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GE RPV311 manual available for free PDF download: Technical Manual
GE RPV311 Technical Manual (295 pages)
Distributed Multifunction Fault Recorder
Brand:
GE
| Category:
Voice Recorder
| Size: 8.59 MB
Table of Contents
Table of Contents
3
Chapter 1: Introduction
15
Foreword
15
Target Audience
15
Nomenclature
15
Acronyms and Abbreviations
16
Product Scope
17
Unpacking
17
External Indication
18
RPV311 Nameplate
18
RA331, RA332, and RA333 Nameplate
18
Key Features
19
Compliance
20
Functional Overview
20
Programs under the GPL 2 License
21
Figure 1: Functional Design Overview
21
Ordering Options
22
Rpv311
22
Model Type
22
Power Supply 24-48 VDC
22
VDC / 110-240 Vac
22
Ra331
23
48 V
24
Digital Inputs 1 to
24
Not Installed
24
Ra332
24
T D P X
24
Voltage Inputs 115 V / Current Inputs 1 A; Full-Scale 20 a (Ith = 32 A)
24
Voltage Inputs 115 V / Current Inputs 5 A; Full-Scale 14 a (Ith = 32 A) T
24
Voltage Inputs ±10 VDC / Current Inputs 0-20 Madc D
24
48 V
25
Customization / Regionalisation GE Branding C
25
Digital Inputs 17 to 32
25
Hardware Design Suffix Third Version C
25
Issue D
25
Not Installed
25
Ra333
26
Chapter 2: Safety Information
27
Health and Safety
27
Symbols
27
Installation, Commissioning and Servicing
28
Lifting Hazards
28
Electrical Hazards
28
Fusing Requirements
30
Equipment Connections
31
Pre-Energisation Checklist
32
Peripheral Circuitry
32
Upgrading/Servicing
33
Decommissioning and Disposal
33
Standards Compliance
34
EMC Compliance
34
Product Safety: 2006/95/EC
34
R&TTE Compliance
34
Chapter 3: Hardware Design
35
Hardware Architecture
35
Figure 2: RA332, RA333 and RPV311
35
Processing Capability
36
Mechanical Implementation
36
Rpv311
36
Figure 3: Front View of the RPV311
37
Ra331
38
Figure 4: Back View of the RPV311
38
Figure 5: Rear and Front Views of the RA331, Respectively
39
Ra332
40
Figure 6: Rear View of the RA332
40
Ra333
41
Figure 7: Front and Back Views of the RA333
42
Chapter 4: Configuration
45
Accessing the Equipment Configuration
45
Figure 8: Initial Configuration Screen
46
Configuration History
47
Equipment
47
Identification
47
Synchronization
48
Figure 9: Equipment Identification Configuration Section
48
Communications
49
Figure 10: Equipment Ethernet Configuration Section
50
Figure 11: Equipment Serial Port Configuration Section
51
Acquisition with Remote Acquisition Modules
52
Figure 12: Links between RPV and Acquisition Modules Configuration Section
52
Acquisition with Sampled Values
54
Figure 13: Analog Inputs Configuration Section
54
Figure 14: Sampled Values Subscriptions Links Configuration Section
55
Access Control
56
Figure 15: Analog Inputs Configuration Section for Sampled Values Channels
56
User
57
Figure 16: Equipment Access Control Configuration Section
57
Figure 17: Adding New User Section
58
Record Management
59
Figure 18: Changing the Administrator Password Section: Changing the Administrator Password Section
59
Auto Upload
60
Figure 19: Record Management Configuration Section
60
Figure 20: Auto Upload Configuration Section
61
Voltage Circuit
62
Figure 21: Email/Fax Configuration
62
Current Circuits
63
Figure 22: Adding and Editing Voltage Circuits
63
Figure 23: Adding and Editing Current Circuits
64
Power Circuit
65
Figure 24: Adding and Editing Power Circuits
65
Digital Channels
66
Figure 25: Adding and Editing Digital Channels
66
DC Channels
67
Thresholds
68
Figure 26: Adding and Editing DC Channels
68
Adding New Voltage Thresholds
70
Adding New Current Thresholds
71
Figure 27: Adding and Editing a Voltage Threshold
71
Figure 28: Adding and Editing a Current Threshold
72
Adding New Power Thresholds
73
Figure 29: Adding and Editing a Power Threshold
74
Adding New Digital Thresholds
75
Adding New DC Thresholds
75
Cross-Trigger
76
Fault Recorder
76
Trigger'D Recording
76
Figure 30: Adding and Editing a DC Threshold
76
Figure 31: Fault Recorder - Triggered Recording Configuration Section
77
Continuous Recording
78
Disturbance Recorder
78
Figure 32: Fault Recorder - Continuous Recording Configuration Section
78
Trigger'D Recording
79
Figure 33: Disturbance Recorder - Trigger'D Recording Configuration
79
Continuous Recording
80
Figure 34: Disturbance Recorder - Continuous Recording Configuration Section
80
Traveling Waves Recorder
81
Figure 35: Traveling Waves Recorder - Triggered Recording Configuration Section
81
Recommended Sources of Trigger
82
Steady-State
82
Average Series
83
Harmonics
83
Figure 36: Steady-State Recorder - Average Series Configuration Section
83
Flicker
84
Figure 37: Steady-State Recorder - Harmonics Configuration Section
84
Groups
85
Figure 38: Steady-State Recorder - Flicker Configuration Section
85
Relays
86
On Time
86
Figure 39: Adding and Editing a Group
86
Relays 2, 3, and 4
87
Figure 40: Relays on Time Configuration Section
87
Figure 41: Relay Signaling Events Configuration Section
88
Pmu
89
General
89
Data
89
Communication
89
Modbus
90
Dnp3
91
Configuring the DNP3 Function
91
Figure 42: MODBUS Configuration Section
91
DNP3 Configuration Example
92
Figure 43: Digital Channels Configured
92
Figure 44: Analog Channels Selected
94
Chapter 5: Operation
97
Local Interface
97
Status Indicators
97
Menu Navigation
97
Local Interface Menus
97
Figure 45: Local Interface of the RPV311
97
Figure 46: Status Monitoring Sequence
99
Figure 47: Monitoring Sequence
101
Figure 48: Records Monitoring Sequence: Fault Disturbance, TW and Average Series
103
Figure 49: Records Monitoring Sequence: Harmonics, Flicker and SOE
104
Figure 50: Equipment Settings Monitoring Sequence
106
Figure 51: Circuit and Channel Settings Monitoring Sequence
107
Figure 52: Relays, PMU and MODBUS Settings Monitoring Sequence
108
General Information
109
Figure 53: General Information Monitoring Sequence
110
Monitoring Web Interface
111
Accessing the Monitoring Web Interface
111
Navigating
111
Figure 54: Default Screen for Browsing on the Web Interface
111
Status
112
Figure 55: Equipment Status Screen
113
Log
114
Figure 56: Link Status Screen
114
Manual Trigger
115
Figure 57: Log Screen
115
Records
116
Figure 58: Manual Trigger Screen
116
Figure 59: Fault Recorder Screen
117
Figure 60: Fault Recorder Screen
118
Figure 61: Traveling Wave Recorder Screen
119
Figure 62: Steady-State Recorder Screen
120
Figure 63: SOE Recorder Screen
121
Monitoring
122
Figure 64: Monitoring with Plots
124
Figure 65: Monitoring Circuit Quantities Via Web Interface
125
Configuration History
127
Figure 66: Monitoring the Status of Digital Channels
127
General Information
128
Figure 67: Configuration History Screen
128
Figure 68: General Information Screen
129
Figure 69: Setup Screen
130
COMTRADE Files Download
131
Chapter 6: Records
132
Continuous and Triggered Fault Records
132
Recorded Values
132
Recording Times by Trigger
132
Sampling Rate
133
Re-Trigger and Record Concatenation
133
Figure 70: Concatenation Event Example
133
Trigger Burst Limiter
134
Continuous and Trigger'D Disturbance Records
134
Figure 71: Example of an Event Without Concatenation
134
Recorded Values
135
Recording Times by Trigger
135
Sampling Rate
136
Re-Trigger and Record Concatenation
136
Trigger Burst Limiter
136
Traveling Wave Fault Records
136
Pre-Conditions
136
Sampling Rate and Acquisition
137
Recording Times
137
Steady-State Records
137
Average Series
137
Harmonics
138
Flicker
138
SOE - Sequence of Events Records
138
Record Format and Naming, and Mass Storage Capacity
139
Record Format
139
Record Naming
139
Mass Storage Capacity
141
Record Management and Access
141
Chapter 7: TW Fault Locator
143
TWFL Overview
143
Figure 72 - TW Fault Locator Architecture Overview
143
TW Fault Location Information
144
Maximum Number of Lines Monitored by the TW Fault Locator
144
Accuracy and TWFL with Cvts
145
Underground and Overhead Cables
145
Automatic Fault Location
145
How to Test the TW Fault Location in Lab
145
Three Terminal Line Application
146
Figure 73 - Typical Circuit Three-Terminal Application
147
Examples
148
Figure 74 - Three Terminal Line Application
148
Figure 75 - TW Fault Location Example 1
149
TWFL in Mixed (Hybrid) Lines
150
K Factor Calculation - Overhead Section
150
Figure 76 - TW Fault Location Example 2
150
K Factor Calculation - Underground Section
151
Chapter 8: PMU
153
Synchrophasor Measurement and Broadcast
153
Reported Values
153
Accuracy Limits
154
Communication Ports, Transmission Rates
155
Timestamp
155
Configuration
155
Standards Compliance
155
WMU - Waveform Measurement Unit
155
Chapter 9: MODBUS
157
Description
157
Register Types
157
Status
157
Analog Data
158
Digital Channels
158
Configuration
158
Chapter 10: DNP3
161
Description
161
Chapter 11: GOOSE Message Detection
163
Description
163
Chapter 12: Software - RPV Tools
165
RPV Tools Description
165
RPV Tools Installation
165
Scanner
166
Figure 77: Directory of the Records Received of the Equipment
170
Configuration Tool
171
Figure 78: Configuration Tool Main Screen
171
TW Fault Locator
175
Figure 79: Fault Locator Interface
178
Figure 80: Graphical Tool of Fault Locator Interface
179
GOOSE Configurator
180
Figure 81: Initial Screen of the GOOSE Configurator
181
Figure 82: Screen to Configuration on the SCL File
183
Figure 83: Association of a GOOSE Control Block with a Digital Input
184
Figure 84: Filter Parameters
185
Chapter 13: Software - RPV Manager
187
Requirements
187
Software Description
187
RPV Manager Main Window
187
Figure 85 - RPV Manager Main Window
187
Figure 86 - Downloaded Records
188
Figure 87: Alarms Tab
188
RPV Manager Settings
189
Figure 88: Device Window
191
Figure 89- Transmission Line Configuration
192
Figure 90: Current Circuit Name
192
Figure 91: Terminal Name Configuration
193
Figure 92- Warning Menu
193
Figure 93 - Tools Menu
194
Figure 94: Percentage of Records Chart
197
Figure 95: Polling Configuration
198
Automatic TW Faul Location
199
Figure 96: about Window
199
Polling and Refresh
201
Figure 97: RPV Manager TWFL Methods
201
Chapter 14: Communications
205
Communication Interfaces
205
Electrical and Optical Ethernet
205
Serial Port
206
Figure 98: Electrical and Optical Ethernet Inputs
206
Figure 99: Serial Communication Port
207
Communication Ports and Protocols
208
Direct Communication Using the Electrical Ethernet Port
209
Figure 100: Local Communication with Equipment Using the Electrical Ethernet Port
209
Checking the Connection
210
Communication through Network Using the Electrical Ethernet Port
210
Communication through Network Using the Serial Port
211
Figure 101: Communication through Network Using the Electrical Ethernet Port
211
Accessing the Equipment
212
Computer Support Applications
212
Minimum Computer Requirements
212
Communication Configuration
213
Auto Upload
213
Chapter 15: Installation
214
Handling the Goods
214
Receipt of the Goods
214
Unpacking the Goods
214
Storing the Goods
214
Dismantling the Goods
215
Normal Use of the Equipment
215
Mounting the Device
215
RPV311 Mechanical Installation
215
RA331, RA332 and RA333 Mechanical Installation
216
Figure 102: Minimum Distances for the Equipment Mounting
216
Cables and Connectors
217
Power Supply Connections
217
Figure 103: Mounting Panel to Install Two Remote Acquisition Modules (RA331/332) in a
217
RPV311 AC and DC Power Connection
218
Figure 104: Pre-Insulated Tubular Pin Terminals
218
Figure 105: Header Connector Assembly
218
Figure 106: AC/DC Power Connection
218
RA331, RA332 and RA333 AC and DC Power Connection
219
Powering up
219
Figure 107: AC/DC Power Connection
219
Earth Connection
220
Figure 108: RPV311 Grounding
220
Connection between RPV311 and RA331, RA332 or RA333
221
Figure 109: RA33X Grounding
221
Figure 110: RPV311 Fiber Optic Connectors
221
Figure 111: RA331, RA332 and RA333 Fiber Optic Connectors
222
Figure 112: Connection between RPV311 and the RA331, RA332 or RA333
222
Figure 113: Screws of the Back Panel
223
Analog Voltage Inputs (50/60 Hz)
224
Figure 114: Analog Input Terminals
224
Figure 115: Screws of the Back Panel
225
Figure 116: Internal Jumper
225
High-Speed Analog Voltage Inputs (TW)
228
Figure 117: Analog Input Terminals to TW Measurement
228
Analog Current Inputs
229
Figure 118: Analog Input Terminals
229
Figure 119: Screws of the Back Panel
230
Figure 120: Internal Jumper
230
Analog DC Transducer Inputs ± 10 V
233
Figure 121: Analog Input Terminals
233
Figure 122: Screws of the Back Panel
234
Figure 123: Internal Jumper
234
Analog DC Transducer Inputs ± 20 Ma
235
Figure 124: Connection Diagram of DC Transducer Inputs ± 10 V
235
Figure 125: Analog Input Terminals
235
Figure 126: Screws of the Back Panel
236
Current Clamps
237
Figure 127: Internal Jumper
237
Figure 128: Connection Diagram of DC Transducer Inputs ± 20 Ma
237
Digital Inputs
238
Figure 129: Polarity of the Current Clamp Connection
238
Figure 130: Digital Input Terminals
238
Time Synchronization Inputs
239
Figure 131: Connection Diagram of Digital Inputs
239
Figure 132: Electrical and Optical Inputs for Sync Using IRIG-B
239
Dry Contact Relays
240
Figure 133: Connection Diagram of Electrical Synchronism Inputs
240
Figure 134: Connections Diagram of Optical Synchronism Inputs
240
Case Dimensions
241
Rpv311
241
Figure 135: Dry Contact Relays of the RPV311
241
Figure 136: Dry Contact Relay Connection Diagram
241
RPV311 Accessories
242
Figure 137: Fiber-Optic Pair
242
Ra33X
243
Figure 138: RPV311 Dimensions
243
Figure 139: RA331, RA332 and RA333 Dimensions
244
Figure 140: RA331, RA332 and RA333 Panel Cutout
245
Ra33X Accessories
246
Panel for Installation of Two Remote Acquisition Modules (Q61)
246
Figure 141: Mounting Panel to Install Two Remote Acquisition Modules (RA331/332) in a
246
Chapter 16: Maintenance and Troubleshooting
247
Maintenance
247
Maintenance Checks
247
Replacing the Unit
248
Cleaning
248
Watchdog
249
RPV311 Troubleshooting
249
Ready in Processing Module Does Not Light up
249
Alarm in Processing Module Lights up
249
SYNC Does Not Lights up
250
Date or Time Incorrect
250
Time Drift Throughout Operation Week
250
RPV311 Firmware Update
250
Product Support Tools - PST
251
RA331, RA332, and RA333 Troubleshooting
251
MAINS Indicator Does Not Light up
251
READY Indicator Does Not Light up
251
PPS Indicator Does Not Light up (Only RA333)
251
Link with the Processing Module Is Not Active
252
Equipment Return
252
Instructions for Equipment Repair/Service for Service Personnel
252
Chapter 17: Technical Specifications
254
RPV311 Specifications
254
Electrical Ethernet Port
254
Optical Ethernet Port (Optional)
254
Modem Serial Port
255
TTL IRIG Input
255
Optical IRIG-Input (Optional)
257
Dry-Contact Relay Outputs
257
Fiber-Optic Links
258
Power Supply
258
Environmental Conditions
259
Type Tests RPV311
259
Safety Tests
262
Environmental Tests
263
Enclosure Protection IEC 60529
263
Dimensions
264
Figure 142: RPV311 Dimensions
265
RA331, RA332, and RA333 Specifications
266
Analog Acquisition (50/60 Hz)
266
Analog Acquisition (High-Speed - Only RA333 Module)
266
Voltage Inputs
266
Current Inputs
267
Current Clamps Inputs Specification
267
DC Transducer Inputs
268
Digital Inputs
268
Fiber-Optic Links
269
Ra33X Power Supply
269
Environmental Conditions
270
Type Tests Ra33X
270
Safety Tests
273
Environmental Tests
273
Enclosure Protection IEC 60529
274
Dimensions
274
Figure 143: RA331, RA332 and RA333 Dimensions
275
Current Clamps
276
Figure 144: AEMC / MN312 (PN 2468) Current Clamps
276
Chapter 18: Wiring Diagrams
277
Connection Diagrams of the Voltage Inputs
277
Connection Diagrams of the TW Inputs
280
Connection Diagrams of the Current Inputs
280
Equipment Log
283
Appendix A
283
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