicker cont Measured Quantity Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 ...

Page 67: ...Power Measured Quantity x 1 to 63 x1 Fundamental Limit violation HTML and Display Operational Measured Quantities Protocol Interface Modbus TCP Modbus RTU IEC 61850 10 12 cycles 10 12 cycles 10 12 cycles Harmonics Active Power H_Pa x HTML x 1 H_Pb x HTML x 1 H_Pc x HTML x 1 SumPa HTML SumPb HTML SumPc HTML Harmonics Reactive Power H_Qa x HTML x 1 H_Qb x HTML x 1 H_Qc x HTML x 1 SumQa HTML SumQb HT...

Page 68: ...n of the Operational Measured Quantities Measured Quantity Measurement Recorder 1 Event Recorder 2 Fault Recorder 3 Trend Recorder 4 Mains Signalling Voltage Recorder 6 AVG Max Value Min Value Values PQDIF CSV COMTRADE7 PQDIF COMTRADE7 Alternating Voltage Va x x x x x x Vb x x x x x x Vc x x x x x x Vab x x x x x x Vbc x x x x x x Vca x x x x x x VN x x x x Vavg x Neg seq comp V x x x Zero seq com...

Page 69: ... x x x PFc x x x PF x x x Phase Angle Voltage Current UIa x x x UIb x x x UIc x x x UI x x x Phase Angle Voltage ab V x bc V x ca V x Phase Angle Current ab I x bc I x ca I x Table 4 15 Recording and Evaluation of the Operational Measured Quantities cont Measured Quantity Measurement Recorder 1 Event Recorder 2 Fault Recorder 3 Trend Recorder 4 Mains Signalling Voltage Recorder 6 AVG Max Value Min...

Page 70: ...IEC 61850 HTML 4 Interfaces protocols IEC 61850 HTML 1 2 cycle RMS values 5 The frequency is permanently defined with 10 s mean value recording 6 Interfaces protocols IEC 61850 HTML 10 12 cycles RMS values 7 COMTRADE files include CFG file DAT file and HDR file Frequency f System freq x x x 10s freq 10 s freq x 5 x 5 x 5 Mains Signalling Voltage MSVa x MSVb x MSVc x MSVab x MSVbc x MSVca x Table 4...

Page 71: ...s Interharmonics Measured Quantity x 1 to 49 y 1 to 49 x 1 Fundamental Measurement Recorder 1 AVG Max Value Min Value PQDIF CSV Harmonics Voltage Magnitude H_Va x x x H_Vb x x x H_Vc x x x H_Vab x x x H_Vbc x x x H_Vca x x x Interharmonics Voltage Magnitude HI_Va y x x HI_Vb y x x HI_Vc y x x HI_Vab y x x HI_Vbc y x x HI_Vca y x x Harmonics Current Magnitude H_Ia x x x H_Ib x x x H_Ic x x x Interh...

Page 72: ...TCP settable aggregation times 30 s 60 s 10 min 15 min 30 min 1 h 2 h HI_Ic y x x THDS Voltage THDS_Va x x x THDS_Vb x x x THDS_Vc x x x THDS_Vab x x x THDS_Vbc x x x THDS_Vca x x x THDS Current THDS_Ia x x x THDS_Ib x x x THDS_Ic x x x Table 4 16 Recording and Evaluation of the Harmonics Interharmonics cont Measured Quantity x 1 to 49 y 1 to 49 x 1 Fundamental Measurement Recorder 1 AVG Max Value...

Page 73: ...ggregation times 30 s 60 s 10 min 15 min 30 min 1 h 2 h Table 4 17 Recording and Evaluation of the Power Types Measured Quantity Measurement Recorder 1 AVG Max Value Min Value PQDIF CSV Active Power Pa x x x Pb x x x Pc x x x P x x x Reactive Power Qa x x x Qb x x x Qc x x x Q x x x Apparent Power Sa x x x Sb x x x Sc x x x S x x x Reactive Power Fundamental Q1a x x x Q1b x x x Q1c x x x Q1 x x x ...

Page 74: ...gy management 4 2 3 5 Recording and Evaluation of the Flicker 1 Interfaces protocols IEC 61850 PQDIF depending on the measuring interval and Modbus TCP settable aggregation times 30 s 60 s 10 min 15 min 30 min 1 h 2 h Table 4 18 Recording and Evaluation of the Flicker Measured Quantity Measurement Recorder 1 AVG Max Value Min Value PQDIF CSV Short Term Flicker Pst_a N x Pst_b N x Pst_c N x Pst_ab ...

Page 75: ...Hz 10 mHz see Table 4 21 Magnitude of the supply 2 V required Voltage Vph N PE star V 10 to 150 Udin 0 1 Udin AC 57 73 V to 400 V autorange IEC 61000 4 30 Class A to AC 230 V 200 overvoltage AC 230 V to 400 V 200 to 15 overvoltage UL conditions to AC 170 V 200 overvoltage AC 170 V to 300 V 200 to 15 overvoltage Voltage Vph ph delta V 10 to 150 Udin 0 1 Udin AC 100 V to 690 V autorange IEC 61000 4 ...

Page 76: ...MSVph N star MSVph ph delta V 1 to 15 Udin Condition 3 to 15 of Udin Maximum error 5 of measured value Condition 1 to 3 of Udin Maximum error 0 15 of Udin Udin Primary nominal voltage corresponds to the primary rated voltage in SICAM Q100 Vm Measured value Vrated Rated voltage u2 Value of Neg seq comp V u0 Value of Zero seq comp V Table 4 19 Measured Quantities and their Operational Measurement Un...

Page 77: ...c to parameterization A Auto range 1 A to 5 A 10 to 200 Irated 0 2 Current unbalance 0 to 100 Irated 0 2 2 Active power P demand supply W 1 to 200 Irated 0 2 Reactive power Q inductive capacitive var 2 to 200 Irated 1 Apparent power S VA 0 2 Power factor PF 1 0 5 inductive to 0 8 capacitive 1 Active power factor cos 1 1 to 1 1 2 Phase angle 1 Degree 180 to 180 2 2 Active energy WP demand supply Wh...

Page 78: ...nvalid 2 V 10 mHz Voltage to Vb N Voltage to Vc N NOTE The frequency measurement is carried out as software frequency measurement Va N Vb N Vc N 2 V The frequency will be measured first at the measuring circuit Va N If the voltage Va N is 2 V the measurement is performed automatically at the measuring circuit Vb N If the voltage Vb N is 2 V the measurement is performed automatically at the measuri...

Page 79: ...5 Energy Management 79 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 5 Energy Management 5 1 Load Profile Determination 80 5 2 Tariffs 87 ...

Page 80: ...wing diagram shows a 45 min measuring period which consists of 3 subperiods of 15 min each The measured and calculated load profile data are stored in the ring buffer at the end of each subperiod After 3 subperiods the average power value of the measuring period is calculated from the 3 load profile data of the subperiods The values cumulative values and averages can be retrieved at any time withi...

Page 81: ...dition the number of subperiods of this method is set to 1 The load profile data are determined at the end of every measuring period and stored in the ring buffer and transmitted if necessary or displayed on the user interface Figure 5 2 Determination of the load profile according to the Fixed Block method NOTE The parameterization of the load profile is described in detail in chapter 8 3 5 1 Note...

Page 82: ... power values for all power quantities during the measuring period calculated from the average power values at the end of every subperiod red dots in Figure 5 3 Average power values for all power quantities during the subperiods blue dots in Figure 5 3 Maximum and minimum values for all power quantities within the subperiods Cumulated power values for all power quantities at every sampling point w...

Page 83: ...the current measuring period 5 1 3 Historical Load Profile Data SICAM Q100 records the following measured quantities Storage of Load Profile Data The load profile data are stored in a ring buffer with up to 4 000 data sets Every new data set overwrites the oldest data set Every data set contains the average power values minimum maximum values a time stamp and status information for a completed sub...

Page 84: ...ser Interface The load profile data of the current and last completed periods are output at the communication interfaces For information on the data transmission via the communication protocols Modbus TCP Modbus RTU Master and IEC 61850 refer to the System Manual SICAM Q100 In the user interface the load profile data are displayed in the tab Value view and evaluation Load profile see chapter 8 4 1...

Page 85: ...CAM Q100 adapts to the changed time grid automatically Particularities in the synchronization via communication interface The synchronization telegram transmitted via Modbus TCP or Modbus RTU contains among other things the length of the subperiods in minutes If the set length of the subperiods in the device does not correspond to the length in the telegram the synchro nization pulse is ignored Lo...

Page 86: ...n assigned to the valid tariff in a unique way The current period keeps the old tariff up to the period end The new tariff will be effective from the starting time of the subsequent period The power meters of SICAM Q100 change to the other tariff after the current mea suring period Additional Information on the Load Profile Data SICAM Q100 determines the following additional information for every ...

Page 87: ...ofile Synchronization The recorded load profile is always assigned to the current tariff If during a running measuring period a tariff change is made for instance from high to low tariff this has initially no effect on the load profile recording The new tariff becomes effective in the load profile recording and in the power meters of SICAM Q100 only with the start of the next measuring period Tari...

Page 88: ...5 Energy Management 5 2 Tariffs 88 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 89: ...1040 C522 A4 Edition 03 2018 6 Getting Started 6 1 Unpacking Inspecting the Delivery Installing and Changing the Battery 90 6 2 Assembly 92 6 3 Electrical Connection 94 6 4 System Requirements 96 6 5 Access Rights 97 6 6 Meaning of the LEDs 98 6 7 Commissioning 99 ...

Page 90: ...y after the delivery first insert the battery before beginning the in stallation Upon delivery the battery is insulated in the battery compartment of the device If you want to operate the device later insert the battery only just before you intend to use the device To insert the battery observe the notes in the supplied Product Information and proceed as follows Lever the cover of the battery comp...

Page 91: ...ull the battery out of the compartment Remove the new battery type PANASONIC CR2032 or VARTA 6032 101 501 from the packaging check the expiry date on the packaging Insert the battery carefully into the battery compartment with the polarity indicated above the battery compartment WARNING Warning of incorrect treatment of the lithium battery type PANASONIC CR2032 or VARTA 6032 101 501 or the use of ...

Page 92: ...e can lead to measuring errors and device failure The terminals are designed for wire cross sections of 2 5 mm max The device must not be exposed to condensation during operation Install the device in a location where it is not exposed to direct sunlight and strong temperature variations NOTE on Battery Disposal The battery used in this device contains lithium It may only be replaced by qualified ...

Page 93: ...Installation of the SICAM Q100 into a Switch Panel Swing the mounting element provided with the device over the rear cone Move the mounting element to the position Use a screw driver 0 6 mm x 4 5 mm to fix the mounting elements until the slipping clutch takes effect UL Certification Conditions Field Wires of Control Circuits shall be separated from other circuits with respect to the end use requir...

Page 94: ...ess and condensation DANGER Hazard due to high voltage Non observance will lead to death or serious injury Work may only be carried out by trained personnel see Preface who are familiar with and observe the safety requirements and precautions Work may never be carried out if there is any hazardous voltage present De energize the device Isolating device Connect a suitable isolating device upstream ...

Page 95: ... trained personnel see Preface who are familiar with and observe the safety requirements and precautions Work may never be carried out if there is any hazardous voltage present De energize the device Isolating device Connect a suitable isolating device upstream to de energize the device The isolating device must be installed near the device it must be easily accessible to the user and it must be m...

Page 96: ...on conductor with ferrule terminal F 2 5 mm AWG 14 Tightening torque 0 4 Nm to 0 5 Nm 3 5 in lb to 4 5 in lb RS485 interface J on the terminal side RS485 cable with 9 pole D sub socket Ethernet interface Z on the top side Ethernet patch cable or crossover cable Voltage measuring inputs In the case of a direct connection and transformer connection the device has to be safeguarded with a listed 10 A...

Page 97: ...g in the Maintenance tab Access Rights for Communication The access rights for the communication via Ethernet with Modbus TCP protocol are made for port 502 and for the user port You can assign either full access rights or read only authorization chapter 8 3 7 2 describes the settings You can also determine the access rights for serial communication using the Modbus RTU protocol You can assign eit...

Page 98: ...eaning of the LEDs during normal operation is explained in the following table RUN H1 Link Activity ERROR H2 Speed NOTE LEDs are also located on the display side their designations are RUN ERROR H1 and H2 and their functions are the same as the functions of the LEDs on the top of the housing Table 6 1 Meaning of the LEDs LED Meaning RUN Device active ERROR Indicates an error according to parameter...

Page 99: ...ace Connect the network cable to the PC at the RJ45 socket Z Ethernet on the top side of the housing or connect the Y cable if you want to use the Ethernet switch Close the door of the control cabinet to prevent touching live parts Switch on the connected peripheral devices PC measuring device or modules for measurand analysis DANGER Hazard due to high voltage Non observance will lead to death or ...

Page 100: ... lines Carry out the measurements as described in chapter 8 or chapter 9 6 7 2 Changes During Operation The device is designed for permanent operation If you want to change the measurement setup for example by connecting terminals so far unused proceed analogously to the Initial Commissioning NOTE The device does not have a power on off switch Switch the supply voltage on or off directly at the re...

Page 101: ... 5 Location of the Softkey F4 for Activating the Default IP Address When you press the softkey F4 SICAM Q100 will reset and use the default IP address until you have set a new IP address or switched the device off and on again Softkey F4 Default IP Address 192 168 0 55 Default Subnet Mask 255 255 255 0 NOTE Changing the IP address causes the device to reset and the LEDs signal see chapter 12 3 tha...

Page 102: ...6 Getting Started 6 7 Commissioning 102 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 103: ...ion Principle 103 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 7 Connection Principle 7 1 Terminals 104 7 2 Communication Interfaces 106 7 3 Connection Types and Connection Examples 107 ...

Page 104: ...e device are designed as terminal blocks Figure 7 1 Terminal Blocks on the Terminal Side of the SICAM Q100 SICAM Q100 has the following terminal blocks Table 7 1 Terminal Blocks at SICAM Q100 Terminal Block Description E 4 inputs for alternating current measurement F 4 inputs for alternating voltage measurement G 2 binary outputs H Supply voltage U 2 binary inputs ...

Page 105: ...IC L3 Ic Conductor c output current measurement E IN N Neutral conductor input current measurement E IN N Neutral conductor output current measurement F A L1 Van Conductor a voltage measurement F B L2 Vbn Conductor b voltage measurement F C L3 Vcn Conductor c voltage measurement F N N Neutral conductor voltage measurement G 1 Binary output 1 Binary output 1 G 2 Root Common root for both binary out...

Page 106: ...rol via the second connector of the Y cable and an external Ethernet switch For typical circuit diagrams refer to the System Manual SICAM Q100 7KG95xx order no E50417 C1000 C522 chapter 2 7 2 2 RS485 Interface The RS485 interface J D Sub is located on the terminal side see also detailed information in the System Man ual SICAM Q100 7KG95xx order no E50417 C1000 C522 chapter 2 Figure 7 3 RS485 Inter...

Page 107: ...thout interconnected current and voltage transform ers Required voltage transformers can be operated in star connection or delta connection All input and output terminals that are not needed for measurements remain unwired NOTE The illustration of the consistent ground connection of the instrument transformers is simplified in the following connection examples The secondary windings of the current...

Page 108: ...ent Transformer Balanced Figure 7 5 Example 3 wire Network 2 Voltage Transformers and 1 Current Transformer Balanced a N P1 P2 S1 S2 PE 10 A Terminals SICAM Q100 a P1 P2 S1 S2 c A A B B a a b b PE b 10 A 10 A 10 A Terminals SICAM Q100 NOTICE The secondary voltage on terminal F voltage must not exceed AC 600 V AC 347 V for UL Non observance can cause material damage Make sure that the maximum permi...

Page 109: ...nsformers Unbalanced Figure 7 6 Example 3 wire Network No Voltage Transformer 3 Current Transformers Unbalanced Example 3 wire Network No Voltage Transformer 2 Current Transformers Unbalanced Figure 7 7 Example 3 wire Network No Voltage Transformer 2 Current Transformers Unbalanced a b P1 P2 S1 S2 c P1 S1 S2 S1 S2 P1 P2 P2 PE resp 10 A Terminals SICAM Q100 a b P1 P2 S1 S2 c P1 P2 PE S1 S2 resp 10 ...

Page 110: ...rmers Unbalanced Figure 7 8 Example 3 wire Network 2 Voltage Transformers and 2 Current Transformers Unbalanced a b P1 P2 S1 S2 c A A B B a a b b P1 P2 S1 S2 PE 10 A 10 A 10 A Terminals SICAM Q100 NOTICE The secondary voltage on terminal F voltage must not exceed AC 600 V AC 347 V for UL Non observance can cause material damage Make sure that the maximum permissible phase to ground voltage PE is n...

Page 111: ...Unbalanced Figure 7 9 Example 3 wire Network 2 Voltage Transformers and 3 Current Transformers Unbalanced a b P1 P2 S1 S2 c A A B B a a b b P1 P2 S1 S2 S1 S2 P1 P2 PE 10 A 10 A 10 A Terminals SICAM Q100 NOTICE The secondary voltage on terminal F voltage must not exceed AC 600 V AC 347 V for UL Non observance can cause material damage Make sure that the maximum permissible phase to ground voltage P...

Page 112: ...rmer Balanced Figure 7 10 Example 4 wire Network 1 Voltage Transformer and 1 Current Transformer Balanced Example 4 wire Network No Voltage Transformer 3 Current Transformers Unbalanced Figure 7 11 Example 4 wire Network No Voltage Transformer 3 Current Transformers Unbalanced a b P1 P2 S1 S2 c A B a b N PE 10 A Terminals SICAM Q100 a b P1 P2 S1 S2 c P1 S1 S2 S1 S2 N P1 P2 P2 PE je 10 A Terminals ...

Page 113: ...Current Transformers Unbalanced Example 4 wire Network 3 Voltage Transformers and 3 Current Transformers Unbalanced Current Transformer at the Neutral Conductor Figure 7 13 Example 4 wire Network 3 Voltage Transformers and 3 Current Transformers Unbalanced Current Transformer at the Neutral Conductor a b P1 P2 S1 S2 c P1 S1 S2 S1 S2 N P1 P2 P2 A A A B B B a a a b b b PE je 10 A Terminals SICAM Q10...

Page 114: ...dition 03 2018 7 3 3 Example Special Application Example 3 wire Network 3 Voltage Transformers and 3 Current Transformers Unbalanced Figure 7 14 Example 3 wire Network 3 Voltage Transformers and 3 Current Transformers Unbalanced a b P1 P2 S1 S2 c P1 S1 S2 S1 S2 P1 P2 P2 A A A B B B a a a b b b PE resp 10 A Terminals SICAM Q100 ...

Page 115: ...Operation at Use of a PC 8 1 General Usage Notes 8 2 Start and Design of the User Interface 8 3 Configuration of the Device 8 4 Value View and Evaluation 8 5 Maintenance 8 7 Example of a Parameterization and Measured Value Evaluation 8 8 Flowchart of Modbus RTU Master and Modbus Gateway Parameterization ...

Page 116: ...e mouse Parameters and text are entered using the keyboard The following table lists the control elements Table 8 1 Control Functions Control Element Control Function Option button selects one option List box selects an item from a list Button Executing an action by clicking the button that is the current settings on the user interface are transmitted to the device Active tab light blue Inactive t...

Page 117: ... the IP address and the subnet mask of the network interface card of your computer to the device settings Check on the computer screen whether the LAN connection is up Activate the LAN connection if it is down see the Windows manual or the Windows online help for information For checking purposes carry out the ping test as follows example for Windows Click Start on the Windows interface Select Exe...

Page 118: ... When starting the device for the first time a set of parameters with factory settings is loaded You can modify these settings during the parameterization see chapter 8 3 To set a different user language for the user interface open the Administrative menu on the Configure tab select the Device and language menu item and change the language as described in chapter 8 3 7 6 NOTE If the user interface...

Page 119: ...he operation of the user interface requires the SIGRA Plugin Change the buffer mechanism as follows Start Microsoft Internet Explorer Select the Tools menu in the menu bar of Microsoft Internet Explorer Select Internet options from the Tools menu In the Internet options dialog open the General tab In the window of the General tab select the Settings icon Figure 8 3 Changing the Buffer Mechanism In...

Page 120: ...t Compatibility View Settings from the Tools menu Figure 8 4 Changing the Compatibility Setting In the Compatibility View Settings dialog click the Display intranet sites in Compatibility View Enter the IP Address of SICAM Q100 device in the Add this website box click Add Click Close 8 2 5 Changing the Security Setting In Internet Explorer 10 0 or higher version the operation is mandatory if multi...

Page 121: ...he User Interface 121 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 Select the Security tab Click Custom level Figure 8 5 Changing Security Setting Navigate to Miscellaneous then to Access data sources across domains Select Enable ...

Page 122: ... to ActiveX controls and plug ins then to Initialize and script ActiveX controls not marked as safe for scripting Select Enable Click OK 8 2 6 Number of Connections via HTML A maximum of 2 connections is possible via HTML 8 2 7 Layout of the User Interface The user interface has the following layout NOTE If the Windows system is reinstalled you must reconfigure the settings related to the Internet...

Page 123: ... 123 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 Figure 8 7 Designations in the User Interface Microsoft Internet Explorer Menu bar Toolbar Address bar Navigation window Tab Input output window Status bar Navigation bar Menu Element Online help ...

Page 124: ...face To start the user interface proceed as follows Start Microsoft Internet Explorer Enter the IP address in Microsoft Internet Explorer for example the default IP address 192 168 0 55 of SICAM Q100 and press ENTER Enter the logon password default password is 000000 and click Log on Figure 8 8 Log on via the User Interface The user interface opens with the Information tab Show device information ...

Page 125: ...on see red marking in the figure to log out and the logon page will appear Navigation Window of the Information Tab The navigation window of the Information tab contains the elements Show device information Save device information and message logs and the Message Logs menu with the elements Operational log and Error log NOTE You can disable the logon feature of the user interface by selecting no a...

Page 126: ...and the installed software Communication Information about the data transmission between device and periphery Device date and time Information about the time settings of the device Parameter set Information about the active and passive set of parameters 8 2 8 2 Save Device Information and Message Logs Click the Save device information and logs item in the navigation window The Save device informat...

Page 127: ...wnload Open Alternatively you can view the device information and logs on the screen and print them if needed Proceed as follows In the File download dialog see figure 8 11 click Open A text editor opens containing the device information DEVICE INFORMATION the operational indications OPERATIONAL LOG and the error messages ERROR LOG and file information On the menu bar of the text editor click File...

Page 128: ...cessively Operational Log To show the operational indications proceed as follows In the navigation window select the Message Logs menu and then the Operational log menu item The operational indications are listed in the input output window as follows Figure 8 13 Information Tab Operational Log Serial No Date of registration Time of registration Information on the indication Value of the indication...

Page 129: ...or Log Serial No Date of registration Time of registration Relative time referring to the start of operation output in milliseconds Task Code and Location are service information for the manufacturer Description of the error NOTE The information about error messages described below is intended for service purposes Inform the customer service about this information when there are problems with your...

Page 130: ... 7 To change the settings of the set of parameters proceed as follows Click the Configure tab on the user interface Figure 8 15 Configure Tab Select the Prepare menu in the navigation window and then either Get device configuration or Open configuration from file NOTE The device contains two sets of parameters The set of parameters currently used for device operations is the active set of paramete...

Page 131: ...device is opened for editing Check and if necessary change the set parameters by opening the desired menus in the navigation window Operational parameters menu according to chapter 8 3 3 HMI settings according to chapter 8 3 4 Recording and reporting according to chapter 8 3 6 Administrative menu according to chapter 8 3 7 Activate the modified configuration as described in chapter 8 3 1 3 NOTE If...

Page 132: ...ting Activate the modified configuration as described in chapter 8 3 1 3 8 3 1 2 Open Configuration from File If you have selected Open configuration from file in the Configure tab you can open an already existing file in a folder Proceed as follows Figure 8 17 Configure Tab Open Configuration from File Click Browse NOTE You can edit the displayed factory settings activate and use them as active s...

Page 133: ...n The device configuration from the CFG file is loaded NOTE You can open only files with the following properties of the file name Maximum 8 characters and extension cfg Only containing Letters a to z A to Z Numbers 0 to 9 Hyphen and underline _ NOTE If you have activated the option in your web browser to transfer the local directory name together with the file name when uploading files then the t...

Page 134: ...ation Input Output Window In the Activation input output window enter the valid activation password into the password field chapter 8 3 7 6 explains how to set the activation password Click Activation At first the message Parameter activation is still in progress will be shown and then the message Parameter activation is complete in the input output window The modified set of parameters is loaded ...

Page 135: ...on menu and click Save Configuration to File Figure 8 20 Configure Tab Save Configuration to File Input Output Window Click either Save active configuration or Save passive configuration NOTE The active and passive set of parameters are listed in the Activation input output window in the Set column for your information NOTE During the parameter activation the device is working under special mode I...

Page 136: ...lick Save The Save As dialog opens Figure 8 22 Save As Dialog Select the file path in the Save in list box Use the file name suggested in the File name list box or enter a new file name with the file extension CFG Click Save The Download complete dialog opens In the Download complete dialog click Close NOTE The length of file names must not exceed 8 characters Use only characters according to NOTE...

Page 137: ...ion menu and click Cancel Figure 8 23 Configure Tab Cancel Input Output Window Click Cancel in the input output window NOTE After clicking Cancel the active set of parameters is copied into the passive set of parameters This action is the same as Get device configuration Get active configuration described in chapter 8 3 1 1 After you have clicked Cancel the parameterization is released and can be ...

Page 138: ...s blocked modified in brackets will be displayed in the upper right corner of the user interface The user making the changes will see modified without brackets Figure 8 24 Access Blocked If a user makes a change the server starts a 20 minute timer If no further changes to the set of parameters are entered by the time the timer has counted down write access is released again for all users In this c...

Page 139: ...ble for making the settings The submenus contain the following elements Process connections AC measurement Binary inputs Binary outputs LEDs Select automation functions Limits 1 8 Limits 9 16 Group indications 1 4 NOTE Observe the procedure for the device configuration described in chapter 8 3 1 when you set the operational parameters NOTE If you change the Network type during ongoing operation ch...

Page 140: ...etting Setting Range Rated frequency 50 Hz Setting 50 Hz 50 Hz 7 5 Hz Setting 60 Hz 60 Hz 9 Hz Network type 1 Four wire three phase unbalanced Acc to list box see chapter 15 Power quality values for 2 Phase to neutral Phase to neutral Phase to phase Calculate Voltage RMS values PN and PP 2 no no yes Nominal Declared supply voltage 1 AC 230 00 V AC 57 73 V to 400 V autorange IEC 61000 4 30 Class A ...

Page 141: ...ns submenu and click AC measurement Figure 8 25 Configure Tab AC Measurement Input Output Window Enter the desired values in the fields and select the parameters in the list boxes and option fields as described in Table 8 2 If you are not using a voltage transformer and or current transformer between the measurement object and SICAM Q100 click no in the respective option field The associated field...

Page 142: ...ers If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device configuration as described in section Activating the Set of Parameters NOTE If Ethernet communication with Bus protocol IEC 61850 is active see Chapter ...

Page 143: ...e Software filter time only settable if Routed as Status information has been set 1 2 ms 2 ms to 120 000 ms settable in 2 ms increments Source inverted no no yes Add entry to operational log only settable if Routed as Status information has been set yes no yes Binary input indication Binary Input 1 Any Max 31 characters 2 Terminals U3 2 Routed as 1 Status information Status information Load profil...

Page 144: ...17 H1040 C522 A4 Edition 03 2018 1 see following note 2 31 bytes of UTF 8 NOTE The parameter cannot be changed in this field In the Configuration tab menu Energy management the Load profile source or Tariff source is selected If you did not select a source Status information is auto matically selected ...

Page 145: ...nary inputs Figure 8 26 Configure Tab Binary Inputs Input Output Window Change the Parameters and the Binary input indication according to Table 8 3 After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to s...

Page 146: ...ication Energy counter Source Type Indication Indication none Acc to list box see chapter 15 Source inverted no no yes Operating mode Persistent Persistent Persistent with fail safe Pulse Pulse with retrigger Output time for pulse operating mode setting only possible if operating modes Pulse and Pulse with retrig ger 20 10 ms 50 ms to 3 600 000 ms Source Type Energy Counter Energy counter none Acc...

Page 147: ... the navigation window select the Operational parameters menu then the Process connections submenu and click Binary outputs Figure 8 27 Configure Tab Binary Outputs Input Output Window NOTE The parameterization of both binary outputs is identical Figure 8 27 depicts binary output Terminal G1 G2 as output for indications and binary output Terminal G3 G2 as energy counter You can only set either an ...

Page 148: ...e if Source inverted yes Figure 8 29 Persistent with Fail Save Pulse without retrigger This indication is output as pulse If the indication changes again while the output pulse is ON the pulse output time is not restarted This means that a change of the indication during the pulse output will be ignored Figure 8 30 Pulse without Retrigger NOTE If you select not assigned as the source of an indicat...

Page 149: ...abled yet passive set of parameters If you do not want to make any additional settings continue with the activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device configuration as described in section Activating the Set of Parameters Parameterizing an Energy Counter see Figure 8 27 ...

Page 150: ...ROR proceed as follows In the navigation window select the Operational parameters menu then the Process connections submenu and click LEDs Figure 8 32 Configure Tab LEDs Input Output Window Table 8 5 LED Settings LED Default Setting Setting Options RUN Device ready Not settable H1 none Acc to list box see chapter 15 H2 ERROR none Errors are signaled as parameterized only error indications can be p...

Page 151: ... yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device configuration as described in section Activating the Set of Parameters Behavior of the LEDs Figure 8 33 Behavior of the LEDs ...

Page 152: ...the 2 binary outputs and the LEDs H1 and H2 Furthermore all 16 limit violations can be sent to peripheral devices via the communication interfaces The programmable limits are divided into two groups Limits 1 8 and Limits 9 16 The parameterization is identical for all limits Default Settings and Setting Ranges of the Limits 1 31 bytes of UTF 8 Table 8 6 Limit Settings Parameter Default Setting Sett...

Page 153: ... automation functions submenu and click Limits 1 8 Figure 8 34 Configure Tab Limits 1 8 Input Output Window Detail Enter the desired values in the fields and select the parameters in the list boxes and option fields as described in Table 8 6 Hysteresis of the Limit Value Violation Figure 8 35 Hysteresis General Representation t 100 0 Start Start End End Permissible range Limit Min Limit Max Hyster...

Page 154: ...3 3 2 2 Group Indications In the Select automation functions menu up to 4 Group indications can be parameterized and each of them can be assigned up to 4 logically linked single point indications The single point indications can be inverted Default Settings and Setting of the Group Indications 1 31 bytes of UTF 8 NOTE Which quantities are offered in the Measurement list box depends on the configur...

Page 155: ...equentially be linked logically The indications 1 to 4 are always linked successively as follows Indication 1 with Indication 2 Indication 1 2 Indication 1 2 with Indication 3 Indication 1 2 3 Indication 1 2 3 with Indication 4 Group indication Figure 8 36 Example Linking 4 Indications to a Group Indication Figure 8 37 Example Linking 2 Indications to a Group Indication AND AND OR INV Group Indica...

Page 156: ...ers are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device configuration as described in section Activating the Set of Parameters NOTE ...

Page 157: ...User defined screen 8 3 4 1 Display Settings Default Settings and Setting Ranges Parameterizing the Display Settings To change the properties of the display proceed as follows In the navigation window select the HMI menu and click LCD Property Figure 8 39 Configure Tab Display Settings Input Output Window Table 8 8 Display Settings Parameter Default Setting Setting Range Contrast 8 0 to 10 Time un...

Page 158: ... configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device configuration as described in section Activating the Set of Parameters Use Password If you select the option Use password no no password is required to parameterize the device with the softkeys If you select the option Use password yes you must firs...

Page 159: ... none 2 measured values numerical 4 measured values numerical 2 measured values graphical numerical 3 measured values graphical numerical Screen name USER_SCREEN_x x 1 to 4 Max 18 characters Only English and German letters numbers and special characters are permitted 2 measured values numerical Display 1 numerical Display 2 numerical none Acc to list box see chapter 15 4 measured values numerical ...

Page 160: ...reen Input Output Window Select the respective parameters in the list boxes according to Table 8 9 After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you wan...

Page 161: ...t of the length of the subperiod and the number of subperiods Length of measuring period n x length of subperiod n number of subperiods 2 Under 3 wire Network Delta the selection of Q1 should not be used Parameterizing the Load Profile To change the Load profile settings proceed as follows In the navigation window of the Energy management menu click Load profile Figure 8 41 Configure Tab Load Prof...

Page 162: ... make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device configuration as described in section Activating the Set of Parameters NOTE Changing the number and length of the subperiods deletes the load profile buffer NOTE If a binary inp...

Page 163: ...indow of the Energy management menu click Tariffs TOU Figure 8 42 Configure Tab Tariffs TOU Input Output Window Select the parameter in the list box according to Table 8 11 After the parameterization click Send The parameter is transmitted to the device but not enabled yet passive parameter set If you do not want to make any additional settings continue with the Activation of the device configurat...

Page 164: ...ICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 NOTE If you change the setting value of the parameter Synchronization source from Protocol to Binary input you must reselect the tariff Otherwise the value will be cumulated in the previous tariff ...

Page 165: ...ins signalling voltage Memeory management Report configuration Recording parameters Transient detection 8 3 6 1 Event Recorder Default Settings and Setting Ranges Table 8 12 Event Recorder Parameter Default Setting Setting Range Voltage event Swell threshold 110 105 to 140 in 5 steps Dip threshold 90 75 to 95 in 5 steps Interruption threshold 5 1 2 3 5 8 10 Hysteresis 2 1 to 6 in 1 steps Event det...

Page 166: ... ph option as the event trigger condition 2 According to IEC61000 4 30 Ed 3 RVC hysteresis is recommended to be half of the threshold 3 Event detection mode RVC event will always synchronize with the setting Event detection mode Voltage event Overfrequency threshold 1 0 1 to 1 0 in 0 1 steps and 1 0 to 5 0 in 1 0 steps Voltage unbalance event Voltage unbalance threshold 5 1 to 5 in 1 steps Table 8...

Page 167: ...ders Input Output Window Select the respective parameters in the list boxes according to Table 8 12 After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you wa...

Page 168: ...inal declared supply voltage 0 0 V to 1 000 000 0 V Hysteresis 2 00 of the nominal declared supply voltage 0 0 to 50 0 of the nominal declared supply voltage Detection mode 1 ph N ph N ph ph Current trigger limits Trigger active no no yes Tolerance unit Percentage Percentage Numerical Lower threshold 90 00 of nominal current In 0 00 to 99 99 of of nominal current In 0 0 A to 1 000 000 0 A Upper th...

Page 169: ... Output Window Select the respective parameters in the list boxes according to Table 8 13 After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to chan...

Page 170: ...min 30 min 1 h 2 h Record additional data I P Q S etc no no yes Recorder of average Min no no yes Recorder of average Max no no yes Harmonics parity Odd Even Odd All File generation every 1 corresponds to the setting of the Average interval parame ter The created PQDIF files can be downloaded via the user inter face or with the IEC 61850 pro tocol 24 h At average interval File generation every 30 ...

Page 171: ...s described in Table 8 14 After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device c...

Page 172: ...bility of the PQDif files Table 8 15 PQDIF File Interval measured value recorder Set averaging interval Recording duration for creating a PQDIF file Time at start of recording of a complete PQDIF file Start of recording recorder start option 30 s 1 h 00 00 h 01 00 h 02 00 h 22 00 h 23 00 h start at the next minute limit start at the next 10 minute limit immediate start start at the next hour limit...

Page 173: ...e Recorder 11 00 11 10 12 00 Time 11 00 11 10 12 00 Time 11 00 11 10 12 00 Time 11 15 11 30 11 40 1 11 10 a m to 12 00 p m 1st PQDIF file 2 12 00 p m to 01 00 p m 2nd PQDIF file The device shut down The device turn on again The device shut down The device turn on again 1 11 10 a m to 12 00 p m 1st PQDIF file 2 12 00 p m to 01 00 p m 2nd PQDIF file 1 11 10 a m to 12 00 p m 1st PQDIF file 2 12 00 p ...

Page 174: ...e been generated yet Creating a PQDIF file without considering the parameterized Maximum recording interval if the voltage has exceeded fallen below the tolerance range 1024 times and therefore 1024 data points have been gen erated Figure 8 47 Trend Recorder Function When the 24 h Interval Is Set 0 00 24 00 16 00 08 00 Data points 1024 0 1024 0 PQDIF file recording 0 04 00 12 00 20 00 06 50 Record...

Page 175: ...ow select the Recording and Reporting menu and click Mains signalling voltage Table 8 16 Mains Signalling Voltage Parameter Default Setting Setting Range Mains signalling voltage measurement MSV active no no yes No of MSV frequencies 1 frequency 1 frequency 2 frequencies Frequency 1 216 60 Hz 100 Hz to 3 kHz Frequency 2 1060 00 Hz 100 Hz to 3 kHz Mains signalling voltage capture setting Detection ...

Page 176: ... as described in Table 8 16 After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device...

Page 177: ...rizing the Memory Allocation Table 8 17 Memory Management Parameter Default Setting Setting Range Memory splitting Event recorder 1 0 1 to 19 1 Measurement recorder 35 0 the recording time depends on the aggregation interval 33 to 51 1 Trend recorder 47 0 residual storage capacity Min 31 2 3 Fault recorder 3 0 number of records depends on the fault record time 3 to 21 1 Mains signalling voltage re...

Page 178: ...e parameters in the list boxes according to Table 8 17 and enter the desired values in the associated fields After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters ...

Page 179: ...mode according to EN 50160 LV MV EN 50160 LV MV EN 50160 HV User defined Flagging acc to IEC 61000 4 30 no no yes Power frequency 99 5 of measurement should be in 1 0 to 1 0 deviation of the power frequency 100 of measurement should be in 6 0 to 4 0 deviation of the power frequency Any setting for user defined evaluation mode Power supply voltage magnitude 95 of measurement should be in 10 0 to 10...

Page 180: ...ute duration Any setting for user defined evaluation mode Harmonic voltages Even harmonics Odd harmonics multiples of 3 Odd harmonics not multiples of 3 Any setting for user defined evaluation mode Mains signalling voltages 2 Supply voltage should be in 15 0 to 15 0 deviation of the nominal declared supply voltage 99 0 of YYY Hz mains signalling voltage should be less than xxx of the nominal decla...

Page 181: ...t the evaluation mode or enter the user defined mode into the fields according to Table 8 18 After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to c...

Page 182: ...uration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device configuration as described in section Activating the Set of Parameters Depending on the parameterized Start record option the Start time field shows the start time of the recording After activation the recording starts automatically at the specified time I...

Page 183: ...ty measure ments do not conform to the current time Proceed as follows Refresh the time via Ethernet NTP or Field bus in line with chapter 8 3 7 1 or with the device internal clock in line with chapter 8 5 3 2 Configure all necessary parameters for example AC measurement Communication etc on the relevant tabs except for the Recording parameters settings When setting the parameters make sure that t...

Page 184: ...el input output window Change the parameter according to Table 8 16 After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings ente...

Page 185: ...s of the Time Synchronization NOTE Observe the procedure for the device configuration described in chapter 8 3 1 when setting the administrative parameters Table 8 21 Time Synchronization Settings Parameter Default Setting Setting Range Source time synchronization Internal Acc to list box see chapter 15 Time zone offset to UTC 00 00 12 to 13 hours in increments of 0 5 h Daylight Saving Time switch...

Page 186: ...ibed in Table 8 21 After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and then enable the device configur...

Page 187: ...es Enable SNMP no no yes Bus protocol Modbus TCP none Modbus TCP IEC 61850 Both Protocol Modbus TCP Use a user port number 2 no no yes User port number 2 can only be set when Use a user port number is parameterized with yes 10 000 10 000 to 65 535 Access rights for user port can only be set when Use a user port number is parameterized with yes Full Full Read only Access rights for port 502 Full Fu...

Page 188: ...figured for the requested Unit ID If a Modbus slave device was configured its values are used Unit ID of this device 255 1 to 255 Retry limit 3 2 0 to 10 Response timeout 3 10 10 ms 1 to 6000 10 ms 10 ms to 60 s Protocol IEC 61850 IED Name SICAM_Q100_01 Max 60 characters Only a to z A to Z _ 0 to 9 are permitted The first character must be a letter Voltage Dead band 5 1 to 5 in 1 steps Current Dea...

Page 189: ...nd then the element Communication Ethernet Select the bus protocol Modbus TCP Figure 8 54 Configure Tab Communication Ethernet via Modbus TCP Input Output Window Enter the desired values in the fields and select the parameters in the list boxes and in the option field as described in Table 8 22 NOTE The enabling of SNMP via option Enable SNMP is only required if you want to save the SICAM Q mib fi...

Page 190: ...ation Ethernet Modbus TCP RTU Gateway Activated yes Figure 8 56 Modbus TCP RTU Gateway Enter the desired values into the fields acc to Table 8 22 After the parameterization click Send After clicking Send the parameters are transmitted to the device but not enabled yet passive set of parameters NOTE If you have selected no under Use a user port number you can adjust only the Access rights for user ...

Page 191: ...e Save As dialog opens see figure 8 12 and you can save the SICAM Q mib file in any folder and use it in a MIB browser After the parameterization click Send After clicking Send the parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Act...

Page 192: ...ication Ethernet via IEC 61850 Input Output Window Enter the desired values into the fields and select the parameter in the list boxes as described in Table 8 22 If several SICAM Q100 devices are used in the substation change the name of the SICAM Q100 factory setting SICAM_Q100_01 in the IED Name field The name must be identical to the name which has been parameterized for this SICAM Q100 in the ...

Page 193: ...e any load 3P4W This file has the file extension iid A compressed file which contains the ICD files of all available network types for example 1p2W 3P3W2I 3P3WI3 etc The compressed file has the file extension zip and its decompressed files have the file extension icd Click Download IID file The IID file with the data of the currently parameterized network type is downloaded to a folder which you s...

Page 194: ... Parameter Default Setting Setting Range Bus protocol Modbus RTU none Modbus RTU Modbus RTU Master Bus Protocol Modbus RTU Slave Device address 1 1 to 247 Baud rate 19 200 bit s Acc to list box see chapter 15 Parity Even Acc to list box see chapter 15 Access rights Full Full Read only Communication supervision time 600 100 ms 0 s none 100 ms to 6 553 400 ms Bus Protocol Modbus RTU Master Baud rate...

Page 195: ...it s Longer silent intervals between the characters are interpreted as telegram end A longer gap between the characters can be tolerated with this parameter Note that this also causes longer cycle times then If at least one SICAM P50 device is connected to the bus at least the following values have to be set for Additional character string time 1200 bit s 2400 bit s 0 4800 bit s 9600 bit s 2 19 20...

Page 196: ... Click Send in this case Figure 8 59 Configure Tab Communication Serial via Modbus RTU Master Input Output Window Enter the desired values into the fields and select the corresponding parameters in the list boxes as described in Table 8 23 After the parameterization click Send After clicking Send the parameters are transmitted to the device but not enabled yet passive set of parameters If you do n...

Page 197: ...es of the Modbus Slave Device 1 NOTE Modbus slave devices can only be parameterized if you selected the communication protocol Modbus RTU Master NOTE The parameterization sequences for the Modbus RTU Master and the Modbus Gateway are described in detail in chapter 8 8 Table 8 24 Settings of the Modbus slave device 1 Parameter Default Setting Setting Range Name Modbus slave device 1 Max 31 characte...

Page 198: ...equest cycle Minimum time difference between the in dication requests Scan cycle on error 5 s 1 to 3600 s 1 s to 1 h Retry cycle for sending request tele grams if the retry limits are exceeded or in the case of error responses Buttons Import Export Measured values 1 8 and 9 15 Indicatons inactive The buttons in the Mapping columns are only activated if the option Activated yes has been set The fun...

Page 199: ...ameter fields enter the desired values according to Table 8 24 In the Mapping columns select the settings activities which have been assigned to the buttons The function of the buttons is described in the chapters 8 3 7 4 2 to 8 3 7 4 5 After the parameterization click Send After clicking Send the parameters are transmitted to the device but not enabled yet passive set of parameters If you do not ...

Page 200: ... 1 Unit Note on frequency measured values If a frequency measured value unit Hz has been parameterized without a multiplier multiplier an additional check is made whether the resulting value is in the range of 15 Hz to 65 Hz Measured values outside this range are marked as in valid Multiplier Unit none Acc to list box see chapter 15 Selecting a multiplier for the following units is not recommended...

Page 201: ... IEEE Float value 1038 to 1038 NaN invalid INF overflow SENTRON PAC3x00 SICAM AI 7XV5674 SICAM T 7KG966 SICAM P50 7KG775 Int16 1 register 16 bit signed integer 32 768 to 32 768 none SENTRON 3WL 3VL SICAM P50 7KG775 Int16_Ung8000h 1 register 16 bit signed integer 32768 bis 32768 32768 8000h invalid SIPROTEC 4 UInt16 1 register 16 bit integer 0 0 to 65 535 none SENTRON 3WL 3VL UInt32 2 registers 32 ...

Page 202: ...ured Values 1 8 In the list boxes select the parameters according to Table 8 24 and Table 8 25 Enter the desired values in the fields After the parameterization click Send After clicking Send the parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according...

Page 203: ...ng registers For none the assignment is ignored and the corresponding indication cannot be selected for other functions Data format on bus see also Table 8 28 1 Bit 1 Bit 1 Bit in UInt32 Register number 1 1 to 65 535 Bit offset only relevant for register types Input register or Holding register 0 0 to 15 for Data format 1 Bit 0 to 31 for Data format 1 Bit in UInt32 Table 8 28 Data format on Bus Da...

Page 204: ...In the list boxes select the parameters according to Table 8 26 and Table 8 27 Enter the desired values in the fields After the parameterization click Send After clicking Send the parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Acti...

Page 205: ...ce 1 which is parameterized in SICAM Q100 to the connected PC After that you can import this configuration from the PC either into this SICAM Q100 for example Modbus slave device 3 or into other SICAM Q100 devices Click the button Export The input output window Modbus RTU master displays the Modbus slave device and the dialog File download Figure 8 63 Export In the dialog File download click Save ...

Page 206: ...on the Modbus slave device CLIENT MAPPING INFORMATION see following section On the menu bar of the text editor click File Print Select the desired printer in the Print dialog and click Print The list is printed on the connected printer Close the text editor CLIENT MAPPING INFORMATION The CLIENT MAPPING INFORMATION is created as a text file when the export function is triggered The fol lowing examp...

Page 207: ...tion 03 2018 Configuration of indications Figure 8 65 Configuration of 3 indications example Created CLIENT MAPPING INFORMATION from the 3 measured values and indications each as text file Figure 8 66 Resulting CLIENT MAPPING INFORMATION example The following table contains the description of the labels in the text file ...

Page 208: ...Longer strings are cut at 31 charac ters during import RN MV I Register number within the selected register type RT 1 to 65 535 RT MV I Register type 0x0 Coil status register 0x1 Input status register 0x3 Input register 0x4 Holding register OF I Bit offset for INDICATION in Holding regi sters 0 to 15 for FT 1BIT 0 to 31 for FM 1BITINUINT32 FM MV I Data format For MEASURAND FLT32 INT16 UINT16 UINT3...

Page 209: ...ta an error message is entered in the error log see chapter 8 2 8 3 ML MV Factor Unit multiplier for measu ring value 3 milli m 2 centi c 1 deci d 0 no multiplier 2 hecto h 3 kilo k 6 Mega M 9 Giga G Table 8 29 Description and setting ranges of the parameters in the text file Label Measured Quantity MV Indication I Description Setting Range NOTE If you have activated the option in your web browser...

Page 210: ...the same subnet as SICAM Q100 Server port 51 000 10 000 to 65 535 Response timeout 3 10 ms 10 ms to 60 000 ms 0 ms invalid Parameter Source of output 1 N Indication Input 1 N Indication 3 from Remote Binary inp 1 N SICAM IO 1 Parameter see chapter 15 Indication any max 31 characters Parameter Source of output Selection which indication is trans mitted from SICAM Q100 to the binary output of the SI...

Page 211: ... to the binary output of the SICAM I O Unit 7XV5673 Indication Input Designation of the indication which shows the status of the binary input of SICAM I O Unit 7XV5673 Parameter Source of output 2 N Indication Input 2 N Indication 10 from Remote Binary inp 2 N SICAM IO 2 Parameter Source of output 3 N Indication Input 3 N Indication 11 from Remote Binary inp 3 N SICAM IO 2 Parameter Source of outp...

Page 212: ...t boxes select the respective indication according to Table 8 29 Enter the desired values in the fields After the parameterization click Send After clicking Send the parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set...

Page 213: ... Ethernet Communication of the SICAM I O Unit NOTE A detailed description of all parameter settings of the SICAM I O Unit 7XV5673 and a description of that device is given in the Device Manual order number E50417 H1040 C484 Table 8 31 Settings of the Ethernet Communication in the SICAM I O Unit Subdevice Parameter Default Setting Setting Range IP address At IP address enter the same IP address as ...

Page 214: ...he SICAM I O Unit if the Device is Connected to a SICAM Q100 Enter the values in the fields according to Table 8 31 and select Operating mode I O Mirror server from the list box After the parameterization click Send The parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device...

Page 215: ...connections submenu and click Binary outputs Figure 8 70 Configure Tab Binary Outputs of SICAM I O Unit Input Output Window Table 8 32 Settings of the Binary Outputs in the SICAM I O Unit Subdevice Parameter Default Setting Setting Range Indication can be set individually for all relay outputs none See Device Manual SICAM I O Unit 7XV5673 Source inverted can be set individually for all relay outpu...

Page 216: ...the Threshold voltage and Software filter time settings of the binary inputs Figure 8 71 Binary Inputs of SICAM I O Unit Check the time synchronization settings and select preferably Ethernet NTP as the source of time synchronization if available Communication indication If data are exchanged correctly between SICAM Q100 and the SICAM I O Unit the indication I O Mirror server OK is set to ON in th...

Page 217: ...eout ms CommunicationSupervisionTime ms 20 ms 2 Or in reverse order CommunicationSupervisionTime ms 2 ResponseTimeout ms 20 ms Parameterization Example Change the Communication supervision time in the SICAM I O Unit to 200 ms for the reasons mentioned above ref to chapter 8 3 7 5 2 According to the formulas above a Response timeout of 90 ms is calculated Change the parameter in the SICAM Q100 for ...

Page 218: ...cc to preselection of user language DEUTSCH DE or CHINESE CN Date time format YYYY MM DD Time with 24 hours Acc to list box see chapter 15 Logon activation Logon password and Session time out min yes 000000 and 10 min Logon activation To disable the logon feature select no To enable the logon feature select yes Password 6 to 14 characters Arbitrary Numbers Small and capital letters Basic special c...

Page 219: ...as not run out You stop the whole Internet Explorer process A new connection request comes while all the 16 sessions are occupied and your session is the one which does not have user interactions for the longest time Maintenance password 311299 6 to 14 characters Arbitrary Numbers Small and capital letters Basic special characters Audit log password 444444 6 to 14 characters Arbitrary Numbers Smal...

Page 220: ...e the user language see below After the parameterization click Send After clicking Send the parameters are transmitted to the device but not enabled yet passive set of parameters If you do not want to make any additional settings continue with the Activation of the device configuration according to section Activating the Set of Parameters If you want to change other settings enter the changes and ...

Page 221: ...vation the Language list box in the upper part of the input output window shows the standard language ENGLISH US and the selected user language 8 3 7 7 Finish Configuration The items in the Finish configuration menu in the navigation window are described in chapter 8 3 1 Device Configuration Procedure in these subsections Activation see Activating the Set of Parameters Save configuration to file s...

Page 222: ...ws Select the Value view and Evaluation tab on the user interface Figure 8 73 Value View and Evaluation Tab In the navigation window open the Operational parameters menu then the Process connections or Automation functions submenu and click one of the following items AC operational values Harmonics voltage Harmonics current Interharmonics voltage Interharmonics current AC power and energy Flicker ...

Page 223: ...monics are displayed in the Value view and evaluation tab If you want to display the values on the screen proceed as follows In the Value view and evaluation tab click Operational parameters Process connections Harmonic voltage or Harmonic current or Harmonic Power Figure 8 74 Example for a Table of Voltage Harmonics The parameter Hide Harmonic when magnitude is lower than is displayed above the m...

Page 224: ...surement output list box Click Display to confirm the selection Table see Figure 8 74 The parameters given in the Measured value Unit columns mean the following THDS voltage Subgroup total harmonic distortion ratio of the r m s value of the harmonic subgroups to the r m s value of the subgroup associated with the fundamental THDR Total harmonic distortion related to the total RMS value in THD 2650...

Page 225: ...522 A4 Edition 03 2018 Display of Harmonics and Interpretation for Harmonic Direction Figure 8 76 Example for a Power Harmonic Table The sign of the active power of the single harmonic determines the power flow direction Positive sign from supply system to the load Negative sign from load to the supply system ...

Page 226: ...checked and displayed as follows Figure 8 77 Binary Status Status Binary Input Terminals U1 2 and U3 2 Depending on the parameterization for routing see chapter 8 3 3 1 2 either the status information or the source is evaluated Status Binary Output Terminals G1 2 und G3 2 Depending on the parameterized source type see chapter 8 3 3 1 3 the indications routed to the binary outputs and or power mete...

Page 227: ...ing connection statuses are possible Table 8 34 Connection Status Status Description good The assigned information could be requested successfully no response The Modbus slave device does not respond communication failure or device switched off no mapping data Data mapping was not configured for the device Therefore data are not requested excp response At least one request was answered with a Modb...

Page 228: ...es Figure 8 79 View Values Measured values and indications are displayed for the respective Modbus slave device For measured values is displayed and for indications invalid is displayed if the value was received with an Invalid identifier or the value could not be read for example interrupted connection to the Modbus slave device NOTE The button is not enabled if the status shows deactivated and n...

Page 229: ... and parameterized SICAM subdevices issue the indications of their binary in puts and outputs Figure 8 80 Indications of the SICAM subdevices Values of the Indications Table 8 35 Values of the indications of the binary inputs and outputs Value Description On State of the binary inputs and outputs Off Invalid The indication is invalid for instance because there is an interruption of the data line ...

Page 230: ...ofile The load profile is displayed as follows Bild 8 81 Download the load profile In the decimal separator you can select whether you want to display the load profile data with comma or decimal point after the download To download the load profile proceed as follows Click Download load profile Figure 8 82 Opening or saving the load profile file ...

Page 231: ...a new file name with the file extension csv Click Save The Download complete dialog opens In the dialog Download complete click Close File download Open Alternatively you can view the information on the screen and print them if needed Proceed as follows In the File download dialog click Open An Excel file with the load profile values opens On the menu bar of the text editor click File Print Select...

Page 232: ...7 H1040 C522 A4 Edition 03 2018 8 4 1 6 Tariff TOU With SICAM Q100 you can determine 4 tariffs for all energy types Their values are displayed in the following input output window Figure 8 83 Evaluation of Tariffs After the data transmission the values are processed further in the peripheral devices ...

Page 233: ...on and data management menu The menu contains the following items Events Records Mains signalling voltage Power Quality report File transfer Memory management Transient detection To display the values on the screen proceed as follows Select the Value view and evaluation tab on the user interface The Value view and evaluation tab opens Select the desired values according to chapter 8 4 2 1 to chapt...

Page 234: ...uation Events Input Output Window Supply Voltage Select the desired Event record type in the list box according to Table 8 36 and specify the Start time and End time using the calendar function Table 8 36 Value View and Evaluation Events Parameter Default Setting Setting Options Event record type Supply Voltage Voltage event Frequency event Voltage unbalance event RVC event 1 Start time Current da...

Page 235: ...ayed graphically using COMTRADE viewer link in Diagram column Measurement Output as CSV File Click Download The File Download dialog opens Figure 8 85 Dialog File Download File Download Save CSV File Click Save The Save As dialog opens Select the file path in the Save in list box NOTE In the find result list Related phase only displays the current trigger phases of the selected event detection mod...

Page 236: ...pen CSV File Alternatively you can view the event data on the screen and print them if needed Proceed as follows In the File download dialog see figure 8 85 click Open The selected CSV file is opened in Microsoft Excel and the event data are displayed in table form On the menu bar click File Print Select the desired printer in the Print dialog and click Print The list is printed on the connected p...

Page 237: ...ng only display Measurement source Frequency 10 s Frequency 10 s Voltage Current Voltage angle Current angle Active power Reactive power Apparent power Active power factor Power factor Phase angle Frequency Unbalance THDS voltage THDS current Q1 Harmonic voltage magnitude Harmonic current magnitude Short term flicker Long term flicker Measurements f 10 s The selectable Measurements depend on the s...

Page 238: ...ion Tab Records Input Output Window Measurement Recorder Select the respective recording settings in the list box according to Table 8 37 By time Start time End time Current time Any with calendar function Time format depends on date time format config no setting only display 2 h after start By event Event list Selection of a displayed event Measurement Source Voltage Voltage Measurements Va Va Vb...

Page 239: ...splay the values on the screen proceed as follows In the navigation window select the Evaluation and data management menu and click Mains signalling voltage Table 8 38 Mains Signalling Voltage Parameter Default Setting Setting Options Start time Current time Any with calendar function Time format depends on date time format config End time No setting only display Detection time none Detailed infor...

Page 240: ... The detailed results are displayed in a Find result table In multi paged tables you can navigate forward and back in the pages using the and buttons NOTE In the Detection time drag list it is displayed as none if no mains signalling voltage record is detected dur ing the specified time stamp The item in the drag list is displayed as xxxx xx xx xx xx xx xxx on YYY Hz The xxxx xx xx xx xx xx xxx is...

Page 241: ... Power quality report input output window opens Figure 8 88 Value View and Evaluation Tab Power Quality Report Input Output Window Enter the Start time and End time using the calendar function Click Generate report The report is displayed in a separate window and can be printed out or saved Table 8 39 Power Quality Report Parameter Default Setting Setting Options Start Time Current time Any with c...

Page 242: ...download multiple files given in this chapter Table 8 40 File Transfer Parameter Default Setting Setting Range Start date Current date Any Calendar function Time format YYYY MM DD End date Current date Any Calendar function Time format YYYY MM DD Recorder type Trend recorder PQDIF Trend recorder PQDIF Measurement recorder PQDIF Measurement recorder CSV Fault recorder COMTRADE MSV recorder COMTRADE...

Page 243: ...File transfer input output window opens Figure 8 89 Value View and Evaluation Tab File Transfer Input Output Window Select the respective parameters in the list boxes according to Table 8 40 Option Single file download Click Download The File download dialog opens Click Save Select a directory in the Save dialog and click on Save To open or save the recording list proceed as described in chapter 8...

Page 244: ...gistry Editor of your computer Start Search regedit regedit exe OK The Registry Editor opens Find in the directory HKEY_LOCAL_MACHINE SOFTWARE Microsoft Internet Explorer ActiveX Compatibility 00000566 0000 0010 8000 00AA006D2EA4 Compatibility Flags Click on Compatibility Flags and change the value to 0 Figure 8 90 Changing the Compatibility Flag Value Confirm with OK Figure 8 91 Changed Registry ...

Page 245: ...Sites button Start Search regedit regedit exe OK The Registry Editor opens Find in the directory HKEY_LOCAL_MACHINE SOFTWARE Policies Microsoft Windows CurrentVersion Internet Settings ZoneMap Ranges Insert in the directory a key with the name Rangexxx Insert the following 2 values in key Type string Name Range Type REG_SZ Data 192 168 0 204 Type dword Name http Type REG_DWORD Data 2 Figure 8 92 R...

Page 246: ...selected files are stored in the specified directory Visualizing the Transmitted Recorder Data You can display the transmitted recorder data with the help of other programs Use the following programs for that SIGRA COMTRADE files of the fault recorder Contact the Siemens Hotline for information on that see Preface SIGRA Plug In HTML data of the event recorder and recorder values on recorder page C...

Page 247: ...ows the current utilization Used ratio of the storage capacity for the individual recorders To display the Used ratio on the screen proceed as follows In the navigation window select the Evaluation and data management menu and click Memory management The Memory management input output window opens Figure 8 94 Value View and Evaluation Tab Memory Management Input Output Window ...

Page 248: ...sient events is displayed in a table for evaluation To display the transient events on the screen proceed as follows In the navigation window click the Evaluation and data management menu and the menu item Transient detection Figure 8 95 Value View and Evaluation Tab Transient Detection Input Output Window NOTE The last 255 transient events are displayed older transient events are deleted automati...

Page 249: ...art the following functions Update the firmware Format SD card Make various presettings View and delete logs View and delete transients Analyze protocol specific communication data If you want to edit this tab you need the Maintenance password To open the Maintenance tab proceed as follows Select the Maintenance tab on the user interface Figure 8 96 Maintenance Tab ...

Page 250: ...ad Enable Upload Input Output Window Enter the maintenance password Click Enable upload Figure 8 98 Maintenance Tab Firmware Upload Open Input Output Window NOTE Before updating the firmware Siemens recommends saving the current parameters set as described in section Save Configuration to File NOTE If you have activated the option in your web browser to transfer the local directory name together w...

Page 251: ... parameters text libraries HTML files or parts thereof are uploaded within 1 minute The device then restarts automatically If the verification fails the firmware update process stops and the message Action was not successful is displayed in the input output window Contact the Siemens Customer Support Center for help NOTE For version V2 00 and higher the file extension of the firmware package is cm...

Page 252: ...ord field Click on Enable Format SD card Observe the warning on the Format SD card tab Click on Format SD card The SD card is formatted and the following message appears Figure 8 100 Maintenance Tab Format SC card Completed Follow the instructions in the message Observe messages that can appear if no or a faulty SD card is used NOTE When you format the SD card all recorded data will get lost If yo...

Page 253: ... display and reset the energy counters proceed as follows In the navigation window select the Presets menu and click Counters Figure 8 101 Maintenance Tab Preset Counters Enter the maintenance password into the Password field Click Reset energy counters The Counter ticks the calculated Energy value and the corresponding Quality bits are reset for all energy counters ...

Page 254: ...just it manually Get PC Date and Time In the input output window click Get PC date time The computer time is displayed in the fields of the input output window and applied in the device Setting the Date and Time Manually 24 hour format In the input output window enter the desired time into the fields Day format dd Month format mm Year format yyyy Hour format hh and Minute format mm Enter the maint...

Page 255: ...nd click Min Max Values Figure 8 103 Maintenance Tab Preset Min Max Values Enter the maintenance password into the Password field Click Reset Min Max Values All min max values are reset The Action was successful indication is displayed on the status bar 8 5 3 4 Load Profile To reset the load profile proceed as follows In the navigation window select the Presets menu and click Load profle Figure 8 ...

Page 256: ...cessful indication is displayed on the status bar 8 5 3 5 Events To reset the PQ events proceed as follows In the navigation window select the Presets menu and click Events Figure 8 105 Maintenance Tab Events Default Setting Select the events you want to reset using the option fields Enter the maintenance password in the Password field Click Reset PQ events The selected PQ events are reset The Act...

Page 257: ...106 Maintenance Tab Delete Log Enter the maintenance password into the Password field Click Delete log in the input output window All operational indications in the input output window are deleted without backup The indication no 0001 appears in the log list Clear Operational Log NOTE The last 128 operational indications are displayed older indications are automatically deleted NOTE If you need th...

Page 258: ... Delete Error Log Enter the maintenance password into the Password field Click Delete log in the input output window All error messages in the input output window are deleted without backup The indication no 0001 appears in the log list Error Log Cleared NOTE Error messages are service information that you quote to the service department upon request in case of an error NOTE If you need the error ...

Page 259: ...gs menu and click Audit log Figure 8 108 Maintenance Tab Access Audit Log Enter the audit log password into the Password field Click Display Audit messages are displayed on the HTML pages Figure 8 109 Maintenance Tab Display Audit Log To refresh the display of the audit log click Audit log or press F5 and enter the audit log password again NOTE The audit log is only available via HTML pages not vi...

Page 260: ...iled Incorrect logon password has been entered for 3 consecutive times Value forcing Delete or reset the following data Operational log error log and transient log Min max values Load profile Energy counters Events like voltage event frequency event voltage unbalance event MSV event RVC event Configuration access Upload a configuration file or start configuration Configuration change Change the co...

Page 261: ...IP set Request the default IP address by pressing key F4 on the device display for 5 s Session terminated Interactive session terminates due to time out or session limitation Manually log out Log out manually Capacity warning The storage capacity of the security audit decreases below the threshold Table 8 41 Audit Log Events in SICAM Q100 Event Type Description ...

Page 262: ...nu and the menu item Transient detection Bild 8 110 Maintenance Tab Delete Transient Events Enter the maintenance password into the Password field Click Delete events in the input output window All transient events in the input output window are deleted without backup The indication no 0001 appears in the log list Transient events deleted The indication Action was successful appears in the status ...

Page 263: ...er and the Connection data are analyzed Figure 8 111 Maintenance Tab Diagnosis Modbus TCP Input Output Window To clear the counters for Modbus TCP click Clear counters All counters for Modbus TCP are reset to 0 NOTE The diagnostics data of Modbus TCP are displayed only if this bus protocol has been selected in the tab Configure Menu Administrative Element Ethernet communication If the protocol has...

Page 264: ...quest telegrams are sent by the Modbus RTU Master including request status for every telegram Overview of the last 5 telegrams sent by Modbus Gateway only available if the Modbus Gateway function has been activated Figure 8 112 Maintenance Tab Diagnosis Modbus RTU Master Input Output Window To clear the counters for Modbus RTU Master click Clear counters All counters for Modbus RTU Master are rese...

Page 265: ...e protocol is displayed The Ethernet interface is then analyzed Figure 8 113 Maintenance Tab Diagnosis IEC 61850 Input Output Window NOTE The diagnostics data of IEC 61850 are only displayed if this bus protocol has been selected on the Configure tab Administrative menu Communication Ethernet menu item If no protocol is selected the Diagnosis IEC 61850 input output window shows the entry none NOTE...

Page 266: ...alibration throughout its entire service life If the device must be recalibrated for example due to unaccountable measured value deviations this recalibration may only be performed by Siemens If you assume that SICAM Q100 measurements deviate from the operating values contact Siemens Energy Customer Support Center see Preface and or send the device to the respective Siemens representative upon con...

Page 267: ...he system operator Assign any name and specify the time date format as YYYY MM DD and the time in 24 hour format Parameterize the Measurement recorder with an averaging time of 2 hours and activate the averaging recorders for minimum and maximum values Record all voltage harmonics Allocate 50 storage capacity to the Measurement recorder Take over the factory set report configuration Activate the d...

Page 268: ... Ethernet with Modbus TCP protocol Serial interface RS485 with Modbus RTU protocol 4 LEDs for displaying operating states Recorder Connection Diagram Figure 8 114 Connection Diagram Device Terminals Used for Measurements and Communication Figure 8 115 Terminals and Interfaces Used at the Device a b P1 P2 S1 S2 c P1 S1 S2 S1 S2 N P1 P2 P2 A A A B B B a a a b b b PE je 10 A Binary inputs Voltage mea...

Page 269: ...e as described in chapter 8 2 1 initial startup or chapter 8 2 8 start during operation Use the factory preset IP address for this purpose On the Configure tab configure the element AC measurement see chapter 8 3 3 1 1 according to the following topology specifications Figure 8 116 Configure Tab AC Measurement Example NOTE If you change settings in tabs click Send on each tab to confirm the new se...

Page 270: ...17 H1040 C522 A4 Edition 03 2018 Configure a limit violation indication on the Configure tab Limits 1 8 item see chapter 8 3 3 2 as follows Figure 8 117 Configure Tab Limits Example Configure binary output G1 2 on the Configure tab Binary outputs item see chapter 8 3 3 1 3 as follows Figure 8 118 Configure Tab Binary Outputs Example ...

Page 271: ... Configure tab configure the Serial communication menu item see chapter 8 3 7 3 as follows Figure 8 119 Configure Tab Serial Communication Example On the Configure tab set the Communication Ethernet menu item see chapter 8 3 7 2 according to the configuration specified by the system operator for example as follows Figure 8 120 Configure Tab Communication Ethernet Example ...

Page 272: ...gn a device name and the format for the date and time display on the HTML pages as described in chapter 8 3 7 6 Figure 8 121 Configure Tab Device and Language Example On the Configure tab Recorder management menu item see chapter 8 3 6 3 configure the Measurement recorder with an averaging time of 2 hours and the recorders of average to record all voltage harmonics Figure 8 122 Configure Tab Recor...

Page 273: ...rement recorder and activate the ring buffer function Figure 8 123 Configure Tab Memory Management Example Confirm the factory set report configuration see chapter 8 3 6 6 On the Configure tab Recording control menu item see chapter 8 3 6 7 select Start immediately Figure 8 124 Configure Tab Start Immediately Example Go to the Configure tab Save configuration to file menu item to save your device ...

Page 274: ...b by calling the Operational parameters Harmonics AC power and energy Binary outputs and Limits menu items according to chapter 8 4 in the navigation window The user interface displays the status of binary output G1 2 which corresponds to the parameterized indication Vab_ 11kV If the parameterized limit of the voltage Vab is exceeded a corresponding limit violation indication is displayed in the t...

Page 275: ... values chapt 8 3 7 4 2 Configure Mapping Indications chapt 8 3 7 4 3 Export already configured Modbus slave device with mapping information as file User interface Configure Mapping Export chapt 8 3 7 4 4 Import a saved Modbus slave device configuration with mapping information User interface Configure Mapping Import chapt 8 3 7 4 5 Configure Ethernet communication and select bus protocol Modbus T...

Page 276: ...8 Operation at Use of a PC 8 8 Flowchart of Modbus RTU Master and Modbus Gateway Parameterization 276 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 277: ...isplay 277 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 9 Operation at Use of the Display 9 1 General Operating Instructions 278 9 2 Starting Operation 280 9 3 Display Content 281 9 4 Parameterization 283 ...

Page 278: ...ter various settings The following table lists the icons which appear on the display when the softkeys are pressed Table 9 1 Control Functions of the Softkeys Softkey Functions F1 F2 F3 F4 General Softkey Functions Display of the RMS value Canceling an action and returning to the action displayed previously Displaying the maximum value Displaying the minimum value Scrolling up Scrolling down Menu ...

Page 279: ...alue or switching forward in the parameter list in edit mode Reducing the displayed value or switching backward in the parameter list in edit mode Switchover the sign Switching between selected and non selected state e g password protection on password protection off Table 9 2 Icons in the Title Bar of the Display Icon Definition The device is password protected The device password was entered cor...

Page 280: ...ed in Chapter 6 3 and observe the safety provisions Switch on the devices needed for the measurement Switch on the supply voltage of the SICAM Q100 Check whether the LEDs at the SICAM Q100 signal that the device is ready see Chapter 12 3 The following picture is displayed while the device is being initialized after switching on the supply voltage Figure 9 1 Start Screen Once the device has initial...

Page 281: ... Chapter 9 4 4 submenu display number 32 7 Display Display of Measured Values Measured values are displayed as follows Figure 9 3 Display of Measured Values Esc Enter Main menu 2 0 PQ events Settings Voltage Vph ph Voltage Vph n Current I Active power P W III I Menu submenu Password icon Display number Selected Selectable Submenu Scroll bar display measured Settings Start end of the list Current f...

Page 282: ... Edition 03 2018 Display of Bar Charts Bar charts are displayed as follows Figure 9 4 Bar Chart Display Display of Phasor Diagrams Phasor diagrams are displayed as follows Figure 9 5 Display of Phasor Diagrams Max Menu Harm voltage 15 0 III I 2 3 4 5 6 7 8 9 0 2 0 1 Menü Phasor diagram 14 0 III I V a V b V c Tab ...

Page 283: ...rrent I 4 0 Active power P W 5 0 React power Q VAR 6 0 App power S VA 7 0 Total power P Q S 8 0 Power factor PF 9 0 Tot pwr factor PF tot 10 0 Disp angles 11 0 Frequency Hz 12 0 THDS voltage THDS V 13 0 THDS current THDS I 14 0 Phasor diagram 15 0 Harm voltage V 16 0 Harm current I 17 0 App energy VAh 18 0 Active energy Wh 19 0 React energy varh 20 0 Active factor cos 25 0 Phase unbal Vnb Inb 26 0...

Page 284: ...easured Quantities Submenu Display Number 12 and 13 THDS Voltage and THDS Current Figure 9 8 Submenu Display Number 12 and 13 THDS V and THDS I Submenu Display Number 14 Phasor Diagram Figure 9 9 Submenu Display Number 14 Phasor Diagram NOTE To return to the main menu from within any submenu press the F4 Menu softkey 1 to 11 20 21 Measurement 1 0 to 11 0 20 0 21 0 Instantaneous measurement 1 1 to ...

Page 285: ...tive energy Figure 9 12 Submenu Display Number 18 Reactive Energy Submenu display number 19 Apparent energy Figure 9 13 Submenu Display Number 19 Apparent Energy 15 16 Harm voltage V Harm current I 15 0 16 0 Harm voltage Harm current 15 1 16 1 Harm voltage max Harm current max 15 2 16 2 Details to all harmonics Enter Max ESC Inst Info Menu Selection of harmonics Details 17 Active energy Wh 17 0 Ac...

Page 286: ...tics Submenu Display Number 40 Operational Logs Figure 9 16 Submenu Display Number 40 Operational Logs 21 0 Short flicker ph n 22 0 Pst ph ph ab bc ca Menu 22 0 Short flicker ph ph 23 0 Long flicker ph n 24 0 Long flicker ph ph Enter 24 0 Plt ph ph ab bc ca 21 0 Pst ph n a b c 23 0 Plt ph n a b c 26 Binary in outputs state 26 0 State I O BI BO Off On Enter Menu NOTE To return to the main menu from...

Page 287: ...0 List of PQ events 41 1 Analysis of PQ events Enter Esc Enter Esc NOTE To return to the main menu press the F1 Esc softkey from within any item of the Settings submenu 32 0 Settings 32 1 Device information 32 2 Language Regional 32 3 Basic parameters 32 5 Date Time 32 6 Communication 32 7 Display 32 8 Advanced Enter 32 4 Load profile NOTE You cannot make any settings in the Device information 32 ...

Page 288: ...er 32 3 Basic Parameters 32 2 Language Regional 32 2 Language English Enter Esc Ok 32 2 Phase labels a b c Edit 32 2 Deutsch English Ok Edit 32 2 L1 L2 a b c 32 3 Basic parameters 34 0 Voltage inputs Enter Edit 34 1 Current inputs Enter 34 0 Connection type Use PTs etc Enter 34 1 Current inputs Use CTs 34 2 Zero point sup Edit Enter 34 2 Zero point sup Setting value Edit Select parameters acc to f...

Page 289: ...ark No no checkmark Use PTs PT primary PT secondary AC 10 000 V AC 100 V AC 100 V to 1 000 000 V AC 1 V to 460 V Primary nominal voltage Phase N PE 230 00 V AC 57 73 V to 400 V autorange IEC 61000 4 30 Class A to AC 230 V 200 overvoltage AC 230 V to 400 V 200 to 15 overvoltage UL conditions to AC 170 V 200 overvoltage AC 170 V to 300 V 200 to 15 overvoltage Current Inputs Use CTs No no checkmark Y...

Page 290: ...ers reset the load profile To confirm press the softkey F4 Ok Table 9 4 Load Profile Settings Parameter Default Setting Setting Range Subperiod 15 min 1 min to 6 min in 1 min steps 10 min 12 min 15 min 20 min 30 min 60 min Subperiods 1 1 to 5 Sync source Interne Uhr None Protocol BinIn1 binary input1 BinIn2 binary input 2 Int clock Reactive power Q1 Q1 Qn Qtot 32 4 Load profile 32 4 Subperiod Ente...

Page 291: ...ting Setting Range Time source internal internal Ethernet NTP Fieldbus Date Current date setting according to format Format YYYY MM DD24 YYYY MM DD24 YYYY MM DD12 DD MM YYYY24 DD MM YYYY12 MM DD YY24 MM DD YY12 Time Current time setting according to format Time zone 00 00 12 to 13 hours in increments of 0 5 h 32 4 Date Time 32 5 Time source Enter 32 5 Date Edit Edit 32 5 Format Edit Select paramet...

Page 292: ...39 0 MAC addr IP addr Subnet Gateway Enter 39 1 Bus protocol Modbus TCP IEC61850 39 2 Communication Serial Edit Enter 39 2 Bus protocol Modbus RTU Modbus Master None Edit Select parameters acc to following table Ok Esc Working on choice Edit Ok Esc Change the para meters acc to following table Ok Esc 39 13 Modbus TCP RTU gateway Enter 39 13 Activated Not activated NOTE The MAC address is shown on ...

Page 293: ...ettings Parameter Default Setting Setting Range Bus protocol Modbus TCP none Modbus TCP IEC 61850 Both Ethernet Communication Modbus TCP Bus Protocol Access rights for port 502 full full read only Keepalive time 10 s 0 s switched off 1 s to 65 535 s Communication monitoring time 600 100 ms 0 s none 100 ms to 6 553 400 ms Set user port number 1 No No Yes User port number 1 only settable if Set user...

Page 294: ...us RTU and Modbus RTU Master Bus Protocols Parameter Default Setting Setting Range Bus protocol Modbus RTU None Modbus RTU Modbus Master Bus Protocol Modbus RTU Slave Device address 1 1 to 247 Baud rate 19 200 bit s For the selection see Chapter 15 Parity Even For the selection see Chapter 15 Access rights Full Full Read only Communication supervision time 600 100 ms 0 s none 100 ms to 6 553 400 m...

Page 295: ...sary if no Modbus slave device has been configured for the requested Unit ID If a Modbus slave device was configured its values are used Table 9 9 Modbus TCP RTU Gateway Settings Parameter Default Setting Setting Range Activated no no yes Unit ID of this device 255 1 to 255 Retry limit 1 2 0 to 10 Response timeout 1 50 ms 1 to 6 000 10 ms 10 ms to 60 s ...

Page 296: ...ameter Default Setting Setting Range Contrast 8 0 to 10 Time until dimmed 10 0 min to 99 min Invert display No no checkmark Yes checkmark No no checkmark Refresh time 1 000 330 ms to 3 000 ms Display test View point raster No setting range 32 7 Display 32 7 Contrast Enter 32 7 Time until dimmed Edit Edit 32 7 Invert display Edit Select parameters acc to following table Ok 32 7 Refresh time Edit 32...

Page 297: ...on Password protection on on checkmark off password 000000 any 6 digits Limit Values 1 to 16 Source none For the selection see Chapter 15 Mode lower than greater than smaller than Value 0 1 000 000 000 to 1 000 000 000 unit Reset hysteresis 1 0 0 0 to 10 0 32 8 Advanced 33 1 Password Enter 33 2 Limits Enter 33 1 Password prot Password 37 1 to 37 16 Limit 1 to Limit 16 33 3 Reset 33 3 Clear MIN MAX...

Page 298: ...ee Chapter 8 3 4 1 you must first enter the activation password default setting 000000 before you can edit the device settings A prompt is displayed for this purpose After you have entered the correct password you can edit the parameterization using the softkeys within the next 15 minutes After this time you have to re enter the password at the device State ON ON OFF O acc to current configuration...

Page 299: ... defined Screens 1 to 4 Depending on which display type was selected the measured values are displayed numerically or as bars NOTE The user defined screens 27 0 through 30 0 are only visible on the display if they were activated using the HTML pages see Chapter 8 3 4 2 27 0 User def screen 1 28 0 Values or bars MENU 28 0 User def screen 2 29 0 User def screen 3 30 0 User def screen 4 ENTER ...

Page 300: ...9 Operation at Use of the Display 9 4 Parameterization 300 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 301: ...ual E50417 H1040 C522 A4 Edition 03 2018 10 Time Synchronization 10 1 General 302 10 2 Internal Time Keeping 302 10 3 External Time Synchronization per NTP 303 10 4 External Time Synchronization via Fieldbus 304 10 5 Internal Time Synchronization via RTC 304 ...

Page 302: ...0 00 00 to 31 12 2099 23 59 To display the local time for example on the HTML pages you can configure a local time correction factor and the automatic adjustment to daylight saving time during parameterization see chapter 8 3 7 1 10 2 2 Status Bits FAIL Status Bit The FAIL status bit implemented in the SICAM Q100 signals with 0 that the time is valid and with 1 that the time is invalid The status ...

Page 303: ...ice or one of the criteria at Redundant NTP server satisfied and if the secondary NTP server is operational always polled in parallel the device switches to the secondary NTP server The FAIL bit remains 0 In this case the operational indication Pri mary NTP Server Error is displayed see chapter 14 If the secondary NTP server is also invalid the FAIL bit will be set to 1 after the programmable time...

Page 304: ...mation can also be transmitted from the systems control via Modbus TCP or IEC 61850 using Ethernet interface When using the Ethernet connection Siemens recommend however to synchronize the device from an NTP server see chapter 10 3 When using the external time synchronization via fieldbus the client should send a message containing the time information to the device in 1 minute cycles The time syn...

Page 305: ...11 Maintenance Storage Transport 305 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 11 Maintenance Storage Transport 11 1 Maintenance 306 11 2 Storage 306 11 3 Transport 306 ...

Page 306: ...mmends connecting the device to supply voltage once a year for 1 to 2 days in order to form the inserted electrolytic capacitors This procedure should also be carried out before operating the de vice The Lithium batteries used in Siemens devices are subject to Special Provision 188 of the UN Recommenda tions on the Transport of Dangerous Goods Model Regulations and Special Provision A45 of the IAT...

Page 307: ...CAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 12 Failures and LED Indications 12 1 General Inspection 308 12 2 Commissioning during Failures 309 12 3 Indications Signaled by LEDs 312 12 4 Troubleshooting and Repair 317 ...

Page 308: ...ta Correct connection of supply voltage and grounding conductors according to Chapter 6 3 Correct connection of measuring and communication lines according to Chapter 6 7 1 Function Checks Additionally check the following aspects Functioning of the display according to Chapter 9 2 and good visibility of the display Correct functioning of peripheral devices e g connected PC series connected current...

Page 309: ...xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 12 2 Commissioning during Failures 12 2 1 Automatic Start of the Boot Loader If a firmware update has failed or the device startup is unsuccessful Internet Explorer automatically opens the HTML page Boot Loader Figure 12 1 Boot Loader ...

Page 310: ...alog opens Select the desired firmware package in the directory Click Open The selected path appears in the Browse field Click upload If the firmware upload is successful the following information is displayed in the Boot Loader window Figure 12 3 Information in the Boot Loader Wait for at least 30 s and then click the home link The user interface opens 12 2 2 Manual Start of the Boot Loader If it...

Page 311: ...Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 Keep the softkey F4 pressed until the LEDs ERROR red and H2 yellow are lit LEDs RUN green and H1 yellow are off Release the softkey F4 SICAM Q100 starts the Boot Loader with the Boot Loader HTML page see Figure 12 1 ...

Page 312: ...rdware software and firmware components The LEDs on the top side of the housing and on the display side only in devices with display indicate the current device status Designation of the LEDs on the Top Side of Housing Figure 12 4 Designation of the LEDs on the Top Side of Housing Designation of the LEDs on the Display Side Figure 12 5 Designation of the LEDs on the Display Side RUN H1 H2 ERROR Sp...

Page 313: ...ashing Ethernet link is up and data is transferred LED off no Ethernet partners connected C C NOTE The designations and functions of the LEDs on the top side and on the display side of the housing are identical Therefore only the LEDs on the top side of the housing are described in the following table Table 12 1 Indications Signaled by LEDs on the Top Side of the Housing LED Meaning Device switche...

Page 314: ...ive H1 switches off after receiving the IP address via DHCP The default IP address was confirmed by pressing the F4 softkey Boot loader started no process application exists The IP address was configured or received from DHCP DHCP active LED H1 switches off after receiving the IP address via DHCP The default IP address was confirmed by pressing the F4 softkey Table 12 1 Indications Signaled by LED...

Page 315: ... DHCP Boot loader started process application is being loaded Double IP address is detected Process Application Normal mode IP address has been configured or received from DHCP DHCP LED RUN green is lit after the IP address was received from the DHCP server The default IP address was confirmed by pressing the F4 softkey Table 12 1 Indications Signaled by LEDs on the Top Side of the Housing cont LE...

Page 316: ...cations Signaled by LEDs 316 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 Double IP address is detected Table 12 1 Indications Signaled by LEDs on the Top Side of the Housing cont LED Meaning ERROR RUN H1 H2 C C ERROR ...

Page 317: ... manufacturer according to the guidelines for Electrostatic sensitive devices ESD If you suspect any damage on the device Siemens recommends sending the entire device to the manufacturer For this purpose it is best to use the original transport packaging or similar packaging Troubleshooting Based on Error Messages The error messages can be saved as described in chapter 8 2 6 2 section File downloa...

Page 318: ...12 Failures and LED Indications 12 4 Troubleshooting and Repair 318 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 319: ...13 Technical Data 319 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 13 Technical Data 13 1 General Device Data 320 13 2 Test Data 327 13 3 Dimensions 330 ...

Page 320: ... 250 V Admissible input voltage tolerance 20 Permitted ripple of the input voltage 15 Maximum inrush current At 110 V 15 A At 220 V to 300 V 22 A after 250 µs 5 A Maximum power consumption 6 W Rated input voltages 110 V to 230 V System frequency at AC 50 Hz 60 Hz Admissible input voltage tolerance 20 Permitted harmonics 2 kHz Maximum inrush current At 115 V 15 A At 230 V 22 A after 250 µs 5 A Maxi...

Page 321: ...5 overvoltage Phase phase AC 100 V to 690 V autorange IEC 61000 4 30 Class A to AC 400 V 200 overvoltage AC 400 V to 690 V 200 to 15 overvoltage UL conditions to AC 290 V 200 overvoltage AC 290 V to 520 V 200 to 15 overvoltage Maximum input alternating voltage Phase N PE 460 V 347 V for UL Phase phase 796 V 600 V for UL Input impedances a b c to N 3 0 M a b b c c a 3 0 M Further information about ...

Page 322: ...al data acc to IEC 61000 4 30 Ed 3 Class A 0 1 Thermal stability 10 A continuous 100 A for max 1 s Sampling rate 10 24 kHz Maximum input voltage DC 300 V Static input current 1 34 mA 20 UIL min at threshold voltage 19 V DC 14 V UIL max at threshold voltage 19 V DC 19 V UIL min at threshold voltage 88 V DC 66 V UIL max at threshold voltage 88 V DC 88 V UIL min at threshold voltage 176 V DC 132 V UI...

Page 323: ...1850 Server Voltage strength DC 700 V AC 1500 V Transmission rate 100 Mbit s Cable for 10 100 Base T 100 to 150 STP CAT5 Maximum cable length 10 100 Base T 100 m if well installed RS485 Connection Terminal side 9 pin D sub socket Protocol Modbus RTU Master and gateway function Baud rate adjustable Min 1200 bit s Max 115 200 bit s Maximum distance of transmission Max 1 km depending on transmission ...

Page 324: ...igure 13 1 for example plugs with 35 cable outlet type 6ES7972 0BA42 0XA0 Use a 2 wired twisted and shielded cable see chapter 2 2 In case of outdoor assembly Siemens recommends a rodent protection You can find current installation material at SIEMENS IS in the Catalogue for Industrial Communication chap ter PROFIBUS see also http www automation siemens com mcms automation en industrial communicat...

Page 325: ...40 C to 70 C 40 F to 158 F Temperature during storage 40 C to 70 C 40 F to 158 F Maximum temperature gradient 20 K h Air humidity data Mean relative humidity per year 75 Maximum relative humidity 95 30 days a year Condensation during operation Not permitted Condensation during transport and storage Permitted Altitude and operation site Max altitude above sea level 2000 m Operation site Only indoor...

Page 326: ... VARTA 6032 101 501 Voltage 3 V Capacity 230 mAh Typical life For operation with permanently applied supply voltage 10 years For operation with sporadically interrupted supply voltage a total of 2 months over a 10 year period Internal memory capacity 2 GB Degree of protection Housing without front panel and terminals IP20 Panel flush mounting front IP40 Terminals IP20 ...

Page 327: ...eform sinus Frequency 50 Hz 0 5 Hz 60 Hz 0 5 Hz Voltage magnitude Udin 1 Flicker Pst 0 1 Unbalance all channels 100 0 5 of Udin Harmonic 0 to 3 of Udin Interharmonic 0 to 0 5 of Udin Standards IEC EN 61000 6 2 IEC EN 61000 6 4 IEC EN 61010 1 IEC EN 61010 2 030 Inputs Outputs Insulation Rated Voltage ISO Test Voltage Category Current measurement inputs Reinforced 150 V AC 2 3 kV Cat III Voltage mea...

Page 328: ...n rate 300 ms Both polarities Ri 50 Test duration 1 min High energy surge voltages SURGE Installation Class III IEC 61000 4 5 Impulse 1 2 µs 50 µs Auxiliary voltage Common mode 2 kV 12 9 µF Diff mode 1 kV 2 18 µF Measuring inputs binary inputs and relay outputs Common mode 2 kV 42 0 5 µF Diff mode 1 kV 42 0 5 µF Line conducted high frequencies amplitude modulated Class III IEC 61000 4 6 10 V 150 k...

Page 329: ...068 3 3 test Fc Sinusoidal 1 Hz to 8 Hz 7 5 mm amplitude horizontal axis 1 Hz to 8 Hz 3 5 mm amplitude vertical axis 8 Hz to 35 Hz 2 g acceleration horizontal axis 8 Hz to 35 Hz 1 g acceleration vertical axis Frequency sweep 1 octave min 1 cycle in 3 orthogonal axes Standards IEC 60068 Oscillation IEC 60068 2 6 test Fc Sinusoidal 5 Hz to 8 Hz 7 5 mm amplitude 8 Hz to 150 Hz 2 g acceleration Freque...

Page 330: ...dition 03 2018 13 3 Dimensions Figure 13 2 Dimensional Drawing of SICAM Q100 Mass approx 0 55 kg Dimension W x H x D 96 mm x 96 mm x 103 mm 3 78 inch x 3 78 inch x 4 06 inch 88 10 3 47 98 68 3 89 92 15 3 63 103 21 4 06 8 30 0 33 96 00 3 78 15 11 0 59 101 56 4 00 96 00 3 78 Dimensions in mm inch ...

Page 331: ...13 Technical Data 13 3 Dimensions 331 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 Figure 13 3 Cut out in Switch Panel 92 0 0 8 mm 3 62 0 03 inch 92 0 0 8 mm 3 62 0 03 inch ...

Page 332: ...13 Technical Data 13 3 Dimensions 332 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 333: ...rtup Error sources with NTP or fieldbus Error indication after timer expires and no synchro nization message was received Error during internal time synchro nization Indication on RTC time invalid Indication off After setting the clock via HTML see chapter 8 3 7 1 During battery failure at device startup Default IP Address The IP Addr push button has been pressed for more than 3 s Indication on IP...

Page 334: ...mmunication via protocol IEC 61850 is correct Indication on At least one message was received during the set monitoring time The time stamp is set when the first valid message is received Indication off No message was received during the set monitoring time See chapter 8 3 7 2 Settings Load Starting to change the parameters of the passive set of parameters Indication on Start of changes Indication...

Page 335: ...ut has not been set to a function load profile tariff TOU a change is logged as an operational indication otherwise not according to factory setting can be set Binary Input 2 Rotating Field Clock wise Indication of rotation voltage Indication ON Phase sequence Va Vb Vc rotation clockwise Indication OFF Phase sequence Va Vc Vb 2 phases interchanged rotation anti clockwise Indication invalid Directi...

Page 336: ...nd processed only via communication Load Profile Period Closed Indication that a period has been closed Only Indication on is logged Load Profile Synchr Period Indication that synchronization signal was received Only Indication on is logged Load Profile Tariff x Indication that the tariff x has been set Only Indication on is logged x 1 to 4 Load Profil Reset Buffer Indication that the load profile...

Page 337: ...Automation Functions 344 15 3 HMI 347 15 4 Energy Management 350 15 5 Recording and Reporting 351 15 6 Administrative 357 NOTE for user on the online help This chapter is integrated as an online help in the user interface The description of parameterization of the operating parameters can be found in the manual SICAM Q100 or der number E50417 H1040 C522 A4 ...

Page 338: ...neutral Phase to phase Calculate Voltage RMS values PN and PP 1 no no yes Nominal Declared supply voltage AC 230 00 V AC 57 73 V to 400 V autorange IEC 61000 4 30 Class A to AC 230 V 200 overvoltage AC 230 V to 400 V 200 to 15 overvoltage UL conditions to AC 170 V 200 overvoltage AC 170 V to 300 V 200 to 15 overvoltage Voltage transformer no yes no Primary rated voltage AC 10 000 V AC 100 0 V to A...

Page 339: ...tus information Status information Load profile source Tariff source Software filter time only settable if Routed as Status information has been set 1 2 ms 2 ms to 120 000 ms settable in 2 ms increments Source inverted no no yes Add entry to operational log only settable if Routed as Status information has been set yes no yes Binary input indication Binary Input 1 Any Max 31 characters 2 Terminals...

Page 340: ...7 H1040 C522 A4 Edition 03 2018 1 See following note 2 31 bytes of UTF 8 NOTE The parameter cannot be changed in this field In the Configuration tab Energy management menu select Load profile source or Tariff source If you did not select a source Status information is automatically se lected ...

Page 341: ...r Time Synchronization Error Primary NTP Server Error Secondary NTP Server Error Daylight Saving Time Ethernet Link 2 Error Default IP Address Limit Violation x x 1 to 16 Indication 1 from Remote Indication 2 from Remote Rotation Voltage Clockwise Group Indication x x 1 to 4 IEC 61850 Communication OK SD Card Error Voltage Event Available Frequency Event Available Voltage Unbalance Event Available...

Page 342: ...ergy counter none none WPa_exp WPb_exp WPc_exp WP_exp WPa_imp WPb_imp WPc_imp WP_imp WQa_ind WQb_ind WQc_ind WQ_ind WQa_cap WQb_cap WQc_cap WQ_cap WSa WSb WSc WS WP_exp_tariff_x x 1 to 6 WP_imp_tariff_x x 1 to 6 WQ_ind_imp_tariff_x x 1 to 6 WQ_cap_imp_tariff_x x 1 to 6 WQ_ind_exp_tariff_x x 1 to 6 WQ_cap_exp_tariff_x x 1 to 6 WQ_ind_tariff_x x 1 to 6 WQ_cap_tariff_x x 1 to 6 WS_tariff_x x 1 to 6 E...

Page 343: ...P OK Ethernet Link Error Time Synchronization Error Primary NTP Server Error Secondary NTP Server Error Daylight Saving Time Ethernet Link 2 Error Default IP Address Limit Violation x x 1 to 16 Indication 1 from Remote Indication 2 from Remote Rotation Voltage Clockwise Group Indication x x 1 to 4 IEC 61850 Communication OK SD Card Error Voltage Event Available Frequency Event Available Voltage Un...

Page 344: ...Automation Functions 344 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 15 2 Automation Functions The following automation functions are available Limit violation 1 8 Limit violation 9 16 Group indication 1 4 ...

Page 345: ...HDS Vb THDS Vc THDS Vab THDS Vbc THDS Vca THDS Ia THDS Ib THDS Ic ab V bc V ca V ab I bc I ca I Q1a Q1b Q1c Q1 Pinst a n Pinst b n Pinst c n Pst a n Pst b n Pst c n Plt a n Plt b n Plt c n Pinst a b Pinst b c Pinst c a Pst a b Pst b c Pst c a Plt a b Plt b c Plt c a Zero seq comp V Zero seq comp I MV x from Bus device y x 1 to 15 and y 1 to 8 Setting ranges pending from network type Designation ca...

Page 346: ...ng Time Ethernet Link 2 Error Default IP Address Limit Violation x x 1 to 16 Indication 1 from Remote Indication 2 from Remote Rotation Voltage Clockwise Group Indication x x 1 to 4 IEC 61850 Communication OK SD Card Error Voltage Event Available Frequency Event Available Voltage Unbalance Event Available Indication x from Remote x 3 to 14 SICAM Subdevice 1 OK SICAM Subdevice 2 OK Binary Input x N...

Page 347: ... 99 min Refresh time 1 000 330 ms to 3 000 ms Inverse display no no yes Phase label L1 L2 L3 L1 L2 L3 a b c Use password yes no yes Parameter Default Setting Setting Range Screen type none none 2 measured values numerical 4 measured values numerical 2 measured values graphical numerical 3 measured values graphical numerical Screen name USER_SCREEN_x x 1 to 4 Max 18 characters Only English and Germ...

Page 348: ... Plt a n Plt b n Plt c n Pinst a b Pinst b c Pinst c a Pst a b Pst b c Pst c a Plt a b Plt b c Plt c a Zero seq comp V Zero seq comp I WPa_exp WPb_exp WPc_exp WP_exp WPa_imp WPb_imp WPc_imp WP_imp WQa_ind WQb_ind WQc_ind WQ_ind WQa_cap WQb_cap WQc_cap WQ_cap WSa WSb WSc WS MV x from Bus device y x 1 to 15 and y 1 to 8 Setting ranges pending from network type Designation can be changed during the p...

Page 349: ... 349 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 Display x graph num x 1 to 3 Min value Max value 1 0 10 0 unit according to measured value The minimum and maximum value is defined by the selected parameters ...

Page 350: ... Setting Setting Range Subperiode time 15 minutes 1 min to 6 min in 1 min steps 10 min 12 min 15 min 20 min 30 min 60 min Number of subperiods 1 1 to 5 Synchronization source Internal clock None Protocol Binary input 1 Binary input 2 Internal clock Kind of used reactive power Q1 Q1 Qn Qtot Parameter Default Setting Setting Range Synchronization source Protocol Protocol Binary input 1 Binary input ...

Page 351: ...tting Range Voltage event Swell threshold 110 105 to 140 in 5 steps Dip threshold 90 75 to 95 in 5 steps Interruption threshold 5 1 2 3 5 8 10 Event hysteresis 2 1 to 6 in 1 steps Event detection mode ph N ph N ph ph RVC event RVC threshold 6 1 to 6 in 1 steps RVC hysteresis 1 3 0 5 to 3 in 0 5 steps RVC event detection mode 2 ph N ph N ph ph Frequency event Underfrequency threshold 1 0 1 to 1 0 i...

Page 352: ...esis 2 00 of the nominal declared supply voltage 0 0 to 50 0 of the nominal declared supply voltage Detection mode 1 ph N ph N ph ph Current trigger limits Trigger active no no yes Tolerance unit Percentage Percentage Numerical Lower threshold 90 00 of nominal current In 0 00 to 99 99 of of nominal current In 0 0 A to 1 000 000 0 A Upper threshold 110 00 of nominal current In 100 0 to 10 000 0 of ...

Page 353: ...er of average Max no no yes Harmonics parity Odd Even Odd All File generation every corresponds to the setting of the Average interval parame ter The created PQDIF files can be downloaded via the user inter face or with the IEC 61850 pro tocol 24 h At average interval File generation every 30 s 1 h fix 1 min 2 h fix 10 min 15 min 30 min 1 h or 2 h 2 h 4 h 6 h 12 h 24 h Recorded file type PQDIF PQD...

Page 354: ... Mains signalling voltage capture setting Detection threshold 1 of Udin From 1 to 15 of Udin Total recording duration 75 s 15 s to 120 s in 15 s steps Pretrigger ratio 10 0 to 30 in 5 steps Parameter Default Setting Setting Range Memory splitting Event recorder 1 0 1 to 19 Measurement recorder 35 0 the recording time depends on the aggregation interval 33 to 51 Trend recorder 47 0 residual storage...

Page 355: ... should be in 1 0 to 1 0 deviation of the power frequency 100 of measurement should be in 6 0 to 4 0 deviation of the power frequency Any setting for user defined evaluation mode Power supply voltage magnitude 95 of measurement should be in 10 0 to 10 0 deviation of the nominal declared supply voltage 100 of measurement should be in 15 0 to 10 0 deviation of the nominal declared supply voltage Any...

Page 356: ...harmonics multiples of 3 Odd harmonics not multiples of 3 Any setting for user defined evaluation mode Mains signalling voltages 2 Supply voltage should be in 15 0 to 15 0 deviation of the nominal declared supply voltage 99 0 of YYY Hz mains signalling voltage should be less than xxx of the nominal declared supply voltage Any setting for user defined evaluation mode Parameter Default Setting Setti...

Page 357: ...s no yes DST offset 01 00 0 to 2 hours in increments of 0 5 h Start of DST March Last week Sunday 02 00 AM January to December First week Second week Third week Fourth week Last week Sunday to Saturday 0 00 to 23 00 full hour End of DST October Last week Sunday 03 00 AM January to December First week Second week Third week Fourth week Last week Sunday to Saturday 0 00 to 23 00 full hour Additional...

Page 358: ...rotocol Modbus TCP Use a user port number 2 no no yes User port number 2 can only be set when Use a user port number is parameterized with yes 10 000 10 000 to 65 535 Access rights for user port can only be set when Use a user port number is parameterized with yes Full Full Read only Access rights for port 502 Full Full Read only Keep Alive time 10 s 0 s switch off 1 s to 65 535 s Communication su...

Page 359: ...o Modbus slave device has been configured for the requested Unit ID If a Modbus slave device was configured its values are used Retry limit 3 2 0 to 10 Response timeout 3 10 10 ms 1 to 6000 10 ms 10 ms to 60 s Protocol IEC 61850 IED Name SICAM_Q100_01 Max 60 characters Only a to z A to Z _ 0 to 9 are permitted The first character must be a letter Voltage Dead band 5 1 to 5 in 1 steps Current Dead ...

Page 360: ...1 to 247 Baud rate 19 200 bit s 1200 bit s 2400 bit s 4800 bit s 9600 bit s 19 200 bit s 38 400 bit s 57 600 bit s 115 200 bit s Parity Even None 1 stop bit Even Odd None 2 stop bit Access rights Full Full Read only Communication supervision time 600 100 ms 0 s none 100 ms to 6 553 400 ms Bus Protocol Modbus RTU Master Baud rate 19 200 bit s 1200 bit s 2400 bit s 4800 bit s 9600 bit s 19 200 bit s...

Page 361: ...haracters are interpreted as telegram end A longer gap between the characters can be tolerated with this parameter Note that this also causes longer cycle times then If at least one SICAM P50 device is connected to the bus at least the fol lowing values have to be set for Addi tional inter character timeout 1200 bit s 2400 bit s 0 4800 bit s 9600 bit s 2 19 200 bit s 3 38 400 bit s 4 57 600 bit s ...

Page 362: ...h simulta neous use of the Modbus Gateway func tion Response timeout 10 10 ms 1 to 6000 10 ms 10 ms to 60 s Retry limit 2 0 to 10 0 no request retries Number of request retries after expira tion of Response timeout before a com munication error for the Modbus slave is identified Scan cycle for measured values 50 10 ms 0 to 36 0000 10 ms 10 ms to 1 h 0 each request cycle Minimum time difference bet...

Page 363: ... 65 Hz Measured values outside this range are marked as in valid Note on factors Selecting a multipier for the follow ing units is not recommended and will be rejected none C F Multiplier m milli c centi d deci h hecto k kilo M Mega G Giga Unit none none m kg s A C V Hz W Pa m2 m3 VA var Wh VAh varh F Register type none none Input registers Holding registers For none the assignment is ignored and ...

Page 364: ... to 1038 NaN invalid INF overflow SENTRON PAC3x00 SICAM AI 7XV5674 SICAM T 7KG966 SICAM P50 7KG775 Int16 1 register 16 bit signed integer 32 768 to 32 768 none SENTRON 3WL 3VL SICAM P50 7KG775 Int16_Ung8000 1 register 16 bit signed integer 32768 bis 32768 32768 8000h ungültig SIPROTEC 4 UInt16 1 register 16 bit integer 0 0 to 65 535 none SENTRON 3WL 3VL UInt32 2 registers 32 bit integer 0 0 to 4 2...

Page 365: ...rmat on bus See following table 1 Bit 1 Bit 1 Bit in UInt32 Data format which is used to transmit the indication via Modbus Register number 1 1 to 65 535 Bit offset only relevant for register types Input register or Holding register 0 0 to 15 for Data format 1 Bit 0 to 31 for Data format 1 Bit in UInt32 depending on selection for Data format on bus Data Format on Bus Description Setting Range Inva...

Page 366: ...ion 03 2018 15 6 5 SICAM Subdevices Parameter Indications Default Setting Setting Range Subdevice 1 none No further indications are displayed none SICAM IO Subdevice 2 Subdevice 1 Server IP address 192 168 0 56 Any Server port 51 000 10 000 to 65 535 Response timeout 3 10 ms 10 ms to 60 000 ms 0 ms invalid ...

Page 367: ...3 Binary Input x P SICAM IO 2 x 1 to 3 Load profile period closed Load profile synchr period Load profile tariff x x 1 to 6 Binary input 1 Binary input 2 Modbus RTU Master OK New MSV record made Indication x Slv y x 1 to 6 y 1 to 8 Indications which are read by Modbus slave devices are available in the list box if they were parameterized in Modbus Master Mapping Designation can be changed during t...

Page 368: ...y Input x P SICAM IO 1 x 1 to 3 Binary Input x N SICAM IO 2 x 1 to 3 Binary Input x P SICAM IO 2 x 1 to 3 Load profile period closed Load profile synchr period Load profile tariff x x 1 to 6 Binary input 1 Binary input 2 Modbus RTU Master OK New MSV record made Indication x Slv y x 1 to 6 y 1 to 8 Indications which are read by Modbus slave devices are available in the list box if they were paramet...

Page 369: ...th 12 h AM PM Logon activation Logon password and Session time out min yes 000000 and 10 min Logon activation To disable the logon feature select no To enable the logon feature select yes Password 6 to 14 characters Arbitrary Numbers Small and capital letters Basic special characters Session time out 0 min no time out to 1440 min 1 day If 0 is selected after the device starts up you only have to l...

Page 370: ...15 Operating Parameters 15 6 Administrative 370 SICAM Q100 7KG95xx Device Manual E50417 H1040 C522 A4 Edition 03 2018 ...

Page 371: ... Device in the communication network that sends data requests or com mands to the server devices and receives responses from them CRC error Cyclic Redundancy Check The cyclic redundancy check is a method of de termining a test value for data e g for data transmission in computer net works with the purpose to detect errors during the transmission or duplication of data D DC Direct Current DHCP Dyna...

Page 372: ...nitely positive number IP Internet Protocol IP address Addresses in computer networks based on the Internet protocol J JavaScript Script language mainly used by Web browsers K KeepAlive KeepAlive on TCP level is a feature intended to verify the availability and functioning of the communication partner client and to maintain a TCP net work link if the network is inactive The server sends KeepAlive ...

Page 373: ...ocol Standard for synchronizing clocks in computer sys tems using packet based communication networks P PQ Power Quality R Response timeout Time within which the Modbus slave has to respond to a request from Mod bus Master RJ45 Ethernet plug connector RS485 Interface standard for digital wire based differential serial data transmis sion RTC Real Time Clock RTU See Modbus Remote Terminal Unit RVC R...

Page 374: ...otocol that defines how many IP addresses the computer network encompasses Together with the IP address of a device the subnet mask defines which IP addresses the device searches in its own network and which IP addresses it tries to reach via routers in other net works T TCP IP Transmission Control Protocol Internet Protocol Family of network proto cols U UTC Universal Time Coordinated Universal t...

Page 375: ...65 Diagnosis Modbus RTU Master 264 Diagnosis Modbus TCP 263 Display 27 Display Content 281 Display of Measurements 75 E Electrical Connection 94 Enabling JavaScript 118 Energy Management 18 79 161 Error Log 129 Error Logs 258 Ethernet Interface 106 Evaluation and Data Management 233 External Time Synchronization per NTP 303 External Time Synchronization via Fieldbus 304 F Firmware Upload 250 Flick...

Page 376: ...Recorder Types 33 36 Presets 253 Process Connections 140 R Recorders 18 Recording and Evaluation of Measurements 68 Recording and Reporting 165 Recording System 30 Replacing a Used Battery 91 RS485 Interface 106 S Safety Notes 94 SICAM Subdevices 210 Softkeys 27 Starting the User Interface 124 Synchronization of the Load Profile 85 System Requirements 96 T Tariffs 87 Tariffs TOU 163 Technical Data...

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Summary of Contents for SICAM Q100

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Summary of Contents for SICAM Q100

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