Protecting Your Equipment Against Electrical Hazards

Electrical equipment plays a vital role across a number of fields including the likes of construction and manufacturing. Industries such as those rely heavily on tools and machines that can get the job done accurately, efficiently and safely – all of which makes the operators’ lives easier and increases profitability.

But dealing with this type of equipment means there are certain safety concerns, and these have the potential to affect a large proportion of the workforce. For example, data from the US Bureau of Labor Statistics reveals there were 739,200 electricians as of 2019 – and that doesn’t take into account all those who work in plants and factories, coming into contact with heavy-duty electrical machinery on a daily basis.

The wellbeing of individuals is always the number one priority, while it’s also important that any tools or equipment continue to operate effectively. So, what can cause electrical mishaps, and how can you safeguard against such problems?

What Can Cause Electrical Damage?

Electrical damage could be caused by any number of issues, including errors in the wiring, a sudden surge or drop in the electrical supply, overheated circuits and even being struck by lightning.

What are the Effects of Electrical Damage?

Depending on the mishap, the impacts can be severe. For example, workers can be seriously injured or even killed in the event of a malfunction that results in electrocution or fire. As an indication, US government reports show there were 166 fatal occupational injuries due to exposure to electricity in 2019.

As for the machines themselves, they can suffer fire damage or be broken beyond repair, which will likely be expensive to fix and has the potential to cause costly delays in terms of meeting productivity deadlines.

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What Steps Can You Take to Guard Against It?

With the threat of such serious consequences, it’s vital that you do everything you can to protect workers and equipment. For example:

  • Ensure all of your machines remain powered down during thunderstorms.
  • Install devices such as soft starters, which gradually increase the voltage to a machine’s motor and reduce the risk of sudden power surges.
  • Carry out regular maintenance checks to ensure machinery and/or tools are working properly and that circuits are not in danger of being overloaded.
  • Only purchase applications that conform to the very highest industry standards when it comes to voltage fluctuations.
  • Ensure all circuits are grounded properly so that any power surges can be diverted.

Of course, sometimes unforeseen circumstances do arise, which is why you need to take out an adequate insurance policy in order to provide financial protection.


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