ABB GDC806A0101 (3BHE028761R0101) – Gate Drive Controller Board for High-Power/Medium-Voltage Drive Systems

Brand / ModelABB GDC806A0101 (GD C806 A0101) / 3BHE028761R0101

HS Code850490 (Parts for static converters, e.g., drive systems)

Power Requirements24 VDC nominal, low-power control electronics (typical cabinet supply)

Operating Temperature0 to +55 °C typical control cabinet conditions (non‑condensing)

Signal I/O TypesFiber‑optic gate trigger/feedback channels; opto‑isolated digital signaling; local status LEDs and test points

Communication InterfacesBackplane connector to main controller; fiber links to gate units; service/diagnostic headers (as per board revision)

Installation MethodPlug‑in PCB module for ABB drive cabinet; secured on rails/screws; ESD‑safe handling required

Form FactorBoard‑level assembly (GDC8xx footprint), lightweight, cabinet‑mounted

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Description

ABB GDC806A0101 (3BHE028761R0101) – Gate Drive Controller Board for High-Power/Medium-Voltage Drive Systems

Abb-57160001-Aap-Dstx-W110-57160001Aap-Pcb-Board

The ABB GDC806A0101, also marked as GD C806 A0101 and traceable under part number 3BHE028761R0101, is a gate drive controller board used in ABB high-power converter stacks. In many cases, it sits between the main control and the IGCT/IGBT gate units, coordinating fiber‑optic firing commands, interlocks, and fault feedback. If you’re maintaining an ABB medium-voltage drive or a large industrial converter, this is typically the board that keeps the power stage synchronized and protected.

Company’s Order Placement Process and Guarantees

  • Warranty: 365 days
  • Lead time: 1 week if in stock; no more than one month at the latest
  • Payment: 50% advance payment; full payment prior to delivery
  • Express options: FedEx, UPS, DHL

From my experience, fast replacement of this board noticeably reduces downtime on MV drives. We typically help customers match firmware/hardware revisions so the unit integrates smoothly with the existing stack.

Key Features

  • Gate drive coordination: Manages firing patterns and interlocks to the power devices through fiber‑optic channels.
  • High isolation design: Fiber links and opto‑isolation reduce electrical noise coupling in high dV/dt environments.
  • Real-time protection: Monitors feedback for desaturation/trip conditions and propagates fast shutdown commands.
  • Backplane integration: Plug‑in connection to ABB control backplanes for compact routing and serviceability.
  • Status diagnostics: On‑board indicators and signal test points make commissioning and fault tracing easier.
  • Form-fit compatibility: Designed to fit ABB GDC8xx locations, helping maintenance teams swap boards quickly.

Technical Specifications

Brand / Model ABB GDC806A0101 (GD C806 A0101) / 3BHE028761R0101
HS Code 850490 (Parts for static converters, e.g., drive systems)
Power Requirements 24 VDC nominal, low-power control electronics (typical cabinet supply)
Operating Temperature 0 to +55 °C typical control cabinet conditions (non‑condensing)
Signal I/O Types Fiber‑optic gate trigger/feedback channels; opto‑isolated digital signaling; local status LEDs and test points
Communication Interfaces Backplane connector to main controller; fiber links to gate units; service/diagnostic headers (as per board revision)
Installation Method Plug‑in PCB module for ABB drive cabinet; secured on rails/screws; ESD‑safe handling required
Form Factor Board‑level assembly (GDC8xx footprint), lightweight, cabinet‑mounted

Application Fields

You’ll typically find the GDC806A0101 in ABB medium‑voltage drives and large converters used in:

  • Metals (rolling mills, roughing stands, process lines)
  • Cement & mining (kilns, fans, conveyors, hoists)
  • Oil & gas and chemicals (compressors, extruders, pumps)
  • Marine & ports (thrusters, propulsion, crane drives)
  • Power & utilities (test benches, excitation/converter systems)

One thing I appreciate is how this board streamlines fiber‑optic gating—installers often mention quicker commissioning when replacing like‑for‑like GDC8xx modules.

Advantages & Value

  • Reliability: Purpose‑built for high‑energy power stages with noise‑immune signaling.
  • Compatibility: Form‑fit board for ABB GDC8xx locations; supports common fiber‑optic gate units used in MV stacks.
  • Cost control: Direct replacement reduces engineering time and limits unplanned downtime.
  • Support: We can help check board revisions and fiber mapping so the swap is straightforward.

Installation & Maintenance

  • Cabinet environment: Mount inside a clean, ventilated control cabinet; avoid condensation and corrosive atmospheres.
  • Wiring/fibers: Keep fiber bend radius within spec; label TX/RX pairs; route away from high‑current busbars.
  • Grounding & EMC: Verify cabinet bonding; maintain shield terminations per ABB layout to minimize noise.
  • ESD & handling: Use grounded wrist straps and ESD mats; handle by edges only.
  • Firmware/parameters: Match board revision and firmware to the drive controller; back up parameters before changeout.
  • Routine care: Periodically clean dust with dry, oil‑free air; check connectors; review event logs after trips.

Quality & Certifications

  • CE-compliant as part of the complete ABB drive system
  • RoHS/REACH-aligned materials (typical for ABB control PCBs)
  • Manufactured under ISO 9001 quality systems at the OEM level
  • Warranty coverage: 365 days

Customer feedback (compressor line, EMEA): “Swap took less than an hour. Fiber mapping matched our existing gate units and the drive was back online the same shift.”

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