Woodward PCU2000ETH ETHERNET CARD

The Woodward PCU2000ETH Ethernet Card is designed as a high-performance communication module for integration with the PCU2000 controller system. It enables robust and reliable Ethernet-based communication, facilitating real-time monitoring, control, and data exchange between industrial devices. The card supports multiple networking protocols, enhancing flexibility in industrial automation, power generation, and turbine control applications.

Product Specifications

Product Applications

• Integration with Woodward PCU2000 controllers in turbine and generator systems

• Industrial automation networks for monitoring and control of process equipment

• Remote access for diagnostics, configuration, and firmware updates

• Data acquisition systems in power plants and distributed energy systems

• Networking of multiple controllers for synchronized control

• SCADA system integration for real-time monitoring

Product Advantages

• High-speed Communication: Provides fast 10/100 Mbps Ethernet connectivity for real-time control.

• Protocol Flexibility: Supports Modbus TCP/IP and EtherNet/IP to ensure compatibility with diverse industrial networks.

• Robust Design: Operates reliably in harsh industrial environments, with a wide temperature and humidity range.

• Easy Integration: Directly plugs into the PCU2000 system without additional hardware requirements.

• LED Status Indicators: Simplifies network diagnostics and troubleshooting.

• Scalability: Facilitates connection of multiple devices in a networked control system.

FAQ

Q1: Can the PCU2000ETH card support both Modbus TCP/IP and EtherNet/IP simultaneously?

A1: Yes, the card can be configured to communicate using either protocol, but simultaneous communication on the same network port is not supported.

Q2: What is the maximum cable length supported for Ethernet communication?

A2: Standard Cat5e or Cat6 cables up to 100 meters are supported per Ethernet segment.

Q3: Can I use the PCU2000ETH card for redundant network communication?

A3: No, the card does not natively support network redundancy protocols such as HSR or PRP.

Q4: Is it possible to update the firmware of the PCU2000ETH card independently?

A4: Yes, firmware updates are performed through the PCU2000 controller software interface.

Q5: What diagnostic tools are available for monitoring the card’s network performance?

A5: The card provides LED indicators for link and activity status and can be monitored via the PCU2000 diagnostic software.

Q6: Can the card handle high-frequency data acquisition?

A6: Yes, it is optimized for industrial real-time data exchange and can handle high-speed communication typical for turbine control systems.

Q7: How does the PCU2000ETH card handle electromagnetic interference?

A7: The card is designed with industrial-grade shielding to maintain reliable operation in environments with EMI/RFI.

Q8: Can the card be hot-swapped while the PCU2000 is running?

A8: No, the card should be installed or removed only when the controller is powered down to avoid system errors.

Q9: Is the card compatible with third-party PLCs?

A9: It can communicate using standard Ethernet protocols, but full integration and functionality are guaranteed only with the Woodward PCU2000 system.

Q10: How are IP addresses configured on the PCU2000ETH card?

A10: IP addresses are assigned via the PCU2000 controller configuration software, supporting both static and DHCP assignments.