List of Figures
| Example of a help topic viewed in a large and small browser window. Note the fly-out menu on the small window. |
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| Example of auto-completion being used to find a function |
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| Synchronized Feeder |
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| Spring Winding |
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| Synchronizer |
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| Form Fill Seal |
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| Carton Erector |
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| Example of Automation System |
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| Logical Architecture Hierarchy |
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| Architectural view of KAS components. |
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| Hardware to Display the Human-Machine Interface |
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| High, medium and low voltage AKD PDMMs and the PCMM. |
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| AKD PDMM and PCMM card |
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| Graphs comparing the performance of 800 MHz single-core, 1.2 GHz single-core, and 1.2 GHz dual-core controllers. |
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| I/O Modules |
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| Standard I/O Couplers and Slices |
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| KAS IDEMain Window |
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| Project Explorer with Controller type and IP address. |
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| Configure the Device |
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| Libraries Toolbox |
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| Dictionary Toolbox |
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| Dictionary Contextual Menu |
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| Configure the Variable |
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| Log Messages |
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| Configuration of the Local and Controller log messages |
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| Filtering the Messages |
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| Filtering the Messages - Example |
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| Find and Replace |
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| Find and Replace from an Editor |
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| Example of a breakpoint (Main: GT2) set in an SFC program. |
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| Compiler Output |
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| Watch Window |
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| Watch Window - Accessing Arrays |
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| Watch Window - Selecting PLC Variable |
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| Watch Window - Creating Expression |
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| Watch Window - Displaying Expression |
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| Forcing a variable |
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| AKD Toolbar |
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| AKD Status Bar |
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| Status Bar Labels |
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| About Window |
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| Log Messages |
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| Select an Application Template |
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| Configure the Controller Properties |
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| PipeNetwork - Open Editor |
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| PipeNetwork - Add Pipeblock |
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| PipeNetwork - Create a Link |
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| PipeNetwork - Edit a Link |
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| PipeNetwork - Delete a Link |
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| PipeNetwork - Move a Link |
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| Pipe Network - Pipe Block Properties |
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| Pipe Network - Mapping Axis to Drive |
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| Pipe Network comments: editing, and deselected. |
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| Setting Axis Units |
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| Setting the Units - Example |
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| Display Source Code of the Pipe Network |
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| Motion State Machine |
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| PLCopen Axis Context Menu |
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| PLCopen Axis Data Dialog |
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| PLCopen Axis Parameters |
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| PLCopen Axis - Bus Parameters |
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| Servo/Stepper Axis - Axis Data |
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| Servo Axis - Axis Limits |
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| Motion State Machine |
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| Overview of AxesGroup |
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| Select an AKI to add. |
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| Variable Mapping to KVB. |
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| Open the Kollmorgen Visualization Builder Builder |
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| AKD Configuration |
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| AKD Setup Wizard |
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| Add I/O Slice |
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| Devices in the EtherCAT list and the General Properties tab of a Device's Module. |
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| Set the Pins Number of the Block |
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| Create a Custom Library - Select the Library Template |
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| Use a Custom Library - Select the Library |
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| Use a Custom Library - Display the Library |
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| Use a Custom Library - Add a Variable |
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| Use a Custom Library - Select the Type |
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| Cam - New Profile |
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| Cam - Define Profile Filename |
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| Cam - Normalized Profile |
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| Cam - Output Profile |
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| Cam Profile Transformation - Step 1 |
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| Cam Profile Transformation - Step 2 |
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| Cam Profile Transformation - Step 3 |
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| Cam Profile Transformation - Step 4 |
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| Cam - Associate Profile to a Pipeblock |
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| Set the Period of Execution |
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| Edit the Cycle |
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| Define the Cycle |
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| Change Priorities by Defining the Cycle |
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| Example of a variable not being exported and the resulting compile error. |
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| Compiler Output |
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| Error Location when Compiling |
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| The Device Toolbar |
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| Device Tooltip displays Version |
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| Start Device with the KAS Runtime |
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| PLC Options - Debug Compiling Mode |
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| Setting Breakpoints |
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| Printf Function |
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| Customizing Output for Printf Function |
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| Plugging a Motion Variable |
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| Plugging a Motion Variable - Parameters |
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| Example of Plugging a Pipe Block |
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| Plugging a PLC Variable |
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| Plugging a PLC Variable - Parameters |
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| Traces Displayed with Soft Oscilloscope |
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| Listing the Differences |
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| Variable DictionarySee Also |
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| Forcing a Variable |
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| Animation in Editors |
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| Print Project |
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| Inserting a Reference |
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| Defining the Reference |
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| Autocompletion |
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| Tooltip on Variable |
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| Autocompletion |
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| Tooltip on Variable |
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| SFC Step Action Blocks |
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| Execution Order on FBD |
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| FBD Comments - Inserting Graphic |
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| Add Variable in FBD Editor |
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| Define Variable Name in FBD Editor |
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| Define Variable Type in FBD Editor |
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| Add a Variable in the FFLD Editor |
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| Define a Variable Name in the FFLD Editor |
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| Define a Variable Type in the FFLD Editor |
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| Declare an Array for an Internal Variable |
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| Add a Complex Structure |
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| Rename Complex Structure |
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| Add Variable to a Complex Structure |
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| Create an Instance of the Structure |
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| Edit the Name in the Variable Editor |
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| Define Type and Scope of the Variable |
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| Editing variables as text |
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| Errors caused by editing variables. |
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| Parameters and Private Variables |
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| Create an Instance of UDFB in a Program |
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| Global Defines |
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| Edit the Global Definitions |
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| Wizard to Create PLC Variable - Parameters |
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| Wizard to Create PLC Variable - Mapped Channels |
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| Wizard to Create PLC Variable - Variables in the Dictionary |
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| EtherCAT Devices Summary Form |
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| EtherCAT Network - Physical View |
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| EtherCAT Network - Logical View. K-Bus on left, E-Bus on right |
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| EtherCAT Master Settings |
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| ENI File tab |
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| The ESI Files tab |
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| Do not overwrite these files. |
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| Opening — Upon opening a KAS project, the project's ESI files are compared to the internal library. If there are conflicts, you are prompted to resolve them. |
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| Adding/Deleting — Adding or deleting an ESI file from the KAS IDE affects KAS's internal library of ESI files. |
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| Saving — When a KAS project is saved, a copy of the ESI file(s) is included in the project file. |
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| The PDO Selection/Mapping tab including FSoE objects in yellow. |
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| The PDO Editor tab |
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| Examples of live checking for valid entries. |
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| Example of a device with oversampling. |
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| Example of a Parallel Sequence in SFC |
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| Regulation with Remote Drive |
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| Multi-Axis Driven by a Virtual Master |
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| Hardware Organization of Motion Functions |
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| Third-order motion profile |
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| Mechanical System |
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| Pipe Network Structure |
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| Typical Pipe Structure |
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| Axis Pipe Block Positions |
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| Motion State Machine |
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| TMP Parameters: INITIAL_POSITION and TRAVEL_SPEED |
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| TMP Parameters: ACCELERATION and DECELERATION |
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| TMP Parameters: MODE "No Modulo" |
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| TMP Parameters: MODE Modulo and MODULO_POSITION |
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| PMP Generator forward & backward motion profile |
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| PMP Parameters: FIRST_TRAVEL_SPEED, LAST_TRAVEL_SPEED and ACCELERATION |
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| PMP Parameters: INITIAL_POSITION, "No Modulo" and MODULO_POSITION |
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| PMP Motion Profiles for a Relative Move |
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| PMP Motion Profiles for a Forward-Backward Motion |
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| Sampler |
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| Sampler Period |
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| Sampler Mode Position |
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| Sampler Mode Speed |
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| Sampler Pipe Block Used to Track an External Master |
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| Derivator - "No Modulo" Mode |
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| Derivator - Modulo Mode |
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| Integrator - "No Modulo" Mode |
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| Integrator - Modulo Mode |
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| Synchronizer Pipe Block to Start, Stop and Re-synchronize a Slave Axis |
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| Comparator Used to Control a Valve on a Filler Mechanism |
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| Trigger Extrapolates Output Value Based on Fast Input Timestamp |
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| Cam Parameters |
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| Cam Blocks Control Operation of a Three Axis Filling Mechanism |
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| Convertor - Position Mode "No Modulo" |
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| Convertor - Position Mode (Modulo) |
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| Convertor - Speed Mode |
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| Define Value with Expressions |
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| Mode Modulo |
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| Mode "No Modulo" |
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| Axis Parameters: INITIAL_POSITION and TRAVEL_SPEED |
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| Axis Parameters: ACCELERATION and DECELERATION |
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| Axis Parameters: MODE "No Modulo" |
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| Axis Parameters: MODE Modulo and MODULO_POSITION |
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| Small Jerk Acceleration |
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| Large Jerk Acceleration |
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| Trapezoidal Acceleration |
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| Graphic of how PLCopen axis position data is calculated. |
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| How Actual Position is calculated. |
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| Motion State Machine (PLCopen) |
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| Versatile Network Architecture |
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| Process Data is Inserted in Telegrams |
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| Flexible Topology: Line, Tree or Star |
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| Synchronicity and Simultaneousness |
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| Safety over EtherCAT Software Architecture |
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| Fieldbus Gateway |
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| Several Device Profiles and Protocols can coexist |
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| Master-Implementation with one Process Image |
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| Structure of EtherCAT Master Implementation |
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| EtherCAT Network Architecture1Image courtesy of EtherCAT.org, http://www.ethercat.org/pdf/english/etg2200_v2i0i1_slaveimplementationguide.pdf |
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| Slave Hardware: FPGA with Host CPU |
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| Slave Hardware: FPGA with direct I/O |
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| EtherCAT State Machine |
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| CANopen Status Machine |
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| AKD Configuration According to EtherCAT State |
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| Priority Between Motion and PLC |
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| Application Overrunning the Basic Cycle |
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| Firewall alert dialog. |
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| KAS Runtime Log Window |
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| Axes Tab |
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| Set Axis in Error Mode |
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| Deselect an Axis |
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| KAS Simulator Main Window |
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| Options for KAS Simulator |
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| The Webserver Tabs as seen on an AKD PDMM webserver. |
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| Example of log files displayed from a AKD PDMM or PCMM webserver. |
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| Example of a log file's content, displayed in a browser. |
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| Example of a AKD PDMM or PCMM with a manually defined IP address |
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| File System tab on an AKD PDMM or PCMM web server, and when using Simulator. |
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| PipeNetwork Structure |
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| Pipe Network - Create a Link |
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| Pipe Block - Relation Type for Output-Input |
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| A cam profile |
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| Cam Profile Editor Main Window |
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| Cam Table |
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| Modifying an Element Type |
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| Cam Table Contextual Menu |
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| Add New Point |
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| Cam Table Contextual Menu |
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| Cam Profile Graph |
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| Cam Profile Graph - Slope Line |
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| Cam Profile Graph - Contextual Menu |
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| Curve Selection Table |
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| Standard Color Selection |
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| Curves Graph |
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| Example of using the Oscilloscope |
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| Accessing the Scope |
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| Oscilloscope Control Panel |
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| Scope Control Panel - Channels |
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| Scope Control Panel - Time-base |
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| Scope Control Panel - Time Position |
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| Cycle Time Calculation |
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| Motion, PLC and Real Time Margin Time Calculations |
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| Multiple Core Controller, PLC and Real Time Margin Time Calculations. |
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| Example of the traces generated in the Oscilloscope. |
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| Using the Variable Selector to choose a variable to be mapped in the Oscilloscope |
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| Plugging a Probe from the Dictionary |
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| Associating a PipeNetwork (left) and PLCopen (right) variable to a Channel |
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| Plugging a Probe from the Pipe Network |
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| Control Panel Control Library |
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| Control Panel Control Properties |
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| Control Panel - Selection of Controls |
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| Map variables to a Control Panel control |
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| Map Variables to a Control Panel Control in the Graphical Editor |
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| Control Panel |
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| Display of KAS Simulator |
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| Examples of CS types on a machine and part. |
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| n-Degree Transition |
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| 180-Degree Transition: New move is in the opposite direction as old move. The sudden change in the direction of motion may result in large jerks to the axes |
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| 0-Degree Transition: New move continues in same direction as old move — continuous behavior |
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| 0-Distance Transition: Motion passes the first move's endpoint . There is no transition arc. A sudden change in the direction of motion may result in large jerks to the axes. |
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| n-Degree Transition |
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| Tangent Transition: Line is tangent to the arc |
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| Intersection Transition: The line intersects the arc a "corner distance" away from the beginning of the new move. |
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| 0-Distance Transition: Special behavior for 0-distance transitions. |
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| Examples of Arc-to-Arc Transitions |
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| Oscilloscope Representation of linear coordinated move with a MC_GrpHalt command called twice |
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| Oscilloscope Representation of linear coordinated move with a MC_GrpStop |
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| Online Change - Process Diagram |
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| Online Change - States and Transitions |
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| PLC Options - Online Change Enable |
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| Online Change - Updating Controller Version |
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| Online Change - Dictionary |
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| One-click Recovery - Process Diagram |
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| Pulse Limitations with Falling Edge |
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| Pulse Limitations with Rising Edge |
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| Registration |
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| Example of using a Pipe Network Trigger block for position capture. |
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| Configuration of the Trigger block |
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| PLC Timestamp Related to Fast Input Event |
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| Example of setting byte sizes in a third-party Network Configurator. |
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| Example of setting byte sizes in the KAS IDE Fieldbus Editor |
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| Example of configuring sub-modules. |
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| Software Structure Overview |
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| Main Module Description |
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| Axis Module Description |
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| State Machine |
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| PN Template with FFLD - Main |
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| PN Template with ST - Main |
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| PN Template - Main |
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| PN Template - MachineLogic |
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| PN Template - Motion |
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| PN Template - Control Panel |
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| PN Template with ST - Main |
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| PN Template - Motion |
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| PN Template - Control Panel |
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| PN Template with FFLD - Main |
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| PN Template - Motion |
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| PN Template - Control Panel |
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| PLCopen Template with FFLD - Main |
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| PLCopen Template with ST - Main |
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| PLCopen - Template Main |
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| PLCopen Template - Step 5 of the Main |
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| PLCopen Template - Motion |
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| PLCopen Template - Control Panel |
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| PLCopen Template - Fault Report Panel |
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| PLCopen Template with ST - Main |
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| PLCopen Template - Motion |
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| PLCopen Template - Control Panel |
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| PLCopen Template - Fault Report Panel |
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| PLCopen Template with FFLD - Main |
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| PLCopen Template - Motion |
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| PLCopen Template - Control Panel |
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| PLCopen Template - Fault Report Panel |
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| SFC step action blocks |
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| SFC Time Diagram - Timer vs Step Activation |
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| List of Pipe Blocks |
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| MLPipeAct |
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| MLPipeAddBlock |
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| MLPipeDeact |
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| MLBlkReadModPos |
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| MLBlkReadModPos |
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| MLAddInit |
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| MLAddReadOff1 |
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| MLAddReadOff2 |
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| MLAddReadRatio1 |
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| MLAddReadRatio2 |
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| MLAddWriteInput |
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| MLAddWriteOff1 |
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| MLAddWriteOff2 |
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| MLAddWriteRat1 |
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| MLAddWriteRat2\ |
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| Initial speed is smaller than the new speed |
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| Initial speed is bigger than the new speed |
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| The speed update is taken into account only if the second MLAxisAbs is triggered during acceleration or constant velocity |
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| ML_AxisDriveNumber |
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| Axis Functions Usage |
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| MLPrfReadIOffset |
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| MLPrfReadIScale |
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| MLPrfReadOOffset |
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| MLPrfReadOScale |
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| MLPrfWriteIOffset |
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| MLPrfWriteIScale |
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| MLPrfWriteOOffset |
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| MLPrfWriteOScale |
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| MLCompCheck |
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| MLCompWriteRef |
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| Comparator Functions Usage |
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| MLCNVConnect |
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| MLDerInit |
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| MLDerReadInModPos |
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| MLDerWriteInModPos |
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| Gear Functions Usage |
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| MLIntInit |
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| Master Functions Usage |
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| Initial speed is smaller than the new speed |
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| Initial speed is bigger than the new speed |
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| The speed update is taken into account only if the second MLAxisAbs is triggered during acceleration or constant velocity |
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| TMP Initialization |
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| Phaser Functions Usage |
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| PMP Generator Forward & Backward Motion Profile |
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| MLSmpConECAT function |
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| MLSmpConPLCAxis function |
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| MLSmpConPNAxis function |
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| Synchronizer Functions Usage |
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| Get Output Phasing after MLSyncStart |
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| Get Output Phasing after MLSyncStop |
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| MLSyncStart |
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| MLSyncStop |
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| Set output phasing after MLSyncStart |
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| Set output phasing after MLSyncStop |
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| Trigger Functions Usage |
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| MLTrigIsTrigged |
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| MLTrigReadPos |
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| MLTrigReadTime |
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| MC_ClearFaults |
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| MC_CreatePLCAxis |
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| MC_EStop |
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| MC_InitAxis |
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| MC_InitAxisFeedback |
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| MC_Power |
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| MC_ErrorDescription Function Block |
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| MC_ResetError |
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| MC_Stop |
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| MC_TouchProbe |
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| MC_ReadActPos |
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| MC_ReadActVel |
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| MC_ReadAxisErr |
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| MC_ReadBoolPar |
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| MC_ReadParam |
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| MC_ReadStatus |
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| The MC_WriteParam function block |
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| MC_Halt |
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| MC_MoveAbsolute |
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| MC_MoveAdditive |
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| MC_MoveRelative |
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| MC_MoveSuperimp |
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| MC_MoveVelocity |
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| MC_MoveContVel |
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| MC_SetOverride |
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| MC_CamIn |
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| MC_CamIn examples |
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| MC_CamOut |
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| MC_CamStartPos |
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| MC_CamStartPos |
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| MC_GearIn |
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| MC_GearInPos |
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| MC_GearOut |
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| MC_Phasing |
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| MC_SyncSlaves |
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| MC_Reference |
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| MC_SetPos |
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| Motion State Machine |
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| MC_AddAxisToGrp |
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| MC_CreateAxesGrp |
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| MC_GrpDisable |
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| MC_GrpEnable |
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| MC_GrpReadBoolPar |
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| MC_GrpReadParam |
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| MC_GrpReset |
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| MC_GrpWriteBoolPar |
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| MC_GrpWriteParam |
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| MC_InitAxesGrp |
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| MC_RemAxisFromGrp |
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| MC_SetKinTra |
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| MC_UngroupAllAxes |
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| MC_GrpReadActAcc |
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| MC_GrpReadActPos |
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| MC_GrpReadActVel |
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| MC_GrpReadCmdPos |
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| MC_GrpReadCmdVel |
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| MC_GrpReadError |
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| MC_GrpReadStatus |
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| MC_AxisSetDefaults |
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| MC_GrpSetOverride |
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| MC_MoveCircAbs |
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| MC_MoveCircRel |
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| MC_MoveDirAbs |
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| MC_MoveDirRel |
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| MC_MoveLinAbs |
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| MC_MoveLinRel |
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| MC_GrpSetPos |
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| DriveParamRead |
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| DriveParamStrRead |
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| DriveParamWrite |
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| ECATDevReadParam |
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| ECATReadSdo |
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| ECATReadSdo State Diagram |
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| ECATWriteSdo |
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| ECATWriteSdo State Diagram |
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| ECATCommErrors function block |
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| ECATDeviceStatus function block |
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| ECATMasterStatus function block |
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| ECATWCStatus function |
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| FSoEParamsInit Function Block |
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| GetCtrlPerf |
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| The FileCopy Function Block |
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| The FileCopy Function Block |
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| The FileDelete Function Block |
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| The FileCopy Function Block |
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| The FileExists Function Block |
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| The FileOpenA function block |
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| The FileOpenR function block |
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| The FileOpenW function block |
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| The FileReadBinData Function Block |
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| The FileReadLine Function Block |
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| The FileRename Function Block |
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| The FileCopy Function Block |
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| The FileSize Function Block |
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| The FileWriteLine Function Block |
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| The FileWriteLine Function Block |
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| The TcpAccept function block |
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| The TcpBinReceive function block |
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| The TcpBinSendf function block |
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| The TcpClose function block |
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| The TcpConnect function block |
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| The TcpIsConnected function block |
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| The TcpIsValid function block |
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| The TcpListen function block |
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| The TcpSend function block |
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| CBS First Order Digital Filter |
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| Pulse Width Duty Cycle |
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| Scale Input |
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| Scale Output |
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| FB_ElapseTime |
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| MFB_ElapseTime – Time Diagram |
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| PipeNetwork_FFLD |
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| ProfilesCode_FFLD |
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| The TemperaturePID user-defined function block |
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| MCFB_DriveFault |
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| MLFB_ECATRestart |
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| Mode to find the zero angle reference of the motor. |
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| MLFB HomeFindHomeFastInput |
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| MLFB HomeFindHomeFastInputModulo |
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| MLFB HomeFindLimitFastInput |
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| MLFB HomeFindLimitFastInputModulo |
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| Kollmorgen UDFB Jog for PipeNetwork |
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| MCFB_AKDFault |
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| MCFB_AKDFaultLookup |
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| MCFB_DriveFault |
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| MCFB_ECATRestart |
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| MCFB StepAbsolute |
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| MCFB StepAbsSwitch |
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| MCFB StepBlock |
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| MCFB StepLimitSwitch |
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| MCFB StepRefPulse |
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| MCFB StepAbsSwitchFastInput |
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| MCFB StepLimitSwitchFastInput |
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| Jog for PLCopen |
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| MCFB_GearedWebTension Function Block I/O |
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| AKDFltRpt |
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| S700FltRpt |
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| Form Fill and Seal Machine Overview |
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| Filling Screw Base Profile |
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| Sealing Jaw Base Profile |
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| Flying Shear Base Profile |
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| Form Fill and Seal Machine Overview |
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| Filling Screw Base Profile |
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| Sealing Jaw Base Profile |
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| Flying Shear Base Profile |
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| Unwind Base Profile |
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| Cutting Knife Base Profile |
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| Unwind Base Profile |
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| Cutting Knife Base Profile |
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| Knife CAM profile |
|
| Rotary Knife Pipenetwork |
|
| Knife Cam profile |
|
| Feeder CAM Profile base shape |
|
| Mapping of standard components |
|
| Standard Components in Project tee |
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| EtherCAT structure in the dictionary |
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| EtherCAT function blocks in the library. |
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| Standard Components in the Project View. |
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| Standard Components in the EtherCAT view. |
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| Start view of the EtherCAT Configurator |
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| General view with the EtherCAT nodes |
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| PDO Assignment |
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| Task view |
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| Variable view |
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| Device EtherCAT view |
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| KAS IDE EtherCAT ENI File view |
|
| EtherCAT address setting for AKD drives |
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| XML image showing Output Index number for Axis1 and Axis2 |
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| XML image showing Input Index number for Axis1 and Axis2 |
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| Example of data index offset and size for non-standard I/O item |
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| Direct EtherCAT function blocks in KAS IDE library |
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| Writing to a non-standard I/O device |
|
| Complete XML file mapping – part 1 |
|
| Complete XML file mapping – part 2 |
|
| Full scale value, measuring span |
|
| Simplified representation of the mass moments of inertia |
|
| Control structure of a standard stepper motor drive |
|
| Behavior of the rotor under load |
|
| Stepper slice objects in the KAS IDE |
|
| Installation position and minimum distances |
|
| Typical reaction time |
|
| Worst-case reaction time |
|
| Components AKT2G-AC-FAN-001 |
|
| Engaging the holder for the fan cartridge |
|
| Push latching tab into groove |
|
| Pull the fan cartridge off towards the front |
|
| Remove the holder using a screwdriver |
|
| AKT2G-AC-FAN-001 LED |
|
| Display of the measurement and calculation of the resistance/temperature |
|
| 3-wire connection technology |
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| Examples for temperature-dependent resistance values |
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| Principle of the thermocouple |
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| Calculation of process data |
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| External cold junction |
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| Internal connection diagram 0/4...20 mA inputs |
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| Internal connection diagram for 0/4..20 mA inputs of a AKT2G-AN-430 |
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| Example: AKT2G-ECT-000 EtherCAT coupler with 3 ports |
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| Internal and external port assignment for Bus Coupler AKT2G-ECT-000 |
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| Potential diagram ECT-000 |
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| GND concept ECT-000 |
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| Diagnostic LEDs EK1100, EK1100-0008 |
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| Quadrature decoder |
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| Frequency measurement principle - frequency mode A |
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| Frequency measurement principle - frequency mode B |
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| Counter connection principle |
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| Principle of frequency measurement |
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| AKT2G-ENC-190-000 |
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| Level interface |
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| AKT2G-ENC-190-000 |
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| Frequency measurement principle in normal operation mode |
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| Frequency measurement principle in enhanced operation mode |
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| AKT2G-SDI-004 – safety terminal with 4 digital fail-safe inputs |
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| Characteristic curve of the inputs |
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| Dimensions of the AKT2G-SDI-004. Click the image for an actual size image. |
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| Block diagram of the AKT2G-SDI-004 |
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| AKT2G-SDI-004 pin assignment |
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| Permitted cable length |
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| Cable routing |
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| Typical course of test pulses of the inputs |
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| Address settings on safety terminals with 65535 possible addresses |
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| Maximum permissible sensor self-test duration of 350 µs |
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| AKT2G-SDO-004-000 safety terminal with 4 digital fail-safe outputs |
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| Dimensions of the AKT2G-SDO-004. Click the image for an actual size image. |
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| Block diagram of the AKT2G-SDO-004 |
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| AKT2G-SDO-004 pin assignment |
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| Permitted cable length |
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| Cable routing |
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| Typical course of test pulses of the outputs. |
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| Address settings on safety terminals with 1023 possible addresses |
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| LEDs and connection of the AKT2G-SM-L15 |
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| Bipolar control (serial) of a bipolar motor |
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| Bipolar control (parallel) of a bipolar motor |
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| Bipolar control of a unipolar motor. Only one half of each winding is controlled. |
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| LEDs and connection of the AKT2G-SM-L50 |
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| Bipolar control (serial) of a bipolar motor |
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| Bipolar control (parallel) of a bipolar motor |
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| Bipolar control with only one half of each winding is controlled |
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| The encoder is supplied from the power contacts via terminal points 3 (+24 V) and 7 (0 V). |
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| Spring contacts of the I/O components. |
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| Attaching on mounting rail |
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| Disassembling of terminal |
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| Power contact on left side |
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| Standard wiring |
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| Connecting a cable on a terminal point |
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| Recommended distances for standard installation position |
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| Other installation positions |
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| Correct positioning |
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| Incorrect positioning |
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| SE and DIFF module as 2-channel version |
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| 2-wire connection |
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| Connection of externally supplied sensors |
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| 2-, 3- and 4-wire connection at single-ended and differential inputs |
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| Common-mode voltage (Vcm) |
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| Recommended operating voltage range |
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| Signal processing analog input |
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| Diagram signal delay (step response) |
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| Diagram signal delay (linear) |
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| SFC Step - Timeout Alarm |
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| The file cclog.txt is not writeable. |
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| The file main.c is not writeable. |
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| ETHERCAT Coupler Diagnostic LEDs |
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| Connecting all the Hardware components |
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