Siemens SINAMICS G120X Manuals

Manuals and User Guides for Siemens SINAMICS G120X. We have 1 Siemens SINAMICS G120X manual available for free PDF download: Operating Instructions Manual

Siemens SINAMICS G120X Operating Instructions Manual

Siemens SINAMICS G120X Operating Instructions Manual (1148 pages)

Infrastructure converter for HVAC/water/wastewater

Brand: Siemens | Category: Media Converter | Size: 16.62 MB

Table of Contents

- 5
  Table of Contents
13
1 Fundamental Safety Instructions
77
4 Wiring
153
5 Commissioning
- 153
  Commissioning Guidelines
- 154
  Tools
- 155
  Preparing for Commissioning
- 155
  Collecting Motor Data
- 157
  Forming DC Link Capacitors
- 159
  Converter Factory Setting
- 161
  Quick Commissioning Using the BOP-2 Operator Panel
- 161
  Fitting the BOP-2 to the Converter
- 162
  Overview of Quick Commissioning
- 163
  Start Quick Commissioning and Select the Application Class
- 164
  Selecting an Application Class
- 165
  Standard Drive Control
- 167
  Dynamic Drive Control
- 169
  Expert
- 173
  Identifying the Motor Data and Optimizing the Closed-Loop Control
- 175
  Restoring the Factory Settings
- 176
  Handling the BOP-2 Operator Panel
- 177
  Changing Settings Using BOP-2
- 178
  Changing Indexed Parameters
- 179
  Directly Entering the Parameter Number and Value
- 180
  A Parameter Cannot Be Changed
181
6 Advanced Commissioning
- 181
  Overview of the Converter Functions
- 183
  Brief Description of the Parameters
- 184
  Drive Control
- 184
  Sequence Control When Switching the Motor On and Off
- 188
  Adapt the Default Setting of the Terminal Strips
- 190
  Digital Inputs
- 193
  Analog Input As Digital Input
- 195
  Digital Outputs
- 198
  Analog Inputs
- 201
  Adjusting Characteristics for Analog Input
- 202
  Setting the Deadband
- 204
  Analog Outputs
- 207
  Adjusting Characteristics for Analog Output
- 208
  Drive Control Via PROFINET or PROFIBUS
- 208
  Setting the Address
- 208
  Receive Data and Send Data
- 209
  Telegrams
- 215
  Parameter Channel
- 220
  Expanding or Freely Interconnecting Telegrams
- 222
  Acyclically Reading and Writing Converter Parameters
- 222
  Reading and Changing Parameters Via Data Set 47
- 226
  Drive Control Via Ethernet/Ip
- 227
  Configuring Communication Via Ethernet/Ip
- 228
  Supported Objects
- 242
  Create Generic I/O Module
- 243
  The Converter As Ethernet Node
- 244
  Drive Control Via Modbus RTU
- 244
  Activating Communication Via Fieldbus
- 246
  Setting the Address
- 246
  Parameters for Setting Communication Via Modbus RTU
- 249
  Modbus RTU Telegram
- 250
  Baud Rates and Mapping Tables
- 252
  Mapping Tables - Converter Data
- 255
  Acyclic Communication Via Modbus RTU
- 256
  Write and Read Access Using Function Codes
- 258
  Reading and Writing Parameters Acyclically Via FC 16
- 261
  Communication Procedure
- 262
  Application Example
- 263
  Drive Control Via USS
- 263
  Activating Communication Via Fieldbus
- 264
  Setting the Address
- 264
  Telegram Structure
- 265
  Specify User Data of Telegram
- 266
  USS Process Data Channel (PZD)
- 269
  Telegram Monitoring
- 270
  USS Parameter Channel
- 276
  Drive Control Via Bacnet MS/TP
- 276
  Bacnet Properties
- 277
  Activating Communication Via Fieldbus
- 278
  Setting the Address
- 279
  Parameters for Setting Communication Via Bacnet
- 281
  Supported Services and Objects
- 290
  Acyclic Communication (General Parameter Access) Via Bacnet
- 292
  Jogging
- 294
  Switching Over the Drive Control (Command Data Set)
- 296
  Selecting Physical Units
- 296
  Motor Standard
- 296
  Unit System
- 297
  Technological Unit of the Technology Controller
- 298
  Safe Torque Off (STO) Safety Function
- 300
  Setting the Feedback Signal for Safe Torque Off
- 302
  Pump Control
- 302
  Multi-Pump Control
- 305
  Pump Switch-In/Switch-Out
- 310
  Stop Mode
- 313
  Pump Switchover
- 315
  Service Mode
- 318
  Frost Protection
- 320
  Condensation Protection
- 322
  Cavitation Protection
- 324
  Deragging
- 326
  Pipe Filling
- 329
  Setpoints and Setpoint Processing
- 329
  Setpoints
- 330
  Analog Input As Setpoint Source
- 331
  Specifying the Setpoint Via the Fieldbus
- 332
  Motorized Potentiometer As Setpoint Source
  - 335
    Fixed Speed Setpoint As Setpoint Source
  - 340
    Setpoint Processing
  - 340
    Overview
  - 341
    Invert Setpoint
  - 342
    Enable Direction of Rotation
  - 343
    Skip Frequency Bands and Minimum Speed
  - 346
    Speed Limitation
  - 347
    Ramp-Function Generator
  - 350
    Dual Ramp Function
  - 352
    Technology Controller
  - 352
    PID Technology Controller
  - 363
    Autotuning the PID Technology Controller
  - 366
    Adapting Kp and Tn
  - 369
    Free Technology Controllers
  - 370
    Cascade Control
  - 375
    Real Time Clock (RTC)
  - 377
    Time Switch (DTC)
  - 378
    Motor Control
  - 378
    Reactor, Filter and Cable Resistance at the Converter Output
  - 379
    V/F Control
  - 379
    U/F Control
  - 384
    Optimizing Motor Starting
  - 389
    U/F Control with Standard Drive Control
  - 391
    Optimizing the Motor Start-Up for Application Class Standard Drive Control
  - 393
    Encoderless Vector Control
  - 393
    Structure of Vector Control Without Encoder (Sensorless)
  - 398
    Optimizing the Speed Controller
  - 400
    Electrically Braking the Motor
  - 402
    DC Braking
  - 404
    Compound Braking
  - 405
    Pulse Frequency Wobbling
  - 406
    Drive Protection
  - 406
    Overcurrent Protection
  - 408
    Converter Protection Using Temperature Monitoring
  - 411
    Motor Protection with Temperature Sensor
  - 414
    Motor Protection By Calculating the Temperature
  - 416
    Motor and Converter Protection By Limiting the Voltage
  - 417
    Monitoring the Driven Load
  - 419
    Stall Protection
  - 419
    No-Load Monitoring
  - 420
    Blocking Protection
  - 421
    Torque Monitoring
  - 422
    Blocking Protection, Leakage Protection and Dry-Running Protection
  - 424
    Rotation Monitoring
  - 425
    Drive Availability
  - 425
    Flying Restart - Switching On While the Motor Is Running
  - 427
    Automatic Restart
  - 430
    Kinetic Buffering (VDC Min Control)
  - 431
    Essential Service Mode
  - 436
    Energy Saving
  - 436
    Efficiency Optimization
  - 439
    ECO Mode
  - 441
    Bypass
  - 447
    Hibernation Mode
  - 453
    Line Contactor Control
  - 455
    Calculating the Energy Saving for Fluid Flow Machines
  - 457
    Flow Meter
  - 458
    Profienergy
  - 459
    Control Commands
  - 460
    Status Queries
  - 460
    Error Values and Measured Values
  - 462
    Switchover Between Different Settings
  - 464
    Explanations of the Function Diagrams
  - 464
    Symbols in the Function Diagrams
  - 466
    Interconnecting Signals in the Converter
469
7 Parameters
- 469
  Explanation of the Detailed Parameter List
- 472
  Parameter List
- 938
  ASCII Table
941
8 Saving the Settings and Series Commissioning
- 942
  Memory Card
- 942
  Recommended Memory Cards
- 942
  Saving Setting On a Memory Card
- 943
  Automatic Backup
- 944
  Manual Backup
- 944
  Transferring the Setting From the Memory Card
- 944
  Automatic Transfer
- 945
  Manually Transferring
- 946
  Safely Remove the Memory Card
- 947
  Message for a Memory Card That Is Not Inserted
- 948
  Operator Panel
- 948
  Backup Using the Operator Panel
- 948
  Transfer to the Converter
- 950
  Other Ways to Back Up Settings
- 951
  Series Commissioning
- 952
  Write Protection
- 954
  Know-How Protection
- 957
  Extending the Exception List for Know-How Protection
- 958
  Activating and Deactivating Know-How Protection
961
9 Warnings, Faults and System Messages
- 962
  Operating States Indicated On Leds
- 964
  System Runtime
- 965
  Identification & Maintenance Data (I&M)
  - 1077
    Upgrading the Firmware
  - 1083
    Technical Data
  - 1094
    Derating Data

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