About the IS215UCVFH2A
The IS215UCVFH2A is a component created by GE for the Mark VI system. The Mark VI is one of the Speedtronic systems for gas or steam turbine management created and released by GE between the late 1960s and the 1990s. The Mark VI Series' inceptions represents a significant improvement in the overall quality of the Mark Series product suite; given the fact that the Mark VI Series' possible intended applications extended to wind turbine alternative energy-geared settings, whereas previously-developed product series including the Mark V only had applications in the management/control systems of General Electric-compatible steam and gas turbine automated drives. This IS215UCVFH2A device's greater Mark VI Series is additionally considered quite the desirable product series on its greater automated industrial marketplace given the fact that it is one of General Electric's lastly-developed product series to feature their highly-esteemed Speedtronic control system technology referenced above. This IS215UCVFH2A product is actually not considered the originally-developed product of its specific Mark VI Series functional role, as that would have to be considered the IS215UCVFH2 parent printed circuit board not making use of this IS215UCVFH2A device's sole A-rated functional product revision.
Hardware Tips and Specifications
The IS215UCVFH2A functions as a UCV Controller. This is one of five controller versions available for the Mark VI. The IS215UCVFH2A is a double-slot board designed for high-end current controllers. This component mounts into the Control Module VME rack. It communicates using the VME bus to input/output boards. The controller is loaded with application specific software designed for steam, gas, BOP (balance of plant,) and land-marine aeroderivatives. The IS215UCVFH2A is built with an Intel Pentium processor (850 MHz.) The processor has flash memory of 128 MB or 16MB and 32MB or DRAM. The IS215UCVFH2A is built with a double-slot faceplate. This faceplate has several diagnostic LED components, including:
- “LAN 1.” This is the first Ethernet port that is used for Unit Data Highway communication. The port’s two LEDs (one yellow and one green) are connected to 10BaseT and 100BaseTX - The LEDs will blink when that speed link is active, and will be solid when it is inactive
- “LAN 2.” This is the second Ethernet port that is used for expansion input/output communication - This port has two LEDs (yellow and green.)
- Four status LEDs
Com1/Com2 are ports for serial communication and initial controller setup. Some of the other various hardware elements central to the normative functionality of this IS215UCVFH2A device include its single USB port, mouse/Keyboard port, its monitor port, labeled SVGA, and finally a singular significant Mezzanine opening. This General Electric-common opening requires resetting of jumper switches E8 and E10. The IS215UCVFH2A is populated by integrated chips, jumpers, TP test points, inductor coils, high voltage electrolytic capacitors, and resistors. The board has multiple connectors, including two backplanes. While this IS215UCVFH2A device may not be accompanied online by any great amount of originally-produced instructional manual materials, the IS215UCVFH2A functional product number itself stands to serve as an intuitive source of IS215UCVFH2A Board hardware component and component specification detail; coding for various elements through a series of GE-formulated functional naming segments. For instance, the IS215UCVFH2A functional product number starts through the dual-functioning IS215 series tag, which describes this IS215UCVFH2A device's special Mark VI Series assembly version as well as its domestic original manufacture location. Some of the other various hardware details indirectly described through use of this IS215UCVFH2A UCV Controller Module's functional product number includes its UCVF functional product abbreviation, its conformal style of PCB coating, its group 2 Mark VI Series product grouping, and finally its sole, A-rated functional product revision.
