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 GE 04220FL11232A  high-performance RXi Ethernet Controller Module

The GE 04220FL11232A is a high-performance RXi Ethernet Controller Module specially developed by General Electric for advanced industrial automation and control applications. This module is designed to support demanding control architectures, commonly used in GE Speedtronic turbine control systems such as the Mark VI and Mark VIe, as well as other complex industrial control platforms. It combines robust processing power and high-speed communication capabilities to enable efficient real-time automation and monitoring.

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Description

The GE 04220FL11232A is a high-performance RXi Ethernet Controller Module specially developed by General Electric for advanced industrial automation and control applications. This module is designed to support demanding control architectures, commonly used in GE Speedtronic turbine control systems such as the Mark VI and Mark VIe, as well as other complex industrial control platforms. It combines robust processing power and high-speed communication capabilities to enable efficient real-time automation and monitoring.

04220FL11232A
04220FL11232A
04220FL11232A
04220FL11232A

The main functionality of the GE 04220FL11232A lies in its ability to act as a powerful controller with integrated Ethernet connectivity, supporting fast and reliable data transfer in industrial Ethernet networks. It comes equipped with multiple Ethernet ports including two 1 Gb/s ports and supports PROFINET and standard TCP/IP protocols, facilitating seamless integration into modern networked automation systems. It also features USB ports for flexible peripheral connections and onboard SD card storage for enhanced data logging and firmware management.

Built to endure harsh industrial environments, this controller supports an operating temperature range of 0°C to +65°C and can be mounted on both panel and DIN rail setups, with optional mounting accessories. It operates on a 24 V DC power supply and uses industrial-grade components that ensure high reliability and long-term operation. The controller’s architecture incorporates advanced diagnostics, event logging, and remote monitoring capabilities, enabling predictive maintenance and reducing downtime.

Parameter Value
Model GE 04220FL11232A RXi Ethernet Controller Module
Manufacturer General Electric (GE)
Product Type Ethernet Controller Module
Processor High-performance dual-core CPU
Memory 2 GB RAM, up to 64 GB internal flash storage
Ethernet Ports 2 x 1 Gb/s (shared MAC)
USB Ports 2 standard USB 2.0, 1 Micro USB 2.0
SD Card Support Yes (on Intelligent Display Cover)
Power Supply 24 V DC
Operating Temperature 0°C to +65°C
Storage Temperature -40°C to +125°C
Mounting Panel mount or DIN rail with optional plate
Communication Protocols PROFINET, TCP/IP, standard Ethernet protocols
Diagnostics Embedded HPCi diagnostics, message/event logging
Display Intelligent Display Module (optional accessory)

The GE 04220FL11232A is well-suited for controlling IGBT stacks, drives, and sensors in mission-critical industrial automation setups, supporting complex control strategies and high availability requirements. Its integration with GE’s software ecosystem, including Visor and APM digital services, offers advanced monitoring, diagnostics, and system management capabilities.

Related modules often used alongside this controller include:

GE IC693CHS391 – Control hardware support module.

GE IC200PWB001A – Power board for system support.

GE IC693CMM302 – Communication module to expand networking capabilities.

GE IC693BEM331 – Ethernet module for enhanced network connectivity.

GE IC693PCM311 – Processor communication module used within GE PLC systems.

Installation should focus on proper power connections, secure mounting in industrial control cabinets, and adequate environmental protection. Cooling and ventilation are essential to maintain optimal operating temperatures, while careful wiring and grounding help mitigate electrical noise.

Maintenance includes periodic system diagnostics, firmware updates, and backup of configuration data. Remote monitoring and logging reduce maintenance downtime and improve system reliability.