Rockwell-automation 592- E300 Overload Relay User Manual Manual de usuario Pagina 48
- Pagina / 424
- Tabla de contenidos
- SOLUCIÓN DE PROBLEMAS
- MARCADORES
Valorado. / 5. Basado en revisión del cliente
48 Rockwell Automation Publication 193-UM015B-EN-P - June 2014
Chapter 2 Installation and Wiring
Control Circuits
The E300 Electronic Overload relay is capable of providing motor control logic
for many different type of motor starters (refer to Chapter 4 for more
information on Operating Modes). By default, the E300 is configured for the
Overload-Network operating mode in which Relay 0 (terminals R03 and R04) is
configured to be a normally closed Trip Relay. The following wiring diagrams are
typical control circuits for Non-Reversing and Reversing Motor starters that use
the Overload-Network operating mode.
Full-Voltage Non-Reversing Starter (with Network Control)
Figure 35 - NEMA Nomenclature
ATTENTION: Do not exceed the ratings of the E300 Electronic Overload Relay’s
output and trip relay. If the coil current or voltage of the contactor exceeds the
overload relay’s ratings, an interposing relay must be used.
ATTENTION: When the power is applied to the E300 Electronic Overload Relay’s
A1 and A2 terminals, the N.O. relay contact assigned as a Trip Relay will close
after approximately 2 seconds if no trip condition exists.
ATTENTION: Additional control circuit protection may be required. Refer to the
applicable electrical codes.
Relay 1
Relay 0
Configured as a
Trip Relay
R13 R14
A1
A2
M
R03
R04
1
1
Contact shown with supply voltage applied.
- 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
Relacionado con productos y manuales para Equipo Rockwell-automation 592- E300 Overload Relay User Manual
(4 paginas)
Equipo Rockwell-automation 800H-NPAE_NPAF Push Button Adapter and Boot Access Manual de usuario
(1 paginas)
(1 paginas)
Equipo Rockwell-automation 442L Safety Configuration & Diagnosis (SCD) Us Manual de usuario
(40 paginas)
(40 paginas)
Equipo Rockwell-automation 592-ECxFE E3 NEMA Size 4 Overload Relay Installati Manual de usuario
(2 paginas)
(2 paginas)
Equipo Rockwell-automation 500LG Lighting Contactor (Mechanically and Electri Manual de usuario
(6 paginas)
(6 paginas)
Equipo Rockwell-automation 440P-WM2A Metal Adjustable Lever Installation/Oper Manual de usuario
(2 paginas)
(2 paginas)
Equipo Rockwell-automation 700 Control Relays with Bifurcated Contacts Manual de usuario
(2 paginas)
(2 paginas)
Equipo Rockwell-automation 281E ArmorStart EtherNet/IP - Getting Started Manual de usuario
(44 paginas)
(44 paginas)
Equipo Rockwell-automation 440R-ENETR Guardmaster EtherNet/IP Network Interfa Manual de usuario
(20 paginas)
(20 paginas)
© 2020, manymanuals.es. Todos los derechos reservados | 0.054 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Comentarios a estos manuales