Product Description
The Fluke 1770 Series eliminates the complexity of power quality logging by offering automatic measurement capture and a simplified user interface. These analyzers combine the live troubleshooting features of a power quality meter with the deep analysis capabilities of a logger, all in a handheld device that powers directly from the measurement circuit.
Key Features & Advantages:
Automatic Measurement Capture: Automatically logs over 500 power quality parameters by default, ensuring consistent and comprehensive data collection without complex setup.
2-in-1 Functionality: Combines a live "PQ Meter" for instant troubleshooting with a full "PQ Logger" for detailed studies, replacing multiple instruments.
High-Speed Transient Capture (1775/1777): Captures transients up to 8 kV, with the Fluke 1777 offering 20 MHz sampling to detail the fastest nanosecond-scale events.
Circuit-Powered Operation: Integrates an internal power supply that operates from the measurement circuit, eliminating the need for a separate line cord or outlet.
Energy Loss Calculator: Uses patented Unified Power calculations to quantify energy wasted in cables and from reactive power, unbalance, and distortion, presenting it in monetary terms.
Technical Specifications:
Brand: Fluke
Model: 1773, 1775, 1777
Product No.: FLUKE-1773
Compliance: IEC 61000-4-30 Class A (Ed.3 future)
Transient Capture: Up to 8 kV (1775: 1 MHz, 1777: 20 MHz)
Power Supply: Internal, from measurement circuit
Connectivity: USB-C, Ethernet, Wi-Fi, Cellular (optional)
Ideal For:
Comprehensive power quality troubleshooting, harmonic surveys, renewable energy system analysis, predictive maintenance, and calculating the cost of energy losses.
Why Choose the Fluke 1777 Power Quality Analyzer?
It is the most advanced handheld analyzer for capturing a complete range of power quality phenomena—from energy and harmonics to the fastest transients—with automated ease.
Tags:
#Fluke #1770Series #PowerQualityAnalyzer #TransientCapture #AutomaticMeasurement #MalaysiaSupplier
Malaysia
