A new 3000W industrial power supply adds wide-range three-phase input support, improving flexibility, reliability, and easier global deployment for automation, semiconductor, process control, and manufacturing systems.
A new industrial AC-DC power supply from TDK Corporation has entered the market, featuring enhanced three-phase input capability, targeting factories, semiconductor tools, robotics, and process automation systems that demand reliable high-power conversion. The 3000W unit expands an established platform by adding wider input-voltage support, enabling easier deployment across global industrial power infrastructure.
Designed for engineers building high-performance equipment, the product accepts a broad three-phase input range, helping manufacturers standardise designs for multiple regions without major hardware changes. This can reduce engineering complexity for OEMs serving international markets while simplifying inventory management.
The key features are:
- 3000W high-output industrial AC-DC design
- Wide-range three-phase input support
- Programmable voltage/current operation
- Built for factory and automation reliability
- Suitable for global OEM equipment platforms
The power supply is programmable, allowing users to adjust output parameters for varied loads and process requirements. That makes it suitable for production lines, test systems, machine tools, and advanced automation platforms where operating conditions may shift frequently. Programmable functionality also helps improve energy efficiency and system control.
Industrial users are also expected to benefit from the unit’s robust thermal design and reliability-focused construction. High-power factory systems often run continuously under demanding conditions, making uptime and long operating life critical purchase factors. The launch reflects continued market demand for compact yet high-capacity power solutions that support increasingly electrified manufacturing environments.
Another advantage is integration flexibility. High-output supplies are increasingly required in semiconductor fabrication, automated handling equipment, packaging machinery, and infrastructure systems where space is limited but stable power delivery is essential. By combining high wattage with global input compatibility, the new unit addresses a growing need for scalable power architectures.
The release also signals a broader trend in industrial electronics: moving toward smarter, programmable power conversion platforms that can adapt across regions, loads, and machine generations. As automation expands, power systems are becoming strategic design components rather than background hardware.
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