FUNCTIONAL DESCRIPTION:
IS215UCCCM04A is a VME Controller Card and is part of the GE Speedtronic Mark VIe gas turbine control system. IS215UCCCM04A is a module assembly that includes IS215UCCC H4, Combined with 128 MB of flash memory, 256MB of DRAM, and the IS200 EPMC daughter board. Sometimes known as CPCI 3U compact PCI. The faceplate includes six ethernet-type ports. Each port is labeled with its intended use. There are a couple of LEDs on the faceplate as well. A little reset button is located at the bottom of the faceplate.
- The male terminal on the back of the circuit board and the two huge clasps on either end of the faceplate secure the card. The board employs a variety of capacitor types to store energy for later usage by the circuit board.
- The circuit board will route the energy to its resistors if the card needs to rid itself of unused energy. A one hundred and twenty-eight megabit (128 MB) SD card is included with the board. This card comes with its own case into which it may be slid.
- There are numerous microchips in the controller. Data and conditions that control the circuit board as a whole are stored on microchips. The integrated circuits can be thought of as the circuit board’s brains.
- A huge black component with slits is used on the board. This part aids in the cooling of the board. Multiple interference suppressors are included in the board. External electrical sources, such as radios, cell phones, and other similar devices, are suppressed by these suppressors.

- The Power Requirements for this card mention below
- +5 V DC (+5%, -3%, 4.5A (typical) 6.75 max)
- +3.3 V DC (+5%, -3%, 1.5A (typical) 2.0 max)
- +12 V DC (+5%, -3%, 50mA max)
- INSTALLATION:The 24 dry contact inputs are wired directly to two I/O terminal blocks mounted on the terminal board. These blocks are held down with two screws and can be unplugged from the board for maintenance. Each block has 24 terminals accepting up to #12 AWG wires. A shield terminal strip attached to the chassis ground is located immediately to the left of each terminal block. For a simplex system connector JR1 is used; for a TMR system, all three connectors are used. Cables or I/O packs are plugged in depending on the type of Mark VI or Mark VIe system, and the level of redundancy.OPERATION:
Filters reduce high-frequency noise and suppress surge on each input near the point of signal entry. The dry contact inputs on H1 are powered from a floating 125 V dc (100-145 V dc) supply from the turbine control. The 125 V dc bus is currently limited in the power distribution module before feeding each contact input. H2 and H3 versions use lower voltages as shown in the specification table. The discrete input voltage signals pass to the I/O processor, which sends them through optical isolators providing group isolation and transferring the signals to the system controller. The reference voltage in the isolation circuits sets a transition threshold that is equal to 50% of the applied floating power supply voltage. The tracking is clamped to go no less than 13% of the nominal rated supply voltage to force all contacts to indicate open when the voltage dips below this level.
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