Fluke FLUKE-1775 Three-phase Power Quality Analyzer

Product Description

The FLUKE FLUKE-1775 is a three-phase power quality analyzer designed for measuring, recording, and diagnosing power quality issues in electrical distribution systems. It supports up to 600 volts and a current range of 2000 to 6000 amps across four current channels, making it suitable for high-demand commercial and industrial electrical environments. The unit features a digital display and operates across a calibrated frequency range of 50 to 60 Hz. Licensed electricians and electrical engineers use this instrument for load studies, harmonic analysis, and power factor verification on three-phase systems.

The FLUKE-1775 is used in commercial, industrial, and utility electrical applications where three-phase power monitoring is required. Typical install scenarios include switchgear rooms, main distribution panels, and motor control centers where sustained power quality logging is needed. The unit ships with the Fluke 1773 Three-Phase Power Quality Analyzer, 17XX-FLEX 1500 24 Probe, and a soft carrying case, providing a ready-to-deploy measurement kit for field service work.

Key Features

• Three-phase measurement architecture supports complex electrical distribution diagnostics
• Current capability from 2000 to 6000 amps accommodates high-load commercial and industrial circuits
• Maximum voltage rating of 600 volts covers standard low-voltage distribution systems
• Four current channels allow simultaneous three-phase plus neutral current monitoring
• Calibrated frequency range of 50 to 60 Hz suits both North American and international grid frequencies
• Includes 17XX-FLEX 1500 24 Probe and soft carrying case for complete field deployment

Compatibility

The FLUKE-1775 kit includes the Fluke 1773 Three-Phase Power Quality Analyzer and is compatible with the 17XX-FLEX 1500 24 Probe as included in the package. No additional specific model compatibility data was provided in the product input.

Installation Notes

Installation and operation should be performed by a licensed electrician or qualified electrical professional familiar with NFPA 70 (NEC) safety requirements. De-energize and lock out the circuit under test where possible before attaching current probes, following OSHA lockout/tagout procedures. Use appropriate PPE rated for the voltage and available fault current at the measurement point. Refer to the instrument manual for probe placement and connection sequencing before energizing the measurement circuit.