Martin Technical

07/29/2026

Caitlyn walks through the essential requirements every organization needs to know. Whether you're just starting your safety journey or managing compliance across multiple sites, this is a must-watch.

Watch the full video below the blog! https://vist.ly/5cwmk

07/29/2026

One of the biggest misconceptions in electrical safety is believing PPE alone creates protection.

PPE is a critical layer of defense, but it should never be the first line of defense. Strong electrical safety programs rely on engineering controls, proper maintenance, risk assessments, training, and safe work practices long before PPE enters the conversation.

When organizations focus only on PPE, they often miss opportunities to reduce the hazard itself. The most effective programs look for ways to eliminate, substitute, or minimize risk before asking workers to rely on protective equipment.

The goal is not simply to protect workers from hazards. The goal is reducing exposure wherever possible.

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Website: https://www.herzigengineering.com/Electrical injuries ar...

07/28/2026

One of the easiest ways to evaluate a lockout/tagout program is to ask workers if they know exactly where all hazardous energy sources are located.

Electrical energy is often the primary focus, but stored mechanical, hydraulic, pneumatic, and thermal energy can create significant hazards as well.

Effective energy isolation requires understanding the entire system, not just the disconnect switch.

https://vist.ly/5csei

07/28/2026

An arc flash label isn’t just a sticker; it’s a decision-making tool.

In a matter of seconds, a qualified worker should be able to see the hazard boundary, understand the voltage, and know exactly what PPE is required. No guessing, no second-guessing.

One detail that’s becoming more important, and now required, is the date of the assessment. That small line tells a much bigger story. Is the study still valid? Has the system changed? Are you within that five-year review window, or operating on outdated information? Because an accurate label today doesn’t guarantee an accurate label five years from now.

If someone walks up to your equipment today, can they trust what the label is telling them?

Learn more: https://vist.ly/5cqbm

07/27/2026

Electrical safety training should go beyond memorizing rules. Workers need to understand how to identify energized components, determine system voltage, and recognize the boundaries that protect them from shock hazards.

Knowing the difference between a limited approach boundary and a restricted approach boundary is critical. Each has specific requirements that help reduce risk and ensure the right safeguards are in place before work begins.

When employees understand the "why" behind these requirements, they're better equipped to make safe decisions in the field.

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07/27/2026

Electrical safety starts with awareness.

Before workers can avoid electrical hazards, they need to understand what those hazards look like. Basic knowledge of shock risks, energized equipment, lockout/tagout, and safe work practices helps people recognize danger before an incident occurs.

The most effective electrical safety programs are built on understanding, not just compliance. When people know the "why" behind the rules, they're far more likely to make safe decisions in the field.

Need help getting started? https://vist.ly/5ckg7

Electrical accidents in the workplace happen more often than you think.According to an article from Industrial Safety & Hygiene News, it's estimated that there are up to 10 arc flash incidents every day in the US, causing thousands of electrical contact injuries a year. Yikes. Anyone could be a stat...

07/26/2026

Electrical failures don’t happen on schedule. That’s why proactive tools like infrared scanning are critical to keeping your facility running. Waiting until something breaks is always the more expensive option.

https://vist.ly/5chtu

07/24/2026

Arc flash mitigation discussions should include maintenance, operations, engineering, and safety teams together.

The most effective solutions are often the ones that improve worker protection while still supporting operational realities.

When multiple perspectives are involved, organizations often uncover mitigation opportunities that may otherwise be overlooked.

Collaboration leads to stronger decisions.

https://vist.ly/5ce9a

07/24/2026

Effective electrical safety training isn't one-size-fits-all.

Employees need to understand the hazards they may encounter, the safety procedures that apply to their work, and the consequences of ignoring them. Just as important, training should match each person's responsibilities. A technician changing receptacles doesn't need the same level of training as someone working inside switchgear.

When training is tailored to the tasks employees actually perform, workers are better prepared to recognize hazards, follow safe work practices, and stay within the limits of their qualifications.

https://vist.ly/5cch6

07/23/2026

Arc flash labels do more than satisfy a requirement. They provide critical information that helps workers make safer decisions before opening energized equipment.

When equipment may need to be examined, adjusted, serviced, or maintained while energized, an arc flash study helps determine the potential hazard. The resulting labels communicate key information such as voltage, shock hazards, and the arc flash boundary so workers understand the risks and the precautions required before work begins.

Accurate studies and clear labels give your team the information they need to plan the job safely, not guess in the moment.

https://vist.ly/5ca48