About the IS200ESELH1AAA
The IS200ESELH1AAA board component is part of Mark VI Speedtronic control. This system is used for the management of steam/gas turbines. The Mark VI is one of several Speedtronic systems that has been distributed by General Electric since the late 1960s when the first Speedtronic system, the Mark I, was originally developed. The Mark VI can be built as either a TMR triple modular redundant or as a Simplex system depending on the complexity and size of the turbine system being controlled. This IS200ESELH1AAA Exciter Collector Board printed circuit board or PCB for short is actually not the originally-developed device of its specific GE-designed Mark VI Series functional role, that would be the IS200ESELH1 parent Exciter Collector Board notably not taking advantage of any one of this IS200ESELH1AAA Exciter Collector Board device's three significant product revisions.
Hardware Tips and Specifications
The IS200ESELH1AAA is an Exciter collector board. This board receives logic level gate pulses from the connected EMIO board. It can receive up to six of these gate pulse signals. The EMIO board is a VME board that manages the inputs and outputs of several terminal boards. Gate pulse signals are sent out to the EGPA exciter gate pulse amplifier board that is mounted in a different cabinet. A simplex system uses one ESEL board. A TMR system needs one board driven by M1 and another board connected to M2. The IS200ESELH1AAA has a narrow attached faceplate. This is empty. save three LED indicators that are mounted near the top of the panel. The LEDs are labeled power, active, and gating. The faceplate is marked with the board Id and the GE logo. These are placed top and bottom on the clips that keep the board secure within the rack system. The IS200ESELH1AAA has two backplane connectors. The board’s surface is covered with over 200 resistors and a large number of capacitors. There are also transistors, diodes, and integrated circuits; generally, any of these components is part of a greater voltage suppression and limitation strategy standardized to the rest of this IS200ESELH1AAA Exciter Collector Board PCB device's greater Mark VI Turbine Control System Series.
This IS200ESELH1AAA Exciter Collector Board device, or the rest of its Mark VI Turbine Control System Series to be honest, is not surrounded online by any great wealth of originally-produced instructional manual materials. Because of this, the bulk of this IS200ESELH1AAA Exciter Collector Board device's hardware component and component specification on this IS200ESELH1AAA Exciter Collector Board personalized product page thus far has been reminiscent of a diligent visual inspection of the IS200ESELH1AAA Exciter Collector Board product itself. One other supplementary source of IS200ESELH1AAA Exciter Collector Board hardware information can be deemed as its IS200ESELH1AAA Exciter Collector Board functional product number, which was actually designed by General Electric to indirectly indicate a number of important IS200ESELH1AAA Exciter Collector Board hardware qualities through its series of consecutive functional naming chunks. For starters, the IS200ESELH1AAA Exciter Collector Board functional product number here begins with the standard inclusion of the dual-functional IS200 series tag delegating the IS200ESELH1AAA Exciter Collector Board PCB's:
- ESEL functional product acronym
- Group one Mark VI Series grouping
- Conformal PCB coating style
- Three-fold product revision table
