ABB 3BHB020538R0001 | RC-IGCT | 5SHX1060H0003

The following is detailed information about ABB 3BHB020538R0001 | RC - IGCT | 5SHX1060H0003:

Module Overview

Product Model: 3BHB020538R0001 is the product number of the module, 5SHX1060H0003 is the specific model of the IGCT module, which belongs to ABB's RC - IGCT (reverse conducting integrated gate commutated thyristor) series.

Product Type: RC - IGCT is a power semiconductor electronic device that combines the high-speed switching characteristics of IGBT and the high blocking voltage and low conduction loss characteristics of GTO, suitable for high-voltage and high-power scenarios.

Technical Features

High withstand voltage and high current: The withstand voltage level can reach several thousand volts, such as the typical parameters of 4500V/4000A, supports high-voltage DC bus applications, can withstand high voltage and high current, and meet the high-voltage and high-power requirements in the industrial field.

Fast switching capability: low switching loss, turn-on time of about 200ns, suitable for high-frequency switching requirements, can achieve fast power conversion and control, and improve system efficiency and performance.

Integrated design: Some models integrate GTO chips with anti-parallel diodes and gate drive circuits to reduce stray inductance and improve reliability, reduce the use of external components, and simplify system design and installation.

Trigger and drive: The trigger signal is transmitted through optical fiber, and the gate power supply unit (GUSP) independently provides energy to ensure control accuracy and improve the stability and anti-interference ability of the module.

Thermal management and packaging: With compact structure design, some models support low inductance connection and decentralized heat distribution, enhance thermal cycle capability, effectively solve the heat dissipation problem during high-power operation, and ensure the stability of the module under different working conditions.

Application field

Industrial frequency conversion and transmission: used for ACS series inverters, motor drive systems, such as large motor control in rail transportation, steel metallurgy and other fields, to achieve efficient power conversion and motor speed regulation.

Renewable energy: Applied to wind power grid connection, solar inverters, etc., supports high-power energy conversion, and helps to efficiently integrate renewable energy into the power grid.

Power system control: plays a key switching role in flexible DC grids and MMC (modular multilevel converters), optimizes power quality, and improves the stability and reliability of the power system.