Siemens CU230P-2 HVAC Manuals

Manuals and User Guides for Siemens CU230P-2 HVAC. We have 4 Siemens CU230P-2 HVAC manuals available for free PDF download: Manual, Parameter Manual, Original Instructions Manual, Getting Started

Siemens CU230P-2 HVAC Manual (732 pages)

Brand: Siemens | Category: Control Unit | Size: 3.69 MB

Table of Contents
5
Introduction to Parameters
8
Explanation of List of Parameters
8
- Siemens AG 2011 All Rights Reserved
  8
- SINAMICS G120 Control Units CU230P-2 Parameter Manual (LH9)
  9
Introduction to Parameters
9
Function Diagrams
15
- SINAMICS G120 Control Units CU230P-2 Parameter Manual (LH9)
  15
- Faults and Alarms
  16
List of Parameters
17
- List of Parameters
  18
- CU230P-2 CAN Access Level
  20
Command and Drive Data Sets - Overview
470
Command Data Sets (CDS)
470
- Command and Drive Data Sets – Overview
  471
Drive Data Sets (DDS)
472
Motor Data Sets (MDS)
477
Power Unit Data Set (PDS)
479
Connector/Binector (BICO)-Parameters
480
Binector Input Parameters
480
Connector/Binector (BICO)-Parameters
481
Connector Input Parameters
482
Binector Output Parameters
484
Connector Output Parameters
486
Connector/Binector Output Parameters
489
Quick Commissioning (P0010 = 1)
491
Quick Commissioning (P0010 = 1)
492
2 Function Diagrams

493
- Contents: Function Diagrams
  494
- Explanations for the Function Diagrams
  499
- Overview
  504
- Setpoint Channel
  507
- Vector Control, V/F Control
  508
- Input/Output Terminals
  512
  - Analog Input 2 (Ai)
    517
  - Temperature Evaluation Ni1000/Pt1000 (Ai)
    518
- Communication
  520
- Fieldbus Interface (USS, Modbus, Bacnet) (CU230P-2 HVAC)
  521
- Stw1 Control Word Interconnection
  523
- Zsw1 Status Word Interconnection
  524
  - Receive Telegram, Free Interconnection Via Bico
    525
  - Send Telegram, Free Interconnection Via Bico
    526
- Profidrive / PROFIBUS (CU230P-2 DP)
  528
- Telegrams and Process Data (Pzd)
  530
- Pzd Receive Signals Interconnection
  531
- Pzd Send Signals Interconnection
  535
- Canopen (CU230P-2 CAN)
  542
  - Control Word, Canopen
    547
  - Status Word, Canopen
    548
- Internal Control/Status Words
  549
- Control Word, Sequence Control
  550
- Status Word, Sequence Control
  551
- Control Word, Setpoint Channel
  552
- Control Word, Speed Controller
  557
- Status Word, Speed Controller
  558
- Status Word, Closed-Loop Control
  559
- Status Word, Current Control
  560
- Control Word, Faults/Alarms
  564
- Status Word, Faults/Alarms 1 and
  565
- Sequence Control - Missing Enable Signals
  566
- Setpoint Channel
  567
- Main/Supplementary Setpoint, Setpoint Scaling, Jogging
  571
- Direction Limitation and Direction Reversal
  572
- Basic Ramp-Function Generator
  574
- Extended Ramp-Function Generator
  575
- Ramp-Function Generator Selection, Status Word, Tracking
  576
- V/F Control
  577
- V/F Characteristic and Voltage Boost
  578
- Resonance Damping and Slip Compensation
  579
- Vector Control
  581
- Speed Setpoint, Droop
  582
- Pre-Control Balancing, Acceleration Model
  583
- Kp_N/Tn_N Adaption
  585
- Torque Setpoint
  586
- Speed Control Configuration
  588
- Flux Control Configuration
  589
- Upper/Lower Torque Limit
  590
- Current/Power/Torque Limits
  591
- Current Setpoint Filter
  592
- Iq and ID Controllers
  593
- Display Signals
  600
- Free Function Blocks
  601
- Technology Functions
  622
- Technology Functions
  623
- Free Technology Controller
  624
- Essential Service Mode
  626
- Technology Controller
  630
- Closed-Loop Control
  634
- Signals and Monitoring Functions
  635
- Torque Signals, Motor Locked/Stalled
  638
- Load Monitoring
  639
- Thermal Monitoring, Power Module
  640
- Thermal Monitoring, Motor
  641
- Monitoring Functions
  643
- Faults and Warnings
  645
  - Fault Buffer
    646
  - Warning Buffer
    647
  - Fault/Warning Trigger Word (R)
    648
  - Fault/Warning Configuration
    649
- Data Sets
  650
- Faults and Alarms
  653
3 Faults and Alarms

654
- Faults and Alarms – Overview
  654
- General Information
  654
- Fault Reactions
  656
- Acknowledgement of Faults
  657
- List of Faults and Alarms
  658
  - Hardware Limit Has Responded too Often
    703
  - Power Unit: Ground Fault
    703
  - Power Unit: Monitoring U_Ce
    703
  - A.1 ASCII Table (Excerpt)
    716
  - A.2 List for Motor Code
    716

Siemens CU230P-2 HVAC Original Instructions Manual (456 pages)

SINAMICS G120 Inverter with CU230P-2 Control Units

Brand: Siemens | Category: Inverter | Size: 17.57 MB

Change History
5
- Inverter with CU230P-2 Control Units Operating Instructions, 11/2013, FW V4.6.6, A5E02430659B AG
  5
- Table of Contents
  7
1 Safety Notes

15
2 Introduction

23
- About this Manual
  23
- Guide through this Manual
  24
3 Description

25
4 Installing

41
5 Commissioning

73
6 Adapting the Terminal Strip

93
- Overview
  93
- Digital Inputs
  94
- Digital Outputs
  96
- Analog Inputs
  98
- Analog Outputs
  103
7 Configuring the Fieldbus

107
- Communication Via PROFINET
  108
- What Do You Need for Communication Via PROFINET
  108
- Connect the Converter to PROFINET
  109
- Configuring Communication to the Control
  110
- Select Telegram
  110
- Activating Diagnostics Via the Control
  111
- Communication Via PROFIBUS
  112
- What Do You Need for Communication Via PROFIBUS
  112
- Connect the Frequency Inverter to PROFIBUS
  112
- Configuring Communication to the Control
  113
- Setting the Address
  114
- Select Telegram
  115
- Profidrive Profile for PROFIBUS and PROFINET
  116
- Cyclic Communication
  116
- Control and Status Word 1
  118
- Control and Status Word 3
  121
- Extend Telegrams and Change Signal Interconnection
  123
- Data Structure of the Parameter Channel
  124
- Slave-To-Slave Communication
  129
- Acyclic Communication
  130
- Profienergy Profile for PROFINET
  135
- Communication Via Ethernet/Ip
  137
- Connect Converter to Ethernet/Ip
  137
- What Do You Need for Communication Via Ethernet/Ip
  138
- Communication Settings for Ethernet/Ip
  138
- Additional Settings if You Are Working with the AC/DC Profile
  139
- Supported Objects
  140
- Create Generic I/O Module
  147
- Communication Via RS485
  148
- Integrating Inverters into a Bus System Via the RS485 Interface
  148
- Communication Via USS
  149
- Basic Settings for Communication
  149
- Telegram Structure
  151
- User Data Range of the USS Telegram
  152
- USS Parameter Channel (PIV)
  153
- USS Process Data Channel (PZD)
  158
- Time-Out and Other Errors
  158
- Communication over Modbus RTU
  161
- Basic Settings for Communication
  162
- Modbus RTU Telegram
  164
- Baud Rates and Mapping Tables
  164
- Write and Read Access Via FC 03 and FC 06
  168
- Communication Procedure
  170
- Communication Via Bacnet MS/TP
  172
- Basic Settings for Communication
  173
- Supported Services and Objects
  174
- Communication Via P1
  183
- Communication over Canopen
  188
- Canopen Functions of the Converter
  188
- Network Management (NMT Service)
  190
- SDO Services
  192
- Access to SINAMICS Parameters Via SDO
  193
- Access PZD Objects Via SDO
  195
- PDO and PDO Services
  197
- Predefined Connection Set
  201
- Free PDO Mapping
  202
- Interconnect Objects from the Receive and Transmit Buffers
  205
- Canopen Operating Modes
  207
- Object Directories
  207
- General Objects from the Cia 301 Communication Profile
  207
- Free Objects
  216
- Objects from the Cia 402 Drive Profile
  217
- Integrating the Converter into Canopen
  219
- Connecting Inverter to CAN Bus
  220
- Setting the Node ID and Baud Rate
  220
- Setting the Monitoring of the Communication
  221
- Free PDO Mapping for Example of the Actual Current Value and Torque Limit
  223
8 Setting Functions

225
- Overview of the Inverter Functions
  225
- Inverter Control
  227
- Switching the Motor on and off
  227
- Two-Wire Control: Method 1
  230
- Two-Wire Control, Method 2
  231
- Two-Wire Control, Method 3
  232
- Three-Wire Control, Method 1
  233
- Three-Wire Control, Method 2
  234
- Running the Motor in Jog Mode (JOG Function)
  235
- Switching over the Inverter Control (Command Data Set)
  235
- Setpoints
  238
- Analog Input as Setpoint Source
  239
- Specifying the Motor Speed Via the Fieldbus
  239
- Motorized Potentiometer as Setpoint Source
  240
- Fixed Speed as Setpoint Source
  242
- Setpoint Calculation
  244
- Overview of Setpoint Processing
  244
- Invert Setpoint
  244
- Enable Direction of Rotation
  245
- Minimum Speed
  245
- Maximum Speed
  246
- Ramp-Function Generator
  247
- Motor Control
  250
- V/F Control
  250
- Characteristics of V/F Control
  251
- Selecting the V/F Characteristic
  252
- Optimizing with a High Break Loose Torque and Brief Overload
  253
- Closed-Loop Speed Control
  255
- Properties of the Sensorless Vector Control
  255
- Select Motor Control
  256
- Optimizing the Speed Controller
  257
- Protection Functions
  259
- Inverter Temperature Monitoring
  259
- Motor Temperature Monitoring Using a Temperature Sensor
  261
- Protecting the Motor by Calculating the Motor Temperature
  263
- Overcurrent Protection
  264
- Limiting the Maximum DC Link Voltage
  265
- Application-Specific Functions
  267
- Unit Changeover
  267
- Changing over the Motor Standard
  268
- Changing over the Unit System
  269
- Changing over Process Variables for the Technology Controller
  269
- Switching Units with STARTER
  270
- Energy-Saving Display
  272
- Braking Functions of the Converter
  273
- Electrical Braking Methods
  273
- DC Braking
  275
- Compound Braking
  278
- Dynamic Braking
  280
- Braking with Regenerative Feedback to the Line
  283
- Automatic Restart and Flying Restart
  284
- Flying Restart - Switching on While the Motor Is Running
  284
- Automatic Switch-On
  285
- Technology Controller
  290
- Free Technology Controllers
  291
- Monitor the Load Torque (System Protection)
  291
- Load Failure Monitoring
  293
- Real Time Clock (RTC)
  294
- Time Switch (DTC)
  296
- Record Temperature Via Temperature-Dependent Resistances
  297
- Essential Service Mode
  298
- Multi-Zone Control
  302
- Cascade Control
  305
- Bypass
  309
- Energy-Saving Mode
  313
- Logical and Arithmetic Functions Using Function Blocks
  318
- Switchover between Different Settings
  321
9 Backing up Data and Series Commissioning

323
10 Corrective Maintenance

343
11 Alarms, Faults and System Messages

355
- Operating States Indicated on Leds
  356
- System Runtime
  358
- Alarms
  359
- Faults
  362
- List of Alarms and Faults
  366
12 Technical Data

373
- Technical Data for CU230P-2
  373
- Technical Data, Power Modules
  375
- Technical Data, PM230
  376
- General Data, PM230 - IP20
  377
- Power-Dependent Data, PM230, IP20
  378
- General Data, PM230, IP55
  384
- Power Dependent Data, PM230, IP55
  385
- Technical Data, PM240
  389
- General Data, PM240
  390
- Power-Dependent Data, PM240
  391
- Technical Data, PM240-2
  395
- High Overload - Low Overload PM240-2
  395
- General Data, PM240-2
  396
- Power-Dependent Data PM240-2
  397
- Technical Data, PM250
  400
- High Overload - Low Overload
  400
- General Data, PM250
  401
- Power-Dependent Data, PM250
  402
- Technical Data, PM260
  404
- High Overload - Low Overload
  404
- General Data, PM260
  405
- Power-Dependent Data, PM260
  406
- PM330 Technical Data
  407
- PM330 General Data
  407
- Power-Dependent Data, PM330
  409
Appendix

411
- New and Extended Functions
  411
- Firmware Version 4.6
  411
- A.1 New and Extended Functions
  411
- Firmware Version 4.6.6
  412
- A.1.2 Firmware Version 4.6.6
  412
- Star-Delta Motor Connection and Application Examples
  413
- Parameter
  414
- A.3 Parameter
  414
- Handling the BOP 2 Operator Panel
  417
- Changing Settings Using BOP-2
  418
- Changing Indexed Parameters
  419
- Directly Entering the Parameter Number and Value
  419
- A Parameter Cannot be Changed
  420
- Handling STARTER
  421
- Change Settings
  421
- A.5 Handling STARTER
  421
- Optimize the Drive Using the Trace Function
  422
- Interconnecting Signals in the Converter
  425
- Fundamentals
  425
- Example
  427
- A.6.2 Example
  427
- Application Examples
  429
- Configuring PROFIBUS Communication in STEP 7
  429
- Creating a STEP 7 Project and Network
  429
- A.7 Application Examples
  429
- Inserting the Inverter into the Project
  430
- Configuring PROFINET Communication in STEP 7
  432
- Configuring the Controller and Converter in HW Config
  432
- Create a Reference for STARTERS
  435
- Call the STARTER and Go Online
  436
- Activate Diagnostic Messages Via STEP 7
  437
- STEP 7 Program Examples
  438
- Data Exchange Via the Fieldbus - CU230
  438
- STEP 7 Program Example for Cyclic Communication
  439
- STEP 7 Program Example for Acyclic Communication
  440
- Configuring Slave-To-Slave Communication in STEP 7
  444
- Additional Information on the Inverter
  446
- Manuals for Your Inverter
  446
- Mistakes and Improvements
  448
- Index
  449

Siemens CU230P-2 HVAC Parameter Manual (668 pages)

SINAMICS G120 Control Units

Brand: Siemens | Category: Control Unit | Size: 4.42 MB

3 Faults and Alarms

3
- Table of Contents
  5
- Explanation of List of Parameters
  8
  - Introduction to Parameters
    9
  - Control Units CU230P
    13
- Introduction to Parameters
  8
- List of Parameters
  15
  - List of Parameters
    16
  - CU230P-2 CAN Access Level
    70
- Command and Drive Data Sets - Overview
  409
- Command Data Sets (CDS)
  409
  - Command and Drive Data Sets – Overview
    410
- Drive Data Sets (DDS)
  411
- Motor Data Sets (MDS)
  416
- Power Unit Data Set (PDS)
  418
- Binector Input Parameters
  419
- Connector/Binector (BICO)-Parameters
  419
- Connector/Binector (BICO)-Parameters
  420
- Connector Input Parameters
  422
- Binector Output Parameters
  424
- Connector Output Parameters
  426
- Connector/Binector Output Parameters
  430
- Quick Commissioning (P0010 = 1)
  431
  - Quick Commissioning (P0010 = 1)
    432
2 Function Diagrams

433
- Contents: Function Diagrams
  434
- Explanations for the Function Diagrams
  439
- Overview
  444
- Input/Output Terminals
  452
- Communication
  460
- Fieldbus Interface (USS, Modbus, Bacnet) (CU230P-2 HVAC)
  460
- Profidrive / PROFIBUS (CU230P-2 DP)
  467
- Canopen (CU230P-2 CAN)
  479
- Internal Control/Status Words
  486
- Setpoint Channel
  504
- V/F Control
  514
- Vector Control
  518
- Free Function Blocks
  538
- Technology Functions
  558
- Technology Controller
  566
- Signals and Monitoring Functions
  571
- Faults and Warnings
  581
- Data Sets
  586
- Faults and Alarms - Overview
  590
- General Information
  590
- Fault Reactions
  592
- List of Faults and Alarms
  594
Appendix

651
- ASCII Table (Excerpt)
  652
- List for Motor Code
  652
List of Abbreviations

653

Siemens CU230P-2 HVAC Getting Started (56 pages)

for inverter

Brand: Siemens | Category: Control Unit | Size: 3.9 MB

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Siemens CU230P-2 HVAC Manual (732 pages)

Table of Contents

2 Function Diagrams

3 Faults and Alarms

Siemens CU230P-2 HVAC Original Instructions Manual (456 pages)

Table of Contents

1 Safety Notes

2 Introduction

3 Description

4 Installing

5 Commissioning

6 Adapting the Terminal Strip

7 Configuring the Fieldbus

8 Setting Functions

9 Backing up Data and Series Commissioning

10 Corrective Maintenance

11 Alarms, Faults and System Messages

12 Technical Data

Appendix

Siemens CU230P-2 HVAC Parameter Manual (668 pages)

Table of Contents

3 Faults and Alarms

2 Function Diagrams

Appendix

List of Abbreviations

Siemens CU230P-2 HVAC Getting Started (56 pages)

Table of Contents

1 Safety Information

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