Oscilloscope-like UI! Equipped with a convenient Sweep mode! High voltage 1000V external I/O equipped!
The high-end large-capacity DC electronic load "QL-D Series" adopts an oscilloscope-like UI and a high-speed current control circuit, enhancing usability and the fundamental performance of electronic loads, building on the positive feedback received for conventional electronic loads. It evolves the basic specifications, performance, and concept of the previous 34000A series, offering features such as Sweep functionality through various load modes and MPPT functionality as an option, catering to diverse needs with a variety of functions. It is available in increments of 5kW up to 25kW and can be expanded to 150kW with a maximum of 6 units in parallel. The compact design achieves a height of 5U (for the 5kW model) in a 19-inch rack size.
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basic information
Size (WxHxD mm 5kW comparison) Volume ratio / Mass (5kW comparison): 430x322x629 / 0.087㎥ / 35kg Test functions: Sweep function with CC.CR.CP modes, runtime graph display function Discharge mode (cut-off function): Load OFF Timer / specified voltage setting, cumulative current setting / cumulative power setting, compatible with each load mode Sequence function: Number of steps: 4096 points, resolution: 1ms to 100h, number of times: 65535 times, infinite, compatible with CC/CR/CV/CP modes Dynamic mode - load slew rate: 16ch - 50A/μs (150V type) Minimum rise time: 500ns Data can be saved to USB memory Cumulative measurement function: cumulative current / cumulative power / elapsed time Limit function: current limit Monitor function: voltage and current monitor (insulation) Interface: Standard: USB/RS-232C/LAN; Optional: GP-IB
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Applications/Examples of results
Evaluation tests for large-capacity batteries, evaluation and verification of large-scale power generation systems, etc.
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Company information
Since its establishment in 1973, the Measurement Technology Research Institute has been engaged in "monozukuri" (manufacturing) by leveraging its development capabilities and uniqueness. We aim to contribute to the future by deploying our "power conversion, power regeneration, and high-frequency analog" technologies in the "social infrastructure sector," including energy.