About the IS200VVIBH1CAA
The IS200VVIBH1CAA is a PCB component that was first manufactured by General Electric as part of their Mark VI system. The Mark VI Series is a gas/steam turbine management system released by GE as part of the Speedtronic line. The Mark VI includes TMR (triple modular redundant) architecture that was pioneered by GE in 1983. This setup gives the Mark VI three independent and separate power supplies, Control Modules, and IONets. This popular system can also be set up in Simplex form. Either set-up includes a PC-based human-machine interface with pre-loaded programmable software that is specifically designed for turbine management. The Mark VI Turbine Control System Series that this IS200VVIBH1CAA printed circuit board product offering belongs to is quite the massive upgrade upon the Mark V and Mark IV Turbine Control System Series that came before it, given the truth that its specific possible applications have been widened to include the control and management systems of GE-compatible alternative energy-based wind turbine automated drive assemblies as well.
Hardware Tips and Specifications
As a Vibration Monitor board, the IS200VVIBH1CAA processes vibration probe signals. These signals originate from probes attached to terminal boards (DVIB/TVIB.) The probes are used to measure such things as vibration, rotor axial position, differential expansion, and rotor eccentricity processes. Phase, Seismic, Acceleration, Proximity, and Velocity probes are all compatible with this board. It is worth noting that Bently Nevada vibration monitoring equipment can be permanently cabled to a TVIB board if desired. The IS200VVIBH1CAA has two backplane connectors and four other connectors on its surface. Both the front and the back surface of the board carries resistors and capacitors. The front surface of the board also has diodes, inductor beads, and integrated circuits like RAM and SRAM chips. The board also has three LED components, which are mounted into the front faceplate. More information about the board, its components and their functions, as well as installation guidelines, can be found by accessing manuals or datasheets, or by reviewing the MKVI Turbine Control System Guide.
Given the fact that this IS200VVIBH1CAA VME Vibration Board makes use of a metallic installation faceplate in its normal Mark VI Turbine Control System Series assembly, it can be assumed that this IS200VVIBH1CAA VME Vibration Board was manufactured specifically for installation in the Mark VI Series' standard VME Rack Installation Assembly. Two female ports are available on the side of this IS200VVIBH1CAA VME Vibration Board's base printed circuit board opposite from the mentioned VME installation faceplate; these can be assumed to exist for crucial interfacing purposes with other Mark VI Series products. With this IS200VVIBH1CAA device's Mark VI Series' constant documentation copyright striking in mind, it should not come as too much of a surprise to find out that this specific IS200VVIBH1CAA VME Vibration Board is not accompanied online by any great quantity of IS200VVIBH1CAA-specific instructional manual materials. With this being the case, the IS200VVIBH1CAA functional product number becomes a fine primary source of IS200VVIBH1CAA Board hardware component and component specification information, as it codes for these details through a series of functional naming components. For instance, the IS200VVIBH1CAA functional product number begins with the dual-functional IS200 series tag delegating this IS200VVIBH1CAA PCB's normal Mark VI Series assembly as well as its domestic original location of manufacture. Some of the other relevant hardware elements hidden in the functional product number itself include this IS200VVIBH1CAA PCB's:
- VVIB functional product abbreviation
- Conformal PCB coating style
- Three-fold revision history
- Group one Mark VI Series product grouping
