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Explains danger categories (Warning, Caution, Note) and pictograms for device handling.
Defines terms and abbreviations used in the document for bus nodes and fieldbus protocols.
Provides essential safety and preparatory steps before installing the bus node.
Details the procedure for physically mounting the bus node on equipment or connection boxes.
Explains how to connect the operating and load voltage supplies according to safety standards.
Covers removal of the cover and setting the bus node's operating and diagnostic modes via DIL switches.
Describes how to connect the bus node to the fieldbus, including cable types and specifications.
Introduces the PROFIBUS-DP protocol and its role in automation systems with CTEU-.. products.
Details how to address the bus node and configure connected I-Port devices for system setup.
Explains the process of integrating the bus node with a higher-level controller using GSD and symbol files.
Guides on configuring the bus node and connected devices using process data, including examples.
Covers the I&M function for device identification and maintenance, including data structures and loading procedures.
Explains how to set bus node characteristics via parameterisation, including types and methods.
Describes bus node communication statuses (waitParam, waitConfig, DataEx) and status transitions.
Defines how the bus node and connected equipment behave during communication malfunctions.
Provides instructions for safely switching on and verifying the bus node's operating status via LEDs.
Outlines available diagnostics methods: LED display and PROFIBUS-DP diagnostics.
Explains how to interpret status LEDs (PS, X1/X2, BF) for normal operation and error conditions.
Details diagnostic possibilities using the PROFIBUS-DP standard, including module/channel-related data.
Explains how controllers and DP masters can be used for diagnostics, including behavior in error cases.
Guides on using STEP 7 software for online diagnostics, reading diagnostic buffers, and checking device-specific data.
Provides a systematic checklist for reviewing installation and commissioning steps to identify and resolve errors.
Lists environmental conditions, protection classes, EMC, vibration, shock, dimensions, and weight.
Explains how to access bus node parameters and data using DPV1 commands and function blocks.
Details DP master operations like sending parameterisation data, checking configuration, and transferring I/O data.
An alphabetical listing of keywords and their corresponding page numbers for quick reference.
Explains danger categories (Warning, Caution, Note) and pictograms for device handling.
Defines terms and abbreviations used in the document for bus nodes and fieldbus protocols.
Provides essential safety and preparatory steps before installing the bus node.
Details the procedure for physically mounting the bus node on equipment or connection boxes.
Explains how to connect the operating and load voltage supplies according to safety standards.
Covers removal of the cover and setting the bus node's operating and diagnostic modes via DIL switches.
Describes how to connect the bus node to the fieldbus, including cable types and specifications.
Introduces the PROFIBUS-DP protocol and its role in automation systems with CTEU-.. products.
Details how to address the bus node and configure connected I-Port devices for system setup.
Explains the process of integrating the bus node with a higher-level controller using GSD and symbol files.
Guides on configuring the bus node and connected devices using process data, including examples.
Covers the I&M function for device identification and maintenance, including data structures and loading procedures.
Explains how to set bus node characteristics via parameterisation, including types and methods.
Describes bus node communication statuses (waitParam, waitConfig, DataEx) and status transitions.
Defines how the bus node and connected equipment behave during communication malfunctions.
Provides instructions for safely switching on and verifying the bus node's operating status via LEDs.
Outlines available diagnostics methods: LED display and PROFIBUS-DP diagnostics.
Explains how to interpret status LEDs (PS, X1/X2, BF) for normal operation and error conditions.
Details diagnostic possibilities using the PROFIBUS-DP standard, including module/channel-related data.
Explains how controllers and DP masters can be used for diagnostics, including behavior in error cases.
Guides on using STEP 7 software for online diagnostics, reading diagnostic buffers, and checking device-specific data.
Provides a systematic checklist for reviewing installation and commissioning steps to identify and resolve errors.
Lists environmental conditions, protection classes, EMC, vibration, shock, dimensions, and weight.
Explains how to access bus node parameters and data using DPV1 commands and function blocks.
Details DP master operations like sending parameterisation data, checking configuration, and transferring I/O data.
An alphabetical listing of keywords and their corresponding page numbers for quick reference.
General| Nominal operating voltage DC | 24 V DC |
|---|---|
| Operating voltage | 24 V DC |
| Protection class | IP65 |
| Series | CTEU |
| Housing Material | Polyamide |
| Contact Material | Gold-plated brass |
| IP Rating | IP65 |
| Ambient temperature | -5 ... 50 °C |
| Operating Temperature | -5 ... 50 °C |
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