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CU240S DP-F
Siemens CU240S DP-F Control Unit Manuals
Manuals and User Guides for Siemens CU240S DP-F Control Unit. We have
5
Siemens CU240S DP-F Control Unit manuals available for free PDF download: Parameter Manual, Operating Instructions Manual
Siemens CU240S DP-F Operating Instructions Manual (410 pages)
Brand:
Siemens
| Category:
Control Unit
| Size: 13.69 MB
Table of Contents
Table of Contents
5
1 Introduction
13
Documents for the SINAMICS G120
13
2 Safety Notes
15
3 Description
21
Cu240S
21
Accessories for the SINAMICS G120
22
Features and Functions of the CU240
23
Layout and Block Diagram
25
Interfaces of the CU240S Variants
30
Table 3-3 Control Terminals
30
Table 3-4 Settings of the General I/O DIP Switches
33
Table 3-5 Example Address for the PROFIBUS DP Interface
34
Factory Settings of the CU240S Control Units
36
4 Installing/Mounting
39
Fitting the CU to the PM
40
Connecting the Control Unit Via Terminals
42
Connecting a CU240S Via Terminals
43
Connecting a CU240S DP or CU240S DP-F Via PROFIBUS DP
48
Setting the PROFIBUS DP Address Via DIP Switches
48
Connecting the PROFIBUS DP
49
Table 4-1 Example Address for the PROFIBUS DP Interface
49
Table 4-2 PIN Assignment of the 9-Pin Sub-D Socket
49
Table 4-3 Permissible Cable Length for One Segment
50
Screening the Bus Cable and EMC Precautions
53
Connecting a CU240S Via USS
55
5 Commissioning (Software)
57
General Commissioning Information
57
Parameters
58
Write Parameters
59
Monitoring Parameters
59
Parameter Attributes
60
Table 5-1 Parameter Attributes - BICO
61
Table 5-2 Parameter Attributes - Access Level
61
Table 5-3 Parameter Attributes - Change State
62
Table 5-4 Parameter Attributes - Data Types
62
Table 5-8 Parameter Attributes - Quick Commissioning
65
Table 5-9 Parameter Attributes - Value Range
65
Table 5-10 Data Sets
65
Factory Settings
66
Table 5-11 Pre-Assignment of the Digital Inputs for a CU240S *)
67
Parameterization with Operator Panel
68
Function Keys of the OP
69
Table 5-12 OP Keys and Their Functions
69
Changing Parameters Via OP
70
Table 5-13 Changing P0003 - Parameter Access Level
70
Table 5-14 Changing P0700 an Index Parameter - Setting OP Control
70
Parameterization with MMC
71
Parameterization with STARTER
72
Commissioning Modes
74
Table 5-16 Quick Commissioning
77
Motor Data Identification
82
Calculating the Motor and Control Data
85
Commissioning the Application
87
Series Commissioning
99
Series Commissioning with the OP
103
Series Commissioning with STARTER
105
Inserting and Removing the MMC
106
Series Commissioning with MMC
108
Reset Parameters to Factory Settings
115
Commissioning the Fail-Safe Functions
117
Parameters for Fail-Safe Functions
120
Table 5-18 Parameters for Fail-Safe Functions
121
Password for Fail-Safe Functions
122
Checksums
122
General Steps for Commissioning Fail-Safe Functions
123
Common Step-By-Step Descriptions for Fail-Safe Functions
124
Safety Factory Reset
130
Acceptance Test and Acceptance Log
131
Commissioning with PROFIBUS DP
133
Profidrive Profile
133
Using the PROFIBUS DP Interface
133
Data Structures Within Profidrive Profile
138
Standard Telegram Structure
139
VIK/NAMUR Telegram Structure
140
Profisafe Telegram Structure
141
Switch over Behavior of Communication Telegram
142
Control and Status Words
143
Table 5-31 Assignment Control Word 1
144
Table 5-32 Assignment Control Word 2 (for VIK/NAMUR Not Defined)
146
Acyclic Data Transmission
148
Configuration Example with SIMATIC S7
155
Read Parameters
158
Write Parameters
162
Encoder Commissioning
164
Parameterizing the Encoder Interface
167
Table 5-45 Monitoring Parameters
169
Encoder Fault Codes
170
6 Operation
171
General Operation Behavior
171
Upload and Download of Parameter Sets
172
Start-Up Behavior
176
Normal Start-Up Behavior of the Inverter
176
Swap Behavior of the Inverter
178
7 Service and Maintenance
183
Service and Support Information
183
Faults and Alarms
185
LED Overview
186
Functions
186
Normal Status Leds
188
Fail-Safe Function Status Leds
189
Further Indication for Leds
190
Troubleshooting with the PROFIBUS DP
191
Troubleshooting with the OP
195
8 Functions
197
BICO Technology
197
Selection of Command/Setpoint Source P0700 and P1000
197
Using BICO Technology
199
Data Sets
202
Digital Inputs (DI)
209
Digital Outputs (DO)
212
Analog Inputs (A/D Converter)
214
Analog Outputs (D/A Converter)
216
Communication Via USS
218
Structure of a USS Telegram
220
User Data Area of USS Telegram
222
Process Data Channel (PZD)
223
Parameter Data Channel (PKW)
224
Timeouts and Other Errors
230
Fixed Frequencies
233
3-Wire Control
237
Siemens Standard Control (P0727 = 0)
238
2-Wire Control (P0727 = 1)
240
3-Wire Control (P0727 = 2)
241
3-Wire Control (P0727 = 3)
243
Motorized Potentiometer (MOP)
244
Jog
246
PID Controller
248
PID Motorized Potentiometer
250
PID Fixed Setpoint
250
PID Dancer Roll Control
252
Setpoint Channel
255
Summation and Modification of Frequency Setpoint
255
Ramp-Function Generator
257
Off/Braking Functions
259
Manual and Automatic Operation
262
Free Function Blocks
265
Brake Functions
270
Electro-Mechanical Brakes
270
Brake Control Relays
271
Motor Holding Brake
274
Instant Brake
276
Electronic Brakes (Only with PM240)
278
DC Braking
278
Compound Braking
282
Dynamic Braking
284
Regenerative Braking (Only with PM250)
288
Automatic Restart
289
Table 8-29 Automatic Restart
290
Flying Restart
292
Fail-Safe Functions
295
Monitoring the Fail-Safe Functions
297
Limiting Values for SS1 and SLS
299
Safe Torque off
303
Safe Stop 1
306
Safely-Limited Speed
310
Safe Brake Control
332
Closed-Loop VDC Control
334
Vdc_Max Controller
335
Kinetic Buffering
337
Positioning Ramp down
339
General Monitoring Functions and Messages
341
Load Torque Monitoring
343
Thermal Motor Protection and Overload Responses
346
Thermal Motor Model
348
Motor Temperature Identification after Restart
349
Temperature Sensors
350
Power Module Protection
353
General Overload Monitoring
353
Power Module Thermal Monitoring
353
Open-Loop and Closed-Loop Control
356
V/F Control
356
Voltage Boost
359
Table 8-34 Voltage Boost
360
Slip Compensation
361
V/F Resonance Damping
362
V/F Control with FCC
363
Current Limiting (Imax Controller)
364
Vector Control
365
Vector Control Without Speed Encoder
368
Vector Control with Speed Encoder
370
Speed Controller
371
Closed-Loop Torque Control
376
Switch-Over from Frequency to Torque Control
378
Limiting the Torque Setpoint
379
9 Technical Data
381
CU240S Performance Ratings
381
Technical Data of PROFIBUS DP
382
10 Spare Parts/Accessories
383
Control Unit Accessories
383
Appendix
385
Electromagnetic Compatibility
385
A.1 Electromagnetic Compatibility
385
Definition of the EMC Environment and Categories
386
EMC Overall Performance
388
Standards
390
A.4 Standards
390
Acceptance Log
391
A.5.1 Documentation of Acceptance Test
391
A.5 Acceptance Log
391
A.5.2 Function Test of the Acceptance Test
394
A.5.3 Completing the Acceptance Log
398
B.1 Abbreviations
401
List of Abbreviations
402
Abbreviations
402
Index
407
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Siemens CU240S DP-F Parameter Manual (418 pages)
Brand:
Siemens
| Category:
Control Unit
| Size: 3.05 MB
Table of Contents
Table of Contents
5
Edition
7
Edition
8
Introduction to Parameters
8
Function Diagrams
12
List of Parameters
13
Command and Drive Data Sets – Overview
299
Command Data Sets (CDS)
299
Drive Data Sets (DDS)
301
Connector Input Parameters
308
Binector Output Parameters
309
Connector Output Parameters
310
Connector/Binector Output Parameters
312
Quick Commissioning (P0010 = 1)
313
2 Function Diagrams
315
2.1 Contents: Function Diagrams
316
Contents: Function Diagrams
316
Symbols in Funktion Diagrams
318
0010 - Symbols in Funktion Diagrams
318
Overview
320
1100 - General Overview
320
1200 - Connection of External and Internal Setpoints
320
External Interfaces
323
2000 - Digital Inputs (DI)
323
2100 - Digital Outputs (DO)
323
2200 - Analog Input (AI)
323
2300 - Analog Output (AO)
323
2400 - Basic Operator Panel (BOP)
323
2500 - USS on RS232, Receiving
323
2510 - USS on RS232, Transmitting
323
2600 - USS on RS485, Receiving
323
2610 - USS on RS485, Transmitting
323
Internal Setpoint Source
335
3100 - Motor Potentiometer (MOP)
335
3200 - Fixed Frequency (FF) Direct Selection (P1016 = 1)
335
3210 - Fixed Frequency (FF) Binary Selection (P1016 = 2)
335
3300 - Fixed PID Setpoint, Direct Selection (P2216 = 1)
335
3310 - Fixed PID Setpoint, Binary Selection (P2216 = 2)
335
3400 - PID Motor Potentiometer (PID-MOP)
335
Technology Functions
342
4100 - Monitoring
342
4150 - Control Word 1 (R0054)
342
4160 - Control Word 2 (R0055)
342
4170 - Status Word 1 (R0052)
342
4180 - Status Word 2 (R0053)
342
4600 - VDC Control (Max, Min)
342
Free Function Blocks
350
4800 - AND-, OR-, XOR- and NOT- Elements
350
4810 - Flipflops
350
4820 - Timers
350
4830 - Adders, Subtracters, Multipliers, Dividers, Comparators, Setting in
350
Setpoint Channel
355
5000 - Setpoint Channel and Motor Control
355
5100 - PID Controller
355
5150 - Wobble Generator
355
5200 - Additional Frequency Modifications (AFM)
355
5300 - Ramp Function Generator
355
V/F Control
361
6100 - Overview of V/F Control for Inverter with PM240
361
6200 - Overview of V/F Control for Inverter with PM250/PM260
361
Vector Control
364
7000 - Overview of Speed Control Without Encoder (SLVC): P1300 = 20 & P1501 = 0
364
7200 - Overview of Torque Control Without Encoder (SLVC): P1300 = 22/20 & P1501 = 1
364
7210 - Overview of Torque Control with Encoder (VC): P1300 = 23/21 & P1501 = 1
364
7700 - Torque Controller and Torque Limitation Without Encoder (SLVC)
364
7710 - Torque Controller and Torque Limitation with Encoder (VC)
364
7800 - Flux Setpoint (SLVC and VC)
364
7900 - Current Controller & Observer Model Without Encoder (SLVC)
364
7910 - Current Controller & Observer Model with Encoder (VC)
364
8000 - Analog Outputs and Display Values
364
3 Faults and Alarms
377
Faults and Alarms - Overview
378
List of Fault and Alarm Messages
379
ASCII-Table
405
List of Abbreviations
408
Index
413
Siemens CU240S DP-F Operating Instructions Manual (242 pages)
Brand:
Siemens
| Category:
Control Unit
| Size: 9.79 MB
Table of Contents
Commissioning
4
Table of Contents
5
About this Manual
9
Introduction
9
Fast Track Commissioning
10
Adapting Inverters to the Application (Parameterization for Entry Level Personnel)
11
General Basics
11
Parameter
12
Parameters with Follow-On Parameterization
13
Frequently Required Parameters
14
Description
14
Extended Adaptation Options (Parameterization for Advanced Level Personnel)
16
BICO Technology: Basic Principles
16
BICO Technology: Example
19
Description
21
Modularity of the Converter System
21
Overview of Control Units
23
Overview of Power Modules
24
Reactors and Filters
25
Connection
27
Procedure for Installing the Frequency Inverter
27
Mounting Reactors and Filters
28
Mounting Power Modules
30
Dimensions, Hole Drilling Templates, Minimum Clearances, Tightening Torques
31
Wiring Power Modules
36
EMC-Compliant Connection
39
Installing the Control Unit
41
Interfaces, Connectors, Switches, Control Terminals, Leds on the CU
42
Commissioning
45
Initial Coupling of the CU and PM - Message F0395
46
Restoring the Factory Settings
47
Preparing Commissioning
48
Commissioning with Factory Settings
51
Wiring Examples for the Factory Settings
52
Factory Setting of the Frequency Inverter
54
Default Terminal Settings
56
Commissioning with STARTER
58
Creating a STARTER Project
59
Establishing an Online Connection between the PC and Converter (Going "Online")
64
Starting the General Commissioning
65
Commissioning the Application
70
Commissioning with the Operator Panel
71
Function of the Basic Operator Panel
71
BOP Controls and Displays
72
Parameterization with the BOP (Two Examples)
73
Commissioning Steps
74
Commissioning V/F Control
74
Data Backup with the Operator Panel and Memory Card
77
Saving and Transferring Data Using the BOP
77
Saving and Transferring Data Using the MMC
78
Functions
81
Overview of Inverter Functions
81
Inverter Control
84
Frequency Inverter Control Using Digital Inputs (Two/Three-Wire Control)
84
Two-Wire Control, Method 1
87
Two-Wire Control, Method 2
88
Two-Wire Control, Method 3
89
Three-Wire Control, Method 1
90
Three-Wire Control, Method 2
91
Command Sources
93
Selecting Command Sources
93
Assigning Functions to Digital Inputs
94
Controlling the Motor Via the Fieldbus
95
Setpoint Sources
96
Selecting Frequency Setpoint Sources
96
Using Analog Inputs as a Setpoint Source
97
Using a Motorized Potentiometer as a Setpoint Source
99
Using the Fixed Frequency as a Setpoint Source
100
Running the Motor in Jog Mode (JOG Function)
101
Specifying the Motor Speed Via the Fieldbus
102
Changing over the Command Data Sets (Manual, Automatic)
103
Setpoint Preparation
106
Minimum Frequency and Maximum Frequency
106
Parameterizing the Ramp-Function Generator
107
Closed-Loop Control
109
V/F Control
109
Typical Applications for V/F Control
109
V/F Control with Linear Characteristic
110
V/F Control with Parabolic Characteristic
111
Additional Characteristics for the V/F Control
111
Vector Control
112
Typical Applications for Vector Control
112
Commissioning Vector Control
113
Torque Control
114
Using a Speed Encoder
115
Protection Functions
118
Overtemperature Protection for the Frequency Inverter and Motor
118
Overcurrent Protection
120
Limiting the Maximum DC Link Voltage
121
Load Torque Monitoring (System Protection)
122
Evaluating the Frequency Inverter Status
124
Assigning Specific Functions to Digital Outputs
124
Assigning Certain Functions to Analog Outputs
126
Technological Functions
128
Braking Functions of the Frequency Inverter
128
DC and Compound Braking
130
Dynamic Braking
133
Regenerative Braking
135
Parameterizing a Motor Holding Brake
136
Automatic Restart and Flying Restart
139
Flying Restart: Switching on the Converter When the Motor Is Running
139
Automatic Restart" Function after Power Failure
141
Technology Controller
145
Positioning down Ramp
146
Logical and Arithmetic Functions Using Function Blocks
147
Changing over Drive Data Sets (Several Motors Connected to a Frequency Inverter)
148
Operation in Fieldbus Systems
151
Communication Interfaces
151
Communication Via USS
151
User Data Range of the USS Message Frame
154
Data Structure of the USS Parameter Channel
154
Timeouts and Other Errors
160
USS Process Data Channel (PZD)
160
Communication Via PROFIBUS and PROFINET
161
Connect the Frequency Inverter to PROFIBUS
161
Example for Configuring the Inverter on PROFIBUS
162
Integrating a Frequency Inverter in PROFINET
172
Example for Configuring the Inverter on PROFINET
173
The Profidrive Profile
176
STEP 7 Program Examples
188
Safety Functions
195
Overview
195
Connecting-Up the Fail-Safe Inputs
198
Restoring Safety-Related Parameters to the Factory Setting
200
Controlling the Safety Functions Via Profisafe
201
Controlling the Safety Functions Via Digital Inputs
201
Settings for the "STO" Function
204
Settings of the SS1, SLS and SBC Safety Functions
206
Acceptance Test and Report
208
Documentation of the Acceptance Test
209
Function Check of the Acceptance Test
210
Filling in the Acceptance Report
213
Servicing and Maintenance
215
Behavior of the Frequency Inverter When Replacing Components
215
Replacing the Power Module
216
Replacing the Control Unit
217
Standard Commissioning
218
Messages and Fault Codes
219
Status Display Using Leds
220
Alarm and Error Messages
225
Technical Data
227
Technical Data, CU240S Control Unit
227
Technical Data, CU240E Control Unit
228
General Technical Data, PM240 Power Modules
229
Power-Dependent Technical Data, PM240 Power Modules
230
General Technical Data, PM250 Power Modules
233
Power-Dependent Technical Data, PM250 Power Modules
234
General Technical Data, PM260 Power Modules
235
Power-Dependent Technical Data, PM260 Power Modules
236
Index
237
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Siemens CU240S DP-F Operating Instructions Manual (232 pages)
Brand:
Siemens
| Category:
Control Unit
| Size: 7.65 MB
Table of Contents
Description
3
Table of Contents
5
Commissioning
5
Communication
6
Operation
7
1 Introduction
9
Documents for the Inverter
9
Description of Document Classes
10
Troubleshooting
10
2 Safety Notes
11
3 Description
15
Accessories for the CU240S
16
Features and Functions of the CU240S
17
Layout and Block Diagram
19
Interfaces of the Control Units
23
Factory Settings of the Control Unit
26
4 Installing/Mounting
29
Fitting the CU to the PM
29
Connecting a CU240S Via Terminals
31
Frequency Setpoint Via Terminals
33
Connecting a CU240S Via USS on RS485
35
Connecting a CU240S DP or CU240S DP-F Via PROFIBUS DP
37
Connecting the PROFIBUS DP
37
Screening the Bus Cable and EMC Precautions
40
Connecting a CU240S PN Via PROFINET
42
Installation Check List
44
5 Commissioning
45
Single Commissioning
47
Series Commissioning
48
Common Information to Series Commissioning
48
Upload and Download of Parameter Sets
50
Common Commissioning Information
53
Message F00395
54
Commissioning Using the BOP
55
The Basic Operator Panel (BOP)
55
Function Keys of the BOP
56
Changing Parameters Via BOP
57
Overview Commissioning with the BOP
58
Basic Commissioning
59
Quick Commissioning
59
Calculating the Motor and Control Data
63
Speed Control Optimization
65
Commissioning the Application
66
Temperature Sensor
67
Reset Parameters to Factory Settings
77
Commissioning the Fail-Safe Functions
78
Using the FDI Status Bits
80
Parameters for Fail-Safe Functions
81
Password for Fail-Safe Functions
82
Checksums
82
General Steps for Commissioning Fail-Safe Functions
83
Common Step-By-Step Descriptions for Fail-Safe Functions
84
Test Stop Interval Setting
86
Factory Reset of Fail-Safe Parameters
89
Acceptance Test and Acceptance Log
90
Series Commissioning Using the BOP
92
Commissioning with STARTER
94
Single Commissioning with STARTER
95
Series Commissioning with STARTER
96
Commissioning with the MMC
97
Parameter Download Via MMC
97
Series Commissioning with MMC
98
Commissioning the Encoder
103
Parameterizing the Encoder Interface
105
Encoder Fault Codes
108
Parameters
109
Write Parameters
109
Monitoring Parameters
110
Parameter Attributes
110
Start-Up and Swap Behavior of the Inverter
115
Normal Start-Up Behavior of the Inverter
115
Swap Behavior of the Inverter
117
6 Communication
121
Profidrive Profile V4.1
121
Use Data Structure as Defined in Profidrive Profile V4.1
121
Data Structure of the Parameter Channel
122
Cyclic Communication
128
Standard Telegram Structure
128
Telegram Structure/Settings of P0922
129
VIK/NAMUR Telegram Structure
130
Profisafe Telegram Structure
131
Switch over Behavior of Communication Telegram
132
Control and Status Words
135
Acyclic Communication
140
Parameter Channel
141
Communication Via PROFIBUS
147
General Information about PROFIBUS for SINAMICS
147
Communication Settings PROFBUS DP
148
PROFIBUS Configuration Example with SIMATIC S7
152
Read Parameters
156
Write Parameters
161
Communication Via PROFINET
163
Real-Time (RT) Communication
164
Addresses
164
PROFINET Communication Parameters
167
Profinet Configuration Example with SIMATIC S7
170
Read Parameters
173
Communication Via USS
175
Universal Serial Interface (USS)
175
SUB D Connector for RS485 Interface
176
Structure of a USS Telegram
178
Use Data Area of USS Telegram
180
USS Parameter Channel
181
Timeouts and Other Errors
182
USS Process Data Channel (PZD)
185
7 Operation
187
ON/OFF Commands
187
Operation States Displayed Via LED
190
LED Display
190
8 Troubleshooting
195
Faults and Alarms
195
Diagnostics Display
197
Troubleshooting with the BOP
198
Troubleshooting Via the Control System
200
9 Service and Maintenance
203
10 Technical Data
205
CU240S Performance Ratings
205
11 Spare Parts/Accessories
207
Basic Operation Panel
207
PC Connection Kit
207
Micro Memory Card (MMC)
208
Appendix
209
Electromagnetic Compatibility
209
A.1 Electromagnetic Compatibility
209
Definition of the EMC Environment and Categories
210
EMC Overall Performance
211
Acceptance Log
214
Documentation of Acceptance Test
214
A.4 Acceptance Log
214
Function Test of the Acceptance Test
217
Completing the Acceptance Log
220
B.1 Abbreviations
223
List of Abbreviations
223
Abbreviations
223
Index
229
Siemens CU240S DP-F Operating Instructions Manual (110 pages)
Brand:
Siemens
| Category:
Control Unit
| Size: 4.86 MB
Table of Contents
Table of Contents
5
1 Installing/Mounting
9
Fitting the CU to the PM
10
Connecting the Control Unit Via Terminals
11
Common Information to the Control Terminals
11
Setting-Up the Control Unit Via Terminals
12
Control Wiring for a CU240S Control Unit with Default Setting
13
Voltage Input Control Wiring
15
Current Input Control Wiring
16
Installing the Encoder Interface
18
Table 1-1 Encoder Interface Terminals
18
2 Commissioning (Software)
21
General Commissioning Information
21
Parameters
22
Overview of Parameters
22
Write Parameters
23
Monitoring Parameters
23
Parameter Attributes
23
Table 2-1 Parameter Attributes - BICO
24
Table 2-2 Parameter Attributes - Access Level
25
Table 2-3 Parameter Attributes - Change State
25
Table 2-4 Parameter Attributes - Data Types
26
Table 2-5 Parameter Attributes - Unit
26
Table 2-8 Parameter Attributes - Quick Commissioning
28
Table 2-9 Parameter Attributes - Value Range
28
Table 2-10 Data Sets
28
Factory Settings
29
Table 2-11 Pre-Assignment of the Digital Inputs for a CU240S *)
30
Parameterization with Operator Panel
31
Handling of the Operator Panel
31
Function Keys of the OP
32
Table 2-12 OP Keys and Their Functions
32
Changing Parameters Via OP
33
Table 2-13 Changing P0003 - Parameter Access Level
33
Table 2-14 Changing P0719 an Index Parameter - Setting OP Control
33
Parameterization with MMC
34
Parameterization with STARTER
34
Commissioning with STARTER
34
Commissioning Modes
36
Commissioning Overview
36
Quick Commissioning
38
Quick Commissioning - Flow Chart
39
Table 2-16 Quick Commissioning - Flow Chart
40
Calculating the Motor and Control Data
44
Calculating the Motor and Control Data - Flow Chart
45
Motor Data Identification
46
Motor Data Identification - Flowchart
49
Commissioning the Application
50
Flow Chart - General Settings
51
Flow Chart - Pulse Encoder
51
Flow Chart - Temperature Sensor
52
Flow Chart - Command Source
52
Flow Chart - Digital Output Functions
54
Flow Chart - Frequency Setpoint
54
Flow Chart - Analog Outputs
57
Flow Chart - JOG Frequency
58
Flow Chart - Additional Setpoints
58
Flow Chart - Skip Frequency
59
Flow Chart - Ramp Times, Rounding
59
Flow Chart - Finishing the Application Setting
60
Series Commissioning
61
Series Commissioning with the OP
63
Series Commissioning with STARTER
65
Inserting and Removing the MMC
66
Series Commissioning with MMC
67
Table 2-17 Automatic Download Fault Codes
71
Reset Parameters to Factory Settings
72
Reset Parameters to Factory Settings - Flow Chart
73
Encoder Commissioning
74
Commissioning the Encoder Interface
74
Table 2-18 Commissioning the Encoder
75
Parameterizing the Encoder Interface
76
Encoder Fault Codes
79
3 Operation
81
General Operation Behaviour
81
Start-Up Behavior
81
Normal Start-Up Behavior of the Inverter
82
Table 3-1 Automatic Download Fault Codes
84
Swap Behavior of the Inverter
85
Table 3-2 Automatic Download Fault Codes
88
Upload and Download of Parameter Sets
89
4 Service and Maintenance
91
Service and Support Information
91
Faults and Alarms
93
LED Overview
94
Normal Status Leds
96
Fail-Safe Function Status Leds
97
Further Indication for Leds
98
Troubleshooting with the OP
99
5 Troubleshooting/Faqs
101
Table 5-1 Alarm Numbers, Cause and Remedy
103
Table 5-2 Identification of Communications Firmware
104
Table 5-3 Standard Diagnostics
104
Table 5-4 Parameter Accessing Error Numbers
105
Index
107
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