Fluke FLUKE-1777/BASIC Three-phase Power Analyzer 6000A

Product Description

The FLUKE FLUKE-1777/BASIC is a three-phase power quality analyzer designed for electrical professionals who need accurate power measurement across commercial and industrial electrical systems. It handles up to 6000 amps and measures up to 600 volts across three phases and four current channels. The unit operates across a calibrated frequency range of 50 to 60 Hz, making it suitable for both domestic and international electrical systems. This package includes the Fluke 1773 Three-Phase Power Quality Analyzer with a hard carrying case. A 17XX-FLEX 1500 24 probe is not included in this configuration.

This analyzer is used by licensed electricians, electrical contractors, and facility maintenance technicians performing power quality investigations, energy audits, and load analysis on three-phase distribution systems. Typical applications include troubleshooting power factor issues, logging voltage and current across commercial feeders, and verifying power quality in industrial facilities. The four current channels allow simultaneous measurement of all three phase conductors plus a neutral.

Key Features

• Supports three-phase systems with four current input channels
• Current measurement range from 2000 amps to 6000 amps
• Maximum voltage input of 600 volts
• Calibrated frequency range of 50 to 60 Hz
• Digital display for direct on-site readout
• Includes hard carrying case for field transport and storage

Compatibility

Designed for use on three-phase electrical distribution systems operating at up to 600 volts and 6000 amps. This basic configuration includes the Fluke 1773 analyzer body and hard carrying case without the 17XX-FLEX 1500 24 probe accessory.

Installation Notes

Installation and operation of this power quality analyzer should be performed by a licensed electrician or qualified electrical technician familiar with NEC requirements for working on energized systems. Always follow proper lockout/tagout procedures when connecting or disconnecting current probes on de-energized circuits, and observe all applicable arc flash and PPE requirements when working on live panels or feeders. Do not exceed the rated voltage or current input limits of the instrument.