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General| Brand | Moeller |
|---|---|
| Model | XC-CPU101-C128K-8DI-6DO |
| Category | Controller |
| Language | English |
Describes the CPU module's dual functional units: processor and 24V PSU.
Details the power supply unit's function and voltage provision for the CPU and I/Os.
Overview of the XC-CPU101 CPU, its processor, memory, and interfaces.
Describes the MMC's role for project backup, recipe data, and system OS transfer.
Details the ISO-11898 interface for CANopen bus connection, assignments, and bus termination.
Covers strategies for minimizing electromagnetic interference through cable routing and component placement.
Differentiates cable types and provides guidelines for separating power and signal cables to avoid coupling.
Provides a wiring example for the power supply section, including filters and connections.
Illustrates the wiring for a separate voltage supply for digital inputs and outputs.
Describes the CPU's self-test, OS loading, and communication setup after power-on.
Explains how the CPU handles program interruption and output switching upon power loss or mode change.
Details how the controller's start behavior depends on the selector switch and parameter settings.
Defines a cold start as an initial start or after a cold reset, initializing all variables.
Explains a warm start occurs after warm resets, retaining RETAIN variables.
Lists the PLC's features for testing and commissioning, including breakpoint and online modification.
Describes setting breakpoints to halt program execution and execute instructions step-by-step.
Explains performing one program cycle in real-time with outputs enabled temporarily.
Explains the different levels for resetting the application program: warm, cold, and full reset.
Guides on generating a boot project and saving it to the MMC for automatic startup.
Explains how to replace the PLC's operating system with a newer version from the internet or MMC.
Details the procedure to transfer the OS directly from a PC to the PLC, which deletes existing data.
Describes transferring the OS from PC to MMC, deleting OS and boot project on MMC.
Explains transferring the OS from MMC to PLC after it has been updated on the MMC.
Monitors the application program's cyclic task using a hardware timer to prevent time-outs.
Enables direct access to local/central I/O signals without using the I/O image.
Explains how to program and parameterize up to seven interrupt events activated by physical inputs or timers.
Step-by-step guide on creating and integrating interrupt functions for specific I/O triggers.
Covers default addressing settings, automatic assignment, and conflict detection for I/O and markers.
Outlines how to use diagnostic function blocks to inspect XI/OC modules and DP modules.
Explains communication via RS232 serial interface, using COM1 or COM2 ports for connection.
Guides on using XSoft to define communication parameters for establishing PC-PLC connection.
Details how to configure the XC100 controller, including its local I/Os and adding signal modules.
Explains how to create the program logic, declare variables, and compile the project in XSoft.
Explains transparent mode for data exchange with terminals and its provision by the XC100 library.
Opens the RS232 interface for transparent mode, returning a handle for successful opening.
Reads data received via the RS232 interface in transparent mode from a specified buffer address.
Allows output of data via the RS232 interface by writing to a specified buffer address.
Lists detailed technical specifications for the XC-CPU101, covering general, electrical, and EMC parameters.
Covers general technical specifications like standards, temperature, storage, and enclosure protection.
Details CPU specifications including microprocessor, memory types, and interfaces.
Details CANopen interface specifications including transmission rate, isolation, and device profiles.
Details the power supply specifications for the XT-FIL-1 filter, including input voltage and output current.
