IS215UCVEM01A | GE Controller module

Description

Part No. : IS215UCVEM01A Manufacturer: General Electric Product Type: VME Controller Series: Mark VI The IS215UCVEM01A is a two-sided controller developed by GE.  This belongs to the Mark VI Speedtronic series.  Both simplex and triple modular redundancy applications can benefit from the Mark VI. Because there are so many comparable controller boards available, we recommend obtaining an exact copy of the one you're currently using to assure compatibility. The front faceplate of the IS215UCVEM01A is mounted.  Three LEDs are located straight beneath the headset screw. The LEDs are status indicators that let users comprehend what's going on with the module while it's running. A mezzanine card slot, a reset button, two Ethernet ports, a mouse or keyboard port, and LAN and SVGA connections are also included on the faceplate.  At the very top and bottom, set screws are used.  After installation, these will secure the module in place. They also serve as handles when the module is removed from the rack.  The circuit board contains various integrated circuits, two lithium batteries, and a micro SD card.  There are also a lot of chokes, resistors, capacitors, and diodes in it.  These can be found on both sides of the board.  Turbine block library control functions are held by some of the ICs.

The IS215UCVEM01A is an UCVE controller module within the Mark VI Speedtronic series.  This is a dual-sided controller used within one of GE’s most complex turbine control systems.  The MKVI can be used for both simplex and triple modular redundant applications.  Because there are so many controller boards available that are so similar, we recommend ordering an exact duplicate of the board you are currently using to ensure compatibility. The IS215UCVEM01A has an attached front faceplate.  This includes three LEDs placed just under the top set screw.  The LEDs are status indicators designed to help users understand what is going on with the module as it runs.  The faceplate also includes a mezzanine card slot, a reset button, two Ethernet ports, a port for a mouse or keyboard, and ports for LAN and SVGA.   Set screws are placed at the very top and bottom.  These will lock the module in place after installation.  They also act as handles any time the module needs to be pulled from the rack. The circuit board on the IS215UCVEM01A is built with multiple integrated circuits, two lithium batteries, and a micro SD card.  It also has many chokes, resistors, capacitors, and diodes.  These may be on either side of the board.  Some of the ICs hold turbine block library control functions.

The controller is divided into combinatorial logic controller and microprogram controller. The two controllers have their own advantages and disadvantages. Combinatorial logic controller design is troublesome, complex structure, once the design is completed, it can not be modified or expanded, but its speed is fast. Microprogram controller is convenient in design, simple in structure, easy to modify or expand, modify the function of a machine instruction, only need to reprogram the corresponding microprogram; To add a machine instruction, one simply adds a microprogram to the control memory, but it does so by executing a microprogram. The specific comparison is as follows: The combined logic controller, also known as the hard-wired controller, is composed of logic circuits and completely relies on hardware to achieve the function of instructions. Working principle Electromagnetic sucker controller: The AC voltage 380V is reduced by the transformer, rectified by the rectifier to 110V DC, and then entered into the sucker by the control device. At this time, the sucker is magnetized, and the reverse voltage line is entered during demagnetization, and the controller achieves the demagnetization function. Access controller: The access controller works in two modes. One is the inspection mode, and the other is the recognition mode. In the inspection mode, the controller continuously sends the query code to the card reader and receives the reply command from the card reader. This pattern continues until the card reader senses the card. When the card reader senses the card, the card reader generates a different reply to the inspection command of the controller. In this reply command, the card reader transmits the code data of the sensor card to the access controller, so that the access controller enters the recognition mode. In the recognition mode of the access controller, the access controller analyzes the code in the sensor card, compares it with the card data stored in the device, and implements subsequent actions. After receiving data, the access controller sends a command to the card reader to restore the status of the card reader. At the same time, the access controller returns to inspection mode.

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