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60-1C DC Power Supply

60-1C DC Power Supply

Advanced regenerative DC power supply with full sink/source capability, ultra-fast dynamics, and exceptional precision for demanding applications.

Key Features:

  • Scalable from 9 kW to 2000+ kW
  • Precise voltage range: 0–60 V DC
  • Sink/source mode with full power regeneration
  • Exceptional current accuracy <0.02% full scale
  • Fast voltage rise/fall times under 250 µs
  • Full digital control: CV, CC, CP, CR, Ri-Sim
  • Modular setup: parallel, series, or mixed mode
  • Auto-ranging factor of 3 for wide flexibility
  • Supports CAN, API, and optional HMI touchscreen
  • Seamless waveform generation via AnyWave + WaveMaster
  • Ideal for automotive, aerospace, HIL, and EMC testing
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Description

High-Performance Regenerative DC Power Supply for Advanced Testing

The 60-1C DC Power Supply is a next-generation solution for precision power sourcing and sinking. Ranging from 9 kW to over 2000 kW, it delivers unmatched flexibility, ultra-fast dynamics, and full regenerative capability, making it perfect for modern testing environments in automotive, aerospace, power electronics, and EMC applications.

Dynamic Control with Exceptional Accuracy

Equipped with advanced control dynamics (100–200 µs) and <0.02% FS current accuracy, the 60-1C offers ultra-precise, rapid response to dynamic load changes. It features high-resolution current sensing and seamless digital control in CV, CC, CP, CR, and Ri-Sim modes for comprehensive power testing.

Full Sink/Source with Power Regeneration

Unlike traditional power supplies, the 60-1C series supports bidirectional energy flow. In source mode, it delivers programmable DC power with extreme stability. In sink mode, it regenerates excess energy back to the grid ensuring minimal heat loss, energy efficiency, and low acoustic noise.

Modular & Scalable to 2000+ kW

From benchtop to full-scale system simulation, the 60-1C’s modular design allows for flexible scaling via parallel, series, or combined operation. With up to 44 power modules, this system can meet virtually any test power requirement, up to 4056+ amps and 2000+ kW.

Power Current Range (A)
9 kW ±338 A
90 kW ±3380 A
108 kW ±4056 A
>2000 kW >4056 A

Fast Switching Performance

Engineered for dynamic test conditions, the supply offers:

  • Voltage rise time (10–90%): <250 µs
  • Voltage fall time (90–10%): <250 µs
    This ensures high fidelity during transient testing such as rapid load changes, regenerative braking simulation, and dynamic DC loads.

Seamless Control with AnyWave + WaveMaster

With AnyWave and WaveMaster integration, users can:

  • Generate sine, step, ramp, and complex waveforms
  • Run synchronized waveforms across multiple units
  • Operate with up to 2.8 MS/s sampling for accurate waveform delivery
  • Use a graphical or tabular editor for intuitive programming

Even users without software coding experience can build complex test profiles instantly.

User-Friendly System Integration

Flexible control options include:

  • Front panel HMI with color touchscreen (optional)
  • High-speed CAN interface (1 kHz, 16-bit resolution)
  • API access for automated test scripting
  • Safety options: insulation monitoring and dual-channel safety interfaces

Each unit is available as a turn-key cabinet (up to IP54), mobile or stationary, with customer-specific configurations.

Built for Demanding Applications

Whether you’re testing onboard chargers (OBCs), powertrains, battery modules, or EMC components, the 60-1C handles real-world simulation with ease.

Applicable Markets:

  • Automotive & EV Systems
  • Aerospace & Avionics
  • Military & Medical Electronics
  • Power Generation & Renewable Energy
  • EMC, RF, and Space Systems

Compliant with Global Standards:

  • FMC1278
  • ISO 7637-2 / -4
  • ISO 16750-2
  • LV 124 / LV 148
  • ISO/IEC 18092
  • GM W 3097

Why Choose the 60-1C DC Power Supply?

  • Precision & Speed: <250 µs response time, <0.02% FS accuracy
  • Source + Sink: Bidirectional power with full regeneration
  • Energy-Efficient: Low heat and noise, regenerative design
  • Flexible Control: Software, API, CAN, and touchscreen HMI
  • Waveform Power: AnyWave + WaveMaster for full waveform control
  • Modular Scalability: Scale from 9 kW to over 2000 kW with ease
  • Future-Proof: Ready for HIL, EMC, and evolving test needs

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