Model:ABB GVC736BE101 IGCT Bridge Controller 3BHE019719R0101 | Medium Voltage Drive Control
- Brand: ABB
- Price range (USD): 2000-3000
- Country:
Switzerland - Parameter:
Switzerland ABB GVC736BE101, part number 3BHE019719R0101, is an IGCT bridge controller board designed for ABB medium voltage power converter stacks. It serves as the core control unit to drive and monitor IGCT power devices inside ACS6000 series medium voltage variable frequency drives and active rectifier units (ARU).
This control board manages gate trigger signals, device status feedback, fault detection and protection logic for IGCT stacks. It works closely with ABB IGCT press-pack modules (5SHX series) to realize stable high-power power conversion. Built for continuous operation in heavy-duty power electronics cabinets, it provides high-speed signal processing, galvanic isolation and comprehensive self-diagnosis for medium voltage converter systems.
| Item | Parameter |
|---|---|
| Model | GVC736BE101 |
| Alternate PN | 3BHE019719R0101 |
| Manufacturer | ABB |
| Product Type | IGCT Bridge Controller Module |
| Application System | ABB ACS6000 Medium Voltage Drive, ARU Active Rectifier |
| Supply Voltage | DC 24V ±10% |
| Mounting | Rack mount inside converter cabinet |
| Operating Temperature | -20°C ~ +60°C |
| Communication | Fiber optic to IGCT power modules |
| Protection Function | Overcurrent, overtemperature, overvoltage, device fault detection |
| Protection Class | IP20 (cabinet installation) |
| Certification | CE, IEC |
ABB GVC736BE101 is a dedicated control board matched with ABB IGCT power stacks, widely used in medium voltage high-power conversion systems:
The primary application is ACS6000 MV drives for large industrial motors, including mining hoists, cement rotary kilns, metallurgical rolling mills, large fans and water pumps. The GVC736BE101 generates and manages optical trigger pulses for IGCT modules to realize motor speed and torque regulation.
Used in ARU active front-end rectifiers for medium voltage converters. It controls bidirectional power flow, maintains stable DC bus voltage and improves grid power factor, reducing harmonic distortion fed back to the power grid.
Deployed in static synchronous compensators and FACTS power grid stabilization systems. Controls IGCT stacks for reactive power compensation, suppresses grid voltage fluctuation and improves power quality for steel plants, chemical factories and large industrial parks.
Serves in large wind turbine converters and energy storage grid-connected inverters. It cooperates with IGCT power modules to realize efficient DC/AC conversion, grid synchronization and energy bidirectional scheduling for wind farms and battery energy storage stations.
Applied to medium voltage converters for offshore platform compressors, pipeline heavy pumps. Its robust fault protection and anti-interference design adapt to high vibration and harsh industrial cabinet environments.
Used in ship MV propulsion drive cabinets, controlling IGCT stacks for marine propulsion motors, meeting strict reliability requirements for continuous navigation power conversion.
We supply original ABB GVC736BE101 (3BHE019719R0101) IGCT bridge controller modules for medium voltage drive maintenance and converter retrofit projects worldwide.
ABB GVC736BE101 (3BHE019719R0101) is an IGCT bridge controller board specially developed for ABB ACS6000 medium voltage drives and ARU active rectifier units, responsible for optical pulse control and fault monitoring of IGCT stacks.
It is designed for ABB ACS6000 medium voltage variable frequency drives, compatible with 3-level voltage source inverter and ARU active rectifier topologies, paired with ABB 5SHX series IGCT press-pack modules.
Module replacement must be performed by professional power electronics technicians. Power cut and high-voltage discharge procedures are mandatory before cabinet opening. After replacement, system commissioning and optical signal checking are required.
It monitors IGCT device faults, overcurrent, over-temperature, DC bus overvoltage and fiber communication loss, and sends protection signals to the main drive controller to avoid damage to power modules.