GE IC698CRE030-DE
GE IC698CRE030-DE

GE IC698CRE030-DE | Genuine GE RX7i Controller, Supports Serial & Ethernet Communication

$5,628.00

GE IC698CRE030-DE is the main CPU controller for GE PACSystem RX7i VME-based PLC system.
Brand model：GE 
Product Name:IC698CRE030-DE
Warranty: 1 year
Origin:USA
HS code：85389000.00
Inventory: Spot/Futures
Goods condition: Brand new
Delivery time: 3-4days/1month

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Brand: Model/SKU: GE IC698CRE030-DE-1

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Description

  1. GE IC698CRE030-DE | Genuine GE RX7i Controller, Supports Serial & Ethernet Communication

Product Core Brief

  • Model: IC698CRE030-DE
  • Brand: General Electric (GE)
  • Series: PACSystem RX7i PLC Series
  • Core Function: Central processing unit executing control logic, data processing and network communication for RX7i rack system
  • Type: PLC CPU Controller Module
  • Key Specs: 600 MHz CPU | Dual Ethernet Interfaces | Support for Serial RS232 Port
  • Condition: New Surplus, non-refurbished

    ⚠️ Original production gradually phased out, stock quantity limited

Key Technical Specifications

Parameter Specification
Part Number IC698CRE030-DE
Processor Frequency 600 MHz
User Memory 10 Mbytes Logic Memory, 10 Mbytes Data Memory
Network Interface 2 × 10/100 Mbps Ethernet ports
Serial Port RS232 port for local programming and debugging
Supported Protocols SRTP, Modbus TCP, Ethernet Global Data (EGD)
Backplane Bus VME bus for RX7i rack I/O modules
Operating Temperature 0 °C ~ +60 °C
Storage Temperature -40 °C ~ +85 °C
Relative Humidity 5%–95%, non-condensing
Supported Software Proficy Machine Edition
Hot Swap Not hot-swappable
Certification CE, UL Listed
Approximate Weight 0.72 kg
GE IC698CRE030-DE

GE IC698CRE030-DE

Product Introduction

GE IC698CRE030-DE is the main CPU controller for GE PACSystem RX7i VME-based PLC system. It executes user control programs, exchanges data with local I/O modules via VME backplane, and realizes interconnection with HMI, remote PLCs and third-party equipment through dual Ethernet channels.
Two independent Ethernet ports enable network segmentation or redundant network architecture. The onboard RS232 interface supports direct local program upload and download. This controller fits complex automation applications requiring high-speed logic execution and large data storage capacity. It can cooperate with RX7i series analog, digital and communication modules to build distributed industrial control systems for continuous production equipment.

Application Scenarios & Pain Points

Once the main CPU fails, the whole RX7i control rack will stop running and trigger equipment shutdown. Original GE delivery lead time often reaches 6–8 weeks. Factories cannot maintain long-term manual operation, which brings production loss and hidden safety hazards.
Typical Application Scenarios:
  1. Power Industry – Auxiliary equipment control in thermal power plants

    Coal handling systems, water treatment and ash removal system automatic control.

  2. Oil & Gas – Compressor and pumping unit control

    Onshore gathering station and pipeline compression unit sequence and protection control.

  3. Metallurgy – Continuous casting and rolling production line

    High-speed logic control for heating furnaces and roller transmission systems.

  4. Water Treatment – Large-scale sewage and desalination plants

    Remote monitoring and closed-loop regulation of dosing, filtration units.

  5. Machinery Manufacturing – Large test benches and automated production lines

    Multi-axis coordinated control and process data recording.

Field Case Reference

A steel mill’s continuous casting line adopted RX7i PLC. The IC698CRE030-DE CPU encountered intermittent communication faults. Official delivery required 45 working days. Without spare CPU, the production line faced forced shutdown.

The maintenance team purchased spare controller from our available stock. Engineers backed up logic programs in advance, completed module replacement, program downloading and network parameter configuration within 3 hours. The whole production line resumed normal operation. The factory subsequently reserved one CPU as emergency spare part.

Compatibility & Replacement Matrix

IC698CRE030-DE → IC698CRE030 : Firmware version must be matched; “-DE” represents specific destination code, verify software compatibility before replacement

IC698CRE030-DE → IC698CRE020 : Not direct plug-and-play. Lower processing performance, program optimization may be required

IC698CRE030-DE → RX3i CPU (IC695CPE310) : Incompatible, different backplane hardware architecture

Notice: Always back up the complete logic program and hardware configuration before replacing CPU hardware.

GE IC698CRE030-DE

GE IC698CRE030-DE

Quality Control Process

  1. Incoming Inspection

    Check serial numbers and original packaging records. Visual inspection to confirm no PCB scratches, burnt components or disassembly traces.

  2. Live Bench Test

    Test Platform: GE PACSystem RX7i standard rack, Proficy Machine Edition software

  • Power-on self-test and LED status verification
  • VME backplane communication test with I/O modules
  • Ethernet port communication and protocol testing
  • 24-hour continuous burn-in stability test

    Formal test report will be provided; test photos or videos available upon request.

  1. Electrical Performance Test

    500 V DC insulation resistance test, insulation value ≥10 MΩ, power circuit continuity check.

  2. Firmware Recording

    Read and record built-in firmware revision information. Firmware upgrade service is available on demand.

  3. Final QC & Packaging

    Attach QC Pass label. Module sealed inside anti-static bag, protected by bubble wrap and exported carton.

Technical Pitfall Guide for On-site Replacement

❗ 1. Firmware Version Mismatch

Problem: New CPU firmware inconsistent with project configuration, program fails to download or network communication abnormal.

Tip: Record firmware version of original CPU before removal. Confirm spare unit firmware satisfies project requirements.

Real case: A water plant installed replacement CPU without version confirmation. Control program could not run normally, consuming nearly two days for firmware adjustment.

❗ 2. No Hot Swap Support

Problem: Powering out the rack without preparation leads to unexpected equipment stop.

Tip: Stop all related production processes and cut off rack power before replacing the CPU module.

❗ 3. Program and Configuration Loss Risk

Problem: After hardware replacement, parameters, IP addresses and logic programs are restored to factory default.

Tip: Export complete backup of logic code, hardware configuration and network parameters in advance.

❗ 4. ESD Damage

Problem: Static electricity damages onboard memory and communication chips during maintenance.

Tip: Wear certified anti-static wristband and operate on anti-static mat.

❗ 5. Ethernet IP Address Conflict

Problem: Duplicate IP address appears after commissioning, causing network paralysis of the whole control system.

Tip: Set temporary IP before inserting the CPU into production rack to avoid network conflict.

Following these suggestions can avoid massive on-site debugging work and shorten equipment recovery time.
mingpian
xcd

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