GE General Electric Computer Accessories Medium Voltage GP Type G Drives User Manual Page 212
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Chapter 5 Signal Mapping Innovation Series Medium Voltage GP Type - G Drives GEH-6385
LAN Interfaces
The LAN interfacing for the MCL requires the addition of a communications module
to the control rack, as follows (refer to Figure 5-2):
Interface Module Communications Supported
Profibus™-DP
Slave
IS215PBIA Freeze and synchronous mode
9.6 kb to 12 Mb
Genius® IS215GBIA LAN heartbeat
ISBus Slave IS215DSPX From MCL, no additional modules required
Application
Control Layer
(ACL)
IS215ACLI From the ACL, other LANs supported:
Modbus™ RTU
Allen Bradley DH+
Modbus Ethernet
Ethernet SRTP
Ethernet Global Data
Requires configuration in the ACL
Power Supply
Basic I/O Module
System
ISBus
Power Bridge Control
Power Bridge Interface
BAIA DSPX
RAPA
ISBus (Note)
+
-
AC
ISBus A
ISBus B
Modbus
Ethernet
Ethernet SRTP
Ethernet Global Data
Modbus RTU
Allen Bradley DH+
ACL
Profibus
Genius Bus
PBIA
GBIA
Application Control
Layer (ACL_
Motor Control Layer
(MCL)
Communication
Option Module
Note:
Two ISBus ports are standard,
use of the ports is optional.
+
-
AC
Standard Function
Optional Function
F
igure 5-2. LAN Interfac
e
Options
- Innovation Series 1
- Safety Symbol Legend 5
- Contents 7
- Chapter 4 Wizards 4-1 9
- Chapter 1 Overview 13
- Related Documents 15
- How to Get Help 15
- Introduction 17
- Types of Faults 18
- Fault Indication 18
- Fault Descriptions 19
- No. Name Type Description 20
- Capture Buffer 58
- Function Outputs 59
- Function Configuration 60
- General Purpose Constants 64
- General Purpose Filters 65
- Oscillator 66
- Position Feedback 67
- Predefined Constants 68
- Signal Level Detector (SLD) 69
- Simulator 72
- Control Diagnostic Variables 73
- Line Simulator 73
- Drive Configuration Functions 74
- Pattern field 75
- Frame size field 75
- System voltage field 75
- Shunt rating field 75
- User entered parameters 75
- Calculated control variables 77
- General Setup Functions 78
- Keypad Contrast Adjustment 79
- Keypad Meter Configuration 79
- Keypad Security Configuration 81
- Language Display 83
- I/O Functions 84
- Digital inputs 85
- Hi-fi counters 85
- Contactor status 85
- DAC and meter outputs 85
- Relay outputs 86
- LAN Functions 88
- LAN Configuration and Health 89
- Configuration parameters 90
- LAN Signal Map 92
- LAN References 93
- 2 . RMS amps 95
- Motor Control Functions 98
- Flux Curve 99
- Leakage Inductance Curve 100
- Line Transfer 100
- Motor transfer functionality 101
- Motor capture functionality 101
- Motor Equivalent Circuit 102
- Motor Temperature Estimation 103
- Power Dip Protection 103
- Tach Loss Detection 104
- Function inputs 105
- Function configuration 105
- Faults and alarms 105
- Function description 105
- Protective Functions 106
- Function outputs 108
- Hardware Fault Strings 109
- Heatsink Thermal Protection 110
- Related faults and alarms 111
- Line-Line Voltage Protection 112
- Phase Current Protection 114
- Timed Overcurrent Detection 115
- Motor Ground Protection 120
- Diagnostic variables 121
- Phase Imbalance Monitor 122
- Related functions 123
- Related diagrams 123
- Line Monitor 124
- Phase Lock Loop 126
- Sequencer Functions 128
- Sequencer Permissives 130
- Stopping Commands and Modes 132
- Normal Stop 133
- Function output 135
- Sequencer Commands 136
- Flux Commands 137
- Sequencer Status 139
- Sequencer status variables 140
- Main Contactor Configuration 141
- Speed Reference Functions 143
- Local Speed Reference 144
- Minimum Speed Limit 145
- Remote Speed Reference 146
- Speed Reference Generation 147
- Speed Reference Ramp 148
- Speed Reference Reverse 151
- Motor Control Interface 154
- Speed Control Fault Check 157
- Speed Feedback Calculation 159
- Speed/Torque Overview 160
- Speed/Torque Regulator 161
- System Data Parameters 166
- Motor efficiency 167
- 3 x E-PH 168
- Chapter 4 Wizards 169
- Cell Test Wizard 172
- Running the Fiber-Optic Test 173
- Fiber-Optic Test was invoked 174
- Fiber-Optic Test completed 174
- Running the Bridge Cell Test 176
- DAC Setup 178
- Drive Commissioning 179
- Related elementaries 180
- Equivalent Circuit Data 182
- VNL INL LOAD * 1.00 183
- 460 98.90 Eff.: 0.9632 183
- 403 77.84 P.F.: 0.8670 183
- 345 64.06 IL: 280.07 183
- 288 52.21 SLIP: 0.0048 183
- Revolution 184
- Manual Reference 187
- References 188
- Independent Rates 189
- Stopping Behavior 193
- Line Transfer Tuneup 196
- Panel Meter Setup 200
- Per Unit Setup 200
- Line Protection Setup 201
- Pulse Test 202
- Remaining Parameter Setup 205
- Simulator Setup 206
- Speed Regulator Tuneup: Model 207
- Regulator Gains Command 209
- Chapter 5 Signal Mapping 211
- LAN Interfaces 212
- Variable Mapping 214
- Controller 215
- Variable Maps 216
- Real Variable Map 217
- Boolean Variable Map 218
- ACMVAC-G Inverter Overview 223
- ACMVAC-G Inverter Index 224
- Drive Lan Signal Map 227
- Line Monitor Overview 230
- Phase Lock Loop Regulator 231
- Sequencing Overview 232
- General Sequencing #1 233
- General Sequencing #2 234
- General Sequencing #3 235
- General Sequencing #4 236
- General Sequencing #5 237
- Critical Speed Avoidance 239
- Speed / Torque Overview 241
- Speed Feedback 242
- Speed Regulator 243
- Motor Control 246
- Signal Level Detection 248
- Capture Buffer Configuration 249
- Position Feedback Instrument 250
- 0, 3-60, 3-61 252
- , 3-60, 3-61 252
- , 2-23, 3-32 253
- , 2-24, 3-32 253
- , 3-58, 3-59 257
- 5HDGHU&RPPHQWV 263
- *(,QGXVWULDO6\VWHPV 264
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