High Quality Thyristor Module for Industrial Power Control
The Thyristor Module family, including SKKT27, SKKT42, SKKT57, SKKT72, SKKT92 and SKKT106 M1, is the cornerstone of industrial power management. Designed to handle voltages from 400V to 1600V, they excel in harsh environments such as motor drives, UPS systems and industrial heating equipment. The design prioritizes precision switching and current handling to ensure stable operation even under fluctuating loads. The Thyristor Module utilizes advanced semiconductor technology to minimize energy losses and maintain stable performance over extended operating cycles.
The Thyristor Module is manufactured using SEMIKRON standardized dimensions, simplifying upgrades or replacements for existing systems. The compact form factor ensures compatibility with existing installation layouts, reducing downtime during installation. The optimized thermal interface allows efficient heat dissipation, which is critical for high current applications. Thermal resilience means extended service life even in environments with limited cooling infrastructure.
The Thyristor Module has a robust structure. The crimping technology is used to achieve low thermal resistance and high mechanical stability. The integrated insulation layer enhances safety by isolating the conductive components and can be used in complex multi-module configurations. The design choices ensure reliable operation in heavy machinery, renewable energy inverters and traction systems where voltage spikes and vibrations are frequent.
Thyristor Module is tailor-made for different industries. In welding equipment, it can precisely regulate the current and ensure stable arc quality. In power supply, fast switching function can reduce harmonic distortion and meet modern grid standards. The wide voltage range can adapt to both low-voltage automation systems and high-voltage industrial grids, and can flexibly expand the solution without redesigning the entire installation.
The sealed design protects internal components from contaminants such as dust and moisture, ensuring reliability even in harsh manufacturing or outdoor environments.
