Siemens 6SL3517-1BE11-3AM0 Manuals

Manuals and User Guides for Siemens 6SL3517-1BE11-3AM0. We have 1 Siemens 6SL3517-1BE11-3AM0 manual available for free PDF download: Operating Instructions Manual

Siemens 6SL3517-1BE11-3AM0 Operating Instructions Manual

Siemens 6SL3517-1BE11-3AM0 Operating Instructions Manual (428 pages)

Distributed converter for SIMOGEAR geared motors

Brand: Siemens | Category: Media Converter | Size: 27.89 MB

Table of Contents

Changes in this Manual

5
Table of Contents
7
1 Fundamental Safety Instructions

13
2 Introduction

23
- About the Manual
  23
3 Description

25
4 Installation

39
5 Commissioning

101
- Commissioning Guidelines
  101
- Commissioning Tools
  102
- Prepare Commissioning
  103
- Collecting Motor Data
  103
- Converter Factory Setting
  104
- V/F Control or Speed Control
  106
- Minimum and Maximum Speed
  107
- Quick Commissioning
  108
- Motor Data Using P300 and P301
  108
- Quick Commissioning with DIP Switches
  110
- Commissioning with the IOP-2
  115
- P0015 Default Settings
  118
- Quick Commissioning with a PC
  124
- Creating a Project
  125
- Transfer Converters Connected Via USB into the Project
  126
- Go Online and Start the Commissioning Wizard
  127
- Selecting the Control Mode
  129
- Identify Motor Data
  130
- Restoring the Factory Settings
  132
- Saving Motor Data for Non-Standard Motors
  132
- Resetting the Safety Functions to the Factory Setting
  134
- Restore the Settings to the Factory Settings (Without Safety Functions)
  135
- Series Commissioning
  137
6 Uploading the Converter Settings

139
- Why Does an Upload Make Sense
  139
- Uploading to the Memory Card
  140
- Recommended Memory Cards
  140
- Automatic Upload
  141
- Message for a Memory Card that Is Not Inserted
  142
- Manual Upload with Startdrive
  142
- Safely Remove the Memory Card with Startdrive
  144
- Upload to a PC Using Startdrive
  145
- More Options for the Upload
  146
7 Protecting the Converter Settings

147
8 Advanced Commissioning

157
- Overview of Converter Functions
  157
- Brief Description of the Parameters
  160
- Sequence Control When Switching the Motor on and off
  161
- Adapt the Default Setting of the Inputs and Outputs
  164
- Digital Inputs
  164
- Analog Inputs as Digital Inputs
  165
- Digital Outputs
  166
- Analog Inputs
  168
- Adjusting Characteristics for Analog Input
  170
- Setting the Deadband
  171
- Controlling Clockwise and Counter-Clockwise Rotation Via Digital Inputs
  172
- Two-Wire Control, On/Reverse
  174
- Two-Wire Control, Clockwise/Counterclockwise Rotation 1
  176
- Two-Wire Control, Clockwise/Counterclockwise Rotation 2
  178
- Three-Wire Control, Enable/Clockwise/Counterclockwise Rotation
  180
- Three-Wire Control, Enable/On/Reverse
  182
- Drive Control Via PROFIBUS or PROFINET
  184
- Receive Data and Send Data
  184
- Telegrams
  185
- Control and Status Word 1
  190
- Control and Status Word 3
  192
- NAMUR Message Word
  195
- Parameter Channel
  196
- Examples
  204
- Expanding or Freely Interconnecting Telegrams
  206
- Slave-To-Slave Communication
  209
- Acyclically Reading and Writing Converter Parameters
  209
- Control Via AS-I
  210
- Single Slave Mode
  210
- Dual Slave Mode
  211
- Assignment Tables
  214
- Cyclic and Acyclic Communication Via CTT2
  216
- Cyclic Communication
  217
- Acyclic Communication - Standard
  218
- Acyclic Communication - Manufacturer-Specific
  218
- Jogging
  220
- Limit Position Control
  222
- Quick Stop Function
  226
- Switching over the Drive Control (Command Data Set)
  229
- Motor Holding Brake
  232
- Free Function Blocks
  237
- Overview
  237
- Further Information
  238
- Selecting Physical Units
  239
- Motor Standard
  239
- Unit System
  239
- Technological Unit of the Technology Controller
  241
- Setting the System of Units and Technology Unit
  242
- Safe Torque off (STO) Safety Function
  244
- EMERGENCY SWITCHING off and EMERGENCY STOP
  246
- Commissioning STO
  247
- Password
  247
- Configuring a Safety Function
  249
- Interconnecting the "STO Active" Signal
  250
- Signal Filter for STO Selection
  251
- Setting the Signal Filter for STO Selection
  253
- Forced Checking Procedure
  253
- Setting Forced Checking Procedure
  254
- Complete Commissioning
  256
- Checking the Assignment of the Digital Inputs
  257
- Acceptance Test
  258
- Setpoints
  260
- Overview
  260
- Analog Input as Setpoint Source
  262
- Specifying the Setpoint Via the Fieldbus
  263
- Electromechanical Potentiometer
  264
- Motorized Potentiometer as Setpoint Source
  265
- Fixed Speed Setpoint as Setpoint Source
  267
- Setpoint Calculation
  271
- Overview
  271
- Invert Setpoint
  272
- Inhibit Direction of Rotation
  273
- Skip Frequency Bands and Minimum Speed
  274
- Speed Limitation
  276
- Ramp-Function Generator
  277
- PID Technology Controller
  282
- Motor Control
  289
- V/F Control
  289
- Characteristics of U/F Control
  293
- Selecting the U/F Characteristic
  295
- Optimizing Motor Starting
  296
- Sensorless Vector Control with Speed Controller
  298
- Structure of Vector Control Without Encoder (Sensorless)
  298
- Optimizing the Closed-Loop Speed Controller
  299
- Advanced Settings
  302
- Friction Characteristic
  303
  - Moment of Inertia Estimator
    305
  - Pole Position Identification
    310
  - Torque Control
    311
  - Electrically Braking the Motor
    313
  - Electrical Braking
    313
  - DC Braking
    313
  - Dynamic Braking
    318
  - Overcurrent Protection
    321
  - Converter Protection Using Temperature Monitoring
    322
  - Motor Protection with Temperature Sensor
    325
  - Motor Protection by Calculating the Temperature
    328
  - How Do I Achieve a Motor Overload Protection in Accordance with IEC/UL 61800-5-1
    329
  - Motor and Converter Protection by Limiting the Voltage
    330
  - Monitoring the Driven Load
    332
  - No-Load Monitoring
    332
  - Rotation Monitoring
    333
  - Torque Monitoring
    334
  - Efficiency Optimization
    339
  - Calculating the Energy Saving for Fluid Flow Machines
    342
  - Switchover between Different Settings
    344
9 Alarms, Faults and System Messages

347
- Status LED Overview
  347
- Operating States Indicated Via Leds
  348
- System Runtime
  351
- Identification & Maintenance Data (I&M)
  352
- Alarms, Alarm Buffer, and Alarm History
  353
- Faults, Alarm Buffer and Alarm History
  356
- List of Alarms and Faults
  359
10 Corrective Maintenance

365
11 Technical Data

391
Appendix

399
- New and Extended Functions
  399
- Firmware Version 4.7 SP13
  399
- Firmware Version 4.7 SP10
  400
- Firmware Version 4.7 SP9
  402
- Firmware Version 4.7 SP6
  404
- Firmware Version 4.7 SP3
  405
- Firmware Version 4.7
  407
- Firmware Version 4.6 SP6
  408
- Firmware Version 4.6
  409
- Interconnecting Signals in the Converter
  410
- Fundamentals
  410
- Application Example
  412
- Electromagnetic Compatibility
  414
- Manuals and Technical Support
  417
- Manuals for Your Converter
  417
- Configuring Support
  418
- Product Support
  419
Index

421

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