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Siemens SIMOTION Manuals
Manuals and User Guides for Siemens SIMOTION. We have
7
Siemens SIMOTION manuals available for free PDF download: Function Manual, Operating Instructions Manual, Equipment Manual, Planning Manual
Siemens SIMOTION Function Manual (186 pages)
Motion control, Output Cams and Measuring Inputs
Brand:
Siemens
| Category:
Control Unit
| Size: 2.47 MB
Table of Contents
Table of Contents
3
Table of Contents
4
Table of Contents
5
Table of Contents
6
Preface
7
SIMOTION Documentation
8
Hotline and Internet Addresses
9
General Safety Instructions
11
Industrial Security
12
Overview of Output Cam to
13
Functionality
14
Comparison of Output Cam to and Cam Track to
16
Output Cam to Basics
18
Position-Based Cam
19
Time-Based Output Cam
20
Unidirectional Output Cam
21
Counter Cam
22
Cam Parameters
29
Hysteresis
30
Derivative-Action Times (Activation/Deactivation Time)
32
Logical Operation
34
Simulation
35
Configuring the Output Cam Technology Object
37
Using the Expert List for Output Cams
38
Defining Output Cam Defaults
43
Determining Derivative-Action Times for Output Cams (Dead Time Compensation)
45
Configuring Cams on SIMOTION D4Xx Onboard
47
Configuring Output Cams on SIMOTION D410-2
50
Configuring Cams on SIMOTION D4X5-2 Onboard
52
Configuring an Output Cam on a TM15/TM17 High Feature
53
Configuring Cams on SIMOTION C240
55
Programming/References of Output Cam to
56
Commands
57
Process Alarms
58
Output Cam to Menus
59
Overview of to Cam Track
61
62
Functionality
62
64
Comparison of Output Cam to and Cam Track to
64
TO Cam Track Basics
66
Output Cam Types of the Single Output Cams on a Track
67
68
Position-Based Cam
68
69
Time-Based Output Cam
69
Time-Based Cam with Maximum on Length
70
Cam Output Types
71
Cam Track Parameters
76
77
Hysteresis
77
Derivative-Action Times (Activation Time/Deactivation Time)
79
Cam Track Activation
81
Start Mode and Stop Mode
83
Output Activation Mode
85
Configure Units
86
Mapping a Cam Track Onto an Axis
87
Basics of Cam Track Mapping
88
Mapping Onto Negative Axis Positions (E.g. Linear Axes)
89
Relation of Track Length, Modulo Length and Activation Mode in Mapping
90
Cam Track Operating Behavior
93
Changing the Track Length During Operation
94
Changing the Axis Configuration When a Cam Track Is Active
95
Effect of Cam Track Parameters on Mapping
96
Advanced Mappings with Shifted Output Cam Positions
97
Configuring the to Cam Track
99
Parameterizing the Cam Track Technology Object
100
Configuring a Cam Track
101
Defining Cam Track Defaults
105
Output Cam Data
108
Configuring Cam Tracks on SIMOTION D4Xx Onboard
109
Configuring Cam Track on the SIMOTION D410-2
111
Configuring Cam Tracks on SIMOTION D4X5-2 Onboard
113
Configuring Cam Tracks on a TM15/TM17 High Feature
114
Configuring Cam Tracks on SIMOTION C240
116
Using HW Enable for Cam Tracks
118
Absolute Level-Controlled (TM17 High Feature)
119
Absolute Edge-Controlled (TM17 High Feature)
120
Setting (Overriding) the Enable Via a Program
121
Relative Edge-Controlled
122
Programming/References of to Cam Track
123
124
Commands
124
125
Process Alarms
125
TO Cam Track Menus
126
Measuring Input to - Part III
129
Fundamentals of Measuring Input Technology Object
131
Hardware for Measuring Inputs
132
Interconnections
133
Measuring Input Connection Options
134
More than One Measuring Input to on a Single Measuring Input (C230-2/C240 Only)
136
Measurement
139
Lost Edges During Cyclic Measurement
144
Measurement Activation Times
147
Measuring Range
148
151
Configure Units
151
152
Simulation
152
Configuring the Measuring Input Technology Object
153
Use Expert List for Measuring Inputs
154
Time Stamp Correction Value
159
Measuring Input Defaults
160
Local Measuring
163
Global Measuring
164
Global Measuring on C240/C240 PN (B1-B4)
167
Global Measuring on D4X5-2 (X142)
170
Configuring and Interconnecting a Listening Measuring Input to
174
Measuring Input with Hardware Enable (TM17 High Feature)
175
Measuring Input Technology Object Programming/References
177
178
Commands
178
179
Process Alarms
179
Measuring Input to Context Menu
180
Output Cams and Measuring Inputs
181
Index
183
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Siemens SIMOTION Operating Instructions Manual (184 pages)
Brand:
Siemens
| Category:
Controller
| Size: 7.55 MB
Table of Contents
Preface
3
Table of Contents
7
Fundamental Safety Instructions
11
Safety Instructions for Electromagnetic Fields (EMF)
11
Handling Electrostatic Sensitive Devices (ESD)
11
Industrial Security
12
Danger to Life Due to Software Manipulation When Using Removable Storage Media
13
Residual Risks of Power Drive Systems
13
Description
15
System Overview
15
I/O Modules Approved for SIMOTION
21
The Fundamentals of Motion Control
22
Layout of the Module
26
Nameplate
29
Versions of SIMOTION C
33
Operator Control (Hardware)
37
Control Elements
37
Mode Selector
37
Micro Memory Card (MMC)
38
Display Elements
39
Interfaces
41
SIMOTION C Interfaces
41
Ethernet Interface
41
PROFINET Interface (C240 PN)
44
PROFIBUS DP Interfaces
46
Onboard Drive Interface (C230-2, C240)
48
Onboard Measuring System Interface (C230-2, C240)
56
Possible Uses of Onboard Drive and Measuring System Interface in the Application (C230-2, C240)
65
Overview
65
Configuration Examples for C240
67
I/O Interface
69
Configuring and Installing
77
General Requirements
77
Configuring an Installation Using SIMOTION C Modules
77
Horizontal and Vertical Configuration
77
Clearances
78
Mounting Dimensions of Modules
79
Layout of Modules on a Rack
80
Layout of Modules on Several Racks
81
Installing
82
Installing Mounting Rails
82
Fitting Modules on the Mounting Rail
85
After Installation
86
Connecting
89
Wiring
89
General Requirements for Wiring
89
Configuring the Electrical Installation
90
Overview of Wiring Diagram
92
Connecting the Power Supply
98
Connecting the Drive Units
102
Connecting the Encoders (C230-2, C240)
111
Wiring the Front Connector
114
Connecting Shielded Cables Via a Shield Connecting Element
116
Networking
119
Configuring
119
Configuring a PROFIBUS Subnet
119
Network Components for a PROFIBUS Subnet
122
Configuring an Ethernet Subnet on the Ethernet Interface
124
Configuring an Ethernet Subnet on the PROFINET Interface (C240 PN)
126
Factory Setting
127
MPI Subnet
128
Addressing
129
Slot-Oriented Address Allocation for Modules (Default Addresses for Centralized I/O)
129
User-Assignable Addressing on the SIMOTION C (Centralized and Distributed I/O)
130
Addressing Signal Modules
130
Addressing the Onboard Digital Inputs and Outputs of the SIMOTIONC
134
Addressing the Onboard Drive and Measuring System Interface of the C230-2, C240
135
Commissioning
137
Requirements for Commissioning
137
Inserting and Changing the Micro Memory Card
138
Initial Power on
139
Writing, Formatting and Erasing the Micro Memory Card
140
User Memory Concept
142
SIMOTION C Memory Model
142
Properties of the User Memory
143
Operations and Their Effect on the User Memory
145
Deleting Data
146
Overview of Data Deletion
146
SIMOTION C Memory Reset
147
Deleting User Data from Micro Memory Card
149
Setting SIMOTION C to Factory Settings
150
Maintenance and Servicing
151
SIMOTION Kernel Update
151
Kernel Update for SIMOTION C230-2
151
Kernel Update for SIMOTION C240 / C240 PN
152
Removal and Replacement of the SIMOTION C
154
Module Replacement Without Programming Device or PC
155
Alarm, Error, and System Messages
157
Diagnosis Using the Leds
157
Combinations of LED Displays
160
Technical Data
163
Real-Time Clock
169
Transportation and Storage Conditions for SIMOTION C
170
Mechanical and Climatic Environmental Conditions for Operation of the SIMOTION C
170
Specifications for Dielectric Tests, Safety Class and Degree of Protection
172
Dimension Drawing, Spare Parts, and Accessories
173
Dimension Drawing
173
Spare Parts and Accessories
173
Standards, Certificates and Approvals
175
General Rules
175
Residual Risks of Power Drive Systems
176
ESD Guidelines
179
ESD Definition
179
Electrostatic Charging of Individuals
179
Basic Measures for Protection against Discharge of Static Electricity
180
Index
181
Siemens SIMOTION Function Manual (146 pages)
Motion Control TO Path Interpolation
Brand:
Siemens
| Category:
Control Systems
| Size: 3.55 MB
Table of Contents
Preface
3
Table of Contents
7
1 Overview of Path Interpolation
11
Overview of Functions
11
Terminology
12
2 Basics of Path Interpolation
15
Path Interpolation
15
Coordinate System
17
Modulo Properties
17
Units
18
Path Interpolation Types
18
Structure of Commands for Path Interpolation
19
Linear Paths
21
Circular Paths
22
Circular Path in a Main Plane with Radius, End Point, and Orientation
22
Circle Using Center and Angle
23
Circular Path Using Intermediate Point and End Point
25
Polynomial Paths
26
Polynomial Path - Direct Specification of the Polynomial Coefficients
28
Polynomial Paths - Explicit Specification of the Starting Point Data
28
Polynomial Paths - Attach Continuously
30
Path Dynamics
31
Preset Path Dynamics
32
Limiting the Path Dynamics
32
Stopping and Resuming Path Motion
35
Path Behavior at Motion End
36
Stopping at Motion End
37
Blending with Dynamic Adaptation
37
Blending Without Dynamic Adaptation
38
Display and Monitoring Options on the Axis
38
Allowance for Axis-Specific Traversing Range Limits
39
Behavior of Path Motion When an Error Occurs on a Participating Path Axis or Positioning Axis
39
Functionality of Path-Synchronous Motion
40
Specification of Path-Synchronous Motion
40
Dynamics of Path-Synchronous Motion
41
Path Blending with a Path-Synchronous Motion
41
Output of the Path Distance to the Positioning Axis
42
Output of Cartesian Coordinates Using the Motionout Interface
42
Kinematic Adaptation
42
Kinematic Adaptation - Fundamentals
42
Scope of the Transformation Functionality
42
Reference Points
43
System Variables for Path Interpolation and Transformation on the Path Object
43
Transformation of the Dynamic Values
45
Differentiation of Link Constellations
45
Information Commands for the Kinematic Transformation
45
Axis-Specific Zero Point Offset in the Transformation
46
Offset of the Kinematic Zero Point Relative to the Cartesian Zero Point
47
Supported Kinematics
48
Supported Kinematics and Their Assignment
48
Configuration Screens
49
Cartesian 2D/3D Gantries
51
Roller Picker
52
Delta 2D Picker
54
Delta 3D Picker
55
SCARA Kinematics
58
Articulated Arm Kinematics
61
2Axis Articulated Arm Kinematics
64
Swivel Arm Kinematics
65
Use of Virtual Axes
67
Specific Kinematics
68
Motion Sequence on the Path Object
69
Object Coordinate System (OCS) on the Path Object
69
Motion Sequence - Fundamentals
70
Defining an OCS Reference Position
70
Assigning an OCS to a Motion Sequence Reference Value
71
Defining the Translation of the Position of the Coupled OCS
72
Synchronizing Motion on the Path Object to the Coupled OCS
73
Performing Path Motions in the Coupled OCS
75
Terminate the Coupling of the Kinematic End Point to a Controlled OCS ('Desynchronize')
75
Stopping in the OCS
76
Motion Sequence - Sample Application
76
Sample Application of an OCS
76
Defining the Reference Position of the OCS
76
Determining the Motion Sequence Reference Value of the OCS
77
Defining the Position of the OCS Relative to the Motion Sequence Reference Value
78
Synchronizing Motion on the Path Object to the Coupled OCS
78
Performing Path Motions in the Coupled OCS
79
Interconnection, Interconnection Rules
80
Simulation Operation
81
3 Configuring the Path Object
83
Selecting the Path Interpolation Technology Package
83
Creating Axes with Path Interpolation
84
Creating a Path Object
84
Representation in the Project Navigator
86
Assigning Path Object Parameters/Default Values
86
Configuring a Path Object
90
Defining Limits
91
Interconnecting a Path Object
92
Configuring Kinematic Adaptation in the Expert List
93
Configuring Path Monitoring
93
Path Interpolation - Context Menu
94
4 Sample Project for the Path Interpolation
97
Overview of the Example
97
Select Technology Package
98
Create Axes
98
Creating a Path Object
101
Defining the Kinematics
101
Interconnecting a Path Object
103
Setting the Default Settings of the Path Object
104
Programming the Path Interpolation in MCC
106
Programming the Travel Commands in MCC
106
Creating the Program
106
Programming a Travel Loop
109
Creating a WHILE Loop
110
Programming the a - B Linear Path
110
Programming the B-C Polynomial Path
112
Programming the C-D Linear Path
115
Programming the D-E Polynomial Path
116
Programming the E-F Linear Path
118
Programming the F-A Return Travel
118
Activating the Axis Enables and Homing the Axes
120
MCC Diagram
121
Assigning MCC Chart in the Execution System
121
Checking a Motion with Trace
123
Creating a Synchronous Axis
124
5 Programming/Homing Path Interpolation
129
Programming
129
Programming: Overview
129
Overview of Commands
129
Information and Conversion
129
Conversion Commands
130
Command Tracking
130
Motion
130
Object and Alarm Handling
131
Object Coordinates
132
Command Execution
132
Command Buffer
132
Override Behavior
134
Interactions between the Path Object and the Axis
134
Sequence of Effectiveness
135
Interaction with the Axis
135
Interactions with Other Path Motions
135
Local Alarm Response
136
A Appendix A
137
Specific Kinematics with Trafoid 1001
137
Index
143
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Siemens SIMOTION Function Manual (134 pages)
Motion Control Basic Functions for Modular Machines
Brand:
Siemens
| Category:
Control Systems
| Size: 1.66 MB
Table of Contents
Preface
3
This Section Describes How to Activate or Deactivate DP Slaves (in PROFIBUS), IO Devices
4
Table of Contents
7
1 Fundamental Safety Instructions
11
General Safety Instructions
11
Industrial Security
12
2 Overview of the Functionality of Modular Machines
13
Synchronizing SIMOTION Devices with a Higher-Level Bus Cycle Clock
13
Changing Communication Addresses Via the User Program
14
Application Examples for Setting the Communication Address
14
User Program for Changing the Communication Address
18
Operating Only Parts of a Configured Maximum Configuration
19
Fundamental Procedures
20
User Program
21
System Behavior
21
Activating the Configuration or the SIMOTION Kernel
22
Activating the Configuration
22
Activating the SIMOTION Kernel
23
Selecting and Activating a Configuration Using an Initial Configuration
23
Procedure
23
3 Synchronizing SIMOTION Devices with a Higher-Level Bus Cycle Clock
25
General Information about Synchronizing a SIMOTION Device with the Bus Cycle Clock
25
Cycle Clock Generation and Synchronization in PROFIBUS DP
26
Cycle Clock Generation and Synchronization in PROFINET IO
28
Synchronizing a SIMOTION Device Without an Isochronous DP Master Interface
31
Synchronization of a SIMOTION Device with an Isochronous DP Master Interface
33
Behavior in the STOP and RUN Operating Modes
38
4 Setting the Communication Addresses Via the User Program
41
Setting the PROFIBUS Address
41
System Functions
42
System Behavior
43
Topology Detection in PROFINET IO
44
Setting the Device Name (Nameofstation) of an IO Device on PROFINET IO
46
System Functions
47
System Behavior
52
Setting the IP Address (on Ethernet)
52
5 Activating and Deactivating Components and Technology Objects
57
Activating and Deactivating Nodes on the PROFIBUS or PROFINET IO
57
System Functions for Activating and Deactivating Bus Nodes
58
Status Diagram for the Functions _Activatedpslave and _Deactivatedpslave
60
Asynchronous Call for the Functions _Activatedpslave and _Deactivatedpslave
62
Synchronous Call for the Functions _Activatedpslave and _Deactivatedpslave
64
Querying the Activation State and Status of the Nodes (DP Slaves or IO Devices)
66
Querying the Activation State of the DP Slaves and IO Devices Using System Functions
66
Querying the Status of the DP Slaves and IO Devices Using System Functions
67
Monitoring the Status of the DP Slaves and IO Devices in the Engineering System
68
Converting a PROFIBUS Address or Device Number for PROFINET IO into the Logical Diagnostics Address and Vice Versa
68
Option Handling for ET 200S with Reserve Modules
68
Principle of Operation of Option Handling Without Reserve Modules
69
Prerequisites for Option Handling Without Reserve Modules
70
Example of Use Without Reserve Modules
70
Assigning Parameters for Option Handling Without Reserve Modules
71
Controlling and Monitoring Options
73
Activating and Deactivating SINAMICS Components
75
Activating and Deactivating Technology Objects
78
System Functions for Activating and Deactivating Technology Objects
79
Status Diagram for the Functions _Activateto and _Deactivateto
79
Asynchronous Call for the Functions _Activateto and _Deactivateto
80
Synchronous Call for the Functions _Activateto and _Deactivateto
82
Activating or Deactivating Technology Objects in the Engineering System
84
Querying the Activation State of Technology Objects
85
Querying the Activation State of Technology Objects Using System Functions
85
Monitoring the Activation State of Technology Objects in the Engineering System
86
Procedure for Deactivating and Activating Components
86
Deactivating Components
87
Activating Components
87
6 Changing the Active Configuration or the Active Kernel
89
Activating a Configuration
89
Special Considerations When a CX32/CX32-2 Controller Extension (up to Kernel V4.2) Is Connected
91
Example for the Activation of a Configuration
92
Activating a Kernel
94
Example Programs for Activating a Kernel
96
Status Diagram for Activating a Kernel
99
Selecting and Activating a Configuration Using an Initial Configuration
99
Status Diagram for What Happens When a SIMOTION Device Is Switched on Depending on Whether or Not the Selfadaptingconfiguration Functionality Is Active
102
Example Program for an Initial Configuration
103
Reading the Activation State of Configurations
104
Retaining Retentive Data in the Event of a Configuration Change
105
Procedure for Creating the Card Images of Configurations
107
Preparing the Memory Card of the SIMOTION Device
107
Creating the Work Directories on the PC/PG
108
Saving the Configuration Files in the Work Directories on the PC/PG
111
Creating the Compressed Configuration Files
114
Saving the Kernel in the Work Directory on the PC/PG
115
Creating the Card Images of the Configurations
115
Appendix
119
Command Line Application U7Mkcnfx.exe
119
A.1 Command Line Application U7Mkcnfx.exe
119
Creating the Card Images for the Configuration Server by Means of SCOUT Scripting
121
Creating the Script Folder in the SCOUT Project
122
Creating the Work Directories on the PC/PG
122
Saving the Configuration Files in the Work Directories on the PC/PG
124
Creating the Compressed Configuration Files
125
Creating the Card Images of the Configurations
126
Script to Call up the Individual Scripts to Create the Card Image
128
Loading the Card Image to the Target Device by Means of SCOUT Scripting
128
Storing Configuration Files for SIMOTION D4Xx Devices up to Kernel Version V4.1.4
129
Index
131
Siemens SIMOTION Equipment Manual (116 pages)
Brand:
Siemens
| Category:
Control Unit
| Size: 4.22 MB
Table of Contents
Preface
3
Table of Contents
7
Safety Instructions
11
Fundamental Safety Instructions
11
General Safety Instructions
11
Malfunctions of the Machine as a Result of Incorrect or Changed Parameter Settings
14
Safety Instructions for Electromagnetic Fields (EMF)
15
Handling Electrostatic Sensitive Devices (ESD)
15
Security Information
15
Note Regarding the General Data Protection Regulation
16
Danger to Life Due to Software Manipulation When Using Removable Storage Media
16
Residual Risks of Power Drive Systems
17
Specific Safety Information for SIMOTION D410-2
18
Description
19
System Overview
19
System Components
23
I/O Integration
28
SIMOTION D410-2 DP Representation
29
SIMOTION D410-2 DP/PN Drawing
31
Type Plates
32
Compactflash Card
33
Data Matrix Code
36
Licensing
37
Operator Control (Hardware)
39
Overview of Operator Control and Display Elements
39
Operator Controls
40
Service Selector Switch
40
Mode Selector Switch
41
DIAG Button
43
RESET Button
44
Switch S5.0
44
SIMOTION Compactflash Card
45
Error and Status Displays
46
Interfaces
47
Overview of Interfaces
47
DRIVE-Cliq Interface
48
PROFIBUS DP Interfaces
50
PROFINET IO Interface (SIMOTION D410-2 DP/PN Only)
52
Encoder Interface (HTL/TTL/SSI)
54
Digital I/Os / Temperature Sensor / Analog Input
57
Properties
57
Interface Characteristics
58
Interface Assignment
58
Use of the Interfaces
65
SIMOTION D410-2 DP Connection Examples
68
SIMOTION D410-2 DP/PN Connection Examples
72
Power Supply
75
Ethernet Interface
77
Measuring Sockets
79
Power Module Interface
80
Technical Data
81
Shipping and Storage Conditions
81
Ambient Conditions
81
System Data, Connection Values, Dimensions and Weight
84
Interfaces and Performance Features
85
PLC and Motion Control Performance
85
Communication
86
Onboard I/Os
87
Onboard Encoder Interface
91
Clock
93
Certificates, Approvals, Declarations of Conformity
93
Dimension Drawings
95
SIMOTION D410-2 DP Dimension Drawing
95
SIMOTION D410-2 DP/PN Dimension Drawing
96
Mounting Plate Dimension Drawing
97
CAD Data, Dimension Drawings, and Circuit-Diagram Macros
98
Spare Parts / Accessories
99
Available Spare Parts and Accessories
99
TM31 Terminal Module
100
TM41 Terminal Module
101
TM54F Terminal Module
102
TM15 and TM17 High Feature Terminal Modules
103
CUA31/CUA32 Control Unit Adapter
104
DMC20/DME20 DRIVE-Cliq Hub
105
Standards and Approvals
107
General Rules
107
Device-Specific Information
109
ESD Guidelines
111
ESD Definition
111
Electrostatic Charging of Individuals
111
Basic Measures for Protection against Discharge of Static Electricity
112
Index
113
Siemens SIMOTION Planning Manual (66 pages)
Brand:
Siemens
| Category:
Control Unit
| Size: 1.03 MB
Table of Contents
Table of Contents
9
1 Introduction
11
2 EMC Basic Rules
13
3 Interference Spreading
15
Interference Sources
16
Interference Sinks
16
Coupling Paths
17
Equipotential Bonding
18
4 Equipotential Bonding
19
Equipotential Bonding in Built-In Cabinets
20
Equipotential Bonding of External Components
22
Examples of Equipotential Bonding
25
5 Control Cabinet Structure
29
Design and Assembly of the Cabinet
29
Earthing of Control Cabinet Components
29
Breakdowns in the Control Cabinet Wall
29
Assembly of the Components in the Control Cabinet
31
Wiring, Shielding and Earthing
33
Wiring and Shielding
33
6 Wiring and Shielding
35
Cable Running
35
Shielding
37
Introduction
37
Filtration
37
Basic Rules for the Shield Connection of Simple Shielded Lines
38
Shielding Measures with Power Lines
40
Further Conduction of the Line Shield at the Interruption Point
41
Example of Shield Connections
42
7 Filtration
45
Interference Suppression of Inductors
45
Filter
46
8 Troubleshooting and Fault Elimination
49
Troubleshooting
49
Fault Clearance
49
9 Electrostatically Sensitive Assemblies (ESA)
51
What Does ESD Mean
51
Electrostatic Charging of Objects and People
52
Packing and Dispatch of Electrostatically Sensitive Assemblies
52
Basic Protective Measures against Static Electricity Discharges
53
10 EMC Law and CE Mark
55
Notes on the EMC Rule
55
Notes for Machine Manufacturers
56
CE Mark/Eu Declaration of Conformity
56
11 Health Protection
59
I Index
61
Siemens SIMOTION Function Manual (48 pages)
Extension to the command interface for AS-Interface master modules
Brand:
Siemens
| Category:
Control Unit
| Size: 0.82 MB
Table of Contents
Description
3
Introduction
3
Table of Contents
5
1 Fundamental Safety Instructions
7
General Safety Instructions
7
Industrial Security
7
2 Description
9
General
9
Product Description
9
3 Program
15
Operating the Command Interface of the IE/AS-Interface Link PN IO AS-Interface Master
15
Operating the Command Interface of the AS-Interface Master CP 343-2 P, DP/AS-Interface Link 20E/Link Advanced
17
Integrating the _Asi_Cmdinterface Function Block and the Application Examples in the User Project
17
Addressing the AS-Interface Master (CP 343-2 P, DP/AS-Interface Link 20E/Link Advanced)
18
4 Parameter Assignment
21
Asi_Cmdinterface Function Block
21
Call Example for the FB _Asi_Cmdinterface
24
5 Configuring
27
Setup and Connection
27
Adding the AS-Interface Master Modules to the SIMOTION Project
30
6 Example of an Application
33
General Information on the Application Example
33
Execution of the Example Project Programs
36
Example Program for Serving the Command Interface
36
Example Program for Reading and Writing Analog Values
36
Example Program for Reading and Writing Digital Values
37
7 Error Messages / Diagnosis
39
Error and Status Messages of the FB _Asi_Cmdinterface
39
Diagnosis
40
Appendix
45
SIMOTION and SIMATIC Names
45
List of Abbreviations
45
A.1 SIMOTION and SIMATIC Names
45
Index
47
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Siemens Categories
Industrial Equipment
Controller
Control Unit
Oven
Washer
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