The 130B6038 DT/08 Danfoss POWER BOARD is a high-power inverter board specifically engineered for the DLT-5000 series of industrial drive systems. Manufactured by Danfoss in the United States with global distribution channels extending to locations like Xiamen, China, this robust power board forms the core power conversion unit in high-performance frequency converters. The technical specifications of it demonstrate its capability to handle demanding industrial applications, supporting DC bus voltages from 600 to 1000 V DC and output currents ranging from 200 to 600 amperes.

Designed for heavy-duty industrial applications, the FREQUENCY CONVERTER BOARD 130B6038 DT/08 Danfoss delivers substantial power ratings from 100 to 500 kW, making it suitable for controlling large motors in industrial processing, material handling, and other high-power automation systems. The board incorporates a built-in transformer and advanced power semiconductor technology, enabling efficient energy conversion and precise motor control. The thermal management of it ensures reliable operation, with storage capabilities extending across a wide temperature spectrum from -40°C to +85°C.

The physical construction of the Danfoss 130B6038 DT/08 WITH TRANSFORMER features dimensions of 10.2x22.9x27.9 cm and a weight of 0.38 kg, representing a compact yet powerful solution for industrial drive cabinets. As an inverter high power board, it integrates sophisticated control circuitry with robust power components, ensuring stable performance even under fluctuating load conditions and maintaining precise output characteristics for critical industrial processes.

With its combination of high-power handling capacity, compact design, and reliable performance, the DLT-5000 Series Drives Danfoss 130B6038 DT/08 serves as a fundamental component in modern industrial automation systems. The engineering excellence embodied in the Danfoss 130B6038 DT/08 makes it particularly valuable for applications requiring consistent power delivery and precise motor control in challenging industrial environments, ensuring operational efficiency and system reliability across various high-power drive applications.