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General| Operating Temperature | 0 °C to +50 °C |
|---|---|
| Current Probe | i400s |
| Harmonic Measurement | Up to 50th harmonic |
| Harmonics | THD, individual harmonics |
| Transient | Yes |
| Display | Color LCD |
Details the warranty terms and limitations of liability for the Fluke product.
Provides information on how to contact Fluke authorized service centers.
Crucial safety instructions and warnings for using the Analyzer.
Describes basic measurements like voltage, current, and frequency.
Explains various modes for investigating specific power quality details.
Details on how to power the Analyzer using battery or adapter.
Explains how to navigate through the Analyzer's menus.
Steps to reset Analyzer settings to their factory default values.
Details on the BNC and banana inputs for voltage and current.
Oscilloscope-style display of voltage and current waveforms.
Measures and records harmonics, interharmonics, THD, and K-factor.
Displays power parameters and energy usage verification.
Shows real, apparent, and reactive power data per phase and total.
Quantifies luminance fluctuation caused by supply voltage variations.
Displays phase relations between voltages and currents.
Captures high-resolution waveforms during disturbances.
Captures surge currents occurring when loads come online.
Analyzes control signals for switching appliances remotely.
Allows storing multiple readings with high resolution.
Displays a bar graph showing power quality parameters.
Shows performance of RMS voltages, harmonics, flicker, DIRS, and unbalance.
Adjusting date, time, GPS, wiring, voltage, frequency, and probes.
Customizing display, harmonics, power, flicker, and transient settings.
Customizing phase colors, printer, RS-232, auto-off, and contrast.
Saving, recalling, and defining limits for power quality monitoring.
Ways to store measuring results: screenshots, datasets, and logger data.
Saving, recalling, viewing, deleting, and printing datasets/screenshots.
Connecting Analyzer to PC or printer for data transfer.
Guidance for resolving common problems with the Analyzer.
Detailed specifications for voltage and current inputs.
Overview of all available measurement modes and parameters.
Technical details on measurement accuracy, resolution, and range.
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