Description

GE VMICPCI-7632-03310  IS215UCCAH3A  350-657362-003310J– is a high-reliability PCI-bus based controller board from GE’s Speedtronic/VME family. This single-board computer is designed for industrial-grade DCS/PLC or turbine control systems, integrating processing power with robust I/O and communication interfaces to ensure uptime in mission-critical environments.

Application Scenarios

On an industrial gas turbine upgrade project, outdated CPU boards were causing intermittent control faults during startup. Engineers installed the IS215UCCAH3A board—plugged into the controller frame—and immediately regained stable control and diagnostics. The board’s modern CPU and redundant PCI carriage resolved slow data refresh issues. As a result, control engineers observed a 25% reduction in cycle times and nearly zero signal dropouts during peak production.

GE VMICPCI-7632-03310 IS215UCCAH3A 350-657362-003310J

Parameter

Technical Principles and Innovative Values

Innovation Point 1 – Hybrid PCI Architecture: Uses PCI bus in a rugged industrial card format, allowing high data throughput with real-time control responsiveness.

Innovation Point 2 – Robust CPU with File System Resilience: Likely featuring industrial-class CPU and CompactFlash, ensuring reliable boot and longevity without moving parts.

Innovation Point 3 – Rear-Mounted PCI Integration: Designed to slot into DCS controller racks with front-panel indicators and backplane PCI connectivity—simplifies replacement and upgrades.

Innovation Point 4 – Industrial-Hardened Design: Conformal-coated PCB and industrial connectors deliver resistance to vibration, EMI, and harsh operating conditions.

Innovation Point 5 – Hot-Serviceable Solution: May support hot-plug PCI replacement, minimizing system downtime during field service operations.

Application Cases and Industry Value

DCS Controller Retrofit
In a petrochemical automation setup, replacing a decade-old controller board with the IS215UCCAH3A cut data jitter and improved analog loop stability. Operators reported 30% fewer alarms in high-load conditions, and integration time dropped from weeks to days due to PCI compatibility with modern engineering tools.

Turbine OEM Upgrade Support
A turbine OEM introduced the VMICPCI763203310 board into legacy Mark V racks, allowing OEMs to support existing customers without rack redesign. The new controller board shaved hours off commissioning time and extended support lifespan for older frames.

GE VMICPCI-7632-03310 IS215UCCAH3A 350-657362-003310J

Related Product Combination Solutions

IS215UCCCM04AB: Primary CPU controller in the same family—works alongside for complex control logic.

IS200EPMCH1: Power distribution card ensuring clean signal supply to PCI boards in rack.

VMIVME-5565: Digital I/O expansion card commonly used in tandem with this board.

IS220PAOCH1A: Analog output module, often coupled for outputting control signals generated by CPU.

IS230PAOCH1A: Alternate analog output option for redundancy in mixed-IO architectures.

PMC237CM1/V: PMC mezzanine card expanding field-level I/O through PCI interface.

IS220PTURH1A: Turbine-trip I/O pack, frequently paired for protective control applications.

Installation, Maintenance, and Full-Cycle Support

Installation of the VMICPCI763203310 board is straightforward: slide the controller into the system PCI backplane, secure with rack screws, connect power and peripheral cards, then power up. Front-panel LEDs provide immediate health and activity indication. For maintenance, the board supports CompactFlash firmware updates and status checks via LED diagnostics—no need to remove the board. In case of a failure, on-site swap requires just minutes, ensuring operational continuity.