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G5.UNV-series

Universal Regenerativ DC Power Supply

Die bidirektionale G5.UNV-Serie ist universell einsetzbar und ideal für Labore und Prüfstände.

Performance Features


The G5.UNV series offers highly dynamic response times, adjustable filter time constants, and a wide current-voltage range with auto-ranging factor.
Modular in design, it supports CV, CC, CP, CR, and Ri-Sim control modes. With special software modules, it enables the simulation of energy storage systems,
solar power systems, and the testing of batteries and fuel cells—a flexible solution for a wide range of applications.
 

Technology

  • Fast-switching, compact 19-inch power supplies
  • High control dynamics in the range of 100...200 μs – even at higher power levels
  • Exceptional accuracy of <0.02% FS, plus high-resolution measuring range
  • Large current-voltage range with an auto-ranging factor of 3
  • CV, CC, CP, CR, and Ri-Sim control modes
  • Regenerative and highly efficient


System capability

  • Modular and easily scalable systems
  • Parallel, series, and mixed operation with high-speed digital bus
  • Simple master-slave configuration via the operating software
  • Easy rack mounting
  • Optional safety functions such as 2-channel safety interface and isolation monitoring
  • Turnkey control cabinet solutions or project-specific system integration according to customer specifications
     

System control and options

  • Operating software, advanced analysis, parameterization options, and calibration
  • Application software with visualization, programming, and data logger
  • Powerful application programming interfaces (APIs)

     

Downloads

Datasheets Type/Format
Produktinfo G5.UNV PDF PD_G5.UNV.pdf

Downloads

Datasheets Type/Format File size
Bezeichnung des Downloads PDF 35 KB
Bezeichnung des Downloads PDF 35 KB
Bezeichnung des Downloads PDF 35 KB
Manuals Type/Format File size
Bezeichnung des Downloads PDF 35 KB
Software Type/Format File size
Bezeichnung des Downloads PDF 35 KB
Bezeichnung des Downloads PDF 35 KB
Bezeichnung des Downloads PDF 35 KB