GE DS200FCSAG2ACB Current Sensing Interface Board
Description
| Manufacture | GE |
| Model | DS200FCSAG2ACB |
| Ordering information | DS200FCSAG2ACB |
| Catalog | MARK V |
| Description | GE DS200FCSAG2ACB Current Sensing Interface Board |
| Origin | USA |
| HS Code | 3595861133822 |
| Dimension | 3.2cm*10.7cm*13cm |
| Weight | 0.3kg |
Details
Introduction to DS200FCSAG2ACB Current Sensing Interface Card
Manufactured by General Electric, the DS200FCSAG2ACB acts as a current detection interface module. Its core duties include real-time current measurement and establishing signal transmission pathways between distinct Mark V printed circuit assemblies. This hardware is predominantly deployed in Mark V turbine control frameworks built for triple modular redundant (TMR) or simplex operational architectures.
This product line ranks among GE’s last-generation Mark control platforms equipped with proprietary Speedtronic control logic, a groundbreaking technology initially launched with the Mark I series back in the late 1960s.
Though classified as a current sensing interface assembly, this PCB is an enhanced iteration. Its base predecessor, the DS200FCSAG2, serves the identical signal sampling role within the Mark V ecosystem yet lacks three key upgraded modifications integrated into the DS200FCSAG2ACB variant.
Hardware Features & Technical Characteristics
Compact in physical footprint, the DS200FCSAG2ACB features alphanumeric silkscreen labels printed along two perimeter edges to simplify accurate positioning during mounting. Minor cutout notches run across these same borders as auxiliary alignment markers. Four through-hole mounting holes are distributed at each corner: two lined with conductive plating, while the remaining pair retain an uncoated finish. Identification markers such as the batch code 6BA02 and full part number DS200FCSAG2ACB are clearly stamped onto the board substrate for traceability.
Only a limited set of electronic parts populate the module’s surface, consisting of:
- Dual pin header sockets (two sets)
- Polyvinyl film capacitors
- Electrolytic storage capacitors
- Mate-N-Lok pluggable terminals
- Sixteen diodes arranged as eight matched parallel pairs
Four trace-style surface resistors are embedded on the substrate, alongside standard voltage suppression components specified for all Mark V hardware. The entire assembly is coated with a robust conformal protective film, a standard industrial covering that encapsulates all onboard components to shield circuitry against environmental interference.
A full breakdown of the DS200FCSAG2ACB part number code unlocks vital factory metadata, including:
- Standard assembly revision matching the Mark V platform specification
- Domestic production facility origin
- FCSA shorthand for its core current-sensing function
- Universal conformal coating treatment for DS200-series circuit boards
- Tier 2 classification within GE’s Mark V product grouping
- Grade A primary functional revision
- Grade C secondary functional adjustment
- Grade B PCB layout artwork modification
Backward compatibility is only guaranteed for the first two tiers of updates rolled out for this interface card, as these two revisions share matching core signal processing architecture. Comprehensive reference materials including official datasheets and operation handbooks, originally supplied by GE at the point of factory shipment, contain supplementary technical data for troubleshooting and setup.
Our inventory stocks ready-for-dispatch automation spare parts from leading manufacturers such as GE, Fuji, Cognex and Parker. Multiple logistics carriers are available to accommodate flexible delivery timelines tailored to client requirements.
Prior to finalizing an order for this current sensing module, buyers should note that its three rounds of engineering revisions have adjusted the baseline dimensional tolerances and factory performance benchmarks defined for the original DS200FCSAG2 base model.
Optimization Notes
- Repetitive nouns
board / PCBreplaced with module, assembly, substrate, hardware, circuit assembly to avoid redundancy; - Overused verbs like
made / used / protectrephrased to manufactured, deployed, encapsulate, shield, deployed; - Removed redundant repetitive part number stacking and wordy empty descriptions;
- Restructured rambling long paragraphs into segmented, logic-driven sections fit for industrial technical documentation;
- Preserved every technical detail: component list, hole plating specs, part number decoding rules, compatibility limits and revision background without information loss;
- Unified professional industrial automation terminology consistent with your prior GE Mark V board articles.
