The Problem: Invisible Electrical Faults Cost Time and Money

Electrical failures rarely announce themselves. Loose connections, overloaded circuits, and failing components generate heat long before they trip breakers or cause equipment damage. Traditional troubleshooting relies on time-consuming point-by-point inspection with standard IR thermometers, which only measure single spots and miss problems hiding centimetres away.

For Australian electrical contractors and maintenance teams, this creates a frustrating reality. You know something’s wrong in that distribution board, but pinpointing the exact connection means checking dozens of individual points while production waits. Worse, intermittent faults that only appear under load can disappear entirely during scheduled maintenance windows.

The solution isn’t buying an expensive full-featured thermal camera for occasional troubleshooting. What most tradies need is an affordable, purpose-built thermal imaging tool that bridges the gap between spot pyrometers and professional imagers.

Solution: Thermal Imaging Made Accessible

The Fluke VT06 Visual IR Thermometer transforms electrical troubleshooting by providing genuine thermal imaging capability in a compact, affordable package. Rather than checking one point at a time, you see the entire thermal picture instantly—hot connections literally glow on screen, making fault identification immediate and unmistakable.

Unlike basic infrared thermometers that display only numbers, the VT06 shows you exactly where heat originates with its 120 x 90 pixel thermal sensor. That’s over 10,800 individual temperature measurement points in every image. Suddenly, the overheating neutral in a crowded switchboard stands out immediately against its cooler neighbours.

Fluke engineered the VT06 specifically for tradespeople who need reliable thermal diagnostics without the complexity of professional-grade cameras. The focus-free optical system means no fiddling with settings—point, capture, and get answers. Built-in laser sighting confirms you’re measuring exactly where intended, eliminating guesswork when inspecting energised equipment from safe working distances.

Key Benefits for Australian Electrical Professionals

• Detect Problems Invisible to the Naked Eye
  Thermal imaging reveals electrical issues that standard testing can’t identify. The VT06’s -20°C to 400°C measurement range captures everything from cold spots indicating poor connections to dangerously overheated components approaching failure. Temperature accuracy of ±2°C ensures the readings you document are reliable for maintenance records and compliance reporting.
• Built for Harsh Australian Conditions
  Fluke designed the VT06 for real jobsite abuse, not laboratory conditions. IP65 ingress protection seals against dust and water jets—essential when working in industrial environments, outdoor switchboards, or dusty construction sites. The 2-metre drop rating means an accidental fall from a ladder or off equipment won’t end your workday. Operating temperatures spanning -10°C to 50°C accommodate everything from refrigeration work to rooftop solar installations in Australian summer heat.
• Extended Battery Life for Full Shift Operation
  With 8 hours of continuous battery operation from a single 2-hour charge, the VT06 powers through complete shifts without hunting for power outlets. The internal rechargeable lithium-ion battery charges via standard USB-C, letting you top up from vehicle chargers, power banks, or any available USB source between jobs.
• Instant Documentation and Reporting
  Every thermal image saves automatically to the generous 28GB internal storage—enough for over 100,000 images. JPEG format ensures compatibility with any reporting system, from simple email attachments to formal maintenance management platforms. When AS/NZS 3760 compliance documentation requires thermal verification, the VT06 delivers the evidence you need.
• Intuitive Single-Level Menu Interface
  No time wasted navigating complex settings. The VT06’s streamlined interface provides open-and-view simplicity: power on, point at the target, press capture. Six colour palettes including Ironbow and High-Contrast let you choose the visualisation that makes anomalies most obvious for your specific application.

Applications Across Australian Electrical Trades

Electrical Contractors and Sparkies

Scan distribution boards, switchgear, and circuit breakers during routine maintenance or fault-finding. Identify overloaded circuits, loose terminations, and failing components before customers experience outages. The VT06’s compact 204mm x 66mm x 76mm form factor fits easily into tool bags alongside multimeters and clamp meters.

Industrial Maintenance Teams

Monitor motor control centres, variable frequency drives, and power distribution equipment during regular thermal inspections. The 50° x 37.5° field of view captures complete equipment panels efficiently, while the 0.5-metre minimum focus distance allows close inspection of individual components.

Solar Installation and Service Technicians

Detect faulty cells, hotspots, and connection problems in photovoltaic arrays. AS/NZS 5033 compliance increasingly demands thermal verification of solar installations, and the VT06 provides documented evidence of proper system operation.

Facility Managers and Safety Officers

Conduct preventive maintenance thermal surveys of building electrical infrastructure. The VT06’s one-year warranty and Fluke reliability mean equipment investment is protected while demonstrating due diligence for workplace safety obligations.

HVAC Technicians

Identify refrigerant distribution issues, compressor problems, and electrical connection faults in heating and cooling systems where thermal patterns reveal underlying mechanical or electrical conditions.

Why Buy from an Australian Authorised Reseller

Purchasing your Fluke VT06 from an authorised Australian reseller ensures you receive genuine equipment with full manufacturer warranty support. Grey market imports may lack local warranty coverage, have incorrect mains adapters, or miss critical safety certifications relevant to Australian workplaces.

We provide local expert support from professionals who understand AS/NZS compliance requirements and Australian trade applications. Our technical team can advise on thermal imaging best practices specific to your industry and help you maximise the value from your equipment investment.

With same-day dispatch on in-stock items and responsive after-sales support, you get the Fluke reliability backed by genuine Australian customer service—not an overseas call centre.

TECHNICAL SPECIFICATIONS TABLE

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The Challenge: Testing EV Infrastructure Demands Purpose-Built Tools

Australia’s electric vehicle charging network is expanding rapidly, with thousands of new charging stations appearing in commercial premises, residential complexes, and public spaces each year. Every one of these installations requires rigorous safety testing and ongoing verification to protect users and meet regulatory requirements.

Traditional electrical testing equipment wasn’t designed for EVSE-specific measurements. Control pilot signal analysis, RCD-DD fault current testing, and simulated vehicle state verification all require specialised functionality that general-purpose testers simply cannot provide.

The consequences of inadequate EVSE testing extend beyond compliance failures. Faulty charging stations create genuine safety hazards—from shock risks to fire dangers. For contractors responsible for commissioning and maintaining EV infrastructure, incomplete testing exposes both users and businesses to unacceptable liability.

A Complete EVSE Testing Solution in Your Hand

The Fluke FEV350 consolidates everything needed for comprehensive AC charging station verification into a single, portable analyser. Rather than juggling multiple instruments and piecing together results, technicians work through guided test sequences that cover every critical safety and performance parameter.

From the moment you connect to a Type 1 or Type 2 charging socket, the FEV350 begins verifying safe operating conditions. The protective earth pre-test confirms no dangerous voltages exist before proceeding, then automated sequences guide you through RCD trip testing, control pilot analysis, proximity pilot verification, and fault simulation.

Expert Mode eliminates instructional prompts for experienced users who want to move quickly through familiar workflows. Auto-Sequence functionality runs all sub-tests within each measurement category at the push of a button, dramatically reducing time on site while ensuring nothing gets missed.

When paired with compatible Fluke multifunction installation testers via Bluetooth 5.0, the FEV350 extends its capabilities to include earth bond, insulation resistance, and loop impedance measurements—providing complete electrical installation verification without additional equipment.

Key Capabilities That Matter on Australian Job Sites

Comprehensive RCD/RDC-DD Testing Modern EV charging stations incorporate sophisticated residual current protection beyond standard RCDs. The FEV350 tests both conventional 30mA RCD trip response and the 6mA DC sensitive RDC-DD protection specifically required for EVSE applications. You’ll verify trip times across multiple test currents—x0.5, x1, and x5 multipliers—with both fixed-current and ramping trip current modes. Support for Type A, Type B/B+, and RDC-PD devices ensures compatibility with virtually any installed protection scheme.

Control Pilot Signal Analysis with Waveform Capture The communication between charging station and vehicle depends on precise control pilot signalling. The FEV350 measures CP voltage levels, PWM duty cycle, and signal frequency with laboratory-grade accuracy, then displays captured waveforms for visual verification. You’ll see immediately whether a charging station is outputting correct state signals and accurately indicating available current capacity.

Active State Simulation Rather than simply observing what a charger does, the FEV350 actively simulates vehicle connection states. By presenting calibrated resistance values to the CP and PP circuits, you can verify proper charger response through states A (disconnected), B (connected), C (charging), and D (with ventilation)—plus various cable current ratings and fault conditions. This active testing approach catches issues that passive monitoring would miss entirely.

Fault Condition Verification Safety systems must respond correctly when things go wrong. The FEV350 simulates PE faults, CP errors, diode failures, and other abnormal conditions to confirm proper shutdown and error reporting. These tests validate that protection systems will actually protect users when real faults occur.

Phase Sequence and Voltage Verification Three-phase installations require correct rotation for proper charger operation. The FEV350 confirms phase sequence and measures L-N, L-PE, and L-L voltages simultaneously, ensuring the supply meets requirements before diving into EVSE-specific testing.

Streamlined Documentation with TruTest™ Integration

Testing is only half the job—documentation proves the work was done correctly. The Fluke FEV350 integrates seamlessly with TruTest™ software to transform raw measurement data into professional compliance reports.

Bi-directional communication means you can create test plans in TruTest™ and push them directly to the FEV350 before arriving on site. Pre-loaded project details eliminate manual data entry and ensure consistent testing across multiple installations.

As tests complete, results sync wirelessly to TruTest™ where control pilot waveform analysis provides clear pass/fail visuals alongside numerical data. Historical site records enable comparison with previous inspections, making it straightforward to identify degradation or changes that warrant investigation.

The result is faster report generation, reduced administrative overhead, and defensible documentation that satisfies building managers, asset owners, and regulatory inspectors alike.

Who Benefits from the FEV350

Electrical Contractors Contractors commissioning new EVSE installations need efficient testing workflows that cover every compliance requirement. The FEV350’s guided sequences and automatic pass/fail determination reduce time on site while ensuring thorough documentation.

Fleet and Facility Managers Organisations operating charging infrastructure for vehicle fleets must verify ongoing safety and performance. Regular testing with the FEV350 catches developing issues before they cause failures or safety incidents, supporting preventive maintenance programs.

EVSE Installation Specialists Dedicated EV infrastructure installers benefit from the FEV350’s comprehensive capabilities and TruTest™ integration. High testing volumes demand tools that maximise productivity without compromising thoroughness.

Certification and Inspection Services Independent inspectors and certifying bodies require instruments that provide traceable, defensible measurement results. The FEV350’s conformance with IEC 61557 performance standards and documented accuracy specifications support professional certification activities.

Built to Fluke Standards

The FEV350 reflects Fluke’s engineering heritage—robust construction, intuitive operation, and measurement performance backed by published specifications rather than marketing claims.

An IP40 protection rating suits typical installation environments, while the temperature range of -10°C to 40°C accommodates outdoor testing across Australian conditions. CAT II 300V safety rating provides appropriate protection for EVSE testing applications.

Powering the unit from standard AA batteries—either alkaline or rechargeable NiMH—means you’re never waiting for proprietary battery packs to charge. Swap in fresh cells and continue testing immediately.

Bluetooth 5.0 connectivity ensures reliable data transfer to mobile devices and compatible Fluke multifunction testers, while the included TPAK magnetic hanger keeps the analyser conveniently positioned during hands-free testing.

TECHNICAL SPECIFICATIONS TABLE

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The Fluke GFL-1500 Solar Ground Fault Locator is a frontline troubleshooting tool that helps technicians quickly pinpoint active ground faults in solar photovoltaic (PV) systems.

It works by producing a traceable signal in the array, allowing for fast, intuitive, non-contact tracing directly to the fault location. This innovative approach eliminates the frustration of time-consuming, brute-force troubleshooting and reduces unnecessary exposure to electrical hazards.

In addition to improving safety and reducing downtime, this innovative solution redefines how technicians locate active ground faults in solar PV systems. By replacing complex, manual diagnostics with an easy-to-follow trace signal, the GFL- 1500 streamlines fault isolation, helping teams restore system operation quickly and effectively.

The GFL-1500 Ground Fault Locator is a three-piece troubleshooting system designed to optimize technician workflow in the field, enabling faster and more confident fault resolution. This gives site managers greater assurance in system performance and uptime.

The GFL-1500 system consists of the GFL-1500 Transmitter, GFL-1500 Receiver, and GFL-1500 Signal Tracing Clamp.

FaultTrack™ Technology — Solar Ground Fault Detection 

The GFL-1500 utilizes FaultTrack™ Technology to detect active faults and generate a traceable signal through the fault path. This enables technicians to follow that signal from the transmitter through the faulted path to the precise point of failure. Pinpointing the exact location of an active fault used to be a challenge—with FaultTrack™ Technology, that work is easier than ever.

In large-scale solar arrays, the challenge of finding active faults is often exacerbated by the difficulty of identifying string layouts with incomplete or outdated documentation. With a general understanding of your site’s configuration, just a few connections, and non-contact tracing, the GFL-1500 enables technicians to identify the faulted branch and pinpoint the fault location within a string—without relying on detailed site maps or time-consuming test procedures.

By combining multiple diagnostic functions into a single, easy-to-use system, the GFL-1500 delivers an unmatched ability to locate faults with non-contact signal tracing, making it an essential tool for high-efficiency solar maintenance and troubleshooting.

FaultTrack™ Technology — Solar Ground Fault Detection 

The GFL-1500 utilizes FaultTrack™ Technology to detect active faults and generate a traceable signal through the fault path, enabling technicians to follow that signal from the transmitter through the faulted path to the precise point of failure. Pinpointing the exact location of an active fault used to be a challenge—with FaultTrack™ Technology, that work is easier than ever.

In large-scale solar arrays, the challenge of finding active faults is often exacerbated by the difficulty of identifying string layouts with incomplete or outdated documentation. With a general understanding of your site’s configuration, just a few connections, and non-contact tracing, the GFL-1500 enables technicians to identify the faulted branch and pinpoint the fault location within a string—without relying on detailed site maps or time-consuming test procedures.

By combining multiple diagnostic functions into a single, easy-to-use system, the GFL-1500 delivers an unmatched ability to locate faults with non-contact signal tracing, making it an essential tool for high-efficiency solar maintenance and troubleshooting.

Ease-of-Use and Time Savings 

The GFL-1500 is built to simplify solar ground fault detection in the field. From a central test location, technicians can begin tracing the fault path without repeatedly disconnecting conductors and brute-force testing each individual string.

This streamlined approach saves valuable time and increases troubleshooting safety, enabling your team to solve problems quickly and confidently.

The GFL-1500 system includes both a signal tracing receiver and clamp, each suited to different stages of the diagnostic process. The clamp is especially useful for identifying the faulted combiner or string without making disconnections, even in noisy environments where signal clarity may be reduced.

Once the affected solar string is identified, the signal tracing receiver or clamp can be used to precisely follow the fault path and pinpoint the issue within the string.

Designed for real-world conditions, the GFL-1500 is intuitive to operate, quick to deploy, and built for harsh environments, delivering an end-to-end troubleshooting solution that enables technicians to move efficiently from problem to resolution.

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FLUKE SMFT-1000 Solar Tools Kit

All-in-one test solution to verify PV system performance and safety, expedite client reporting.

Test that PV systems are performing to their optimal power output as well as operating safely with the Fluke SMFT-1000 multifunction tester with I-V curve tracing.  Designed for PV professionals that provide installation, commissioning and maintenance services to systems that operate at 1000 V DC or under, the SMFT-1000 provides a complete PV testing solution that conforms to IEC 62446-1 standards. Through Fluke’s TruTest™ Software, measurement data from solar site installation and commissioning testing can be easily imported, organized and analyzed for effortless reporting without having to bring a laptop on-site.

Critical testing features for periodic inspection of PV systems

Full sequence safety testing – IEC 62446-1 Category 1:

• Protective resistance earth (Rpe)
• Voltage on open circuit (Voc)
• Short circuit current (Isc)
• Insulation resistance (Rins)
• Polarity

ROI and system performance testing – IEC 62446-1 Category 2:

• I-V Curve tracing and software analysis with TruTest
• Irradiance, temperature, tilt, cardinal direction

Fluke TruTest™ Solar Database App

Make testing easier and more efficient with the Fluke TruTest™ Solar Database App, designed for seamless collaboration with the SMFT-1000 Multifunction PV Tester. The app features an extensive solar panel database that allows for importing panel specifications directly into the analyzer, allowing access to over 120,000 different types of PV panels wherever you are and eliminating the need for manual input to significantly streamline the testing process.

Wireless Irradiance Meter: No leads required

To perform precise I-V curve measurements, real time irradiance and temperature data is needed. The included IRR2-BT irradiance meter wirelessly connects to the SMFT-1000 to communicate data in real time, providing the most accurate I-V curve measurements possible.

If the wireless connection is interrupted for any reason, the IRR2-BT will continue recording data for up to 17 hours that can later be matched to tests taken with the SMFT-1000.

It’s a hassle to change the configuration of test leads constantly while doing different tests. With Fluke’s “Keep the Leads” system, less time is wasted on set-up, and less user errors occur while testing PV systems. Now you can get more testing done in the field in less time

Color Screen with Integrated Interface: On-screen instructions provide an easy walkthrough of tests

Switch the SMFT-1000 to Auto Test Mode to perform an automatic sequence of tests in a variety of combinations:

• With insulation test or without insulation test
• IEC 62446-1 testing for Category 1 or Category 1 and 2
• IEC 62446-1 testing for Protection Class I or Protection Class II

On-location I-V curve results: compare manufacturer I-V curve data to measured data instantly

While taking an I-V curve reading in the field, the SMFT-1000 will display the curve as it loads in the test data, against the module specifications as defined by the manufacturer.

This makes it easy to immediately confirm measurements without the use of a laptop or tablet. Run the I-V curve test on new installations to confirm they are working according to the site specifications, or to test if existing modules or strings are working to their expected performance levels. Accurately measures modules with an efficiency of up to approximately 19%.

Record visual inspections, then manage data with TruTest™ Solar Software

To meet PV system IEC regulations for visual inspections, the SMFT-1000 features a convenient setting in which to record observations directly to the memory. Later, the information can be downloaded to the TruTest™ software and incorporated into the project report.

TruTest™ allows for solar asset management, data storage and reporting on a single platform. Whether you are analyzing panel efficiency through I-V curves, or safety testing the system through the Category 1 test regime in conformance to IEC 62446-1, proper data management is critical for producing easy-to-understand reports for clients.

TruTest™ Software allows you to quickly and easily import measurement results directly from your solar multifunction tester to computer, organize and analyze the data, compare individual asset data against previous measurements imported and provide a comprehensive and visual client report.

• Easily manage measurement data from solar site installation and commissioning testing
• Quickly create inspections and reports compliant with IEC 62446-1 and other directives
• I-V curve analysis with easy pass/fail visuals; see changes in I-V curve over multiple site visits
• Compare site data to previous site data to see changes over time
• Download your free 60-day demo version of TruTest™. Purchase a software key to unlock the Lite or Advanced version.

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The Fluke Solmetric PVA-1500 Series represents a cutting-edge curve tracer meticulously crafted to meet the demands of testing photovoltaic (PV) arrays in commercial and utility-scale solar farm installations.

Its primary function is to accurately measure the current-voltage (I-V) curves of solar panels, providing comprehensive performance data crucial for technicians to conduct thorough analysis and optimise the efficiency of the solar array.

With it’s user-friendly design and intuitive operation making it accessible even to less experienced technicians, streamlining operations and enhancing productivity.

The Fluke Solmetric PVA-1500 Series PV Analyser I-V Curve Tracer is available for order as a standalone unit or within four comprehensive kits, each tailored to meet specific testing needs. For further details, please refer to the product datasheet.

Key Features:

• Measures and displays I-V curves up to 1500V and 30A, including on high efficiency modules
• Ideal for current-voltage (I-V) testing of solar farms
• Advanced built-in PV model provides immediate PV performance checking
• Sweep-to-sweep delay of 9 seconds to measure 3.5MW in < 1hr
• Uninterrupted measurements even in hot environments
• Automates data management, analysis, and reporting with included software
• Database of more than 70,000 modules with automatic updates
• Wireless interfaces for faster setup, safer work environment, and freedom of movement during PV troubleshooting
• In-the-field firmware update ready

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This means the sound inside a closed space can effectively find its way out of a leak path and to the Fluke camera for visualization. Fluke acoustic imagers easily detect the ultrasound frequency of the SB140 Sound Beacon, so the potential leak point is pinpointed visually on the screen.

Using the Fluke acoustic imager in “Beacon Mode” is even more straightforward because the camera frequency filter is fixed and centered on 40 kHz.

Optimize Your Leak Detection Process with the Fluke SB140 Sound Beacon

Ensure the integrity of your non-pressurized vessels with the Fluke SB140 Sound Beacon. This innovative method transforms leak detection and tightness testing by placing the SB140 Sound Beacon inside the vessel

Then using Fluke Acoustic Imagers from the outside to visually locate escaping ultrasound through weld beads, gaskets, seals, hatches, or windows. It is ideal for quality control in aviation, automotive, railroads, clean rooms, and more.

The Fluke SB140 Sound Beacon is specifically designed for tightness applications and works seamlessly with Fluke acoustic imagers. The selected ultrasound frequency travels long distances through air with minimal signal attenuation, allowing the sound inside a vessel to effectively escape through any openings and be visualized by the Fluke camera.

The ultrasound frequency of the SB140 Sound Beacon is also easily detected by Fluke acoustic imagers, enabling precise visual pinpointing of potential leak points. Using the Fluke acoustic imager in “Beacon Mode” simplifies the process even further.

Applications and Benefits
The Fluke SB140 Sound Beacon offers quick, easy, and superior leak detection and tightness testing across various industries, ensuring high-quality standards and regulatory compliance.

Automotive
Product Quality: Reduce warranty claims with in-line auto window/door water leak and tightness tests.
Safety: Ensure EV battery compartment integrity with quick and reliable leak and tightness tests.
Heavy-Duty Vehicles: Test truck axle compartments for leaks and tightness.

Aviation
Safety: Conduct aircraft cabin, window, pitot-static system, and tank leak and tightness tests during maintenance for new and active planes.

Cleanrooms
Product Quality: Minimize warranty claims and downtime while meeting regulatory requirements with cleanroom leak and tightness testing.

White Goods
Product Quality: Ensure proper seals in appliances like washing machines and refrigerators with in-line production leak and tightness testing.

Maritime
Cost Reduction: Prevent damaged cargo and meet regulatory requirements with cargo container leak and tightness tests.

Construction
Quality: Identify weak spots in doors, windows, façades, and office pods to minimize energy consumption and ensure sound insulation through leak and tightness testing.

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The Fluke 378 FC is the ultimate tool for electrical professionals, offering fast, safe, and accurate testing with cutting-edge FieldSense™ technology.

Designed to streamline your workflow, this non-contact voltage True-rms AC/DC clamp meter eliminates the need to touch live wires, making your job safer and more efficient.

Whether you’re diagnosing power quality issues, performing 3-phase measurements, or handling high-current applications, the Fluke 378 FC is built to deliver exceptional performance.

Key Features of the Fluke 378 FC Clamp Meter

• FieldSense™ Technology: Accurately measure voltage and current without touching a live conductor.
• Fluke 378FC displays both Voltage and Current simultaneously on the display
• Power Quality Indicator: Quickly determine if faults are due to power supply or equipment issues.
• 3-Phase Testing in 3 Easy Steps: Streamline phase-to-phase and phase-to-ground measurements with automatic calculations.
• iFlex® Probe for High-Current Measurement: Measure AC current up to 2500 A with a flexible, included probe.
• Fluke Connect® Ready: Log, analyze, and share results via remote connectivity for enhanced troubleshooting and preventive maintenance.

Product Overview

Safer Testing with FieldSense™ Technology

The Fluke 378 FC clamp meter takes safety to the next level by using FieldSense™ technology. This allows you to measure voltage and current by simply clamping the jaw around a conductor—no need to touch live wires.

Just connect the black test lead to any ground, clamp around the conductor, and get reliable readings instantly displayed on the meter.

Power Quality Detection Made Simple

One of the standout features of the Fluke 378 FC is its built-in power quality (PQ) indicator. This function detects and displays issues related to current, voltage, and power factor, helping you quickly identify whether the problem lies in the equipment or the power line.

Effortless 3-Phase Measurements

Save time with the 378 FC’s 3-phase measurement capability. In just three steps, you can obtain phase-to-phase and phase-to-ground values, auto-calculate phase rotation, and store all results in the cloud with Fluke Connect®. No more manual note-taking or complex calculations!

iFlex® Probe for Extreme Current Measurement

The included iFlex® flexible current probe makes it easy to measure AC currents up to 2500 A. Its flexible design is perfect for navigating tight spaces or measuring large conductors in crowded panels.

User-Friendly Design

The Fluke 378 FC is designed for ease of use, even in noisy or challenging environments. Its display turns green when a stable FieldSense reading is achieved, while Visual Continuity provides immediate confirmation of continuity in loud settings.

Fluke Connect® Integration

With Fluke Connect® software, you can remotely log, monitor, and share real-time measurements. Pinpoint intermittent faults and gather data to build a preventive maintenance program without relying on handwritten notes.

Why Choose the Fluke 378 FC Clamp Meter?

Whether you’re troubleshooting power quality issues, conducting 3-phase tests, or measuring high currents, the Fluke 378 FC is your reliable partner. It’s built to simplify complex tasks, improve safety, and provide accurate results—all while saving you time.

Order the Fluke 378 FC Clamp Meter today and experience the future of electrical testing!

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