Description
ABB 5SHX10H6010 IGCT Module – Press-pack high-power switch for medium-voltage drives and converters
The ABB 5SHX10H6010 is an IGCT (Integrated Gate Commutated Thyristor) module designed for heavy-duty power conversion—think medium-voltage drives, high-power rectifiers, STATCOM/SVC cabinets, and traction or marine propulsion inverters. It’s a press-pack device, so there are no bond wires to fatigue, and clamping distributes current evenly. From my experience, that’s a big deal if you’re running around the clock in a hot electrical room with high dI/dt cycling.
You might notice that ABB’s 5S-series IGCTs typically pair with dedicated ABB gate units for fast, reliable turn-off and low conduction loss. In many cases, customers choose this model when they need a robust, serviceable switch that can handle aggressive commutation and long maintenance intervals. A drive OEM told us they adopted 5SHX10H6010 in a retrofit of a 6-pulse MV fan drive; clamp-up is straightforward, and the device ran cool with conservative snubbing—no nuisance trips over a six-month trial.
Order Placement Process and Guarantees
- Warranty: 365 days from delivery
- Lead time: 1 week if in stock; no more than 1 month latest
- Payment: 50% advance; full payment prior to delivery
- Express options: FedEx, UPS, DHL
- Packaging: ESD-safe inner packaging and foam-protected outer carton, suitable for international transit
Key Features
- Press-pack IGCT robustness – No bond wires; uniform current distribution under clamping, typically improving thermal cycling endurance.
- Fast, clean turn-off with matched gate unit – Designed to operate with ABB gate units for high dI/dt and reliable commutation.
- Low conduction losses – IGCT conduction typically outperforms IGBT stacks at comparable ratings in MV applications.
- High surge and fault tolerance – Press-pack structure permits predictable short-circuit behavior and service-friendly replacement.
- Field-proven in MV converters – Common in drives, STATCOM/SVC, cycloconverters, and propulsion inverters where uptime is critical.
- Service-friendly mechanics – Clamped installation; no soldered baseplate. Typically faster swap during planned shutdowns.
Technical Specifications
| Brand / Model | ABB 5SHX10H6010 (IGCT press-pack module) |
| HS Code | 8541.30 (Thyristors, diacs and triacs) |
| Power Requirements | Passive device; gate drive power supplied by ABB IGCT gate unit (typically a positive/negative gate supply in the ±15–20 V range, per gate unit spec) |
| Dimensions & Weight | Press-pack form factor; consult ABB outline drawing for exact diameter, thickness, and mass used in your clamp/heatsink set |
| Operating Temperature | Maximum junction temperature typically up to 125°C; storage usually -40…+125°C (confirm for this exact variant) |
| Signal I/O Types | Anode/Cathode press terminals; coaxial gate connection to matching ABB gate unit |
| Communication Interfaces | None (power semiconductor device; communication handled by associated control/gate unit) |
| Installation Method | Press-pack clamp between heatsinks/bus bars with specified clamping force; use appropriate thermal compound and insulation hardware |
Application Fields
- Medium-voltage drives for compressors, pumps, fans, and rolling mills
- High-power rectifiers and DC link converters (steel, mining, electrolysis)
- Grid support: STATCOM/SVC, frequency converters, and HV test benches
- Traction and marine propulsion inverters where uptime is mission-critical
- Wind and hydro auxiliary converters in rugged environmental conditions
Advantages & Value
- Reliability – Press-pack mechanics typically handle thermal shock and load cycling better than plastic-pack alternatives.
- Compatibility – Works with ABB IGCT gate units designed for the 5S-series; easy integration in existing ABB-based stacks.
- Cost of Ownership – Lower conduction losses and long service life often translate into measurable energy and maintenance savings.
- Technical Support – Parameter selection, clamp design guidance, and thermal recommendations are available to shorten engineering time.
Installation & Maintenance
- Cabinet & Cooling – Mount in a clean, dry cabinet with adequate ventilation or liquid-cooled heatsinks. Keep airflow paths unobstructed to avoid local hot spots.
- Clamping – Use a calibrated clamping assembly and follow ABB’s specified force range. Measure bolt elongation or use spring stacks to maintain force over temperature.
- Interfaces – Ensure flat, clean contact surfaces; apply a thin, uniform layer of qualified thermal grease. Avoid particles that can create micro-arcs under pressure.
- Wiring – Keep gate connection short and per gate unit recommendation (coax). Minimize stray inductance in the power loop with laminated or closely coupled bus bars.
- Safety – De-energize and discharge capacitors before service. Use proper PPE. Verify isolation and creepage distances in MV cabinets.
- Routine Care – Periodic thermal scans under load, check clamp force during major shutdowns, inspect gate connectors, and update gate unit firmware where applicable.
Quality & Certifications
- Manufactured under ISO 9001 / ISO 14001 systems
- RoHS and REACH compliant component
- As a semiconductor component, CE/UL marking typically not applicable to the device itself; system-level compliance handled by the end equipment
- Manufacturer’s warranty: 12 months from delivery (as listed above)
If you’re planning a retrofit or a new MV stack and want to double-check gate unit pairing, clamp force, or thermal headroom for 5SHX10H6010, send over your stack drawing and load profile—we can review and suggest a safe operating margin, typically within one business day.
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