Fluke 287/FVF, Multimeter Kit

The Fluke 287/FVF multimeter with test leads, probes, clips, cable and software is a precision logging handheld digital multimeter designed for rigorous electronics, maintenance and design applications. With True-RMS accuracy, a high-resolution 50,000-count display and built-in graphical logging (TrendCapture), this kit enables the documentation and analysis of electrical systems over time. It includes the Fluke 287 multimeter, FlukeView Forms software, temperature probe (80BK-A), premium test leads, alligator clips, amp jack plugs, and a soft case.

Key Features and Benefits of the Fluke Multimeter with Test Leads, Probe, Clips, Cable and Software

• True-RMS AC voltage and current measurement with 100 kHz bandwidth for complex signals.
• Data-logging functionality stores up to 15,000 events and displays trends on-screen without a PC.
• Large 50,000-count, ¼-VGA display with back-light enables multi-measurement views and easy readability.
• Included software and accessories (software cable, temperature probe, leads, clips) provide full field-to-report capability.
• Category ratings up to CAT III 1000 V support safe usage in demanding electrical environments.
• Rugged design engineered for industrial work, including optical interface, logging memory and extended measurement functions.

Designed for Professional Measurement Workflows

This kit is built for professionals who need accuracy, logging capability and documentation in a portable format. The Fluke 287’s high-accuracy DC (0.025 %) and AC (True-RMS) ranges, wide bandwidth, and extensive logging enable the capture of transients, intermittent faults, and long-duration monitoring. The included FlukeView® Forms software simplifies the generation of professional reports, graphs and exportable data. Rugged construction, premium accessories and a trusted brand backing make it reliable for industrial maintenance, R&D labs and field service.

Wide Application Range

• Long-term log monitoring of control panels, motors or power systems in manufacturing.
• R&D and design validation for electronic circuits and systems requiring detailed data capture.
• Field service troubleshooting.
• Preventive maintenance programs where historical measurement data informs decisions.
• Educational and lab environments where advanced features support training and measurement accuracy.

For more information please check the datasheets.