Ensure the core calculating unit of your industrial turbine rack never misses a cycle. The GE IS215UCVEH2AB—interchangeably identified by factory manufacturing codes VMIVME-7614-132 and 350-007614-132C—is a high-grade VME Single Board Computer (SBC). Built to serve as the primary controller within General Electric’s legacy Mark VI turbine control system, this board orchestrates complex math matrices and real-time network traffic with absolute predictability.
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The IS215UCVEH2AB is a double-slot VMEbus-compliant processing module. It brings commercial-grade PC architecture to ruggedized industrial rackmount assemblies. At its core, the board utilizes an embedded Intel Intel Celeron processor to execute complex control algorithms, scale raw analog data from field terminal cards, and run native diagnostic loops.
This specific controller layout includes comprehensive front-panel connectivity, allowing direct human-machine interface (HMI) communication, local terminal configuration, and high-speed integration into the plant’s broader control network. Because it handles the primary control loops for steam and gas turbines, the hardware is hardened against heavy radio frequency interference (RFI) and thermal stresses typical of power generation environments.
| Core Parameter | Hardware Specification |
| Brand Name | General Electric (GE) / VMI (GE Fanuc) |
| Model / Catalog Number | IS215UCVEH2AB |
| PCB Part Numbers | VMIVME-7614-132 / 350-007614-132C |
| Form Factor | Standard 6U VMEbus (occupies 2 rack slots) |
| Onboard Processor | Embedded Intel Celeron Low-Power Processor |
| Volatile Memory | High-reliability internal SDRAM |
| Storage Architecture | Onboard CompactFlash (CF) or solid-state memory card slot |
| Front Panel Ports | Dual 10/100 Ethernet, COM1/COM2 (Serial), VGA Display, Keyboard/Mouse |
| Bus Compatibility | VME64 master/slave interface standard |
| System Host Platform | GE Mark VI Turbine Control System |
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All-in-One Processing Hub: Packs a CPU, high-speed RAM, solid-state storage, and network interfaces onto a single VME board, maximizing rack efficiency.
Deterministic Real-Time Performance: Runs optimized embedded operating software to guarantee low-latency processing of safety-critical control algorithms.
Direct Monitoring Output: Includes a native front-facing VGA port and peripheral connections, enabling engineers to perform localized diagnostics without network dependency.
Legacy Compatibility: Serves as a direct drop-in replacement for worn or damaged older-generation UCVE controllers within active Mark VI racks.
Rugged Passive Thermal Management: Features a heavy-duty, factory-installed heatsink that effectively dissipates heat across the board components via ambient cabinet air-circulation.
The IS215UCVEH2AB is primarily deployed in high-availability, heavy-duty industrial automation applications:
Gas Turbine Speed & Fuel Regulation: Running real-time fuel-injection mathematics and safety-trip sequences on power utility grids.
Steam Turbine Control Upgrades: Managing governor valve positions, bypass operations, and synchronized grid connection matrices.
Large-Scale Centrifugal Compressors: Supervising complex anti-surge algorithms and main shaft bearing monitors in oil/gas cross-country pipelines.
VME System Retrofits: Acting as a localized processing node in complex factory data collection networks requiring heavy VME64 bus data throughput.
The number VMIVME-7614-132 is the original board design code from GE's VMIC division, while 350-007614-132C is the specific hardware sub-assembly number printed directly on the PCB blank. Both correspond directly to the functional GE part catalog number IS215UCVEH2AB.
No. While the card features embedded bootloader and baseline operating system firmware, your plant’s specific logic files, I/O maps, and control configurations must be downloaded onto the unit via GE Toolbox software during field commissioning.
Yes. The front-accessible solid-state storage allows for simple replacement or cold-backup cloning of system software images without requiring total disassembly of the VME rack.
The module is built with an expanded daughterboard assembly that houses the thermal heatsink, auxiliary memory components, and the extended set of front-panel communication ports (Ethernet, VGA, Serial), requiring a dual-slot footprint for proper ventilation and connector clearances.
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