About the IS200EROCH1ADD
Providing support for GE ground detectors, third-party ground detectors, keypad support, and terminal board power connection, General Electric's Exciter Regulator Options Card (EROC) communicates with the system's keypad using the RS-232C port. It offers:
- data transmission to two different locations in the regulator rack
- a keypad connector featured for connection of a keypad to the module
- a EPRB redundant, ERBP simplex keypad connector
- a singular third-party ground detector that can sustain up to three different input types
These input types include a diode fault monitor, a ground detector malfunction, and a ground alarm input. The EROC interfaces with the IS200ERGT, the Exciter Regulator Third-party Ground Detector Terminal Board and is an essential component that makes up the ERRB, the Exciter Regulator Redundant Backplane.
IS200EROCH1ADD Part Number and Functionality
Finally, the Exiter Regulator Options Card interacts with the Exciter Regulator I/O (ERIO), which interfaces system I/O signals for simplex applications. All in all, the EROC is an essential component for the EX2100 Excitation Control unit, which offers control mechanisms for steam, gas, or hydro generation.
This IS200EROCH1ADD Exciter Regulator Options Card product's above-inserted hardware component and component specification information was purely sourced from a diligent and experienced technician-led visual inspection of the IS200EROCH1ADD Exciter Regulator Options Card product itself, which was made possible as the IS200EROCH1ADD Exciter Regulator Options Card is not surrounded by any great wealth of readily-available instructional manual materials on the internet. With this defined lack existing, the IS200EROCH1ADD Exciter Regulator Options Card's IS200EROCH1ADD functional product number itself can actually be rolled out as a decently-sufficient original source of IS200EROCH1ADD PCB hardware component specification and component information, as it codes for a series of relevant IS200EROCH1ADD Board details through a series of consecutive functional naming elements. For example, this IS200EROCH1ADD product number begins with an iteration of the dual-functional IS200 series tag delegating this IS200EROCH1ADD product's normal Mark VI Series assembly as well as its domestic original manufacture location.
