Magna ML Series

The ML Series from Magna-Power Electronics redefines power density and performance standards. By incorporating advanced water-cooling technology, the 500 kW and 1,000 kW models deliver nearly four times the power density of Magna-Power’s air-cooled alternatives. The ML Series supports master-slave parallel configurations, enabling power levels to scale beyond 10 MW for high-demand applications.

Built on Magna-Power’s reliable current-fed power processing topology and innovative harmonic neutralization technology, the ML Series ensures efficient and dependable power conversion with minimal harmonic distortion. Designed and manufactured in Flemington, New Jersey, the ML Series exemplifies Magna-Power’s commitment to quality, reliability, and cutting-edge engineering.

Key Features

• Comprehensive Control: Voltage and current control with precision adjustments.
• High Power Capability:
  • 500 kW and 1,000 kW standard models.
  • Expandable to over 10 MW with master-slave configurations.
• Precision Performance: 12-bit precision control for accurate power delivery.
• Remote Programming: SCPI command set for seamless integration and control.
• Programmable Protection: Includes interlock for external emergency stop.
• User-Friendly Drivers: LabVIEW drivers for streamlined operation.
• Continuous Full Power: Operates reliably at full power up to 50°C ambient temperature.
• Flexible I/O: 37-pin analog-digital user I/O port for custom configurations.
• Condensation Management: Integrated solenoid for condensation control.
• Advanced Master-Slaving: High-performance control for scalable systems.
• Enhanced Sensing: Local, remote, and leadless voltage sensing.
• Connectivity Options:
  • Standard: RS232.
  • Optional: LAN TCP/IP Ethernet for remote management.
• Software Included: RIS Panel platform for intuitive control and monitoring.
• Proudly Made in the USA: Designed and manufactured in-house for assured quality.

The ML Series is a top-tier solution for demanding applications requiring high power, precision, and scalability. Its innovative design and robust features make it ideal for industrial, research, and process control environments.