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General| Model | 1773 |
|---|---|
| Voltage Range | 1000 V AC/DC |
| Frequency Range | 42.5 Hz to 69 Hz |
| Energy Accuracy | ±1 % |
| Operating Temperature | -10°C to +50°C |
| Safety rating | CAT IV 600 V / CAT III 1000 V |
| Type | Power Quality Analyzer |
| Harmonics | Up to 50th |
| Display | LCD |
| Memory | Yes |
| Data Logging | Yes |
| Connectivity | USB, Bluetooth |
Information on contacting Fluke Corporation for support and product registration.
General and specific safety guidelines for operating the product.
Details on the product's technical specifications and performance.
Details on the wireless connectivity module and its features.
Instructions for configuring GPS for accurate time synchronization.
Information on using the magnetic hanger for product placement.
Description and usage of the voltage test leads.
Details on the Rogowski coil principle and advantages of the iFlexi probe.
Instructions for using the tilt stand for tabletop display positioning.
Guidelines for proper storage of the analyzer and accessories.
Overview of front panel buttons, touch screen, and status indicators.
Instructions for powering the analyzer using the mains adapter.
How to power the analyzer directly from the measurement line.
Information about the analyzer's battery operation and care.
How to power the analyzer using a USB-C connection.
Overview of the Home screen as the primary access to analyzer functions.
Accessing and viewing detailed information about the analyzer.
View current memory usage and available space on the analyzer.
Managing saved measurements and session files.
Saving and managing screenshots for reporting and analysis.
Hardware requirements for installing and running the Energy Analyze Plus software.
Methods to connect the analyzer to a PC using USB, Ethernet, or WiFi.
Configuring and using Ethernet for PC communication.
Establishing a direct wireless connection for data transfer and control.
Connecting the analyzer to a WiFi network for access.
Configuring automatic data transfer from the analyzer to a USB drive.
Performing instant measurements for power quality troubleshooting.
Accessing and adjusting basic measurement settings.
Selecting the system topology for accurate measurements.
Setting the nominal voltage and frequency for correct analysis.
Configuring multipliers for voltage and current transformers.
Adjusting flicker settings for correct evaluation of voltage fluctuations.
Understanding K Factor for transformer losses due to harmonics.
Configuring triggers for capturing power quality events like dips and swells.
Logging measurements over extended periods for trend analysis.
Configuring measurement settings for PQ Logger mode.
Selecting the power quality standard for measurement evaluation.
Choosing the method for representing harmonics data.
Configuring the analyzer to capture mains signaling voltages.
Using auxiliary analog inputs for external sensors.
Event trigger settings specific to PQ Logger mode for mains signaling.
Configuring logging session duration, start time, and naming.
Setting the interval for trend plot resolution and memory usage.
Configuring harmonics measurements, including interharmonics and supra-harmonics.
Overview of the electrical system's PQ Health parameters.
Summary of voltage, current, and power variables.
Detailed view of voltage, current, and frequency parameters.
Details on phase-by-phase active, apparent, and power factor.
Analyzing voltage dips and swells, including waveform and trend data.
Displaying voltage, current, and power harmonics in various formats.
Reviewing transient overvoltages and their impact.
Listing and filtering various power quality events.
Displaying flicker values like Pinst, Pst, and Plt for each phase.
Analyzing voltage and current unbalance.
Quick view of voltage and current waveforms per phase.
Visualizing voltage and current phasor relationships.
Configuring instrument name, language, time zone, date, and time.
Configuring Ethernet, WiFi, and IP addresses for network connectivity.
Utility functions including factory reset, service data copy, and firmware updates.
Instructions for safely cleaning the analyzer.
Procedure for replacing the internal rechargeable battery.
Information on the recommended calibration cycle and services.
Definition of nominal voltage and its use in event determination.
Definition of nominal frequency for power line settings.
Configuring ratio factors for voltage transformers.
Setting the current range for attached sensors.
Configuring ratio factors for current transducers.
Methods for calculating harmonics according to IEC 61000-4-7.
Explains Flicker, its measurement modes, and configuration.
Understanding mains signaling voltage and its applications.
Characteristics and configuration of voltage dips.
Characteristics and configuration of voltage swells.
Characteristics and configuration of voltage interruptions.
Detecting and capturing rapid voltage changes.
Monitoring differences in waveforms between consecutive cycles.
Analyzing transient overvoltages and their impact on equipment.
Setting voltage level for spectral component trigger sensitivity.
Capturing control signals with different frequencies.
Detecting and capturing surge currents when loads are connected.
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