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BECKWITH ELECTRIC M-7651A D-PAC Relay Manuals
Manuals and User Guides for BECKWITH ELECTRIC M-7651A D-PAC Relay. We have
1
BECKWITH ELECTRIC M-7651A D-PAC Relay manual available for free PDF download: Instruction Book
BECKWITH ELECTRIC M-7651A D-PAC Instruction Book (408 pages)
Protection, Automation and Control System
Brand:
BECKWITH ELECTRIC
| Category:
Industrial Equipment
| Size: 9 MB
Table of Contents
Table of Contents
49
Chapter 1 Introduction
69
Chapter 2 Front Panel Operation
69
Instruction Book Contents
69
Appendix C Self-Test Error Codes
70
Appendix D Inverse Time Curves
70
Appendix E Hardware Variation Specifications
70
General Overview of M-7651A D-PAC
70
Communication Ports
71
Communications Protocols
71
Table 1-1 M-7651A D-PAC Device Functions
72
Chapter 2 Front Panel Operation
73
Display
73
HMI Startup Screens
73
LCD Screen Contrast
73
Overview
73
Power up Screens
73
Custom Messages
74
Default Message Screens
74
Fault Recorder Event Message
74
HMI Message Screens
74
Wake up Message Screens
74
Front Panel Controls and Indicators Overview
75
NERC/CIP Compliant Cyber Security
75
Table 2-1 Permissions Implemented for IEEE 1686 Standard
75
Navigation Pushbuttons
76
Operation Pushbuttons
76
Figure 2-1 M-7651A D-PAC Front Panel with Factory Default Pushbutton and LED Labels
77
Figure 2-2 Pushbutton and Tricolor LED Location Index
77
S1 - SELECT PHASE Pushbutton (Leds 21, 22, 23)
77
S10 - Trip (Led 13)
77
S11 - Hot Line Tag/Maintenance (Led 14)
78
S13 - Lock (Led 16)
78
S14 - Close (Led 17)
78
S15 - Remote Disable (Led 18)
78
S3 - Alternate Settings
78
S9 - Reset/Lamp Test
78
Alarm Led (Led 1)
79
Alt Settings (Led 3)
79
Freq/Volt (Led 6)
79
Leds
79
Phase A, B, C (Led 7, 8, 9)
79
Select Phase (Led 21, 22, 23)
79
Unassigned (Leds 2, 4 and 5)
79
Data Entry Screens
80
ENT Pushbutton
80
EXIT Pushbutton
80
HMI Menu Structure
80
Led 11)
80
Led 12)
80
N/G/Sef (Led 10)
80
EDIT" Mode Prompt
81
Figure 2-3 HMI Menu Structure and Navigation Example
81
System Clock
82
User Lines
82
Accessing the HMI Monitor Screens
83
Monitor - Metering and Status
83
Loading Settings Files from a Smart Flash SD Card
84
Smart Flash SD Card
84
Firmware Update from a Smart Flash SD Card
86
Saving Settings Files to a Smart Flash SD Card
86
Saving Data Files to a Smart Flash SD Card
87
Chapter 3 System Application & Function Setpoints
89
Overview
89
M-7651A D-PAC System Setup
90
M-7651A D-PAC System Setup from Ipscom
90
Phase Angle Reference
90
System Setup
90
CT Polarity Reversal Enable
91
Figure 3-1 System Setup Screen, Voltage Input Option H4, L4 or X4
91
Source Orientation Setting with LEA Hardware Options H6, L6 or X6
91
Table 3-1 Analog Hardware Voltage Input Options
92
Voltage Input Configuration
92
Figure 3-2 Voltage Input Configuration LEA Hardware Option H6
93
Figure 3-3 LEA Calibration Screen
93
LEA Calibration Voltage from Ipscom
93
Voltage Input Configuration Settings
93
LEA Output Voltage Calculation
94
Nominal Voltage Configuration - LEA Options H4, L4, X4, H6, L6 and X6
94
Phase Angle Shift Compensation
95
Figure 3-4 RCF Auto Adjustment Screen
96
Ratio Correction Factor (RCF) Auto Adjustment
96
Dual VT Configuration
97
Figure 3-5 Voltage Input Configuration Screen after RCF Auto Adjustment
97
Phantom Voltage - VT Configuration
97
Table 3-2 Phantom Voltage VT Configuration Table
98
Figure 3-6 Open Delta CA Connection Example Diagram
99
Figure 3-7 Open Delta AB Connection Example Diagram
99
Figure 3-8 Open Delta BC Connection Example Diagram
99
Open Delta - VT Configuration
99
Frequency Calculation & Frequency Functions with LEA Hardware H6, L6 or X6
100
LEA Metering with LEA Hardware H6, L6 or X6
100
Open Delta Configuration Table
100
Protective Function Settings with LEA Hardware H6, L6 or X6
100
Table 3-3 Open Delta Configuration Table
100
Figure 3-9 System Setup - Input Tab (Without Extended I/O)
101
Manually Setting the System Inputs
101
Figure 3-10 52B Phantom Digital Inputs
102
Table 3-4 System Inputs Function Selections
103
Figure 3-11 System Setup - Virtual Input Tab
104
Profile Switching by Inputs
104
Table 3-5 Profile Switching Inputs Logic
104
Virtual Inputs
104
Figure 3-12 System Setup - Output Tab (Without Extended I/O)
105
Manually Setting the System Outputs
105
Independent Pole Operation
107
Setting the User Lines
107
Table 3-6 System Outputs Function Selections
107
Figure 3-13 One-Line Functional Diagram
108
System Diagrams
108
Figure 3-14 Three-Line Connection Diagram
109
LEA Common Settings
110
LEA Configuration from the HMI
110
System Configuration
110
System Configuration from the HMI
110
LEA y Side Settings
111
LEA Z Side Settings
112
Copy Profiles
113
Function Setpoints
113
Selecting the Active Setpoint Profile
113
Setpoint Profiles
113
Utilizing the Smart Flash SD Card to Save and Load Setpoint Files
113
Comparing Setpoint Files
114
Figure 3-15 Ipscom Setpoint File Compare Results Screen
114
Configuring Functions
115
Table 3-7 Available Functions
115
Figure 3-16 Typical Function Setpoints Main Screen
116
Setup/Setpoints
116
25 Sync Check
117
Figure 3-17 Function 25 Voltage Sources
117
Sync Check Permission (25S)
117
Undervoltage Permission (25D)
117
Figure 3-18 Function 25 Sync Check Setpoints Screen
118
Figure 3-19 Function 25 Sync Check Logic Diagram
118
27 Phase Undervoltage
119
27 Vz1 Undervoltage
119
27PP Phase-To-Phase Undervoltage
119
Figure 3-20 Function 27 Phase Undervoltage Setpoint Screen
119
Figure 3-21 Function 27PP Phase-To-Phase Undervoltage Setpoints
119
Figure 3-22 Function 27Vz1 Undervoltage Setpoints Screen
119
32 Directional Power
120
Directional Choice
120
Figure 3-23 Directional Power Flow
120
Figure 3-24 Directional Power Configurations
120
40 Loss of Field
121
Figure 3-25 Function 32 Directional Power Setpoints Screen
121
Figure 3-26 Function 40 Loss of Field Setpoints Screen
121
Figure 3-27 Loss of Field Graph
122
Figure 3-28 Function 40 Loss of Field - Protective Approach I
123
46DT Negative-Sequence Definite Time Overcurrent
124
Figure 3-30 Function 46DT Negative-Sequence Definite Time Overcurrent Setpoints Screen
124
46IT Negative-Sequence Inverse Time Overcurrent
125
Figure 3-31 Function 46IT Negative-Sequence Inverse Time Overcurrent Setpoints Screen
125
Figure 3-32 Custom Curves Interactive Screen
125
User Defined Custom Curves
125
47 Negative-Sequence Overvoltage
126
50P Phase Instantaneous/Definite Time Overcurrent
126
Figure 3-33 Function 47 Negative-Sequence Overvoltage Setpoints Screen
126
Figure 3-34 Function 50P Phase Instantaneous/Definite Time Overcurrent
126
High Current Lockout (HCL)
126
50G Ground Instantaneous/Definite Time Overcurrent
127
50N Residual Instantaneous/Definite Time Overcurrent
127
Figure 3-35 Function 50G Ground Instantaneous/Definite Time Overcurrent Setpoints Screen
127
Figure 3-36 Function 50N Residual Instantaneous/Definite Time Overcurrent Setpoints Screen
127
50GS High Current Lockout (HCL)
128
50GS Sensitive Ground Instantaneous/Definite Time Overcurrent
128
Figure 3-37 Function 50GS Ground Sensitive Overcurrent Setpoints Screen
128
50BF Breaker Failure
129
Figure 3-38 Breaker Failure Logic Diagram
129
Figure 3-39 Function 50BF Breaker Failure Setpoints Screen
129
51V Phase Inverse Time Overcurrent with Voltage Control or Voltage Restraint
130
Figure 3-40 51P Voltage Restraint Characteristic
130
Figure 3-41 Inverse Time Overcurrent Characteristic
131
Figure 3-42 Function 51P/51V Phase Inverse Time Overcurrent with Voltage Control/Restraint Setpoints Screen
131
Table 3-8 M-7651A D-PAC Curve Selection
131
51G Ground Inverse Time Overcurrent
132
51N Residual Inverse Time Overcurrent
132
Figure 3-43 Function 51N Residual Inverse Time Overcurrent Setpoints Screen
132
Figure 3-44 Function 51G Ground Inverse Time Overcurrent Setpoints Screen
132
51GS Sensitive Ground Inverse Time Overcurrent
133
59 Phase Overvoltage
133
Figure 3-45 Function 51GS Sensitive Ground Inverse Time Overcurrent Setpoints Screen
133
Figure 3-46 Function 59 Phase Overvoltage Setpoints Screen
133
59I Peak Overvoltage
134
59N Residual Overvoltage
134
59PP Phase-To-Phase Overvoltage
134
Figure 3-47 Function 59PP Phase-To-Phase Overvoltage Setpoints Screen
134
Figure 3-48 Function 59N Residual Overvoltage Setpoints Screen
134
59Vz1 Overvoltage
135
Figure 3-49 Function 59I Peak Overvoltage Setpoints Screen
135
Figure 3-50 Vz1 Broken Delta Connection
135
Figure 3-51 Function 59Vz1 Overvoltage Setpoints Screen
135
67P Phase Directional Overcurrent
136
Definite/Inverse Time Characteristic
136
Figure 3-52 67P Phase Directional Overcurrent - Directional Characteristic
136
Minimum Polarization Voltage
136
Figure 3-53 67P Directional Characteristic with Angle Band Enabled
137
Figure 3-54 Function 67P Directional Overcurrent Definite Time Setpoints Screen
137
67 Directionality View
138
Figure 3-55 Function 67P Directional Overcurrent Inverse Time Setpoints Screen
138
Figure 3-56 Function 67 Directionality View Default MSA
138
67N Residual Directional Overcurrent
139
Definite/Inverse Time Characteristic
139
Figure 3-57 Function 67 Directionality View Default MSA and Angle Band
139
Minimum Polarization Voltage
139
Figure 3-58 67N Residual Directional Overcurrent Definite Time Setpoints Screen
140
Figure 3-59 67N Residual Directional Overcurrent Inverse Time Setpoints Screen
140
Figure 3-60 67N Residual Directional Overcurrent - Directional Characteristic
141
Figure 3-61 67N Residual Directional Overcurrent - Polarizing Voltage (V ) and
141
67G Ground Directional Overcurrent
142
Definite/Inverse Time Characteristic
142
Figure 3-62 67G Ground Directional Overcurrent - Directional Characteristic
142
Minimum Polarization Voltage
142
Figure 3-63 67G Ground Directional Overcurrent - Polarizing Voltage and
143
Figure 3-64 67G Broken Delta Polarizing Source
143
Figure 3-65 67G Ground Directional Overcurrent Definite Time Setpoints Screen
144
Figure 3-66 67G Ground Directional Overcurrent Inverse Time Setpoints Screen
144
67Q Negative-Sequence Directional Overcurrent
145
Definite/Inverse Time Characteristic
145
Figure 3-67 67Q Negative-Sequence Directional Overcurrent Definite Time Setpoints Screen
145
Minimum Polarization Voltage
145
Figure 3-68 67Q Negative-Sequence Directional Overcurrent Inverse Time Setpoints Screen
146
Figure 3-69 67Q Negative-Sequence Directional Overcurrent - Directional Characteristic
146
67GS Sensitive Ground Directional Overcurrent
147
Definite/Inverse Time Characteristic
147
Figure 3-70 67Q Negative-Sequence Directional Overcurrent - Polarizing Voltage
147
Minimum Polarization Voltage
147
Figure 3-71 67GS Sensitive Ground Directional Overcurrent Definite Time Setpoints Screen
148
Figure 3-72 67GS Sensitive Ground Directional Overcurrent Inverse Time Setpoints Screen
148
81 Frequency
149
Figure 3-73 81 Hysteresis
149
Hysteresis
149
Minimum Load
149
Undervoltage Block
149
Figure 3-74 Function 81 Frequency Setpoints Screen
150
Figure 3-75 Example of (81) Frequency Trip Characteristics
150
81R Rate-Of-Change of Frequency
151
Figure 3-76 81R Rate-Of-Change of Frequency Setpoints Screen
151
Minimum Voltage
151
CLP Cold Load Pickup - (Available When Autoreclose Option Is Purchased)
152
Figure 3-77 Cold Load Pickup Minimum Trip Example
152
Figure 3-78 Cold Load Pickup Logic Diagram
153
Auto Restoration Settings
154
Figure 3-79 Function CLP Cold Load Pickup Setpoints Screen (Partial)
154
Restore Auto Restoration
154
Figure 3-80 Auto Restoration Setpoints Screen
155
Figure 3-81 Auto Restoration Conceptual Logic Diagram
156
HLT MM Hot Line Tag/Maintenance Mode
156
Figure 3-82 HLT MM - Hot Line Tag/Maintenance Mode Setpoints Screen
157
Ipslogic
157
Figure 3-83 Ipslogic Setpoints Screen
158
Ipslogic Close Block Action
158
Ipslogic Custom Messages
158
Ipslogic Setpoints
158
Figure 3-84 Ipslogic Editor Screen
159
Figure 3-85 Ipslogic Editor Input Selection Dialog Screen
159
Programming Ipslogic
159
Figure 3-86 Ipslogic Editor "Gates" Tool
160
Figure 3-87 Ipslogic Editor Oscilloscope Tool
160
Figure 3-88 Load Encroachment Logic Diagram
160
LEL Load Encroachment Logic
160
Figure 3-89 Load Encroachment Logic Setpoints Screen
161
Figure 3-90 Load Encroachment Logic Application
161
Figure 3-91 Load Encroachment Logic Graph
162
Figure 3-92 LEL Directional Element F67P #1 Selected
162
LEL Directional Element F67
162
Load Encroachment Logic Graph
162
BM Breaker Monitor
163
Figure 3-93 LEL Directional Element F67P #1 Resultant Setpoints Screen
163
Figure 3-94 Breaker Monitor Setpoints Screen
163
Breaker Accumulator Status - Monitor Submenu
164
Figure 3-95 Breaker Accumulator Status Screen
164
Figure 3-96 Breaker Accumulator - Switching Life Curves Graph
164
Figure 3-97 Inrush Harmonic Restraint Setpoints Screen
165
Figure 3-98 Use Inrush Harmonic Block Checkbox
165
IHR Inrush Harmonic Restraint
165
Figure 3-99 Inrush Harmonic Restraint Logic Diagram
166
Figure 3-100 M-7651A Optional Arc Flash Module
167
Figure 3-101 Arc Flash Functional Diagram
167
Optional Arc Flash Protection
167
Figure 3-102 Arc Flash Setpoints Screen
168
Figure 3-103 Arc Flash Calibration Screen
168
Figure 3-104 Arc Flash Ambient Light Intensity Metering Screen
169
Figure 3-105 M-7651A Arc Flash Topology Example
169
Battery Charger Monitor
170
Common Setpoints
170
Figure 3-106 PSBC - IED Power Supply/Battery Charger Monitor Setpoints
170
IED Power Supply Monitor
170
PSBC IED Power Supply/Battery Charger Monitor
170
Table 3-9 Power Supply Monitor Voltage Setting Ranges
170
Figure 3-107 TCM/CCM - Trip/Close Circuit Monitor Setpoints Screen
171
Figure 3-108 Trip Circuit Monitoring Input
171
TCCM Trip/Close Circuit Monitoring
171
Trip Circuit Monitor
171
Close Circuit Monitor
172
Figure 3-109 Recommended Close Circuit Monitoring Input Configuration
172
60FL VT Fuse Loss
173
Figure 3-110 Close Circuit Monitoring Input Configuration with Anti-Pump Relay Not Bypassed
173
Internal Fuse Loss Detection Logic
173
External Fuse-Loss Function
174
Figure 3-111 Function 60FL Fuse Loss Setpoints Screen
174
Figure 3-112 Fuse Loss (60FL) Function Logic
175
Figure 3-113 Demand Metering Screen (I L Section)
176
TDD Calculation
176
THD Calculation
176
THD/TDD Total Harmonic Distortion/Total Demand Distortion
176
Figure 3-114 THD/TDD Setpoints Screen with Independent Phase Enabled
177
Close Block Function
178
Figure 3-115 Close Block Setpoints Screen
178
Figure 3-116 Remote Control Screen - Close Block Override Command
178
Figure 3-117 Recloser Status Monitoring Screen - Close Block Status and
179
Figure 3-118 Close Block Function Logic Diagram
179
Figure 3-119 SGI Logic Diagram
180
Figure 3-120 SGI - Sensitive Ground Indicator Setpoints Screen
180
SGI - Sensitive Ground Indicator
180
Table 3-10 SEF Ground Current Input Specifications
180
Figure 3-121 SGI - Harmonic Trigger Setup Screen
181
Figure 3-122 Harmonic Targets Monitor Screen
181
Voltage and Current Harmonics
181
Custom Supervision and Initiation Logic
182
Figure 3-123 SGI - SEF Fundamental Signal 50GS #1 Settings Group Screen
182
Figure 3-124 SGI - IPS Global Logic Setpoints Screen
182
SEF Fundamental Signal
182
Figure 3-125 Analog Output Module Customer Load Connection Options
183
Optional Analog Output Module
183
Typical Customer Connections
183
Analog Output Setpoints
184
Enabling the Analog Output Module
184
Figure 3-126 Enable Analog Output Module - Setup Comm Port 1 Screen
184
Figure 3-127 Analog Output Settings Screen
184
Figure 3-128 Measured Variable Parameter Selection List
185
79 Lockout Feature
186
79 Recloser Relay
186
Figure 3-129 Recloser Transition State Diagram
186
Trip and Close Logic
186
79 Supervision Feature
187
Figure 3-130 79 Drive to Lockout Function Selection Tab
187
Breaker Status Truth Table
188
Figure 3-131 Supervision Functions Tab
188
Table 3-11 Relay Status Input Levels
188
Table 3-12 Relay Status Input Levels with Common 52B/69 Lockout
188
Terminology
188
Figure 3-132 Function 79 Lockout Algorithm Diagram (Three-Phase Ganged)
189
Table 3-13 Default Front Panel LED Display During a Reclose Cycle
189
Figure 3-133 Tripping of the Breaker (Timing Diagram)
190
Phase Count and Ground Count Exceeded Lockout Algorithm
190
External Operation
191
Figure 3-134 Reset Time from Lockout after Manual Close
191
Sequence Coordination
191
79 Recloser Status Monitoring
192
Figure 3-135 Recloser Status Monitoring Screen - Example
192
Recloser Status Monitoring/Fault Duration
192
79 Recloser Relay Setpoints
193
79 Recloser Relay Skip Shot
193
Figure 3-136 79 Recloser Relay Target Reset Timer Settings
193
Figure 3-137 79 Recloser Relay Skipshot Settings Screen
193
Resetting Targets
193
27 Bus Side Voltage Supervision Setpoints
194
79 Logic to Start Recloser Timer
194
79 Trip Reclose Sequence
194
Figure 3-138 79 Recloser Relay Logic to Start Recloser Timer Settings Screen
194
Figure 3-139 Function 79 Sequence - Trip Reclose Sequence
194
Figure 3-140 Recloser Relay Function 27 Bus Side Voltage Supervision Setpoints
194
Beckwith Fast and Slow Curve Implementation
195
Figure 3-141 Auto Reclose Single Shot Timing with 27BSVS Enabled
195
Figure 3-142 79 Recloser Relay Fast & Slow Cooper Curve Qualifiers Settings
196
Figure 3-143 Recloser Status Monitoring Screen - Fast/Slow Curve Selection
196
Figure 3-144 Time Modifier Settings Screen
196
Figure 3-145 Recloser Wizard Common Settings Screen
197
Recloser Wizard
197
Recloser Wizard Common Settings Screen
197
Figure 3-146 Recloser Wizard Profile Screen
198
Figure 3-147 Recloser Wizard Phase Overcurrent Settings Screen
198
Recloser Wizard Phase Overcurrent Settings Screen
198
Recloser Wizard Profile Screen
198
Figure 3-148 51P Function Settings Screen
199
Figure 3-149 50P Function Settings Screen
199
Figure 3-150 Recloser Wizard Display All Graphs Feature
200
Figure 3-151 Recloser Wizard Ground Overcurrent Settings Screen
200
Recloser Wizard Ground Overcurrent Settings Screen
200
Figure 3-152 Ground Precedence Flowchart
201
Figure 3-153 Recloser Wizard Residual (Neutral) Overcurrent Settings Screen
202
Figure 3-154 Recloser Wizard Cold Load Settings Screen
202
Recloser Wizard Cold Load Settings Screen
202
Recloser Wizard Residual (Neutral) Overcurrent Settings Screen
202
Figure 3-155 Cold Load Pickup Function Logic
203
Figure 3-156 Recloser Wizard Hot Line Tag Settings Screen
204
Figure 3-157 Recloser Wizard Automatic Reclosing Screen
204
Recloser Wizard Automatic Reclosing Settings Screen
204
Recloser Wizard Hot Line Tag Settings Screen
204
Figure 3-158 79 Drive to Lockout Screen
205
Figure 3-159 79 Supervision Functions Screen
205
Figure 3-160 Navigation Panel Screen
205
Navigation Panel Screen
205
Configuring Setpoints from the HMI
206
Selecting a Profile for Editing
206
Setting Overcurrent Functions
206
Example: Setting 50P, Element #1, Three-Phase Ganged Operation Mode
207
Setting 79 Recloser Relay (Three-Phase Ganged)
208
Availability
209
Chapter 4 Ipscom ® Remote Setup and Operation
209
Hardware Required for Direct USB (Serial) Communication
209
Hardware Requirements
209
Overview
209
Remote Setup and Operation
209
Digital Signature
210
Figure 4-1 Ipscom S-7600 Program-Item Icon
210
Initial Communication Setup
210
Installing Ipscom
210
Starting Ipscom
210
Direct Connection
211
Figure 4-2 M-0243 Null Modem Cable
211
Figure 4-3 Direct Connection Diagram
211
Figure 4-4 USB Port Connection Screen
212
Figure 4-5 Log on User Name and Password Screen
212
Initial Local Communications Using Direct USB Connection
212
Figure 4-6 Setup Comm Port Screen
213
Optional Ethernet Port Setup
213
Serial Comm Port Setup
213
Ethernet Port Setup from Ipscom
214
Figure 4-7 Optional Dual Ethernet Ports
214
Figure 4-8 Setup Ethernet Screen (Shown: Dual Ethernet Option)
214
Figure 4-9 Ipscom Startup Screen Menu Selections
215
Overview of Ipscom Features
215
Figure 4-10 Ipscom Main Screen Menu Selections
216
Ipscom Quick Access Toolbar
217
Figure 4-11 Security Banner Setup Screen
218
Figure 4-12 System Alarms Message Screen
218
M-7651A System Alarms Displayed in Ipscom
218
Main Screen/Utility/Banner Setup
218
File Menu
219
File Not Open or Not Connected Mode
219
Figure 4-13 New File Setup Screen
220
Communication Menu
222
Communication Menu (Not Connected)
222
Communication/Com Port
222
Communication/Usb
222
Figure 4-15 Serial Port Communication Screen
222
Communication Menu (Connected or File Mode)
223
Communication/Disconnect
223
Communication/Tcp/Ip
223
Figure 4-16 TCP/IP Connection Screen
223
Communication/Setup/Comm Port
224
Communication/Setup/Comm Port Security/Physical Ports
224
Communication/Setup/Comm Port Security/Protocol Access
224
Communication/Setup/Ethernet Settings
224
Communication/Setup/Protocol Address
224
Figure 4-17 Enable/Disable Physical Communication Ports Screen
224
Figure 4-18 Enable/Disable Protocol Access Screen
224
Communication/Setup/Protocol/Dnp
225
Communication/Setup/Protocol/Iec 61850
225
Figure 4-19 M-7651A DNP Configuration Screen
226
Figure 4-20 DNP Properties Screen
226
Figure 4-21 Radius Configuration Screen
227
Figure 4-22 Ipsec General Settings Screen
227
Setup/Communication Security/Ipsec Configuration
227
Setup/Communication Security/Radius Configuration
227
Figure 4-23 Ipsec Log Menu Information Screen
228
Monitor Menu
228
Figure 4-24 Ipscom Primary Metering Screen (Voltage Input Option X4, L4, H4 or VT)
229
Figure 4-25 Ipscom Secondary Metering Screen (Voltage Input Option X6, L6 or H6)
229
Monitor/Primary and Secondary Metering
229
Figure 4-26 Phasor Diagram
230
Figure 4-27 Typical Function Status Screen
230
Monitor/Function Status
230
Monitor/Phasor Diagram
230
Figure 4-28 Recloser Status Monitoring Screen
231
Monitor/Demand Metering
231
Monitor/Recloser Status Monitoring
231
Figure 4-29 Demand Metering Screen
232
Figure 4-30 Demand Metering Power Targets and Corresponding DNP Points
232
Figure 4-31 Demand Metering Power Targets Band Status Diagram
233
Monitor/Harmonics
233
Figure 4-32 Harmonic Analysis Screen
234
Figure 4-33 Sync Scope Monitor Screen
234
Monitor/Sync Scope
234
Chapter 4 Ipscom ® Remote Setup and Operation (Cont.)
235
Figure 4-34 Counters Screen
235
Monitor/Counters
235
Figure 4-35 Live Oscillograph Display Screen
236
Figure 4-36 Battery Charger Monitoring Screen
236
Monitor/Battery Charger Monitoring
236
Monitor/Live Oscillograph
236
Figure 4-37 Breaker Accumulator Status Screen
237
Figure 4-38 M-7651A Web Browser Landing Page
237
Monitor/Arc Flash Ambient Light
237
Monitor/Breaker Accumulator Status
237
Monitor/Harmonic Targets
237
Status Monitoring Using the Web Browser Interface
237
Configuration/Relay
238
Figure 4-39 System Setup Screen (Shown: Voltage Input X4)
238
Setup Menu
238
Setup/Configuration
238
Setup/Select Active Profile
238
Configuration/Front Panel Functions
239
Figure 4-40 Front Panel Setup Screen
239
Programmable Pushbuttons Feature
240
Figure 4-41 Pushbutton Information Popup Screen
241
Pushbutton Programming (Initiate Action/Block)
241
Smart Functions
241
Figure 4-42 Button Function Setup "Smart Functions" Screen
242
Front Panel Setup/Remote Disable Pushbuttons
242
Figure 4-43 LED Editor - Use Comment as Tooltip Example
243
Front Panel Setup/Leds
243
Figure 4-44 LED Editor Screen
244
Table 4-1 Predefined LED Collective Function Input Definitions
245
Figure 4-45 LED Editor Input Selection Screen
246
Front Panel Setup/Wake up Screen List
246
Programming Leds
246
Configuration/Fault Distance Parameters
247
Configuration/Profile Manager
247
Figure 4-46 Wake up Screen List Selection Screen
247
Fault Type Detection
248
Figure 4-47 Fault Distance Parameters
248
Figure 4-48 Ipscom Fault Type Display
248
Configuration/Breaker Interrupting Time
249
Configuration/Harmonic Trigger Setup
249
Figure 4-49 Breaker Interrupting Time
249
Figure 4-50 Recloser Wizard - Recloser Common Settings Screen
249
Setup/Recloser Wizard
249
Figure 4-51 Typical Setpoints Screen
250
Setup/Setpoints
250
Figure 4-52 Overcurrent Quick Editor Screen
251
Setup/Overcurrent Quick Editor
251
Figure 4-53 Alarms Screen
252
Setup/Alarms
252
Setup/Data Logging
252
Figure 4-54 Data Logging Setup Screen
253
Figure 4-55 Datalog CSV Configuration Screen
253
Setup/Oscillograph
254
Figure 4-56 Setup Oscillograph Recorder Screen
255
Figure 4-57 Oscillograph Trigger Selection Screen
255
Figure 4-58 Sequence of Events Setup Screen
256
Setup/Sequence of Events
256
Figure 4-59 Display I/O Map Screen
257
Setup/Custom Curve Editor
257
Setup/Display I/O Map
257
Figure 4-60 Display All Settings Interactive Screen
258
Setup/Clear All Logged Data
258
Setup/Display All Settings
258
Figure 4-61 Three-Phase Ganged Remote Control Screen
259
Utility Menu
259
Utility/Remote Control
259
Figure 4-62 Remote Output Control Screen
260
Utility/Remote Output Control
260
Hardware/Calibrate
261
Hardware/Date & Time Compare
261
Hardware/Set Date & Time
261
Hardware/Update Firmware
261
Utility/Hardware
261
Cybersecurity/Manage Accounts
262
Figure 4-63 Front Panel Labels PDF Form Screen
262
Hardware/Calibrate ARC Flash
262
Hardware/Front Panel Labels
262
Utility/Cybersecurity
262
Chapter 4 Ipscom ® Remote Setup and Operation (Cont.)
263
Cybersecurity/Sd Card Key Generator
263
Data Analysis/Soe Viewer/Sequence of Events Viewer
263
Figure 4-64 SD Card Key Generator Screen
263
Figure 4-65 View Sequence of Events Screen
263
Utility/Data Analysis
263
Data Analysis/Message Log
264
Figure 4-66 Sequence of Events Detailed Record Screen
264
Figure 4-67 PQ Events Viewer Screen
264
Data Analysis/Fault Recorder
265
Data Analysis/Trip Sequence Events
265
Figure 4-68 Fault Recorder Event Detail Screen
265
Data Analysis/Becoplot
266
Data Analysis/Firmware Update Log
266
Data Analysis/Sd Card Download Converter
266
Figure 4-69 Trip Sequence Viewer Screen
266
Utility/Remote Reboot
266
Utility/View PPF Details
266
4.10 Help Menu
267
Help/Information
267
Help/E-Mail Support
268
4.11 Becoplot Analysis Software
269
Figure 4-70 Becoplot Main Window with Submenus
269
Overview
269
Starting Becoplot
269
Figure 4-71 Becoplot Window with Data Logging Data Example with Voltage Group Filter
270
Figure 4-72 Becoplot Window with Oscillograph Data Example
270
Becoplot/File Menu
271
Figure 4-73 Becoplot Screen with Callouts
271
Figure 4-74 Becoplot Main Screen Data Time Stamp Display
271
Markers
271
Right-Click Filter Menus
271
Becoplot/Help Menu
272
Becoplot/Settings Menu
272
Becoplot/View Menu
272
Equipment Required
274
Equipment/Test Setup
274
Setup
274
Figure 5-2 Voltage Inputs: Configuration V2
275
Figure 5-4 External Connections
276
Functional Test Procedures
276
Power on Self Tests
277
25 Sync Check
278
27 Phase Undervoltage
280
27PP Phase-To-Phase Undervoltage
281
27Vz1 Undervoltage
282
32 Directional Power
283
Figure 5-1 Voltage Inputs: Configuration V1
283
Loss of Field (Zones 1 or 2, Zones 1 or 2 with Voltage Control)
285
46DT Negative-Sequence Definite Time Overcurrent
287
46IT Negative-Sequence Inverse Time Overcurrent
288
47 Negative-Sequence Overvoltage
290
50P Phase Instantaneous/Definite Time Overcurrent
291
50N Residual Instantaneous/Definite Time Overcurrent
292
Figure 5-3 Current Inputs: Configuration C1
292
50G Ground Instantaneous/Definite Time Overcurrent
293
50GS Sensitive Ground Instantaneous/Definite Time Overcurrent
294
50BF Breaker Failure
295
51P Phase Inverse Time Overcurrent
296
Figure 5-5 Load Encroachment Block Characteristic
298
Figure 5-6 Load Encroachment Logic Diagram
298
Load Encroachment Logic (LEL)
298
51N Residual Inverse Time Overcurrent
299
51G Ground Inverse Time Overcurrent
301
51GS Sensitive Ground Inverse Time Overcurrent
303
59P Phase Overvoltage
305
59PP Phase-To-Phase Overvoltage
306
59I Peak Overvoltage
307
59N Residual Overvoltage
308
59Vz1 Overvoltage
309
60FL VT Fuse Loss Detection
310
67P Directional Phase Overcurrent
311
Figure 5-7 Function 67 Directional Trip Characteristic (Forward Looking)
312
Figure 5-8 Function 67 Directional Trip Characteristic (Reverse Looking)
312
67N Residual Directional Overcurrent
313
67G Ground Directional Overcurrent
314
67Q Negative-Sequence Directional Overcurrent
315
67GS Sensitive Ground Directional Overcurrent
316
Recloser (Trip Recloser Sequence, 50HCL and 27BSVS)
317
Figure 5-10 Function Status Screen
319
Figure 5-9 Recloser Status Monitoring Screen
319
Figure 5-11 Two Shot Reclose Auto-Reclose Cycle
320
Figure 5-12 Ground Precedence
320
Figure 5-13 Sequence Coordination Example
321
81 Frequency
323
Figure 5-14 Function 81R Blocking Regions
324
Rate of Change of Frequency (#1, #2)
324
Figure 5-15 Function 81R Connection Diagram
325
CLP Cold Load Pickup
326
Figure 5-16 Restore to Normal Logic Diagram
328
HLT MM Hot Line Tag/Maintenance Mode
330
TCM Trip Circuit Monitoring
331
CCM Close Circuit Monitoring
332
BM Breaker Monitor and Accumulator
333
PSM IED Power Supply Monitoring
334
Auto Calibration
335
Figure 5-17 Calibration Warning Screen
335
Figure 5-18 Confirm Calibration Screen
335
Figure 5-19 LEA Calibration Voltage Screen
336
Figure 5-20 Calibration Successful Screen
336
Figure 5-21 Calibration Done with Errors Screen
336
Figure 5-22 Calibration Voltage Input Configuration
337
Figure 5-23 Calibration Current Input Configuration
338
Chapter 6 Installation
339
General Information
339
Figure 6-1 M-7651A D-PAC Horizontal External Dimensions
340
Mechanical/Physical Dimensions
340
Figure 6-2 M-7651A D-PAC Vertical External Dimensions
341
Figure 6-3 M-7651A D-PAC 19 Inch Rack Mount Adapter Frame Dimensions
342
Figure 6-4 Horizontal Panel Mount Cutout Dimensions
343
Figure 6-5 Vertical Panel Mount Cutout Dimensions
344
Backup Power Supply Input
345
External Connections
345
Grounding Requirements
345
IED Power Supply
345
Insulation Coordination
345
Power Supply
345
Unit Isolation
345
Figure 6-6 M-7651A D-PAC Typical External Connections
346
Figure 6-7 M-7651A D-PAC Optional Arc Flash Module
346
Relay Outputs
346
Figure 6-8 Three-Line Connection Diagram
347
Figure A-1 Monitor Menu Flow
350
HMI MONITOR Menu
350
Figure A-2 Setpoints Menu Flow
353
HMI SETPOINTS Menu
353
Figure A-3 Configuration Menu Flow
355
HMI CONFIGURATION Menu
355
Figure A-4 Utilities Menu Flow
356
HMI UTILITIES Menu
356
Figure A-5 Communications Menu Flow
357
HMI COMMUNICATIONS Menu
357
Table B-1 Relay I/O Configuration Worksheet - Profile Setpoints
362
Table B-2 Relay I/O Configuration Worksheet - Common Setpoints
369
Table C-1 Self-Test Error Codes
371
Appendix D Inverse Time Curves
373
Expression for Time Delay Setting - Operating Time Defined by IEC and ANSI/IEEE
373
Table D-1 M-7651A Curve Selection
373
Ipscom Inverse Time Curves Graphs
374
Setting Time Delay on Overcurrent Relays
374
Table D-2 ANSI/IEEE and IEC Constants for Overcurrent Relays
374
Curve Equations
375
IEC Curve Equations
375
IEEE Curve Equations
375
Figure D-1 IEC Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
376
Figure D-2 IEC very Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
376
Figure D-3 IEC Extremely Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
376
IEC Curves (IEC 60255-151
376
Figure D-4 IEEE Moderately Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
377
Figure D-5 IEEE very Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
377
Figure D-6 IEEE Extremely Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
377
IEEE Curves (IEEE C37.112
377
Figure D-7 US Moderately Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
378
Figure D-8 US Standard Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
378
Figure D-9 US very Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
378
Us Curves
378
Figure D-10 US Extremely Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
379
Figure D-11 US Short Time Inverse Curve (TM=1.00, TA=0.00, MRTA=0.00
379
Figure D-12 Recloser Curve 101 (A) (TM=1.00, TA=0.00, MRTA=0.00
380
Figure D-13 Recloser Curve 102 (1) (TM=1.00, TA=0.00, MRTA=0.00
380
Figure D-14 Recloser Curve 103 (17) (TM=1.00, TA=0.00, MRTA=0.00
380
Traditional Recloser Curves
380
Figure D-15 Recloser Curve 104 (N) (TM=1.00, TA=0.00, MRTA=0.00
381
Figure D-16 Recloser Curve 105 (R) (TM=1.00, TA=0.00, MRTA=0.00
381
Figure D-17 Recloser Curve 106 (4) (TM=1.00, TA=0.00, MRTA=0.00
381
Figure D-18 Recloser Curve 107 (L) (TM=1.00, TA=0.00, MRTA=0.00
382
Figure D-19 Recloser Curve 111 (8*) (TM=1.00, TA=0.00, MRTA=0.00
382
Figure D-20 Recloser Curve 112 (15) (TM=1.00, TA=0.00, MRTA=0.00
382
Figure D-21 Recloser Curve 113 (8) (TM=1.00, TA=0.00, MRTA=0.00
383
Figure D-22 Recloser Curve 114 (5) (TM=1.00, TA=0.00, MRTA=0.00
383
Figure D-23 Recloser Curve 115 (P) (TM=1.00, TA=0.00, MRTA=0.00
383
Figure D-24 Recloser Curve 116 (D) (TM=1.00, TA=0.00, MRTA=0.00
384
Figure D-25 Recloser Curve 117 (B) (TM=1.00, TA=0.00, MRTA=0.00
384
Figure D-26 Recloser Curve 118 (M) (TM=1.00, TA=0.00, MRTA=0.00
384
Figure D-27 Recloser Curve 119 (14) (TM=1.00, TA=0.00, MRTA=0.00
385
Figure D-28 Recloser Curve 120 (Y) (TM=1.00, TA=0.00, MRTA=0.00
385
Figure D-29 Recloser Curve 121 (G) (TM=1.00, TA=0.00, MRTA=0.00
385
Figure D-30 Recloser Curve 122 (H) (TM=1.00, TA=0.00, MRTA=0.00
386
Figure D-31 Recloser Curve 131 (9) (TM=1.00, TA=0.00, MRTA=0.00
386
Figure D-32 Recloser Curve 132 (E) (TM=1.00, TA=0.00, MRTA=0.00
386
Figure D-33 Recloser Curve 133 (C) (TM=1.00, TA=0.00, MRTA=0.00
387
Figure D-34 Recloser Curve 134 (Z) (TM=1.00, TA=0.00, MRTA=0.00
387
Figure D-35 Recloser Curve 135 (2) (TM=1.00, TA=0.00, MRTA=0.00
387
Figure D-36 Recloser Curve 136 (6) (TM=1.00, TA=0.00, MRTA=0.00
388
Figure D-37 Recloser Curve 137 (V) (TM=1.00, TA=0.00, MRTA=0.00
388
Figure D-38 Recloser Curve 138 (W) (TM=1.00, TA=0.00, MRTA=0.00
388
Figure D-39 Recloser Curve 139 (16) (TM=1.00, TA=0.00, MRTA=0.00
389
Figure D-40 Recloser Curve 140 (3) (TM=1.00, TA=0.00, MRTA=0.00
389
Figure D-41 Recloser Curve 141 (11) (TM=1.00, TA=0.00, MRTA=0.00
389
Figure D-42 Recloser Curve 142 (13) (TM=1.00, TA=0.00, MRTA=0.00
390
Figure D-43 Recloser Curve 151 (18) (TM=1.00, TA=0.00, MRTA=0.00
390
Figure D-44 Recloser Curve 152 (7) (TM=1.00, TA=0.00, MRTA=0.00
390
Figure D-45 Recloser Curve 161 (T) (TM=1.00, TA=0.00, MRTA=0.00
391
Figure D-46 Recloser Curve 162 (KP) (TM=1.00, TA=0.00, MRTA=0.00
391
Figure D-47 Recloser Curve 163 (F) (TM=1.00, TA=0.00, MRTA=0.00
391
Figure D-48 Recloser Curve 164 (J) (TM=1.00, TA=0.00, MRTA=0.00
392
Figure D-49 Recloser Curve 165 (KG) (TM=1.00, TA=0.00, MRTA=0.00
392
Figure D-50 Recloser Curve 200 (TM=1.00, TA=0.00, MRTA=0.00
392
Definite Time Curve
393
Figure D-51 Recloser Curve 201 (TM=1.00, TA=0.00, MRTA=0.00
393
Figure D-52 Recloser Curve 202 (TM=1.00, TA=0.00, MRTA=0.00
393
Figure D-53 Definite Time Curve (TM=1.00, TA=0.00, MRTA=0.00
393
Appendix E Hardware Variation Specifications
395
External Connections (Typical Configuration - Serial Numbers 1 to 2000
395
Table E-1 Digital Input Specifications (Serial Numbers 1
395
Table E-2 Digital Input Specifications (Serial Numbers 501 to 2000
395
Unit Serial Numbers #1-500 Digital Inputs (Opto-Isolated
395
Unit Serial Numbers #501-2000 Digital Inputs (Opto-Isolated
395
Unit Serial Numbers Prior to #2001 - Hardware Specifications
395
Figure E-1 External Connections (Typical Configuration - Serial Numbers 1 to 2000
396
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