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General| Brand | VIPA |
|---|---|
| Model | CPU 216DPM |
| Category | Control Unit |
| Language | English |
Details on handling electrostatically sensitive modules and precautions for measurements.
Details on security mechanisms, watchdog, and system properties of VIPA CPUs.
General description of the CPU 21x family, its features, and available products.
Requirements and compatibility information for project engineering with Siemens SIMATIC Manager.
Describes essential CPU components: LEDs, function selector, MMC slot, and power supply.
Provides step-by-step instructions for assembling the CPU 21x and other modules.
Describes the CPU's behavior after power-on, OVERALL_RESET, and with valid/empty data.
Details the process engineering steps using Siemens SIMATIC Manager and GSD files.
Covers IP address structure, Net-ID, Host-ID, subnet masks, and address assignment at start-up.
Explains how to perform hardware configuration using Siemens tools and GSD files.
Details how to configure connections using NetPro, including connection partners and properties.
Explains the use of AG_SEND and AG_RECV blocks for communication within the PLC program.
Provides a checklist for error search and explains the Siemens NCM S7 diagnostic tool.
Details Ethernet MAC addresses, IP address structure, and broadcast addresses.
Outlines the procedure for TCP/IP project engineering: CP-configuration, hardware configuration, and PLC programming.
Explains CP configuration using WinNCS, including initial CP setup and connection blocks.
Describes the PLC programming requirements for connection requests using handling blocks.
Details project engineering steps for a Profibus-DP master using Siemens hardware manager.
Outlines two methods for project transfer: via MPI and via MMC reading device.
Provides a checklist for commissioning and describes the start-up behavior and overall reset.
Details the configuration of the CPU 21xDP as an intelligent Profibus-DP slave.
Describes diagnostic functions of Profibus-DP for error detection and localization.
Covers commissioning steps: installation, configuration, voltage supply, and project transfer.
Details project engineering steps using WinCoCT for CANopen networks and Siemens hardware configurator.
Describes diagnostic reactions of the CAN master and address ranges in the CPU.
Outlines the hardware configuration approach for System 200V modules and CPU 21xCAN.
Explains parameterization using SFC 216 (SER_CFG) and the structure of data blocks for protocols.
Provides naming conventions, range definitions, and descriptions of Modbus function codes.
Describes parameter transfer to the communication processor using SFC 230 and parameter DB structure.
Describes the SER_CFG function for RS232C parameterization, including protocols and data blocks.
Details the SER_SND block for sending data from the CPU via the RS232C interface.
Explains the SER_RCV block for receiving data from a CP via the RS232C interface.
Details the SEND block for initializing a send order to a CP, including parameters and conditions.
Explains the RECEIVE block for receiving data from a CP, including its operation and conditions.
Explains the SEND_ALL block for transmitting data from CPU to CP using declared block size.
Describes the RECEIVE_ALL block for transmitting received data from CP to CPU using declared block size.
Provides an alphabetical list of available commands for the CPU 11x, 21x, 31x, and 51x.
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