ABB GVC713 A101 5SHX0660F0002 3BHE022333R0101 IGCT Module

The ABB GVC713 A101 (5SHX0660F0002 / 3BHE022333R0101) is a highly advanced Integrated Gate-Commutated Thyristor (IGCT) module developed by ABB for use in high-power industrial and utility-scale power electronics applications. Designed to handle extreme switching capabilities and high current ratings, this IGCT module offers unparalleled robustness, efficiency, and reliability in demanding environments.

The GVC713 A101 module is part of ABB’s IGCT platform, renowned for reducing conduction and switching losses, making it ideal for applications such as medium voltage drives, frequency converters, power transmission systems, and other high-performance power electronic converters.

Product Specifications

Applications

The GVC713 A101 IGCT module is widely used in high-power and high-voltage industrial systems where reliable and efficient power switching is critical. Major application areas include:

• Medium Voltage Drives

  Used in controlling large motors in industrial plants, cement mills, and mining operations.

• HVDC Systems (High Voltage Direct Current)

  Deployed in long-distance power transmission systems to reduce energy loss.

• Static VAR Compensators (SVC)

  Used in power grid systems to stabilize and control voltage levels.

• Traction and Rail Systems

  Suitable for locomotives and electric rail systems requiring efficient power control.

• Wind and Hydro Power Converters

  Ensures smooth conversion and transmission of renewable energy sources.

• Power Inverters and Converters

  Integrated in systems requiring precise switching, such as UPS and energy storage.

Product Advantages

• High Current Handling Capability

  Capable of managing large amounts of current with minimal loss, making it suitable for power-dense systems.

• Integrated Gate Driver

  Reduces complexity in design and improves reliability and performance of the switching mechanism.

• Fast Switching with Low Losses

  Combines the benefits of both IGBT and thyristor technologies, providing fast switching speeds with lower conduction losses.

• Thermal Robustness

  Wide operating temperature range and high thermal cycling capability, ensuring stability in harsh industrial conditions.

• Long Service Life

  Designed for longevity with minimal maintenance in mission-critical operations.

• Mechanical Robustness

  Press-pack design provides excellent resistance to mechanical shock and vibration, crucial in mobile and rail applications.

• Compact Design

  Smaller footprint and lower weight than traditional thyristor-based modules with equivalent ratings.

FAQ

1. What is the rated voltage and current of the GVC713 A101 module?

   The module is rated for 4.5 kV and typically handles currents around 3000 A.

2. Can the module be used in renewable energy systems?

   Yes, it’s widely used in wind and hydro power inverters and converters.

3. Is the gate driver integrated into the module?

   Yes, it features an integrated gate unit, simplifying the system design.

4. What is the cooling requirement?

   Depending on the application, it supports both forced air and liquid cooling.

5. How is the module mounted?

   It utilizes a press-pack mounting technique, which provides strong mechanical stability.

6. What are the advantages of using IGCT over IGBT in high power systems?

   IGCT offers lower conduction and switching losses, and better robustness at higher power levels.

7. Is this IGCT module RoHS compliant?

   Yes, it meets RoHS and CE compliance standards.

8. What industries commonly use this product?

   Utilities, heavy industries, transportation, and renewable energy sectors.

9. Can it be used in environments with high temperature fluctuations?

   Absolutely. The module operates reliably in a wide temperature range (-40°C to +125°C).

10. What is the expected operational lifespan of the module?

    When used in optimal conditions, the module can exceed 20 years of operational life.