About the DS215UDSAG1A
This DS215UDSAG1A printed circuit board from General Electric was originally designed for the Mark V Series as mentioned above, and is only defined functionally as a printed circuit board with firmware in original General Electric instructional manual materials. This Mark V Turbine Control System Series product is additionally not considered the original circuit board with firmware developed for the Mark V Series, as it modifies the original DS215UDSAG1 PCB through its inclusion of a single A-rated functional product revision. On top of the singular revision made to the assembly of this DS215UDSAG1A circuit board with firmware, it is considered to possess a special Mark V Series assembly type, as evidenced by the presence of the special DS215 series tag in its DS215UDSAG1A alphanumeric product number.
Hardware Tips and Specifications
This DS215UDSAG1A Circuit Board with Firmware makes certain hardware component choices and specification to intend whatever intended series functionality it possesses. The GE EX2000 Firmware Board DS215UDSAG1A features one 1 80196 microprocessor and several erasable programmable read-only memory (EPROM) modules. The GE EX2000 Firmware Board DS215UDSAG1A also is populated with 21 4-character displays and 32 LEDs. This Mark V Series board is situated in the drive board cabinet so that the operator can view it and read the information provided by the 4-character displays and the 32 LEDs. The operator can act upon the information provided and also monitor the activity of the drive. If an error occurs with the drive, the information about the error is provided on the display and the LEDs.
If a trip condition occurs, as common in Mark V Series automated drives, the DS215UDSAG1A PCB's display will provide information about it. A trip condition causes the drive to power down automatically to prevent damage to the drive. For example, if the temperature of interior of the drive rises above a threshold, the drive displays an over temperature condition and automatically shuts down. Another common trip condition seen alongside this DS215UDSAG1A PCB is if an over current condition arises. That is, if too much power is applied to the drive, the over current condition shuts down the drive. If a motor overload condition occurs, the drive will also automatically shut down. This might happen if too much workload is applied to the drive. The display will provide a code that IDs the condition. Once you identify the trip condition, you can investigate the cause and resolve it. For example, if the over temp condition happens, you can ensure that air moves freely through the drive. This helps remove heat and keeps it from building up in the interior of the drive. Common trip conditions and corrective activity for this DS215UDSAG1A PCB might be impacted by the presence of its singular functional product revision.
