Description
ABB 5SHX06F6004 + 3BHB003387R0101 – High‑power IGCT with Matched Gate Unit for Medium‑Voltage Drives and Converters

The combination of ABB’s press-pack IGCT 5SHX06F6004 and the dedicated gate unit 3BHB003387R0101 is designed for reliable high-current, high-voltage switching in medium-voltage drives, static VAR/STATCOM systems, and heavy-duty industrial converters. One thing I appreciate is how ABB pairs the device and driver as a matched set—this typically shortens commissioning time and reduces nuisance trips caused by mismatched drive electronics.
Company’s Order Placement Process and Guarantees
- Warranty: 365 days
- Delivery time: 1 week for in-stock; no more than one month at the latest
- Payment: 50% advance payment, full payment for delivery
- Express delivery: FedEx, UPS, DHL
Key Features
- Matched device + gate unit: The 5SHX06F6004 IGCT and 3BHB003387R0101 driver are tuned to each other, which in many cases improves turn‑on/turn‑off behavior and reduces stress on the semiconductor.
- Press‑pack construction: Robust, uniform current distribution with high surge capability; well-suited for mission‑critical MV drive topologies.
- Fiber‑optic control interface (gate unit): Provides noise‑immune triggering and galvanic isolation—handy in cabinets with high dv/dt and long busbars.
- Fast, low‑loss switching: IGCT technology typically delivers lower conduction and switching losses compared with classic GTO/GTO+ driver solutions.
- Serviceable gate unit: Status indication and protection features on the 3BHB003387R0101 help maintenance teams diagnose faults quickly.
- Drop‑in replacement potential: Often used as a like‑for‑like service part in ABB medium‑voltage drives and industrial converters.
Technical Specifications
| Brand / Model | ABB 5SHX06F6004 (IGCT) + 3BHB003387R0101 (Gate Unit) |
| Product Type | Press‑pack IGCT with matched gate driver unit |
| HS Code (reference) | IGCT: 8541.29 (thyristors, other); Gate Unit: 8537.10 (boards/panels for electric control, ≤1000 V) – final classification may vary by jurisdiction |
| Power Requirements (Gate Unit) | Typically 24 VDC supply; current draw commonly in the 0.5–1 A range depending on configuration and duty |
| Signal I/O Types | Fiber‑optic gate trigger input; electrical status/alarm outputs (model‑dependent) |
| Communication Interfaces | Fiber‑optic interface for control/triggering; service/diagnostic access as implemented on the gate unit |
| Installation Method | IGCT: press‑pack clamping to heatsink/cold plate; Gate Unit: panel/chassis mount near the device with short, low‑inductance connections |
| Cooling | External heatsink or liquid‑cooled plate sized by loss calculation and ambient conditions |
Note: Specific electrical ratings (voltage class, current, di/dt) are tied to the exact device batch and drive design; if you share your application data, we can match the correct variant and clamping hardware.
Application Fields
- Medium‑voltage AC drives for compressors, pumps, fans, and rolling mills
- Static VAR compensators / STATCOM and power quality converters
- High‑power rectifier/inverter stages in industrial DC supplies
- Traction and marine propulsion converters where high reliability is critical
From my experience, maintenance teams choose this set when they want predictable switching behavior and a clean fiber‑optic interface in cabinets with heavy EMI. One customer in a metallurgy plant mentioned they swapped the pair during a planned outage and were back online in under two hours—no re‑tuning needed.
Advantages & Value
- Reliability under stress: Press‑pack IGCTs handle thermal cycles and surge events well, which typically lowers unplanned downtime.
- Compatibility: The 3BHB003387R0101 gate unit is engineered to drive the 5SHX06F6004 properly, reducing the risk of over‑ or under‑drive conditions.
- Cost control: Using a matched set often avoids iterative commissioning, saving technician time and reducing start‑up delays.
- Supportability: ABB’s long track record with IGCTs means better documentation, service notes, and replacement availability over the lifecycle.
Installation & Maintenance
- Cabinet & environment: Mount in a clean, dry, well‑ventilated enclosure. Follow IEC/UL cabinet standards and maintain adequate creepage/clearance for MV systems.
- Clamping & planarity: Use the specified clamping force with a calibrated tool; ensure heatsink flatness and surface finish. Too little or too much force can shorten device life.
- Wiring & layout: Keep the gate loop short and low‑inductance. Route fiber‑optic lines with gentle bends and positive retention.
- Cooling: Verify thermal interface material coverage and re‑torque per maintenance schedule. Check coolant flow or airflow margins seasonally.
- Safety: Isolate energy sources and discharge DC link capacitors fully before handling. Observe ESD precautions during any board work.
- Routine checks: Inspect connectors, fiber integrity, and diagnostic LEDs on the gate unit. Periodically test protection functions (UV/OV, desaturation) according to site procedures.
Quality & Certifications
- Manufacturing systems: ABB production typically follows ISO 9001 quality management.
- Material compliance: RoHS and REACH compliance for components and assemblies, where applicable.
- Markings: Power semiconductors and gate units may not carry standalone CE/UL listings as components; conformity is usually assessed at the end‑equipment level.
- Warranty: 365 days coverage as part of our supply terms.
Recommended Accessories & Supporting Components
- Press‑pack clamping assembly with calibrated disc springs
- Matched snubber capacitor/resistor network for the IGCT stage
- Liquid‑cooled or high‑capacity finned heatsink with interface materials
- Fiber‑optic transmitter/receiver sets rated for the drive environment
If you share your drive type and operating point (DC link voltage, phase current, switching frequency), I can verify suitability, confirm the exact variant of 5SHX06F6004 fitted in your system, and align the 3BHB003387R0101 gate unit settings so installation goes smoothly.







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