About the DS3800DLIA1D1D
The DS3800DLIA1D1D is a printed circuit board from GE designed to integrate into their Speedtronic Mark IV series of turbine controls. The Mark IV was designed to perform such functions as air, fuel and emissions control, sequencing of auxiliaries and turbine fuel for startup, monitoring of the turbine system's control and auxiliary functions, and to protect against unsafe operating conditions. Fashioned with integrated chipsets with intentional redundancies, it executes all of the above with minimal downtime caused by electronics failure. The DS3800DLIA1D1D functions as a load inverter auxiliary board within this Mark IV Series' automated drive assembly. While the Mark IV Series that this DS3800DLIA1D1D product offering belongs to did not yet offer the possible alternative energy-focused applications made apparent with the Mark VI Turbine Control System Series that was soon to come, it still does exist as something of an attractive General Electric product series on the greater automated industrial marketplace given the fact that it is one of the final-developed GE Mark product series to make use of the patented Speedtronic control system technology first seen with the rollout of the very first Mark I Series in the mid to later 1960s.
Hardware Tips and Specifications
These are the specifications of the DS3800DLIA1D1D, as indicated in originally-printed instructional manual materials that have largely been removed from the internet due to copyright infringement :
- four TP rings, located on the front edge of the board.
- three (yellow) capacitors marked 70801
- five jumpers
- thirty resistors (ceramic metal film) of assorted values
- eighteen screw terminals in three groups: three in line on the short edge of the board, six in lines of two toward the center of the card, and nine in lines of three clustered on the upper right side of the board
- ribbon cable connector. This is marked 278A4702P5A
- eleven potentiometers. These run along the bottom edge of the card and are parallel to each other. Each is labeled. Reading left to right on the card, the labels are 'gain,' 'comp,' 'uv,' 'ova,' 'vm,' 'supp,' 'im,' 'vdc,' 'fca,' 'fbc,' and 'fab.'
- one capacitor in the upper left corner marked 50v 20μF
- factory drilled for mounting. The DS3800DLIA1D1D has six holes.
The original manufacturer provided technical support for the DS3800DLIA1D1D. Please refer to datasheets and/or manuals from GE for information on safety procedures and installation guidelines. The previously-included hardware specification listed for this DS3800DLIA1D1D product have been derived almost exclusively from this DS3800DLIA1D1D device's visual inspection of the product itself, given the DS3800DLIA1D1D Board's legacy product series attribution and its concurrent lack of original instructional manual materials available online. Given this concerted lack of DS3800DLIA1D1D Board information for the purposes of this DS3800DLIA1D1D personalized product page here, the DS3800DLIA1D1D functional product number itself can be accepted as a decently-strong source of DS3800DLIA1D1D PCB hardware component and component specification information, as it was specifically designed by the trusted automated industrial manufacturer to store a number of relevant DS3800DLIA1D1D Board details through a series of General Electric-formulated functional naming components. To demonstrate, the DS3800DLIA1D1D functional product number actually begins with the dual-functioning DS3800 series tag responsible for indirectly asserting this DS3800DLIA1D1D PCB's normal Mark IV Series assembly version as well as its domestic original manufacture location. Some of the other relevant details embedded in the DS3800DLIA1D1D functional product number include this DS3800DLIA1D1D PCB's DLIA functional product acronym.
