Industrial safety resources

Stay connected to safe tools and safe workplaces through information about protective equipment, test tools, and safety procedures. Fluke engineers use safety as their foundation when building and testing your tools. These products have been dropped, shocked, short-circuited, injected with thousands of volts of electricity, and forced to endure extreme temperatures before they land in your toolbox.

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Electrical measurement safety

Avoiding arc flash

Article

Arc flash vs arc blast

Arc flash vs arc blast. When an arc fault occurs, the result is a massive electrical explosion. The light and heat emitted by the explosion is known as the arc flash, and the pressure wave is known as the arc blast.

Safety
Article

Arc flash protection with thermal imaging

Understand what the NFPA 70E standards for arc flash PPE assessment means for thermographers using thermal imaging camera.

Thermal imaging
Article

Understanding the arc flash boundary

The arc flash boundary is the minimum “safe” distance from exposed energized conductors or circuit parts that has the potential for an arc flash. The required arc-rated clothing and PPE increases rapidly as a worker approaches the potential source of an arc flash

Safety
Article

Top 5 safety tools for preventing arc flash

Limiting workers’ exposure to electrical hazards like arc flash or electrocution is a solid foundation for any electrical safety program. Combine that mindset with the right non-contact tools and more electrical workers will be kept out of harm’s way.

Safety

Safety standards

Article

Electrical safety standards

To meet the demands of today’s high-energy, high-hazard workplace, quality manufacturers like Fluke continue to improve their test instruments to make them safer and more reliable.

Safety
Article

Four myths about electrical safety that may surprise you

Following electrical safety regulations in industrial plants is critical. But myths about electrical safety are rampant. Understand the facts vs myths about working in energized systems.

Safety ,Electrical
Article

10 dumb things smart people do when testing electricity

Anyone who makes their living by working with electricity quickly develops a healthy respect for anything with even a remote chance of being "live." Yet the pressures of the getting a job done on time or getting a mission-critical piece of equipment back on line can result in carelessness and uncharacteristic mistakes by even the most seasoned electrician.

Safety ,Electrical
Article

Curb Explosive Potential with Intrinsically Safe Tools

Curb explosive potential with intrinsically safe tools. For those who work in industries where flammable materials are present—such as petrochemical and pharmaceutical plants, oil platforms, refineries, pipelines, and mining—the potential for an explosion is a daily reality. All it takes is a flammable material coming into contact with air and an ignition source.

Safety

Safe test tools

Article

How infrared cameras help you stay safe on the job

If you troubleshoot or maintain equipment in an industrial setting, staying safe depends partly on the environment and partly on you.

Thermal imaging
Article

How TwistGuard multimeter test leads keep you safe

Fluke TwistGuard™ Test Leads:safer, tougher, more versatile

Safety ,Multimeters
Article

Testing your test leads

Checking your test leads to make sure they are in good condition and rated for the job at hand is the best insurance for accuracy and safety

Multimeters

Grounding

Article

Checking grounding electrode impedance for commercial, industrial and residential buildings

Most facilities have grounded electrical systems, so that in the event of a lightning strike or utility overvoltage, current will find a safe path to earth. A ground electrode provides the contact between the electrical system and the earth.

Electrical
Article

Solid ground: Increasing parallel conductor ampacity

The most popular reason for paralleling conductors is to provide higher ampacity than a single conductor can provide. "In a typical building design, the largest conductors are usually 500 kcmil or 600 kcmil". "And many electrical contractors will actually object to 600 kcmil. If ampacity above 400 A is necessary, using parallel conductors is the only reasonable solution.

Multimeters
Article

Grounding separately derived systems

As I promised in my last column, this "Solid Ground" column deals with transformers and grounding. Let's start by addressing some definitions. Opinions differ on the "official" definition of "distribution" transformer.

Grounding
Article

Chasing "ghost" trips in GFCI-protected circuits

This issue of "Solid Ground" talks about ground fault circuit interrupters (GFCIs), why they are necessary, and how to troubleshoot GFCI-protected circuits.

Grounding
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