ABB 5SHX1960L0006 paired with 3BHB016120R0002 is a high-power IGCT power semiconductor module, designed for ABB medium voltage drives and static frequency converter systems for heavy-duty power conversion.

Product Overview

ABB 5SHX1960L0006 is an Integrated Gate-Commutated Thyristor (IGCT) power device, matched with the 3BHB016120R0002 gate drive unit board. It is the core power switching component for ABB ACS6000 medium voltage variable frequency drives and SFC static frequency converters. Featuring press-pack packaging, it delivers high current carrying capacity, low conduction loss and fast switching performance. Optical fiber signals are adopted for gate control to achieve strong electrical isolation and anti-interference capacity. This assembly is widely used for high-power energy conversion in power plants, mining, marine and renewable energy fields, and is a critical spare part for medium voltage drive maintenance and replacement.

Key Features

• High-performance IGCT power module with supporting gate drive unit
• Press-pack structure for excellent heat dissipation and mechanical stability
• Low on-state loss and fast switching speed for high efficiency conversion
• Fiber-optic gate signal transmission, high isolation and noise immunity
• Suitable for medium voltage high-current heavy load working conditions
• Built-in monitoring and fault detection functions for drive protection

• Rugged industrial design, stable operation in high vibration cabinet environment

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Technical Specifications

• Brand: ABB
• Main Model: 5SHX1960L0006
• Gate Unit PN: 3BHB016120R0002
• Type: IGCT Power Semiconductor Module + Gate Drive Board
• Compatible Equipment: ACS6000 MV Drive, SFC Static Frequency Converter
• Cooling Method: Press-fit water / air cooling

• Application Industry: Power generation, mining, marine, renewable energy

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Application

Medium voltage motor speed regulation, static frequency converter, large fan and pump drive, generator excitation control, grid power quality equipment, offshore power conversion system.