9830B Series Programmable AC Power Sources
 
Conducting pre-compliance testing? Simulating common grid faults, voltage sags, frequency and phase disturbances or evaluating transformers, TRIACs, SCRs, and passive components? If so, B&K Precision’s 9830B Series programmable AC power sources have the reliability and features you need. With an easy-to-use interface in a compact 3U form factor, these power sources deliver high performance with low total harmonic distortion.

Positive and negative DC offset voltages expand the AC capabilities to operate in DC and AC+DC output coupling modes. Users can select built-in and user-defined harmonic waveforms or select from standard sine, square or clipped sine outputs.

Achieve 3-phase power by connecting 3 units of the same model in a master-and-slave configuration using optional 3-phase sync adapters. The frequency range is adjustable from 45 to 600 Hz in 3-phase mode.

Choose from two models and an adapter kit.
 
All models in the 9830B Series:
Model Max Voltage Max Current Max Power
9832B 0 - 300 V 0 - 20 A 2000 VA
9833B 0 - 300 V 0 - 30 A 3000 VA
Click on this Datasheet for more details.
 

Additional features:

  • Low total harmonic distortion meets IEC 61000-3-2 standard
  • Comprehensive measurement capabilities Vrms, Arms, Vdc, +Apk, -Apk, inrush current, frequency, power factor, apparent power, reactive power, true power, and crest factor
  • 0.98 power factor at AC input stage
  • 30 built-in THD waveforms
  • Amplifier mode with 1.2 kHz bandwidth for generating user-defined arbitrary waveforms
  • Step, List and Pulse modes for generating power line disturbance (PLD) simulations
  • List mode supports 10 user-defined programs with up to 100 programmable steps
  • Generate custom harmonic waveforms on a PC and download them to the instrument’s 5 non-volatile memory locations
  • Digital I/O port supporting external trigger, transient indication, failure status indication, remote inhibit, RS232, and external analog output level programming interface
     

Applications

  • Pre-compliance testing
  • Simulate common grid faults, voltage sags, frequency, and phase disturbances, according to IEC61000-4-11/14/28/34
  • Electromagnetic compatibility (EMC), according to IEC61000-3-2
  • Evaluate transformers, TRIACs, SCRs, and passive components