Fluke FLUKE-1773/BASIC Three-phase Power Quality Analyzer

Product Description

The FLUKE FLUKE-1773/BASIC is a three-phase power quality analyzer designed for electrical diagnostics on commercial and industrial power distribution systems. It measures voltage up to 600 volts and supports current inputs from 2000 to 6000 amps across four current channels, making it capable of handling large-scale electrical loads. The digital display provides real-time readout of power quality parameters. This unit ships as a basic configuration and does not include 17XX-FLEX 1500 24-inch flexible current probes. Licensed electricians and power quality specialists are the primary users for commissioning, troubleshooting, and load analysis work.

This analyzer is suited for three-phase power systems in commercial buildings, industrial facilities, and utility distribution environments. It covers calibration frequencies of 50 Hz and 60 Hz, making it applicable to both North American and international electrical infrastructure. The four current channels allow simultaneous monitoring of all three phases plus a neutral conductor, giving technicians a complete picture of system balance and power quality events in a single measurement session.

Key Features

• Three-phase measurement architecture with four current input channels
• Voltage measurement up to 600 volts
• Current capability range: 2000 to 6000 amps
• Dual-frequency calibration: 50 Hz and 60 Hz
• Digital display for direct on-instrument readout
• Basic configuration — probes not included

Compatibility

Designed for use on three-phase power distribution systems. This basic kit does not include Fluke 17XX-FLEX 1500 24 flexible current probes, which must be sourced separately for current measurement.

Installation Notes

Installation and operation should be performed by a licensed electrician or qualified power quality technician familiar with NFPA 70E electrical safety practices. De-energize and lock out the circuit under test where safe and practical before connecting voltage leads or current sensors. Follow all applicable NEC guidelines for working on energized equipment when de-energization is not possible. Verify that all probe and lead ratings are appropriate for the voltage and current levels present before making connections.