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Protection Class | IP20 |
---|---|
Frequency | 50/60 Hz |
Communication Interface | PROFIBUS, CANopen |
Ambient Temperature | 0°C to +40°C |
Relative Humidity | 5% to 95% (non-condensing) |
Installation Altitude | Up to 1000m above sea level |
Provides basic safety notes to prevent injury and property damage.
States that drives may not execute safety functions without higher-level systems.
Describes connecting the controller to Ethernet networks via X21 and X22 ports.
Details the pin assignment for RJ45 connectors X21 and X22.
Explains connecting the controller to Ethernet using category 5 cables.
Explains IP address representation, network vs. node address.
Explains automatic IP, subnet mask, and gateway assignment via DHCP server.
Guides on setting IP address parameters for initial startup and changes.
Describes DHCP as the default for initial IP parameter assignment.
Provides configuration steps for the EtherNet/IP master (scanner).
Details adding the UHX71B-OSR71B controller to an RSLogix project.
Describes fieldbus-specific characteristics for controller configuration.
Explains setting Fieldbus selection in MOVITOOLS® MotionStudio.
Provides examples for configuring the controller in RSLogix 5000.
Lists general error codes for EtherNet/IP communication and their meanings.
Provides configuration steps for the Modbus/TCP master (scanner).
Guides on specifying stations for cyclical data exchange and memory areas.
Explains how the master sets process data words and timeout intervals.
Provides examples of telegram structure for Modbus/TCP data exchange.
Explains how to install the GSDML file for the UHX71B-OSR71B controller.
Describes configuring the PROFINET interface, including modules and IP addresses.
Explains configuring and monitoring network structure with topology detection.
Explains how topology errors are reported as diagnostic alarms in STEP 7.
Guides on displaying port statistics for Ethernet ports in STEP 7 HW Config.
Describes basic characteristics of SEW controllers on PROFINET fieldbus systems.
Describes fieldbus-specific characteristics for controller settings.
Explains how the fieldbus master configures process data and timeout intervals.
Describes reading actual values and writing setpoints for process data communication.
Demonstrates error analysis for common PROFINET problems.
Provides steps to diagnose why the controller does not work on PROFINET IO.
Guides on diagnosing issues with no process data exchange with the I/O controller.