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As a law firm that’s built a reputation for protecting the rights of workers after job-related injuries, The Perecman Firm, P.L.L.C., is proud to support National Electrical Safety Month.
During the month of May, the Electrical Safety Foundation International (ESFI) works to reduce the number of electrical accidents by educating the public and key populations about common risks and essential safety practices. The ESFI gives particular attention to workers who perform job duties with and near electricity.
Electrical Risks Posed to Workers
Given its potential for causing serious and fatal injuries, electricity should always be treated with healthy respect. Whether you’re an apprentice or a journeyman, this is the only way to effectively manage risk and keep yourself and those around you safe.
Electric Shock
Electric shock injuries involve electrical current passing through the body, which can harm muscle, nerves, tissues, and organs. Injury severity can depend on factors such as:
- Current Type & Intensity: AC is more dangerous than DC because it can cause continuous muscle contraction and prevent victims from releasing themselves from an electrical source.
- Current Path: Current traveling from the fingers to the hand, arm, and body may injure the heart and cardiovascular system and current that travels from the head can affect the brain.
- Resistance: The lower the resistance, the more severe the injury. Gloved or calloused hands are more resistant than soft, wet, or cut / broken skin.
- Exposure Duration: The longer the period of exposure, the greater the risks for more serious injuries (which is partly why AC is more dangerous than DC).
Electrical Burns
Though some electrical injuries aren’t visible, injuries like burns are. This includes:
- Flash burns, which cause superficial burns as no current travels through the body.
- Flame burns, which occur when arc flashes ignite or cause fires.
- Low-voltage burns, caused by contact with power sources of 500 volts or less, that typically affect the body only at the site of contact.
- High-voltage burns, caused by direct contact with high voltage supply, which can cause severe damage beneath the skin and throughout the body.
Electrocution
Electrocution is a term used to describe fatal electrical accidents: it always means death.
As one of OSHA’s “Fatal Four” hazards, electrocution is a leading cause of death in the construction industry. In fact, according to OSHA, roughly half of all workplace electrocution fatalities occur in the construction industry.
Other Electrical Safety Risks
In many electrical accidents, electricity is not the only cause of injury or death. This happens when other accidents occur after electrical exposure, including:
- Falls from heights, scaffolding, and ladders;
- Falls on flat surfaces, especially with loss of muscle control or unconsciousness;
- Falling objects resulting from workers who were shocked and dropped tools or heavy items;
- Fires and explosions
- Faulty machinery or defective products
Tips to Avoid Electrical Injuries on the Job
Employers and workers should ensure they’re taking precautions to keep work sites safe and comply with regulations for electrical hazards (NY Code § 23-1.13).
Some best practices for employers:
- Walk sites to identify any potential electrical hazards and plan projects around them.
- Provide PPE and necessary safety equipment to employees who work with and near electricity.
- Post warnings for live electrical circuits and install physical barriers around electrical hazards.
- Implement policies for guarding open switches, de-energizing equipment, and lockout / tagout.
- Ensure electrical work is performed by qualified electricians and that workers know when to stop if they are not qualified or familiar with projects or tasks.
- Establish and ensure workers know emergency protocol if an electrical accident occurs.
Electrical accident prevention tips for workers:
- Before starting work, inspect tools, extension cords, and equipment for potential hazards.
- Use fuses, cords, and equipment appropriate for the circumstances (i.e. rated for the level of amperage or wattage).
- Always test circuits before you touch; thousands of workers are injured each year by circuits they believed were safely turned off.
- When using ladders and scaffolding, survey surroundings for overhead power lines.
- Make sure you know what’s below before performing any excavation or digging project.
What to Do After an Electrical Workplace Accident
- Call 911 or local emergency services and alert supervisors and other workers on site.
- Turn off the source of electricity or move the source using non-conducting objects like wood, plastic, or cardboard.
- Don’t touch a fallen power line or someone still in contact with electrical current. If the accident involves high voltage lines or wiring, keep your distance.
- Seek medical attention and continue to follow up with doctors and specialists.
- Gather information, witnesses, and documentation (i.e. medical records, photos, etc.) if you intend to file a claim.
- Speak with an attorney about your rights and options for workers’ compensation or a civil personal injury claim.
Our NYC attorneys at The Perecman Firm, P.L.L.C., are available to help workers and families looking to explore their options for paying medical bills and recovering needed compensation following work-related accidents, including those involving electrical injuries and construction accidents. To speak with a lawyer, call or contact us online.
