Description

ABB  5SHY35L4512  IGCT Module

• Excellent voltage parameters: The maximum blocking voltage VDRM is 4500V, and VDC-link is 2800V, which can withstand relatively high voltages, making it suitable for high-voltage circuits.
• Low on-state loss: At a current of 4000A, the on-state voltage is only 2V, which helps reduce conduction loss and improve energy utilization efficiency.
• Suitable for wide temperature and low frequency: Optimized for low-frequency (less than 100Hz) and wide temperature range applications, it can work stably within a relatively wide temperature range.
• Strong anti-interference capability: It has high anti-electromagnetic interference capability and can operate reliably in complex electromagnetic environments.
• Convenient control: It has a simple control interface with status feedback, facilitating control and monitoring. It also has optical control input/output, with relevant optical power specifications, as well as minimum on-time and off-time.
• Unique gate control: The typical value of the gate unit voltage VGIN is 40V, and it requires a current of at least 2.1A to start the gate unit, which can limit the maximum current to 8A.
• Intuitive status indication: Equipped with various visual feedback indicators, which can indicate whether the thyristor is turned off, whether the gate current is flowing, whether it is ready or faulty, and whether the power supply voltage is within the specified range.

• High-voltage direct current transmission: It can be used in high-voltage direct current transmission systems to realize the conversion between alternating current and direct current. With its high voltage resistance and low loss characteristics, it ensures high efficiency and stability of electricity during long-distance transmission.
• Motor control: Used in motor controllers to realize the start and stop control of motors, and can accurately control the operating status of motors. It is suitable for drive systems of large industrial motors, such as rolling mills and mine hoists.
• Inverters: It can convert direct current into alternating current, and is applied in equipment such as wind power converters and photovoltaic inverters, contributing to the grid connection of new energy power.
• Reactive power compensation devices: Used to realize reactive power compensation, stabilize grid voltage, and improve the power factor of the power grid. It is commonly found in power facilities such as substations.
• Industrial power control: Suitable for various industrial power control occasions, especially scenarios requiring high-performance power control and power protection, and can provide stable and reliable power for industrial equipment.