Fluke 1773 Power Quality Analyzer: Precision Power Monitoring for Three-Phase Systems

Fluke FLUKE-1773 Power Quality Analyzer: Uncover Electrical System Anomalies with Precision

The Fluke FLUKE-1773 Power Quality Analyzer is an indispensable tool for electrical professionals seeking to diagnose and resolve power quality issues. With its advanced capabilities, this analyzer provides a comprehensive analysis of electrical systems, empowering you to optimize performance and ensure reliability.

Product Specifications:

Three-phase, 4-input design
24-bit resolution
Frequency range: DC-30 kHz
Voltage range: 0-1000 V
Current range: 0-1000 A

Comprehensive Power Quality Analysis: Measure and analyze a wide range of power quality parameters, including voltage, current, harmonics, power factor, and energy consumption.
High-Resolution Data Capture: Capture detailed waveforms with 24-bit resolution, providing accurate and reliable data for in-depth analysis.
Wide Frequency Range: Analyze power quality issues across a broad frequency spectrum, from DC to 30 kHz, ensuring comprehensive coverage of electrical system harmonics.
Advanced Triggering Capabilities: Capture transient events and disturbances with advanced triggering options, including voltage dips, swells, and harmonics.
Intuitive User Interface: Navigate the analyzer’s features effortlessly with a user-friendly interface and large color display.
Data Logging and Analysis: Record and store data for extended periods, allowing for detailed analysis and trending of power quality metrics.

Identify and resolve power quality issues that can impact equipment performance and reliability.
Optimize electrical system efficiency, reducing energy consumption and operating costs.
Ensure compliance with industry standards and regulations related to power quality.
* Improve system uptime and minimize downtime, maximizing productivity and profitability.

Invest in the Fluke FLUKE-1773 Power Quality Analyzer and gain the confidence to diagnose and resolve electrical system anomalies with precision, ensuring optimal performance and reliability.