GE 04240FD11234A | RXi Box GEPC | Intel i7 Control System Maintenance

  • Model: 04240FD11234A V2.2
  • Manufacturer: GE Intelligent Platforms / GE PACSystems
  • Series: PACSystems RXi
  • Core Function: Industrial computer/controller platform for PACSystems automation, supervisory control, and application software.
  • Type: RXi Box GEPC industrial computer
  • CPU Class: Intel Core i7
  • Expansion: 4 PCI slots
  • Configuration: Premium RXi Box GEPC
  • Revision: V2.2
Category: SKU: GE 04240FD11234A

Description

GE 04240FD11234A V2.2 | PACSystems RXi Box GEPC Industrial Computer

 

Key Technical Specifications

Parameter Specification
Model 04240FD11234A
Revision V2.2
Manufacturer GE Intelligent Platforms / GE PACSystems
Product Family PACSystems RXi
Product Type RXi Box GEPC industrial computer/controller
Configuration GEPC 4PCI i7 Premium
Processor Class Intel Core i7
PCI Expansion 4 PCI slots
Application Industrial automation / control computing
Operating System Configuration dependent
Programming Environment PACSystems / application dependent
Industrial Network Configuration dependent
Memory Verify installed configuration
Storage Verify installed configuration
Power Verify nameplate/system configuration
Status Legacy / discontinued platform

The 4-PCI + i7 Premium configuration is directly supported by historical import records for this exact part number and revision. Earlier V2.1 records show the same 4-PCI i7 Premium family, providing useful evidence that V2.2 is a later hardware revision rather than a completely different product.

 

Product Introduction

The GE 04240FD11234A V2.2 is a PACSystems RXi Box GEPC industrial computer intended to provide computing resources for industrial automation applications. Unlike a GE Mark VI terminal board or discrete I/O pack, this unit is an industrial computer platform with processor and PCI expansion capability. The exact V2.2 configuration is identified as the 4-PCI Intel i7 Premium version.

The four PCI expansion slots are particularly important when maintaining an installed RXi system containing specialized acquisition, communication, motion, or interface cards. Replacement should therefore be evaluated as a complete industrial-computing platform, including the operating environment, PCI cards, storage device, application software, and machine-specific configuration.

04240FD11234A V2.2

Application Scenarios & Field Pitfalls — Engineer’s Perspective

Engineering Pain Point

The biggest risk is misclassifying 04240FD11234A as a GE I/O module. Several current spare-parts pages attach unsupported analog I/O, relay, Modbus, PROFIBUS, or 24 VDC controller specifications to this number. Those descriptions conflict with the stronger evidence identifying it as an RXi Box GEPC 4PCI i7 Premium computer.

Typical Applications

  • PACSystems RXi control computing — industrial computing for automation applications.
  • Machine control and supervisory applications — execution of Windows-based or industrial control software.
  • Data acquisition and analysis — PCI expansion allows specialized acquisition hardware to be installed.
  • Legacy industrial PC replacement — maintaining an existing RXi installation without immediately redesigning the complete control platform.

Technical Pitfalls to Avoid

  1. Do not treat it as an I/O card.
    The exact V2.2 identification points to an RXi Box GEPC computer with four PCI slots and an i7 processor. It is not a 16-channel digital input module or analog-output card.
  2. Preserve the PCI-card configuration.
    When replacing an RXi Box, document every installed PCI card, slot position, driver, interrupt/resource assignment, and application dependency. A replacement chassis with the same base model can still fail to reproduce the original system if the PCI configuration differs.
  3. Verify the operating-system image.
    Do not assume that the replacement’s disk image or operating system matches the original machine. Application software, drivers, licenses, and machine-specific configuration should be captured before decommissioning the existing unit.
  4. Match V2.2 carefully.
    Historical records also show 04240FD11234A-V2.1 as a 4-PCI i7 Premium RXi Box. That confirms the family relationship but does not establish complete electrical or software interchangeability between V2.1 and V2.2.
  5. Do not transfer specifications from other RXi models.
    For example, the smaller 04220FL11232A is documented as a 2-PCI Celeron configuration with different hardware resources. Its specifications should not be applied to the 04240FD11234A.

 

Related Products

  • 04240FD11234A-V2.1 — earlier 4-PCI Intel i7 Premium RXi Box configuration.
  • 04220FL11232A-V2.2 — 2-PCI Celeron-standard RXi Box; lower-tier configuration with a different processor/expansion arrangement.
  • PACSystems RXi Box IPC-XP — RXi industrial PC family documented with PCI/PCIe expansion hardware and carrier/riser architectures.
  • RXi Box IPC — industrial PC platform for PACSystems environments.
  • RXi Remote I/O — distributed I/O family within the PACSystems architecture; functionally different from the RXi Box computer.
  • PACSystems RX3i — related GE PACSystems controller family, but not a direct replacement for the RXi Box computer.

Procurement Note

For a 04240FD11234A V2.2 replacement, specify the complete designation:

GE 04240FD11234A — V2.2 — RXi Box GEPC — 4 PCI — Intel i7 Premium

Before installation, verify:

  • exact V2.2 hardware revision;
  • processor and RAM configuration;
  • storage device and operating-system image;
  • all installed PCI cards;
  • PCI slot positions;
  • device drivers;
  • application software and licenses;
  • Ethernet/network configuration;
  • machine-specific configuration and backups.

Engineering takeaway: 04240FD11234A V2.2 is a GE PACSystems RXi Box GEPC industrial computer/controller, 4-PCI Intel i7 Premium configuration. It should be treated as an industrial PC/platform replacement, not as a discrete I/O module. The exact V2.2 identification is supported by historical equipment records, while many current reseller specifications are clearly unreliable.