AC Power Source - Model 9420
AC Source with HiVAR® Technology Ideal for ATE use in Aviation, Aerospace, Defense, Military/Mission Critical Testing, Manufacturing Test, Research & Development & More!
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Product Overview
Features
Voltage Range – 175/350VRMS, 200/400VDC
7 models – 8kW/21kVA to 96kW/252kVA
Unique configuration flexibility provides for single, split, three-phase operation plus full-power DC
HiVAR™ design eliminates derating nominal power due to reactive loads
Frequency – 30 to 880Hz
High-resolution waveform digitizer & scope display
Precision ultra-low current measurements
Seamless, constant-power operating envelope
Built-in 9” touch-panel user interface for manual control & measurement display
Graphical waveform editor for user-defined waveforms
High-level line disturbance programming Macros
External PC option to host NHR emPower® Test Sequencer
Alternate programming in LabVIEW, native SCPI, & other IVI-compliant languages
Improved power density results in half the panel height of a traditional AC source
Advantages
Operating envelope of 9420 significantly extends the envelope of similarly sized & priced traditional AC sources.
HiVAR: more reactive power per kW<
Simplifies automated test stand development
-Software selectable 1, 2, or 3 Phase operation
-Isolated digital inputs & outputs
-Built-in SW watchdog & safety limitsSoftware tools to shorten test development time
-PC-based tools & NI certified drivers
-NI certified LabVIEW & IVI-C/IVI-COM drivers
-Optional: Enerchron test sequencer
Benefits
Field upgradeable to higher power
Fully emulate any utility/grid condition
Simulate non-ideal Phase phase angles (A-B & A-C)
Testing Applications
Full Line Disturbances at Any Power Factor
Grid Utility Test, Inverter Test, UPS Test
EV Load Testing
Switch, Fuse Test
Linear & Non-linear Loading, Inductive & Capacitive Loading Requirements.
Product Applications
The Model 9420 AC Power Source redefines selection of an AC Source by addressing how to compensate for reactive power from capacitive or inductive elements in the load. Often overlooked when sizing an ac source, reactive power negates some portion of nominal VA power in order to arrive at true power (Watts) that does the real work. Traditional AC sources list only their VA rating leaving it up to the user to figure out how much true power remains after reactive power reductions. In many cases that reduction is substantial and then requires selecting a much larger VA-rated source than originally anticipated. The increased cost and size penalties are often considerable.
Datasheets