Description
The GE VIPC616 (Part Number: 91611524 / 0360-1152D) is a specialized VMEbus-based I/O Controller Card originally designed for use in GE’s high-performance industrial control systems, most notably within the Mark V and Mark VI turbine control platforms. It acts as an intelligent interface between the central processor and various field-side I/O signals.
Product Parameters (Datasheet)
- Model Number: VIPC616
- Part Number: 91611524
- Revision Code: 0360-1152D
- Bus Architecture: VMEbus (VersaModule Eurocard)
- Processor: Integrated high-speed microcontroller for local I/O management
- I/O Density: Supports high-density discrete or specialized analog signals (depending on daughtercard configuration)
- Memory: Onboard RAM/Flash for firmware and local data buffering
- Operating Voltage: +5V DC, +/-12V DC (supplied via VME backplane)
- Communication: High-speed parallel communication with the VME host CPU
GE VIPC616 91611524 0360-1152D
GE VIPC616 91611524 0360-1152D
GE VIPC616 91611524 0360-1152D
Country of Origin
This control board was engineered and manufactured by GE (General Electric) in the USA, adhering to stringent reliability standards for the power generation and aerospace industries.
Application Fields
The VIPC616 is a critical component for large-scale industrial infrastructure:
- Gas Turbine Control: Used in the Mark VI system for monitoring temperatures, speeds, and valve positions in heavy-duty gas turbines.
- Steam Turbine Management: Facilitating real-time I/O processing for utility-scale steam power plants.
- Power Plant Auxiliary Systems: Managing decentralized logic for cooling, fuel delivery, and lubrication systems.
- Industrial Automation: Serving as a robust I/O node in legacy GE VME-based industrial computers.
Product Usage Instructions
- Installation: Power down the VME rack. Insert the VIPC616 into the designated slot of the Mark VI (or equivalent) chassis. Ensure the card is aligned with the backplane guides and the ejector handles are locked.
- Addressing: Configure the base address and interrupt levels using the onboard jumpers or DIP switches, ensuring they do not conflict with other modules on the VME bus.
- Cooling: Ensure the rack’s forced-air cooling system is operational. VME cards like the VIPC616 generate significant heat and require active airflow for longevity.
- Daughtercards: If your specific application requires IP (Industry Pack) modules, ensure they are securely fastened to the VIPC616 carrier board before insertion.
- Firmware Verification: Ensure the version 0360-1152D is compatible with your system’s ControlST or Mark VI software environment.
Product Technical Description
The VIPC616 serves as a VME Carrier Module. Its primary role is to offload low-level I/O tasks from the main control processor, ensuring deterministic system performance. Technically, it handles “signal conditioning” at the digital level—managing data interrupts, filtering noise, and converting raw electrical signals into data packets for the host CPU. The 91611524 revision is known for its high-speed bus arbitration logic, which minimizes latency in time-critical safety loops. The modular nature of the VIPC series allows for flexibility; by swapping sub-modules on the board, the same base card can be used for vastly different I/O tasks.
Q&A (Common Questions)
- Q: Can I use the VIPC616 in a non-GE VME rack?
- A: While it follows standard VME mechanical specifications, the software drivers are proprietary to GE Mark VI systems. It is generally not compatible with third-party VME controllers.
- Q: What is the difference between revision 1152C and 1152D?
- A: The “D” revision typically includes updated surface-mount components for better heat dissipation and improved electrical noise immunity compared to earlier versions.
- Q: Does this card require a separate power supply?
- A: No, it draws all necessary power directly from the VME backplane (P1 and P2 connectors).
- Q: My card has a “FAIL” LED lit; what does it mean?
- A: This usually indicates a self-test failure during power-up or a communication timeout with the VME host. Check the backplane seating first.
Similar Model Recommendations
- GE VIPC610: A related VME carrier card with different I/O density.
- GE IS200VCMIH2B: VME Communication Interface module.
- GE IS200VPROH1B: Protection module used alongside the VIPC series.
- GE VMIVME-7750: VME Single Board Computer often used as the host for VIPC cards.
- GE 91611523: An earlier variant of the VIPC616 series.
For technical documentation or a formal quote on the GE VIPC616, please contact our turbine control specialists.
