The GE Fanuc DS200TCEAG1BSF serves as the primary DS200TCEAG1 Emergency Overspeed Board utilized to execute overspeed and flame detection trip sequences across Mark V Turbine Control System platforms.
| Parameter | Specification |
|---|---|
| Model | DS200TCEAG1BSF |
| Brand | GE Fanuc |
| Origin | USA |
| Operating Temp | 0 to 60 deg C |
| Power Consumption | Backplane Driven / Fuse Protected |
| Processing Unit | Onboard Microprocessor (P Core) |
| Onboard Storage | Multiple Programmable Read-Only Memory (PROM) Modules |
| Circuit Hardware | 3 x Fuses, 30 x Jumpers, 2 x Bayonet Connection Ports |
| Protective Functions | Emergency Overspeed Trip, Flame Detection Trip Execution |
The GE Fanuc DS200TCEAG1BSF integrates directly into the P core section of the Mark V control panel via high-speed backplane interface lines. The onboard microprocessor executes firmware stored within designated PROM modules to process critical trip parameters. Deterministic response times ensure instantaneous signal routing to shut down the drive upon detection of overspeed or flame loss conditions. Configurable jumper arrays (30 total) allow precise hardware scaling and address mapping, maintaining full firmware flash compatibility across Mark V turbine control topologies.
Q: How do the onboard bayonet connectors interface with the rest of the drive system?
A: The pair of bayonet connectors establish solid physical and electrical connections between the DS200TCEAG1BSF board and adjacent drive components. Male connectors on cable ends latch securely into female board ports with a tactile click.
Q: What onboard hardware protection and configuration features are present on this module?
A: The board features three onboard fuses to safeguard internal signal pathways against overcurrent conditions, as well as 30 jumpers for manual hardware configuration and circuit selection.
Q: Can PROM modules be transferred when replacing a DS200TCEAG1BSF board?
A: Yes, the programmable read-only memory (PROM) modules contain the system-specific firmware routines and can be moved to a replacement board provided proper ESD and chip extraction procedures are followed.
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