• Autoranging output for flexible voltage/current combinations at full power

• Power scalability from 6 kW to 144 kW per unit, up to 2 MW in parallel

• Voltage range up to 2250 V and high current capability via parallel operation

• High efficiency up to 92% with SiC-based power architecture

• Compact 3U design for high power density (up to 18 kW in 3U)

• Advanced protection functions: OVP, OCP, OPP, OTP, UVP, power failure protection

• Integrated data recording with min/max/average measurement tracking

• Multiple communication interfaces with SCPI protocol and built-in web server

• Electric vehicle (EV) powertrain and charger testing

• Battery testing and energy storage validation

• Power electronics and inverter testing

• Renewable energy systems (solar, energy storage, grid simulation)

• Aerospace and defense electrical testing

• Automated production line testing (ATE systems)

• Output type: Single-channel programmable DC power supply

• Power range: 6 kW to 144 kW (expandable up to 2 MW)

• Voltage range: Up to 2250 V

• Current range: Up to 8000 A (parallel configuration)

• Efficiency: Up to 92%

• Form factor: 3U rack mount (up to 18 kW per unit)

• Control modes: CV (constant voltage), CC (constant current) automatic switching

• Data acquisition: Internal and external recording, sampling interval up to 10 μs

• Interfaces: USB, LAN, CAN, Digital I/O (optional GPIB, RS232, Analog)

• Communication protocol: SCPI, built-in web server

The IT6000D High Power Programmable DC Power Supply is engineered to address high-demand DC power requirements in industrial testing, validation, and automated systems. Its autoranging output architecture allows flexible voltage and current combinations within the full power envelope, reducing the need for multiple dedicated power supplies.

With a single-unit power capacity ranging from 6 kW to 144 kW, voltage up to 2250 V, and scalable current through parallel operation, the IT6000D is suitable for applications where dynamic load conditions and wide operating ranges are required. The system supports master-slave parallel configuration up to 2 MW, enabling high-power test setups without complex infrastructure redesign.

The 3U high-density design optimizes rack space while maintaining high efficiency (up to 92%) through advanced SiC technology. Built-in communication interfaces (USB, LAN, CAN, Digital I/O, optional GPIB/RS232) and SCPI protocol support allow seamless integration into automated test environments.

This platform is particularly relevant for EV systems testing, battery validation, renewable energy systems, and power electronics R&D, where precision, repeatability, and data acquisition are critical to reducing operational risk and ensuring compliance.