To Next Page
A
Ashley MosesAug 1, 2025
What to do if module status error on AUMA Controller?
- MMorgan SuarezAug 2, 2025
If the module status shows an error, verify the I/O controller configuration. Also, check addressing.
What to do if module status error on AUMA Controller?
If the module status shows an error, verify the I/O controller configuration. Also, check addressing.
What to do if module status is idle on AUMA ACE C 01.2 Profinet?
If the module status is idle, check the I/O controller configuration.
What to do if network status Link port 1 or LED (LINK/ACT1) on Profinet board is illuminated in green on AUMA ACE C 01.2 Profinet?
If the Network status Link port 1 or LED (LINK/ACT1) on Profinet board is illuminated in green, it indicates a network connection towards the I/O controller is available, but there is no communication. In this case, verify the module status, and also check the cables and connection.
What to do if module status shows Process Devices waiting for I/O connection to I/O controller on AUMA Controller?
If the process devices are waiting for an I/O connection to the I/O controller, correct the parameter data within the I/O controller.
What does it mean if Channel 1 activity (uplink port) or LED (LINK/ACT1) is blinking on Profinet connection board on AUMA ACE C 01.2 Profinet Controller?
If Channel 1 activity (uplink port) or LED (LINK/ACT1) is blinking on the Profinet connection board, it indicates activity of the communication interface on channel/port 1 with valid telegrams, but not necessarily sent to its own address. Proceed to check the module status and network status.
What does it mean if Channel 2 activity or LED (LINK/ACT2) is blinking on Profinet connection board on AUMA Controller?
If Channel 2 activity or LED (LINK/ACT2) is blinking on the Profinet connection board, it indicates activity of the communication interface on channel/port 2 with valid telegrams, though not necessarily sent to its own address. Proceed to check the network status.
What does it mean if Network status Link port 2 or LED (LINK/ACT2) on Profinet board is illuminated in green on AUMA ACE C 01.2 Profinet Controller?
If Network status Link port 2 or LED (LINK/ACT2) on Profinet board is illuminated in green, it means that a network connection to the subsequent device is available, but there is no communication. Check the cables and connection.
General| Communication Protocol | Profinet |
|---|---|
| Operating Temperature | -20 °C to +60 °C |
| Number of Digital Outputs | 4 |
| Number of Analog Inputs | 2 |
| Memory for Parameters | Non-volatile memory |
| Series | ACE C |
| Power Supply | 24 V DC |
| Certifications | CE |
| Diagnostics | Integrated self-diagnostics, fault indication via LED and Profinet |
Core safety principles, standards, and personnel qualifications for safe operation.
Defines permissible uses and limitations for AUMA actuator controls.
Explains signal words and typographic structure for safety warnings.
Lists common references and symbols used throughout the manual for clarity.
Defines Profinet as an industrial Ethernet communication protocol for automation devices.
Explains cyclic data transfer, diagnostics, and commissioning support in Profinet.
Details Ethernet standards, cabling, and duplex communication for Profinet.
Describes switched Ethernet access and provider-consumer data exchange model.
Covers Profinet's flexible topology options like line, star, tree, and ring.
Specifies cable types and requirements according to IEC standards for Profinet.
Outlines defined conformance classes ensuring interoperability and required component properties.
Lists features like Ethernet switch, conformance classes, and device management functions.
Details functions like response monitoring and failure behavior settings for actuator controls.
Identifies typical device classes involved in Profinet communication (controllers, supervisors, devices).
Outlines the basic steps for integrating AUMA actuators into a Profinet environment.
Explains how device names and IP addresses are assigned for network identification.
Details how cyclic data transfer is configured via the Profinet controller.
Describes the establishment of communication channels and application relations.
Covers methods for monitoring Profinet communication status and detecting failures.
Explains Identification & Maintenance (I&M) functions for device data management.
Describes how input data from the actuator is structured and interpreted.
Details the default structure of input data, including logic and actuator signals.
Explains how output data from the controller commands the actuator.
Details the structure and arrangement of output data for controlling actuator functions.
Describes Profinet services like acyclic data exchange for device information and parameter access.
Explains media redundancy features for high availability using ring topologies and protocols.
Details the status and diagnostic LEDs on the Profinet connection board and sub-assembly.
Provides a systematic guide for diagnosing and resolving Profinet communication issues using display and LEDs.
Explains how to access and interpret diagnostic data for Profinet interface status and module information.
Lists technical parameters and features of the Profinet interface, including protocols and topology.
Provides a wiring diagram illustrating a typical Profinet connection setup.
Details parameter types, access methods, default values, and descriptions for configuration.
Lists parameters for identifying actuators, controls, and hardware components via device ID.
Covers various customer-configurable settings related to operation, torque, safety, and monitoring functions.
Explains diagnostic parameters and operational data logging for performance monitoring and troubleshooting.
