Siemens SINAMICS G120 CU230P-2 Unit Manuals

Manuals and User Guides for Siemens SINAMICS G120 CU230P-2 Unit. We have 2 Siemens SINAMICS G120 CU230P-2 Unit manuals available for free PDF download: Operating Instructions Manual

Siemens SINAMICS G120 CU230P-2 Operating Instructions Manual (346 pages)

Frequency converters with the Control Units

Brand: Siemens | Category: DC Drives | Size: 14.68 MB

Change History
5
Table of Contents
7
1 Introduction

13
- About this Manual
  13
- Guide through this Manual
  14
- Adapting Inverter to Application
  15
- General Basics
  15
- Parameter
  15
- Frequently Required Parameters
  16
- Extended Scope for Adaptation
  18
- BICO Technology: Basic Principles
  18
- BICO Technology: Example
  20
2 Description

23
- Modularity of the Converter System
  23
- Control Units
  26
- Power Module
  27
- Reactors and Filters
  28
3 Installing

29
4 Commissioning

55
5 Adapting the Terminal Strip

87
- Preconditions
  87
- Digital Inputs
  88
- Digital Outputs
  90
- Analog Inputs
  91
- Analog Outputs
  95
6 Configuring the Fieldbus

99
- Communication Via PROFIBUS
  100
- Configuring Communication to the Control
  100
- Setting the Address
  101
- Basic Settings for Communication
  102
- Cyclic Communication
  103
- Control and Status Word 1
  104
- Control and Status Word 3
  107
- Data Structure of the Parameter Channel
  109
- Slave-To-Slave Communication
  114
- Acyclic Communication
  115
- Reading and Changing Parameters Via Data Set 47
  115
- Communication Via RS485
  120
- Integrating Inverters into a Bus System Via the RS485 Interface
  120
- Communication Via USS
  121
- Setting the Address
  121
- Basic Settings for Communication
  122
- Structure of a USS Telegram
  122
- User Data Range of the USS Telegram
  124
- Data Structure of the USS Parameter Channel
  125
- USS Read Request
  130
- USS Write Job
  131
- USS Process Data Channel (PZD)
  132
- Time-Out and Other Errors
  132
- Communication over Modbus RTU
  135
- Setting the Address
  136
- Basic Settings for Communication
  136
- Modbus RTU Telegram
  137
- Baud Rates and Mapping Tables
  138
- Write and Read Access Via FC 3 and FC 6
  141
- Communication Procedure
  143
- Communication Via Bacnet MS/TP
  145
- Setting the Address
  146
- Basic Settings for Communication
  146
- Supported Services and Objects
  147
- Communication over Canopen
  154
- Canopen Functionality of the Converter
  155
- Commissioning Canopen
  156
- Setting the Node ID and Baud Rate
  156
- Monitoring the Communication and Response of the Inverter
  157
- SDO Services
  158
- Access to SINAMICS Parameters Via SDO
  161
- PDO and PDO Services
  163
- Predefined Connection Set
  167
- Free PDO Mapping
  168
- Other Canopen Functions
  169
- Network Management (NMT Service)
  169
- Object Directories
  172
- Free Objects
  179
- Objects in Drive Profile DSP402
  180
- Configuration Example
  181
7 Functions

185
- Overview of the Inverter Functions
  185
- Inverter Control
  187
- Two-Wire Control: Method 1
  188
- Two-Wire Control, Method 2
  189
- Two-Wire Control, Method 3
  190
- Three-Wire Control, Method 1
  191
- Three-Wire Control, Method 2
  192
- Switching over the Inverter Control (Command Data Set)
  193
- Command Sources
  196
- Setpoint Sources
  197
- Analog Input as Setpoint Source
  197
- Motorized Potentiometer as Setpoint Source
  198
- Fixed Speed as Setpoint Source
  200
- Running the Motor in Jog Mode (JOG Function)
  202
- Specifying the Motor Speed Via the Fieldbus
  203
- Setpoint Calculation
  204
- Minimum Speed and Maximum Speed
  204
- Ramp-Function Generator
  205
- Motor Control
  206
- V/F Control
  208
- V/F Control with Linear and Square-Law Characteristic
  208
- Additional Characteristics for the V/F Control
  209
- Optimizing with a High Break Loose Torque and Brief Overload
  210
- Vector Control
  212
- Properties of Vector Control
  212
- Commissioning Vector Control
  212
- Torque Control
  213
- Protection Functions
  214
- Inverter Temperature Monitoring
  214
- Motor Temperature Monitoring Using a Temperature Sensor
  215
- Protecting the Motor by Calculating the Motor Temperature
  217
- Overcurrent Protection
  217
- Limiting the Maximum DC Link Voltage
  218
- Status Messages
  220
- System Runtime
  220
- Application-Specific Functions
  221
- Unit Changeover
  221
- Changing over the Motor Standard
  222
- Changing over the Unit System
  223
- Changing over Process Variables for the Technology Controller
  224
- Changing of the Units with STARTER
  225
- Braking Functions of the Converter
  227
- Comparison of Electrical Braking Methods
  227
- DC Braking
  230
- Compound Braking
  234
- Dynamic Braking
  236
- Braking with Regenerative Feedback to the Line
  238
- Automatic Restart and Flying Restart
  239
- Flying Restart - Switching on While the Motor Is Running
  239
- Automatic Switch-On
  241
- PID Technology Controller
  245
- Load Torque Monitoring (System Protection)
  246
- Load Failure Monitoring Via Digital Input
  248
- Real Time Clock (RTC)
  249
- Time Switch (DTC)
  251
- Temperature Sensing Using Temperature-Dependent Resistors
  252
- Essential Service Mode
  254
- Multi-Zone Control
  259
- Cascade Control
  263
- Bypass
  267
- Energy-Saving Mode
  271
- Logical and Arithmetic Functions Using Function Blocks
  277
- Switchover between Different Settings
  281
8 Service and Maintenance

283
9 Alarms, Faults and System Messages

287
- Operating States Indicated on Leds
  288
- Alarms
  290
- Faults
  293
- List of Alarms and Faults
  298
10 Technical Data

305
- Technical Data for CU230P-2
  305
- Technical Data, Power Modules
  307
- Technical Data, PM230
  309
- Technical Data, PM240
  314
- Technical Data, PM250
  320
- Technical Data, PM260
  323
Appendix

325
- Application Examples
  325
- Configuring Communication in STEP 7
  325
- Task
  325
- Required Components
  325
- Creating a STEP 7 Project
  326
- Configuring Communications to a SIMATIC Control
  327
- Inserting the Inverter into the STEP 7 Project
  328
- STEP 7 Program Examples
  330
- STEP 7 Program Example for Cyclic Communication
  330
- STEP 7 Program Example for Acyclic Communication
  332
- Configuring Slave-To-Slave Communication in STEP 7
  336
- Additional Information on the Inverter
  338
- Manuals for Your Inverter
  338
- Mistakes and Improvements
  340
- Index
  341

Siemens SINAMICS G120 CU230P-2 Operating Instructions Manual (118 pages)

Intelligent Commissioning and Application Configuration Tool

Brand: Siemens | Category: Control Panel | Size: 8.7 MB

Table of Contents
5
1 Safety Notes

9
2 Overview

11
- Introduction
  11
- Layout and Functions
  12
- Screen Icons
  15
- Menu Structure
  16
3 Installation

17
- Fitting the IOP
  17
- Initial Set-Up
  18
- User Definable Labels for the Status Screen
  22
- Firmware and Language Upgrade
  23
4 Wizards

25
- Example Wizard
  31
- Basic Commissioning with IOP
  33
- Wiring Diagrams
  36
5 Control

45
- Custom Hand Mode
  49
- Startup in Hand Mode
  53
- Hand/Auto Disable
  54
6 Menu

57
- Overview
  57
- Diagnostics
  58
- Parameters
  62
- Up/Download
  68
- Custom Parameter Sets
  69
- Extras
  73
- I/O Editor
  85
- Write Protection
  87
- Know-How Protection
  89
7 Options

105
- Door Mounting Kit
  105
- Hand-Held Device
  107

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Siemens SINAMICS G120 CU230P-2 Unit Manuals

Siemens SINAMICS G120 CU230P-2 Operating Instructions Manual (346 pages)

Table of Contents

1 Introduction

2 Description

3 Installing

4 Commissioning

5 Adapting the Terminal Strip

6 Configuring the Fieldbus

7 Functions

8 Service and Maintenance

9 Alarms, Faults and System Messages

10 Technical Data

Appendix

Siemens SINAMICS G120 CU230P-2 Operating Instructions Manual (118 pages)

Table of Contents

1 Safety Notes

2 Overview

3 Installation

4 Wizards

5 Control

6 Menu

7 Options

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Siemens Categories