About the IS200VPROH1BCC
This IS200VPROH1BCC printed circuit board product offering from General Electric was originally designed and manufactured specifically for the Mark VI Turbine Control System Series, as was made obvious in our brief IS200VPROH1BCC product description above. This IS200VPROH1BCC device's greater Mark VI Series, as you have more than likely been able to predict based off of its full extended GE series name, has a set of specific intended functional applications in gas, steam, and wind turbine automated drive assemblies; a notable improvement upon the previously-released Mark V and Mark IV Series' more restricted gas and steam turbine applications alone. This IS200VPROH1BCC product's greater Mark VI Series is additionally seen as attractive on its greater automated industrial promotional marketplace given its status as one of the final-developed GE Mark product series to incorporate the patented Speedtronic control system technology into its normal Mark IV Series assembly.
Hardware Tips and Specifications
The IS200VPROH1BCC model serves as either a Turbine Protection or Turbine Emergency Trip Module, and its interactions depend on its application. When utilized as a Turbine Protection Module, it interfaces with a TPRO board, whereas as a Turbine Emergency Trip Module, it interacts with a TREG module. An Ethernet connection facilitates IONet communication between the VPRO Module and other control modules when connected to the TPRO module. When the IS200VPROH1BCC model is paired with a TPRO board, they form a self-sufficient emergency over speed protection system. On the other hand, when coupled with a TREG module, the VPRO module takes full control of the TREG board. The maximum number of TREG boards that can be used with the VPRO board is two, limiting the trip solenoid circuits to six. For testing and programming purposes, the IS200VPROH1BCC board features a VME interface that allows it to be used in a VME rack. However, if connected to the Backup Protection Module, the backplane is neutralized to eliminate continuity between the three control module sections. This IS200VPROH1BCC device is actually not the originally-developed product of its specific Mark VI Series functionality; that would have to be considered the IS200VPROH1 parent PCB notably not accessing this IS200VPROH1BCC product's full three-fold revision history.
The VPRO board primarily relies on an onboard power supply to generate twenty-eight and five volts of direct current from the cabinet PDM's one hundred twenty-five volts of direct current. If integrated into a TMR system, three power supplies are utilized, leading to increased reliability. While some more generally-reaching Mark VI Series instructional manual materials are available online and in our convenient manuals tab above, this IS200VPROH1BCC product is not mentioned specifically in great detail, which means that the IS200VPROH1BCC functional product number can exist as a primary source of IS200VPROH1BCC Board hardware component and component specification information. This IS200VPROH1BCC product number codes for various IS200VPROH1BCC details in a series of functional naming components. For instance, this IS200VPROH1BCC functional product number begins with the dual-functional IS200 series tag delegating this IS200VPROH1BCC product's normal Mark VI Series assembly version as well as its domestic original manufacture location. Some of the other relevant hardware specifications embedded in this IS200VPROH1BCC functional product number include the IS200VPROH1BCC PCB's VPRO functional product abbreviation as well as its conformal PCB coating style, Group one Mark VI Series product grouping, and finally its full, three-fold product revision history.
