Product Description

Overview

The ABB SPIET800 (also referenced as IET800) is a high-performance Ethernet CIU Transfer Module designed for Symphony Plus and Harmony (INFI 90) systems. It functions as a communication bridge between INFI-NET controllers and Ethernet-enabled host systems, enabling real-time access to process data and configuration parameters.

Technical Specifications

Functional Highlights

• Bidirectional Data Exchange: Converts INFI-NET protocol traffic into Ethernet-compatible formats for seamless integration with host-level systems.

• High-Speed Communication: Supports Ethernet transfer rates up to 1 Gbps, suitable for high-demand applications requiring rapid process monitoring.

• Robust Diagnostics: Front-panel LEDs and internal registers provide real-time operational feedback for both Ethernet and INFI-NET interfaces.

• Industrial Reliability: Designed to operate in harsh environments with wide temperature tolerance and high humidity resilience.

• Simplified Configuration: User-friendly interface allows IP address, subnet, and network parameters to be configured with ABB’s S+ Engineering or Composer tools.

Applications

• Integration of INFI-NET controllers with Ethernet-based host systems

• High-speed data acquisition for industrial monitoring and control

• Remote data access for SCADA, historian, or HMI systems

• Migration of legacy Bailey INFI 90 installations to Ethernet without replacing racks

Technical Note

For full functionality, the SPIET800 requires software licensing (e.g., SSBIET800). Proper IP and subnet configuration is essential to avoid network conflicts and ensure reliable data transfer.

FAQ

Q: Which protocols are supported by the SPIET800?
A: TCP/IP, INFI-NET, Modbus TCP/IP, Profinet, Profibus, EtherCAT, and DeviceNet.

Q: Can it operate in harsh industrial environments?
A: Yes, it functions reliably from -20°C to +70°C and up to 95% non-condensing humidity.

Q: How is the module installed?
A: It mounts directly into Harmony or INFI 90 MMUs, sharing the rack’s power and cooling infrastructure.