IS200ACLEH1BCB Aplication Control Layer Module

About the IS200ACLEH1BCB

This IS200ACLEH1BCB Application Control Layer Module printed circuit board product offering was originally designed and manufactured, as should have been specified in the brief IS200ACLEH1BCB Application Control Layer Module product description paragraph above, for the Mark VI Turbine Control System Series. The Mark VI Series that this IS200ACLEH1BCB Application Control Layer Module PCB can be considered a component member of has to be considered quite the significant functional upgrade upon the previous industry-standard Mark V Turbine Control System Series of just about  the same full extended series title, given the fact that the Mark VI Series added the alternative energy-based wind turbine possible functional application onto the gas and steam-based environments already established through this IS200ACLEH1BCB Application Control Layer Module product’s previous Mark V Turbine Control System Series of just about the same full extended series title. This IS200ACLEH1BCB Application Control Layer Module PCB’s Mark VI Series is additionally definable as desirable within greater automated industrial markets for its status as one of the last-developed Mark product series utilizing the patented Speedtronic control system technology across a range of products. This IS200ACLEH1BCB Application Control Layer Module PCB is warranty protected.

Hardware Tips and Specifications

The IS200ACLEH1BCB was a General Electric PCB (the Mark VI) fashioned to be used in the detailed management of steam and gas-powered turbines. The Mark VI was a part of the multi-decade long-running Speedtronic product that was crafted by GE. The Speedtronic series went through quite a few forms, opening with the Mark I which debuted in 1969. The Mark VI included things like a PC-based operator interface which was loaded with brand-exclusive software such as CIMPLICITY graphics and the GE Control System Toolbox (which was used for upkeep). The IS200ACLEH1BCB had a thin faceplate which displayed the printed GE logo and the board ID number. Several board apparatuses were mounted to a single edge of the faceplate. This included multi-pin connectors. The board, itself, was also marked with an identification number and the manufacturing logo. It displayed the code 6BA01 along one edge of the device. Components tend to be identified by reference numbers. Generally, this IS200ACLEH1BCB Application Control Layer Module PCB cannot be considered the originally-developed device of its specific Mark VI Series functionality, as that would have to be defined as the IS200ACLEH1 parent Application Control Layer Module not taking advantage of this IS200ACLEH1BCB Application Control Layer Module device’s three-fold revision table.

The IS200ACLEH1BCB had many board connections, including a vertical male pin in the uppermost right corner, a backplane connector located on the posterior edge on the board, and a multi-pin ribbon cable connector. The ribbon connections linked to a secondary board which populated most of the center on the board. This secondary board had a few components, which included multiple pin integrated circuits and connectors. The principal board had an IDE to SATA converter that held a 128 MB memory card. The IS200ACLEH1BCB will be packaged by AX Control to protect it from static discharge using an antistatic sleeve, thereby avoiding damage during transit. Datasheets and Manuals created by the manufacturer should provide the handler with correct installation measures. This IS200ACLEH1BCB Application Control Layer Module device’s IS200ACLEH1BCB Application Control Layer Module functional product number codes for a number of relevant IS200ACLEH1BCB Application Control Layer Module details through a series of functional naming elements, including this IS200ACLEH1BCB Application Control Layer Module product’s:

• Domestic GE manufacture
• Normal Mark VI Series assembly
• Group one Mark VI Series grouping
• Conformal PCB coating style
• Three-fold revision total.