About the DS200IIBDG1AEA
This DS200IIBDG1AEA IGBT Gate Driver Board was originally manufactured for General Electric's Mark V Series, as mentioned above. This Mark V Series product offering is actually a revised version of a preexisting Mark V Series product; altering the DS2000IIBDG1 parent printed circuit board through its inclusion of three significant product revisions. As revealed below, this IGBT Gate Driver Board has a series of set hardware installation and inclusion specifications that contribute towards its intended functionality within the Mark V Series drive system assembly.
Hardware Tips and Specifications
The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1AEA contains nine indicator LEDs that provide a status of the board while in operation. The LEDs are visible from the interior of the circuit board cabinet and are red in color when lit. Consider that because you can only see the LEDs with the cabinet door open and when the drive is powered on, you must observe some guidelines to avoid electric shock to view the LEDs. All boards must be considered to be high-voltage components and you must not come in contact with anything in the board cabinet. It is of paramount importance to not allow anything to drop in the cabinet of the Mark V Series drive assembly while the door is open. If a screw, piece of wire, or other item falls in the cabinet, you must remove all power from the drive. Then, wait three minutes for all power to leave the components. Then, locate the item and search for other parts that might have fallen in. You might have to vacuum out the components to ensure all debris is removed. The GE Insulated Gate Bipolar Transistor (IGBT) Board DS200IIBDG1AEA contains one 34-pin connector to which you connect a ribbon cable. When you connect the ribbon cable, only grasp the cable from the connector and press the connector into place. Never pull the ribbon cable out by holding the ribbon cable. The DS200IIBDG1AEA contains three 8-pin connectors on the board and the connectors are labeled APL, BPL, and CPL. The cables for the connectors are routed inside the cabinet and are connected to other boards inside the cabinet and Mark V Series drive assembly. All of the internal hardware elements of this IIBD-abbreviated IGBT Gate Driver Board should receive rudimentary protections from this device's normal style of printed circuit board coating, which exists as a thick protective layer protecting the most crucial hardware elements to this Mark V Series product's assembly on a priority basis.
