GE DS200DSPCH1ADA Digital Signal Processor Control Board – High‑speed Loop Control for GE Drive and Turbine Systems

• Warranty period: 365 days

• Delivery time: 1 week for in-stock; no more than one month at the latest

• Payment method: 50% advance payment; full payment for delivery

• Express delivery methods: FedEx, UPS, DHL

• High‑speed DSP control – Executes core current/voltage loop algorithms and firing/PWM logic for stable drive/excitation performance.

• Designed for DS200 ecosystem – Works alongside SDCC and related GE boards via backplane/ribbon connections; typically a drop‑in for the H1 family.

• Deterministic timing – Fixed‑cycle processing improves dynamic response and reduces nuisance trips in many cases.

• On‑board diagnostics – Board‑level status indicators (LEDs) help with quick checks during commissioning or fault tracing.

• Serviceable architecture – Field technicians can reseat connectors, inspect standoffs, and, when required, transfer firmware devices from legacy boards.

• Revision ADA – A later revision within the H1 series; typically maintains form/fit/function compatibility with earlier builds.

You’ll typically find the DS200DSPCH1ADA in GE industrial drive and turbine support systems where deterministic control matters:

• EX2000 excitation systems for synchronous generators

• DC2000 and AC2000 variable speed drives in metals, paper, mining, and test stands

• LS2100 soft starters and related medium‑voltage auxiliaries

• Selected Speedtronic Mark V control panels (check BOM for DS200DSPC listing)

One maintenance supervisor told us the ADA revision dropped in with no parameter edits and cleared an intermittent trip during load changes—seems to be a common pattern when the legacy DSPC had connector oxidation.

• Reliability – Solid design with predictable timing; fewer nuisance trips when paired with a healthy SDCC and clean power.

• Compatibility – Form/fit/function with the DS200 H1 family in most cases; supports existing harnesses and backplane connections.

• Cost & uptime – Faster replacement than full drive retrofits; keeps the installed base running while planning upgrades.

• Technical support – Guidance on firmware transfer, revision checks, and installation best practices to shorten your outage window.

• Cabinet & environment – Mount within a clean, ventilated NEMA/IEC cabinet; maintain ambient 0–60°C and keep dust/moisture under control.

• ESD handling – Use grounded wrist straps and antistatic mats; avoid touching IC pins and connector contacts.

• Wiring/connection – Power down and discharge before reseating ribbon cables; verify standoffs are tight and no wiring is strained.

• Firmware alignment – Where applicable, match firmware/EPROM revisions to the host SDCC. Many users transfer removable devices from the outgoing board to maintain behavior.

• Routine care – Inspect connectors every shutdown, clean light dust with dry air, check for heat discoloration, and keep fans/filters fresh to stabilize temperatures.

• Post‑install checks – Run static I/O checks, then low‑load trials; watch for abnormal loop response or unexpected trips.

• DS200SDCCG – Drive Control Card that hosts main control logic; the DSPC board works closely with SDCC for loop execution.

• DS200SIO – Serial/communications interface options used to link drives with higher‑level systems.

• DS200TCEAG1 – Protection/conditioner module often present in excitation systems.

• DS200TBQG – Terminal boards for I/O breakout; make field wiring serviceable without touching the DSPC board.

• Manufactured under GE quality systems (ISO 9001 at the corporate level)

• Intended for use within CE/UL certified assemblies; board‑level markings vary by revision

• RoHS status depends on production year; RoHS‑compliant supply can be checked on request

• Warranty: 365 days, covering function under normal industrial use

Compatibility note: Always confirm your panel BOM and host controller part numbers before ordering (especially SDCC revision and any site‑specific firmware). If you share photos of the current board and harnessing, we can cross‑check the DS200DSPCH1ADA against your build to reduce swap‑out risk.