About the DS200XDSAG1A
This unit is a part of the DS200 line of printed circuit boards. These models were originally produced by the industrial automation division from General Electric. These printed circuit boards are also designed to be secured and mounted into the Speedtronic Mark V Turbine Control System Series lineup of devices. These units are also products from GE, and are designed as a set of standard industrial turbine management and control systems, as evidenced through its above-attached full extended series name. While pertinent to some newer-developed alternative energy applications, this DS200XDSAG1A device's greater Mark V Series must be considered obsolete as a whole, given the fact that its production was discontinued by General Electric in one of the many years following its initial Mark Series rollout, due to a manufacturer-identified functional series obsolescence. With this being the case, the Mark V Series that this DS200XDSAG1A Board belongs to is still something of a highly-sought GE product series on the greater automated industrial marketplace, as it exists as one of the final-developed GE product series to make use of the patented Speedtronic control system technology first introduced with the rollout of the Mark I Series in the mid to later 1960s.
Hardware Tips and Specifications
This unit listed is designated as the LM Fuel Pressure Management Board, the DS200XDSAG1A, although it does not exists as the originally-developed product of its specific Mark V Series functionality; that would be the DS200XDSAG1 parent LM Fuel Pressure Management Board missing this DS200XDSAG1A PCB's A-rated primary functional product revision. This DS200 printed circuit board is outfitted with the capabilities to manage the turbine system’s fuel levels and overall pressure, making sure it is suitably restricted as to prevent too much or too little power being used. Given this DS200XDSAG1A device's initial attribution to the Mark V Legacy Series, it should come as no great surprise to discover the fact that it is not surrounded by many originally-produced instructional manual materials online ffor the sake of this DS200XDSAG1A personalized product page. With this being the truth, the DS200XDSAG1A functional product number can be identified as a primary source of DS200XDSAG1A Board hardware information; given the fact that it codes for various DS200XDSAG1A details in a series of consecutive functional naming components. For instance, the DS200XDSAG1A functional product number is started by an inclusion of the dual-functional DS200 series tag describing indirectly this DS200XDSAG1A Board's normal Mark V Series assembly as well as its domestic original manufacture location. Some of the other relevant hardware details revealed with the DS200XDSAG1A functional product number include this LM Fuel Pressure Management Board's:
- XDSA functional product abbreviation
- Normal PCB coating style
- Group one Mark V Series product grouping
- A-rated primary functional revision
The Speedtronic Mark V series of devices are designed as the turbine management units required to keep the power generation systems stable and well-managed. These units are also available from our inventory here at AX Control Inc. These models are outfitted to provide monitoring and system management to both steam powered and gas powered turbines. The DS200XDSAG1A LM Fuel Pressure Management Board is available from our items in stock as both a surplus model that has never been used before, and as a pre-owned, totally re-optimized piece of hardware. The reoptimization of our used materials is handled on site by our staff of professional repair technicians. We offer a comprehensive, protective warranty for our items, as their original warranty is now no longer applicable or available. Generally, this DS200XDSAG1A PCB's voltage suppression and limitation strategy involves the incorporation of various Mark V Series-standardized voltage-suppressing hardware components into its internal normal Mark V Series assembly; including different styles of capacitors, resistors, transistors, and specialized integrated circuits.
