About the IS200AVGBG1A
The IS200AVGBG1A is a GE printed circuit board component for their esteemed Mark VI Turbine Control System series. The MKVI is part of GE’s successful Speedtronic series that has been used for the management of heavy-duty steam and gas turbine systems since the release of the MKI in the late 1960s. Given this IS200AVGBG1A product's greater Mark VI Series' status as one of General Electric's finally-developed Mark product series to make use of the patented Speedtronic control system technology, it is able to consistently attract a niche level of demand on its greater automated industrial marketplace. The Mark VI Series that this IS200AVGBG1A product is a member of is additionally lauded within the greater automated industrial community for the fact that it possesses a set selection of potential applications in the control and management systems of General Electric-accepting gas, steam, and wind turbine automated assemblies. This is universally recognized as a massive upgrade upon GE's previously-developed Mark V Series, given the fact that the Mark V Series' basic applications are solely restricted to the control and management systems of General Electric-compatible gas and steam turbine settings. The MKVI offers complete control of the turbine system with triple redundant protection modules designed to maximize system reliability. The MKVI has a Windows-based PC operator interface with Ethernet capabilities.
Hardware Tips and Specifications
The IS200AVGBG1A is a rectangular board designed with multiple factory made cutouts. The largest of these is a rectangular cutout near the center of the board. This cutout is spanned by a small c-shaped metal housing with a round hole cut into its center, connected to the PCB by two screws. This connects into a round opening labeled “LC” Other similar openings on the board are labeled LG, LE, VG, and VE. The IS200AVGBG1A has three board connectors. These connectors are located on one board edge. All connectors are male vertical pin connectors. They include a two-, eight- and six-pin connector. The board also has one metal inseparable assembly, labeled UC. The IS200AVGBG1A is built with ten transistors of three types. It uses metal film resistors and ceramic capacitors of various designs. Our team will carefully pack the IS200AVGBG1A for its shipment to your facility, including wrapping it in an anti-static sleeve to prevent damage from static charge during transit. We recommend the use of a grounding strap from the time of unboxing through installation. Please follow all manufacturer installation guidelines as found in manuals or data sheets.
Given the fact that this IS200AVGBG1A product belongs to a now-discontinued legacy General Electric Mark product series, the IS200AVGBG1A functional product number itself can be treated as a decently-strong source of IS200AVGBG1A Board hardware component and component specification information, given the fact that it indirectly displays a number of different IS200AVGBG1A Board details through a series of functional naming components. For instance, the IS200AVGBG1A functional product number begins with the dual-functional IS200 Series tag delegating this IS200AVGBG1A product's normal Mark VI Series assembly version as well as its domestic location of original General Electric manufacture. This is followed in the IS200AVGBG1A functional product number through an iteration of the AVGB functional product number, which loosely stands for AV300i Gate Driver Board, and was created to exist as a convenient conversational or promotional shorthand version of the lengthy IS200AVGBG1A product number also developed by GE. The G1 series grouping tag following this naming component is also considered dual-functional as it describes indirectly both this IS200AVGBG1A device's normal style of PCB protective coating on top of its group one Mark VI Series product grouping. The final trailing A alphanumeric digit slapped on to the end of the IS200AVGBG1A product number is indicative of this IS200AVGBG1A product's sole A-rated functional product revision.
