About the IS200AEPCH1CCB
The IS200AEPCH1CCB is a circuit board component used within the Mark VI control system from General Electric. The MKVI contains a large number of controls, timings, and systems designed for the reliable, safe operation of gas or steam industrial turbine units. The Mark VI Turbine Control System Series, as it is known at length, is additionally seen as quite the marked functional improvement upon the Mark V Turbine Control System Series of a similar extended series name that immediately preceded it, as it exists with added-on alternative energy-based wind turbine functional product applications, in addition to the Mark V Series' previously-added gas and steam turbine automated drive assembly functional settings. This IS200AEPCH1CCB product's greater Mark VI Turbine Control System Series is additionally seen as desirable within its greater figurative automated industrial promotional community as it is one of the lastly-developed GE Mark product series to incorporate the patented Speedtronic control system technology into a number of its different PCB and non-PCB product offerings.
Hardware Tips and Specifications
The IS200AEPCH1CCB does not have an attached faceplate like many GE circuit boards used in Speedtronic systems. It is factory drilled in several locations, including at each board corner, where these drill-holes use a conductive material to ring each opening. Other factory-drilled mounting holes are placed along board edges and within the body of the board itself. The IS200AEPCH1CCB has one auxiliary (daughter) board mounted to its surface using screw mounts and standoffs.This additional board has two integrated circuits including FPBA (field-programmable gate arrays) along with female connectors and other connectors. The board also has transistors, diodes, resistors, and capacitors across its surface. The auxiliary is marked with several identifying codes including FA/00 and DCOM. There are two barcodes located side by side in one corner of the IS200AEPCH1CCB board. It is also marked by several codes like its daughterboard. Most components on both the primary and auxiliary boards are marked with reference designations to aid with identification. The primary board includes components like terminal strips, integrated circuits, fuses, and multiple jack (male) connectors.
If you need more information about the IS200AEPCH1CCB, please refer to manuals or data sheets originally provided to you by General Electric or available through various sources on the web. If you do not have access to these important publications, AX Control may be able to provide copies with your completed order. All of the previously-included and IS200AEPCH1CCB-pertinent hardware and hardware specification information concerning this IS200AEPCH1CCB product stored on this IS200AEPCH1CCB personalized product page here has been sourced purely from a diligent and informed technician-led visual inspection of the IS200AEPCH1CCB printed circuit board itself. This was deemed as necessary given the IS200AEPCH1CCB PCB's Mark VI Series' general lack of originally-printed instructional manual materials available online; not too surprising considering its oftentimes copyright infringed-upon nature. With this lack existing, the IS200AEPCH1CCB functional product number alone can be singled out as a fine additional source of IS200AEPCH1CCB Board hardware information, as it actually codes for a series of different relevant IS200AEPCH1CCB PCB details through a series of consecutive functional naming elements. For starters, this particular IS200AEPCH1CCB functional product number begins with an instance of the dual-functional IS200 series tag informing of this IS200AEPCH1CCB product's normal Mark VI Series assembly as well as its domestic manufacture location. Some of the other IS200AEPCH1CCB Board details revealed through use of this common research medium include its AEPC functional product acronym, its group one Mark VI Series product grouping, its conformal style of PCB coating, and finally its unique three-fold product revision history.
