Businessing Magazine Logo Businessing Magazine Logo

A Guide to Commercial Electrical Safety Tips

A Guide to Commercial Electrical Safety Tips

The safety of a workforce is paramount in all workplaces, particularly the safety of workers exposed to electrical hazards. Within the trade industry, machinists, builders and other workers are surrounded by potential electrical hazards in their day-to-day role, from machinery, electrical wiring and exposed cables, so it is vital for employees to know how to remain safe at work. Here are several important tips for ensuring your safety in any trade working environment:

Install Electrical Protection Devices

CHINT Circuit Breaker is an electronic switch that works automatically when the electric grid is overwhelmed. In essence, it interrupts the flow of the electric current to avoid potential injury to the device. They operate in a manner similar to fuses, with the benefit of returning to regular activity following activation.

Maintain Your Equipment

This tip is essential to keeping machinery, tools, and equipment safe for as long as possible without needing repair. Machines and equipment should always be checked for wear and tear, with regular services and cleans being performed in order to keep them running smoothly. This will also decrease the chance of machinery breaking down or malfunctioning.

There are several ways to maintain large equipment and machinery, including adding and testing lubricants frequently, which will not only extend the life of your machinery but will also remind you to check for build-up or excess oil and leaks around seals. By checking for signs of wear as a machine is used, you are less likely to suffer any electrical issues and injury to workers.

Ensure You Complete a Risk Assessment

A risk assessment should be completed on site before any workers enter the premises. The aim of the risk assessment is to identify any and all risks to people as well as know the severity of the injury that could be caused. You should take into consideration the type of electrical equipment used, how it is used, and the environment that it is used in. Risk assessments are made up of five stages that must be completed to ensure safety.

  • Identify any electrical hazards and the electrical system or process
  • Identify the electrical work to be performed within the electrical system
  • Evaluate the risks and decide on precautions to take
  • Record your findings and implement risk mitigation strategies
  • Review the risk assessment and update when necessary

Complete the Lockout/Tag out Procedure

Safety for machinery, or lockout/tag out, is a key procedure that ensures the safety of fellow workers when a machine is being turned off and left alone. Lockout/tag out is especially useful when maintenance and repair work is being carried out to ensure re-energization of a machine does not occur which could cause potential harm to anyone in proximity.

The Occupational Safety and Health Administration (OSHA) requires a formal lockout/tag out program to be in place where industrial machinery is used, to ensure that employees are always working in a safe environment. All workers who use machinery should be thoroughly trained on the lockout/tag out program before beginning work, as well as be provided with the correct lockout/tag out equipment, such as that from Reece Safety. This procedure has since developed into lockout/tag out try-out, with emphasis on trying to restart the equipment, which checks that the lockout/tag out procedure has been successful.

Don’t Overload Your Outlets

The use of electrical adapters can often mean more power to electrical machines and technology; however, this is not always safe, particularly in a busy and crowded working environment that tradespeople often work in. If using extension leads, ensure that the appliances or tools plugged into the outlets do not exceed the maximum current rating stated for the extension lead. If power outlets are overloaded, this could lead to overheating and/or fire.

Ensure You Use Safety Signage

Safety signs are needed to help warn people of hazards as well as indicate or prohibit actions. They are very useful in preventing injury, for example, warning and danger signs should always be positioned within proximity of the equipment – not only for the benefit of workers, but for the safety of visitors and contractors who may visit the site. There are four types of safety signs that should be included within your workplace’s health and safety program: prohibition and fire (red), mandatory (blue), caution, and safe condition. For electrical hazards and fire hazards, yellow “danger” signs are used to identify electric shock risks, fire risks, and hazards.


short url:
https://bsng.us/aeu

by Harvey Carr // Harvey Carr is a contributor to Businessing Magazine.

Opinions expressed by contributors are their own.