Last Updated on May 18, 2025
Introduction
Giant companies maintain the quality and reputation of their products, as their brand image is their greatest asset—and Fluke is no exception. Fluke is a globally recognized name in the field of electronic testing equipment, especially known for producing high-quality digital multimeters packed with advanced features.
In this article, we’ll uncover some insightful facts about Fluke multimeters, explore how and where they are manufactured, and explain why professionals worldwide trust this brand.
A Brief History of Fluke Corporation
Fluke Corporation has set the standard for excellence in electronic testing equipment for decades. Founded in 1953 by John Fluke, the company started as the John Fluke Manufacturing Company, focusing initially on electrical metering equipment. Over time, Fluke expanded its scope to include test and measurement tools, data logging equipment, and calibration solutions.
Today, Fluke is renowned for designing and manufacturing some of the most reliable and accurate testing instruments used in industrial, commercial, and residential settings.
Milestones in Fluke’s Evolution
- 1940s: John Fluke began producing robust testing instruments and ohmmeters.
- 1950s: Official founding of Fluke; began pioneering high-quality metering equipment.
- 1980s: Massive growth driven by demand for advanced diagnostic tools.
- 2000s–Present: Focus on innovation in microchips, automotive electronics, and network testing with global distribution.
What Are Fluke Digital Multimeters?
Fluke digital multimeters (DMMs) are portable, precision devices used to measure voltage, current, resistance, frequency, capacitance, and temperature. Models range from basic tools for beginners to sophisticated instruments for professional engineers.
Most Fluke multimeters are equipped with True-RMS capabilities, data logging, backlit displays, auto-ranging, and overload protection. They are designed to meet the needs of electricians, technicians, researchers, and field professionals.
Who Uses Fluke Multimeters?
1. Beginners: Fluke offers entry-level multimeters like the Fluke 101 or 107, ideal for students and homeowners needing basic voltage or resistance measurements.
2. Advanced Professionals: Models such as the Fluke 117, 87V, or 289 are designed for electricians, automotive technicians, and engineers who require advanced features, durability, and accuracy.
3. Large Organizations: Research institutions, consulting firms, and manufacturing plants depend on Fluke’s high-end tools for continuous monitoring, diagnostics, and safety compliance.
How Are Fluke Multimeters Made?
Fluke multimeters consist of several components: ohmmeters, AC/DC voltmeters, current testers, a range selector knob, needle, display, test probes, and precision internal circuitry. These components are assembled and calibrated to ensure high accuracy and reliability.
Fluke’s engineering excellence ensures their meters can handle transient spikes, minimize errors, and provide smooth troubleshooting in even the most demanding environments.
Are Fluke Multimeters Made in the USA?
Fluke is headquartered in Everett, Washington, USA, and many of its multimeters—including the Fluke 87V, Fluke 177, and Fluke 179—are designed and manufactured in the USA. However, to reduce costs, some models or parts are produced or assembled in China, Europe, and other regions.
Fortive Corporation, Fluke’s parent company, manages global operations, including branches in the UK, Netherlands, and Asia. Regardless of manufacturing origin, all Fluke products meet the same strict quality standards.
Why Are Fluke Multimeters So Expensive?
Fluke multimeters are priced higher due to:
- Precision and Accuracy: Exceptional tolerance levels, True-RMS readings.
- Durability: Rugged design with shock, moisture, and dust resistance.
- Safety Ratings: CAT III/IV rated for high-voltage applications.
- Long Warranty: Many models include lifetime warranties.
- Advanced Features: Logging, temperature, LoZ mode, TrendCapture, wireless connectivity.
While not every component is covered under warranty (e.g., fuses, batteries), Fluke’s after-sales support and authorized service make it a reliable long-term investment.
What Do Users Say About Fluke Multimeters?
Fluke users consistently praise their reliability, measurement accuracy, and robust build. From electricians to engineers, customers trust Fluke for:
- Accurate temperature readings without a secondary tool.
- Fast diagnostics with responsive displays and alerts.
- Ease of use, even in demanding or dangerous environments.
Users often describe Fluke as a “buy-once, use-for-life” tool due to its longevity and performance.
Standout Features of Fluke Multimeters
Fluke multimeters can:
- Measure True-RMS AC/DC voltage and current
- Test resistance, diodes, continuity, and capacitance
- Handle microamp to amp-level measurements
- Perform with minimal signal noise and high response speed
- Deliver accurate data for heavy-duty applications like motor testing and HVAC
Their rugged design and professional-grade components ensure stability, safety, and accurate performance over years of use.
Fluke Multimeter Product List (Summary Table)
| Model | Type | Target User | Key Features |
|---|---|---|---|
| Fluke 101 | Basic Digital Multimeter | Homeowners, Beginners | Compact, voltage/resistance/continuity, low price |
| Fluke 106 | Palm-sized Digital Multimeter | DIY, Light Commercial | Voltage, current, resistance, backlit display |
| Fluke 107 | Palm-sized Digital Multimeter | DIY, Electricians | Includes current measurement, data hold, backlight |
| Fluke 115 | True-RMS Multimeter | Field Technicians | Measures voltage, current, frequency, continuity; True RMS |
| Fluke 116 | HVAC Multimeter | HVAC Professionals | Temperature and microamps for flame sensors |
| Fluke 117 | Electrician’s Multimeter | Commercial Electricians | Non-contact voltage, low input impedance, True-RMS |
| Fluke 175 | General Purpose DMM | Technicians, Electricians | True-RMS, wide measurement range, backlit screen |
| Fluke 177 | Advanced DMM | Professionals | Accuracy ±0.09%, True-RMS, backlight |
| Fluke 179 | Advanced DMM with Temp | Industrial Use | Includes temperature measurement, True-RMS |
| Fluke 233 | Remote Display Multimeter | Troubleshooting | Detachable display, wireless measurements |
| Fluke 287 | Logging Multimeter | Engineers, Technicians | TrendCapture, data logging, True-RMS, high resolution |
| Fluke 289 | Industrial Logging Multimeter | Advanced Diagnostics | LoZ mode, low-pass filter, logging with TrendCapture, FlukeView support |
| Fluke 87V | Industrial Multimeter | Industrial Electricians | Highly accurate, includes motor drive measurements, True-RMS |
| Fluke 27 II | Rugged Industrial DMM | Harsh Environments | Waterproof, dustproof, drop-tested |
| Fluke 28 II | Rugged True-RMS DMM | Extreme Conditions | MIL-STD-810 rated, IP67 waterproof, accurate in cold/hot temperatures |
| Fluke 3000 FC | Wireless Multimeter | Wireless Remote Monitoring | Fluke Connect app support, wireless modules |
| Fluke 77 IV | General Purpose DMM | Everyday Electrical Tasks | Easy to use, measures most electrical values |
| Fluke 88V | Automotive Multimeter | Auto Technicians | RPM, duty cycle, temperature, True-RMS |
Conclusion
Fluke multimeters are more than just measuring tools—they are industry-standard instruments engineered for professionals who demand precision, durability, and reliability. Whether you’re a DIYer, a technician, or a large-scale enterprise, Fluke offers a multimeter that fits your needs and exceeds expectations.
With strong support, decades of innovation, and unmatched build quality, Fluke continues to dominate the multimeter market as a name synonymous with trust, accuracy, and excellence.
