Rockwell-automation 592- E300 Overload Relay User Manual Bedienungsanleitung Seite 302
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302 Rockwell Automation Publication 193-UM015B-EN-P - June 2014
Chapter 8 EtherNet/IP Communications
2. Select the Generic Ethernet Module, then click Create.
3. Enter a name and the IP address for the E300 Electronic Overload Relay
Et
herNet/IP Communication Module. The name will create tags in
RSLogix 5000 or Studio 5000 that can be used to read and write data from
the E300 Electronic Overload Relay EtherNet/IP Communication
Module.
4. Select Data-DINT for the Comm Format. The Data-DINT format will
re
present the data from the EtherNet/IP Communications Auxiliary E300
Electronic Overload Relay EtherNet/IP Communication Module as a
collection of 32-bit values. Set the I/O Assemblies to the following values:
• Input Assembly Instance 199 (Size 39)
• Output Assembly Instance 144 (Size 2)
• Configuration Assembly Instance 120 (Size 0)
- User Manual 1
- Important User Information 2
- Chapter 3 4
- Chapter 4 5
- Operating Modes 5
- Chapter 5 5
- Protective Trip and Warning 5
- Functions 5
- Chapter 6 6
- Chapter 7 6
- Table of Contents 10
- Product Overview 11
- Diagnostic Information 12
- Simplified Wiring 12
- Catalog Number 13
- Explanation 13
- Digital Expansion Module 14
- Analog Expansion Module 14
- Operator Station 14
- Power Supply 14
- Module Description 15
- Control Module 16
- Communication Module 16
- Optional Add-On Modules 17
- Optional Operator Station 18
- Protection Features 19
- Applications: 20
- Installation and Wiring 21
- General Precautions 22
- Control Module to Sensing 23
- Module Assembly 23
- Communication Module to 24
- Control Module Assembly 24
- Expansion Bus Peripherals 25
- Expansion Bus 26
- Starter Assembly 28
- Figure 16 - E300 30
- Figure 20 - E300 32
- Terminals 34
- Expansion Digital Module 37
- Expansion Analog Module 38
- Expansion Power Supply 40
- Grounding 41
- Short-Circuit Ratings 41
- Fuse Coordination 42
- Typical Motor Connections 43
- External Line Current 44
- Transformer Application 44
- Voltage Mode 46
- Control Circuits 48
- Figure 37 - NEMA Nomenclature 49
- Introduction 51
- Device Modes 51
- Operation Mode 52
- Run Mode 52
- Test Mode 53
- Invalid Configuration Mode 53
- (Parameter 186) 55
- Enable (Parameter 192) 56
- Security Policy 63
- I/O Assignments 64
- Expansion Bus Trip 70
- Emergency Start 71
- Introduction to Operating 73
- Monitor (Custom) 76
- Current Based Protection 77
- Overload Protection 80
- Full Load Amps Setting 81
- USA & Canada Guidelines 82
- Trip Class 82
- Trip Curves 83
- Automatic/Manual Reset 84
- Overload Warning 85
- Phase Loss Protection 87
- Phase Loss Trip 88
- Phase Loss Trip Delay 89
- Ground Fault Type 90
- Ground Fault Maximum Inhibit 90
- Ground Fault Filter 91
- Ground Fault Inhibit Time 91
- Ground Fault Trip 92
- Ground Fault Trip Delay 93
- Ground Fault Trip Level 94
- Ground Fault Warning 94
- Ground Fault Warning Level 95
- Ground Fault Warning Delay 95
- Stall Protection 96
- Stall Enabled Time 97
- Stall Trip Level 97
- Jam Protection 98
- Jam Trip 99
- Jam Trip Delay 99
- Jam Trip Level 100
- Jam Warning 100
- Underload Protection 101
- Underload Trip 102
- Underload Trip Delay 102
- Underload Trip Level 103
- Underload Warning 103
- Current Imbalance Protection 104
- Current Imbalance Trip 105
- Current Imbalance Trip Delay 106
- Current Imbalance Trip Level 106
- Current Imbalance Warning 107
- Line Under Current Protection 108
- L1 Under Current Trip Delay 109
- L1 Under Current Trip Level 110
- L1 Under Current Warning 110
- L2 Under Current Trip 111
- L2 Under Current Trip Delay 112
- L2 Under Current Trip Level 112
- L2 Under Current Warning 113
- L3 Under Current Trip 114
- L3 Under Current Trip Level 115
- L3 Under Current Warning 116
- Line Over Current Protection 117
- L1 Over Current Trip Delay 118
- L1 Over Current Trip Level 119
- L1 Over Current Warning 119
- L1 Over Current Warning Level 120
- L2 Over Current Trip 120
- L2 Over Current Trip Delay 121
- L2 Over Current Trip Level 121
- L2 Over Current Warning 122
- L2 Over Current Warning Level 122
- L3 Over Current Trip 123
- L3 Over Current Trip Delay 124
- L3 Over Current Trip Level 124
- L3 Over Current Warning 124
- Line Loss Protection 125
- L1 Line Loss Trip 126
- L1 Line Loss Trip Delay 127
- L1 Line Loss Warning 127
- L2 Line Loss Trip 128
- L2 Line Loss Trip Delay 129
- L2 Line Loss Warning 129
- L3 Line Loss Trip 130
- L3 Line Loss Trip Delay 131
- L3 Line Loss Warning 131
- Voltage Based Protection 132
- Under Voltage Protection 135
- Under Voltage Trip Delay 136
- Under Voltage Trip Level 136
- Under Voltage Warning 137
- Under Voltage Warn Level 137
- Over Voltage Protection 138
- Over Voltage Trip Delay 139
- Over Voltage Trip Level 139
- Over Voltage Warning 140
- Over Voltage Warn Level 140
- Voltage Imbalance Protection 141
- Voltage Imbalance Trip Delay 142
- Voltage Imbalance Trip Level 143
- Voltage Imbalance Warning 143
- Phase Rotation Protection 144
- Phase Rotation Trip 145
- Phase Rotation Trip Type 145
- Frequency Protection 146
- Over Frequency Inhibit Time 147
- Under Frequency Trip 147
- Under Frequency Trip Delay 148
- Under Frequency Trip Level 148
- Under Frequency Warning 149
- Under Frequency Warn Level 149
- Over Frequency Trip 150
- Over Frequency Trip Delay 151
- Over Frequency Trip Level 151
- Over Frequency Warning 151
- Power Based Protection 152
- Real Power (kW) Protection 155
- Under kW Trip 156
- Under kW Trip Delay 157
- Under kW Trip Level 157
- Under kW Warning 158
- Under kW Warn Level 158
- Over kW Trip 159
- Over kW Trip Level 160
- Over kW Trip Delay 160
- Over kW Warning 161
- Over kW Warn Level 161
- Under kVAR Consumed Trip 163
- Under kVAR Consumed Warning 165
- Over kVAR ConsumedTrip 166
- Over kVAR Consumed Trip Delay 167
- Over kVAR Consumed Trip Level 167
- Over kVAR Consumed Warning 168
- Over kVAR Consumed Warn Level 168
- Under kVAR Generated Trip 169
- Under kVAR Generated Warning 171
- Over kVAR Generated Trip 172
- Over kVAR Generated Warning 174
- Under kVA Inhibit Time 175
- Over kVA Inhibit Time 175
- Under kVA Trip 175
- Under kVA Trip Delay 176
- Under kVA Trip Level 177
- Under kVA Warning 177
- Under kVA Warn Level 178
- Over kVA Trip 178
- Over kVA Trip Delay 179
- Over kVA Trip Level 179
- Over kVA Warning 180
- Over kVA Warn Level 180
- Power Factor Protection 181
- Control-Based Protection 194
- Test Trip 196
- Operator Station Trip 197
- Remote Trip 198
- Start Inhibit Protection 199
- Starts Per Hour 200
- Starts Interval 201
- Starts Available 201
- Time to Start 201
- Preventive Maintenance 202
- Operating Hours Warning 203
- Total Operating Hours 203
- Operating Time 203
- Hardware Fault 204
- Configuration Trip 205
- Option Match 205
- Expansion Bus Fault 205
- Non-Volatile Storage Fault 205
- Test Mode Trip 206
- Commands 209
- Factory Defaults 210
- Clear Command 213
- Clear Operating Statistics 214
- Clear History Logs 214
- Clear %TCU 215
- Clear kWh 215
- Clear kVARh 215
- Clear kVAh 216
- Clear Max kW Demand 216
- Clear Max kVAR Demand 216
- Clear Max kVA Demand 216
- Clear All 216
- Commands Chapter 6 217
- Chapter 6 Commands 218
- Metering and Diagnostics 219
- Time to Trip 220
- Time To Reset 220
- Current Trip Status 221
- Voltage Trip Status 222
- Power Trip Status 223
- Control Trip Status 223
- Current Warning Status 224
- Voltage Warning Status 225
- Power Warning Status 226
- Control Warning Status 226
- Input Status 0 227
- Input Status 1 227
- Output Status 228
- Operator Station Status 229
- Device Status 0 230
- Device Status 1 231
- Firmware Revision Number 231
- Control Module ID 232
- Sensing Module ID 232
- Operator Station ID 233
- Expansion Digital Module ID 233
- Starts Counter 234
- Invalid Configuration Cause 237
- Current Monitor 238
- L2 Current 239
- L3 Current 239
- Average Current 239
- L1 Percent FLA 240
- L2 Percent FLA 240
- L3 Percent FLA 241
- Average Percent FLA 241
- Ground Fault Current 241
- Voltage Monitor 242
- L2-L3 Voltage 243
- Average L-L Voltage 243
- L1-N Voltage 244
- L2-N Voltage 244
- L3-N Voltage 244
- Average L-N Voltage 245
- Voltage Imbalance 245
- Power Monitor 246
- Power Scale 247
- L1 Real Power 247
- L2 Real Power 247
- L3 Real Power 248
- Total Real Power 248
- L1 Reactive Power 249
- L2 Reactive Power 249
- L3 Reactive Power 250
- Total Reactive Power 250
- L1 Apparent Power 250
- L2 Apparent Power 251
- L3 Apparent Power 251
- Total Apparent Power 252
- L1 Power Factor 252
- L2 Power Factor Power 252
- L3 Power Factor 253
- Total Power Factor 253
- Energy Monitor 254
- Max kW Demand 264
- Max kVAR Demand 265
- Max kVA Demand 265
- Trip / Warning History 266
- Trip History Mask 268
- Current Trip History Mask 268
- Voltage Trip History Mask 269
- Power Trip History Mask 270
- Control Trip History Mask 270
- Warning History 271
- Warning History Mask 273
- Current Warning History Mask 273
- Voltage Warning History Mask 273
- Power Warning History Mask 274
- Trip Snapshot 275
- Trip Snapshot L2-L3 Voltage 276
- Trip Snapshot L3-L1 Voltage 276
- EtherNet/IP Communications 279
- Determining Network 281
- Parameters 281
- Setting the IP Network 282
- Software 285
- Web Server 286
- Duplicate IP Address 287
- Detection 287
- DNS Addressing 288
- Electronic Data Sheet (EDS) 288
- File Installation 288
- Download the EDS File 289
- Viewing Parameters 292
- Editing Parameters 293
- Automation Controller 295
- Communications 295
- I/O Messaging 295
- E-mail/Text 306
- E-mail Configuration 307
- Troubleshooting 309
- Firmware Updates 311
- Upgrading Firmware 312
- Firmware Updates Chapter 9 313
- Chapter 9 Firmware Updates 314
- Trip/Warn LED 318
- Resetting a Trip 319
- Troubleshooting Procedures 320
- Chapter 10 Troubleshooting 322
- Specifications 323
- Low Voltage Directive 324
- Environmental Specifications 325
- Electromagnetic 326
- Compatibility Specifications 326
- Protection 327
- Accuracy 328
- Specifications Appendix A 329
- Appendix A Specifications 330
- Parameter List 331
- EtherNet/IP Information 371
- Instance 2 375
- Instance 50 376
- One instance is supported: 405
- Rockwell Automation Support 424
- Documentation Feedback 424
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