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7.3 Continuous Recorder

96 Digital Fault Recorder, SIMEAS R-PMU, Manual

E50417-H1076-C360-A5, Release 10.2012

The cycle time for the Continuous Phasor Recorder can be set separately. The following

equation is used to calculate the maximum recording time until the oldest data record will be

overwritten:

where:

max

= maximum recording time in days

R = cycle time in seconds

M = parameterized memory space in megabytes (MByte)

D = number of active VCDAUs, VDAUs and CDAUs

max

RM⋅

-------------

0.132

MByte

-----------------

⋅=

Default Chapter7
- Table of Contents7
1 Introduction13
2 Applications15
- Recording Systems in Power Plants16
- Recording Systems in Communications Systems17
- Recording Systems in High-Voltage Direct Current Substations18
- Recording Systems in Distribution Systems and Industrial Complexes18
3 System Overview19
4 Device Overview23
- Device Architecture24
- Central Processing Module (CPU)25
- Data Acquisition Modules26
  - Types and Design of Data Acquisition Modules26
  - Features of the Individual Acquisition Modules (Daus)27
- Time Synchronization28
- Interfaces29
- Control Panel30
- Voltage Supply31
- Housing Versions32
5 Connection Principles33
- General34
- Star Connection36
- Delta Connection38
- Monophase Connection39
6 Measuring Principles41
- Measured Value Acquisition and Processing42
- Measured Values and Calculation Values46
- Calculating Derived Values47
  - Voltage, Current and Power47
  - Symmetrical Components48
7 Recording Functions51
- Phasor Measurement Unit (PMU)52
- Recording Channels56
  - Data Communication of the SIMEAS R-PMU58
- Fault Recorders64
- Transient Analog Recorder (TAR)64
- Recording Channels65
  - Trigger Functions67
- Analog Signal Triggers70
- Level Trigger (Min/Max)71
- Gradient Trigger (±DM/Dt)72
  - Binary Trigger72
- Logical Trigger73
  - Cross Trigger74
- Manual Triggers74
- External Trigger74
- Network Trigger75
- Transient Phasor Recorder (TPR)76
- Recording Channels77
  - Trigger Functions80
- Analog Signal Triggers84
- Level Trigger (Min/Max)86
- Gradient Trigger (±DM/Dt)87
  - Binary Trigger89
  - Cross Trigger90
- Manual Triggers90
- External Trigger90
- Network Trigger91
- Continuous Recorder92
- Continuous Phasor Recorder (CPR)94
- Continuous Mean Value Recorder for Frequencies (CFR)97
- Continuous Mean Value Recorder for RMS-Values (CRR)98
- Continuous Mean Value Recorder for Active and Reactive Power (CQR)99
- Continuous Mean Value Recorder for Process Values (CDR)101
- Event Recorder102
8 Time Synchronization103
- General104
- Synchronization Types105
- Minute Pulse Synchronization105
- GPS Synchronization Via DCF77 Second Signal105
- Timers and Time Delay106
- Commissioning108
- Fault Handling109
  - Minute Pulse109
  - GPS/DCF77 and Sync-Box110
- Fault Elimination110
9 Setting the Time111
10 Communication Options and Connections115
- General116
- LAN Communication116
  - Connection116
  - Settings121
- COM S - Maintenance Interface (Service Interface)124
- COM 1 Interface125
11 Local Printer129
12 Parameterization Via OSCOP P131
- General132
- Configuration138
- Local Printer140
- Time Synchronization141
- SIMEAS R-PMU Calling Master Station142
- Device Function143
- Interfaces146
  - Data Interface146
  - LAN Interface148
  - Service Interface149
- LED Indications150
- Relay Indications151
- Group Alarm152
- Slot Description153
- Binary Channels154
- Analog Channels155
- Power/Frequency157
- Symmetrical Components159
- DC Channels160
- Transient Analog Recorder (TAR)162
- Time Settings162
- Analog Triggers163
- Binary Triggers164
- Network and Cross Triggers165
- Trigger Pattern166
- DC Triggers167
- Transient Phasor Recorder (TPR)168
- Time Settings168
- Analog Triggers169
- Binary Triggers170
- Network and Cross Triggers171
- DC Triggers172
- Phasor Measurement Unit (PMU)173
- PMU Settings173
- PMU Interface174
13 System Monitoring175
- System Monitoring176
- Operator and Error Messages177
- General177
- Behaviour with Critical Faults182
14 Installation and Commissioning183
- Getting Started184
- Unpacking and Repacking the Device184
- Device Inspections Upon Receipt185
- Check of the Rated Data185
- Electrical Check185
- Operation with OSCOP P185
- Transport186
- Storage187
- Installation and Connection188
- Installation189
- Connecting Cables190
- Earthing, Shielding and Connecting Peripheral Devices191
- Connecting Cables (Power Supply, Signals, Measurement Circuits)193
- Connecting the Power Supply to the Power Supply Unit194
- Connecting Signals to the CPU194
- Connecting Data Acquisition Modules VCDAU, VDAU, CDAU194
- Connecting the Data Acquisition Module DDAU195
- Connecting the Data Acquisition Module BDAU195
- Connecting the Cables (Data Transmission)196
- Connecting the PC, PDC or Notebook Via LAN196
- Connecting the PC or Notebook to COM S196
  - Connecting the PC, PDC or External Modem to COM196
- Connecting the Printer to the PRINTER Port196
- Cable Assemblies for Connection197
- Extending the Existing Hardware198
- Extending a SIMEAS R-PMU by Additional Data Acquisition Modules199
- Replacing Data Acquisition Modules of Different Types202
- Extending a SIMEAS R-PMU by Communication Components203
- Extending a SIMEAS R-PMU by External Modules205
  - Clock205
  - Printer206
- Commissioning207
  - Start-Up of the SIMEAS R-PMU207
  - Parameterization of the SIMEAS R-PMU209
  - Operation of the SIMEAS R-PMU209
15 Design211
- Device Overview212
- Housing Versions213
- Location Diagrams221
- Connection Diagrams (Power Supply, Signals, Measurement Circuits)232
- Channel Assignment Diagrams238
  - Channel Assignment Diagram, ZE 8/16 with VCDAU238
  - Channel Assignment Diagram, ZE 32/64 with VDAU, CDAU, DDAU, BDAU239
16 Technical Data241
- Technical Data of the SIMEAS R-PMU242
- Packaging256
- Mass and Device Dimensions257
- Technical Data of the Battery258
17 Frequently Asked Questions (FAQ)259
18 Overview of Functions261
- Modules of the SIMEAS R-PMU262
- Data Acquisition Units (DAU)264
- Recording Functions267
- Time Synchronization273
Appendix275
- Product Information SIMEAS R276
- Error Messages279
- System Messages280
- Abbreviations287
- Special Note Open Source Software289

Brand	Siemens
Model	SIMEAS R
Category	Measuring Instruments
Language	English

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