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SINAMICS G120C PN
Siemens SINAMICS G120C PN Manuals
Manuals and User Guides for Siemens SINAMICS G120C PN. We have
1
Siemens SINAMICS G120C PN manual available for free PDF download: Operating Instructions Manual
Siemens SINAMICS G120C PN Operating Instructions Manual (470 pages)
SINAMICS G120C series Low voltage converter Built-in units with frame sizes AA - F
Brand:
Siemens
| Category:
Media Converter
| Size: 12.31 MB
Table of Contents
3
Description
5
Changes in the Current Manual
7
Table of Contents
15
Fundamental Safety Instructions
15
General Safety Instructions
20
Equipment Damage Due to Electric Fields or Electrostatic Discharge
21
Warranty and Liability for Application Examples
22
Industrial Security
23
Residual Risks of Power Drive Systems
25
Introduction
25
About the Manual
26
Guide Through the Manual
26
Saving Settings and Series Commissioning
29
Description
30
Scope of Delivery Inverters FSAA
32
Scope of Delivery Inverters FSD
34
Directives and Standards
36
Optional Components
40
Motors and Multi-Motor Drives That Can Be Operated
41
Installing
41
Emc-Compliant Setup of the Machine or Plant
42
Control Cabinet
43
Cables
46
Electromechanical Components
47
Mounting Base Components
50
Installing the Inverter
57
Mounting the Line Reactor
59
Mounting the Output Reactor
62
Mount Du/Dt Filter Plus Voltage Peak Limiter
63
Mounting the Braking Resistor
65
Connect the Line Supply, Motor and Braking Resistor
65
Permissible Line Supplies
65
TN Line System ((400-V-Umrichter))
66
TT Line System
67
IT System
67
Protective Conductor
69
Connecting the Inverter and Inverter Components to the Supply
75
Branch Circuit Protection
77
Maximum Permissible Motor Cable Length
79
Connecting the Motor to the Inverter in a Star or Delta Connection
80
Operating a Converter On the Residual Current Device
81
Connecting the Interfaces for the Inverter Control
81
Overview of the Interfaces
83
Fieldbus Interface Assignment
84
Terminal Strips
88
Factory Setting of the Interfaces
91
Default Setting of the Interfaces
100
Fail-Safe Digital Input
101
Wiring Terminal Strips
103
Connecting the Cable Shields (FSAA
104
Connecting Cable Shields (FSD
104
Fieldbus Interfaces
104
Connecting the Inverter to PROFINET
104
Communication Via PROFINET IO and Ethernet
106
Connecting the PROFINET Cable to the Inverter
106
What Do You Have to Set for Communication Via PROFINET
107
Installing GSDML
108
Connecting the Inverter to PROFIBUS
108
Connecting the PROFIBUS Cable to the Inverter
109
What Do You Have to Set for Communication Via PROFIBUS
110
Installing the GSD
110
Setting the Address
112
Connecting a Motor Holding Brake
113
Monitoring the Temperature of the Braking Resistor
115
Commissioning
115
Commissioning Guidelines
116
Tools to Commission the Inverter
117
Preparing for Commissioning
117
Collecting Motor Data
118
Inverter Factory Setting
119
Minimum and Maximum Speed
120
Quick Commissioning Using the BOP-2 Operator Panel
121
Overview of Quick Commissioning
122
Start Quick Commissioning and Select the Application Class
124
Standard Drive Control
126
Dynamic Drive Control
128
Expert
133
Identifying the Motor Data and Optimizing the Closed-Loop Control
135
Quick Commissioning with a PC
135
Creating a Project
136
Transfer Inverters Connected Via USB Into the Project
139
Go Online and Start Quick Commissioning
140
Overview of Quick Commissioning
141
Select the Application Class
143
Standard Drive Control
144
Dynamic Drive Control
145
Expert
148
Identify Motor Data
151
Restoring the Factory Setting
152
Resetting the Safety Functions to the Factory Setting
155
Restore the Factory Settings (Without Safety Functions)
157
Advanced Commissioning
157
Overview of the Inverter Functions
160
Sequence Control When Switching the Motor On and Off
162
Adapt the Default Setting of the Terminal Strip
163
Digital Inputs
165
Digital Outputs
166
Analog Input
170
Analog Output
173
Controlling Clockwise and Counter-Clockwise Operation Via Digital Inputs
174
Two-Wire Control, Method 1
175
Two-Wire Control, Method 2
176
Two-Wire Control, Method 3
177
Three-Wire Control, Method 1
178
Three-Wire Control, Method 2
179
Drive Control Via PROFIBUS or PROFINET
179
Receive Data and Send Data
180
Telegrams
182
Control and Status Word 1
185
NAMUR Message Word
186
Parameter Channel
189
Examples for Using the Parameter Channel
191
Extend Telegrams and Change Signal Interconnection
193
Slave-To-Slave Communication
193
Acyclically Reading and Writing Inverter Parameters
194
Drive Control Via Modbus RTU
197
Drive Control Via USS
200
Drive Control Via Ethernet/Ip
201
Jogging
202
Limit Position Control
204
Switching Over the Drive Control (Command Data Set)
206
Motor Holding Brake
210
Free Function Blocks
211
Selecting Physical Units
211
Select the Motor Standard
211
Selecting the System of Units
213
Selecting the Technological Unit of the Technology Controller
213
Setting the Motor Standard, System of Units and Technology Unit Using STARTER
215
Safe Torque Off (STO) Safety Function
215
Function Description
217
Commissioning STO
217
Safety Functions Password
219
Configuring a Safety Function
221
Interconnecting the "STO Active" Signal
223
Setting the Filter for Fail-Safe Digital Inputs
225
Setting the Forced Checking Procedure (Test Stop)
228
Activating the Settings and Checking the Digital Inputs
232
Acceptance - Completion of Commissioning
235
Overview
235
Setpoints
236
Analog Input As Setpoint Source
237
Specifying the Setpoint Via the Fieldbus
238
Motorized Potentiometer As Setpoint Source
240
Fixed Speed Setpoint As Setpoint Source
243
Overview of Setpoint Processing
243
Setpoint Calculation
244
Invert Setpoint
245
Inhibit Direction of Rotation
246
Skip Frequency Bands and Minimum Speed
247
Speed Limitation
248
Ramp-Function Generator
252
PID Technology Controller
258
Motor Control
258
Reactor, Filter and Cable Resistance at the Inverter Output
259
V/F Control
261
Characteristics of U/F Control
264
Optimizing Motor Starting
268
Encoderless Vector Control
268
Structure of Vector Control Without Encoder (Sensorless)
270
Optimizing the Speed Controller
273
Advanced Settings
274
Friction Characteristic
276
Moment of Inertia Estimator
282
Application Examples for Closed-Loop Motor Control
283
Electrically Braking the Motor
285
DC Braking
288
Compound Braking
290
Dynamic Braking
292
Overcurrent Protection
293
Inverter Protection Using Temperature Monitoring
296
Motor Protection with Temperature Sensor
299
Motor Protection By Calculating the Temperature
301
Motor and Inverter Protection By Limiting the Voltage
303
Flying Restart - Switching On While the Motor Is Running
305
Automatic Restart
309
Kinetic Buffering (VDC Min Control)
311
Efficiency Optimization
314
Line Contactor Control
316
Calculating the Energy Saving for Fluid Flow Machines
318
Switchover Between Different Settings
321
Saving Settings and Series Commissioning
322
Saving Settings On a Memory Card
322
Memory Cards
323
Saving Setting On Memory Card
327
Transferring the Setting From the Memory Card
330
Safely Remove the Memory Card
332
Activate Message for a Memory Card That Is Not Inserted
333
Saving the Settings to a PC
337
Saving Settings to an Operator Panel
339
Other Ways to Back Up Settings
340
Write Protection
342
Know-How Protection
345
Extending the Exception List for Know-How Protection
346
Activating and Deactivating Know-How Protection
349
Alarms, Faults and System Messages
350
Operating States Indicated On Leds
353
Identification & Maintenance Data (I&M)
354
Alarms, Alarm Buffer, and Alarm History
357
Faults, Alarm Buffer and Alarm History
361
List of Alarms and Faults
369
Corrective Maintenance
369
Spare Parts Compatibility
370
Replacing Inverter Components
371
Overview of How to Replace an Inverter
373
Replacing a Converter with Enabled Safety Function
378
Replacing a Converter Without Enabled Safety Function
380
Replacing a Converter Without Data Backup
380
Replacing Devices with Active Know-How Protection
383
Spare Parts
385
Replace the Fan Unit for the Heat Sink
389
Replacing the Roof-Mounted Fan
391
Firmware Upgrade and Downgrade
393
Upgrading the Firmware
395
Firmware Downgrade
397
Correcting an Unsuccessful Firmware Upgrade or Downgrade
398
Reduced Acceptance After Component Replacement and Firmware Change
399
If the Converter No Longer Responds
401
Technical Data
401
Technical Data of Inputs and Outputs
403
High Overload and Low Overload
404
Overload Capability of the Inverter
405
General Inverter Technical Data
406
Technical Data Dependent On the Power
412
Data Regarding the Power Loss in Partial Load Operation
413
Current Reduction Depending On Pulse Frequency
414
Restrictions for Special Ambient Conditions
418
Electromagnetic Compatibility of the Inverter
421
Harmonic Currents
421
EMC Limit Values in South Korea
422
Accessories
422
Line Reactor
423
Line Filter
424
Output Reactor
425
Sine-Wave Filter
426
Du/Dt Filter Plus Voltage Peak Limiter
427
Braking Resistor
429
Appendix
429
New and Extended Functions
429
Firmware Version 4.7 SP9
429
A.1 New and Extended Functions
431
Firmware Version 4.7 SP6
432
Firmware Version 4.7 SP3
435
Firmware Version 4.7
435
A.1.4 Firmware Version 4.7
436
Firmware Version 4.6 SP6
437
Firmware Version 4.6
437
A.1.6 Firmware Version 4.6
438
Firmware Version 4.5
438
A.1.7 Firmware Version 4.5
439
Handling the BOP 2 Operator Panel
439
Menu Structure, Symbols and Keys
440
Changing Settings Using BOP-2
441
Changing Indexed Parameters
442
Directly Entering the Parameter Number and Value
443
A Parameter Cannot Be Changed
444
The Device Trace in STARTER
447
Interconnecting Signals in the Converter
447
Fundamentals
449
Application Example
449
A.4.2 Application Example
451
Connecting a Fail-Safe Digital Input
453
Acceptance Test for the Safety Function
453
Recommended Acceptance Test
456
Machine Documentation
456
A.6.2 Machine Documentation
458
Documenting the Settings for the Basic Functions, Firmware V4.4
459
Manuals and Technical Support
459
Overview of the Manuals
461
Configuring Support
461
A.7.2 Configuring Support
462
Product Support
462
A.7.3 Product Support
463
Index
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