Loading... Please wait...Even though we are 5 months into 2012, I thought that it would be helpful to explain some of the changes found in the latest edition of NFPA 70E - 2012. My focus is on what the plant personnel need to know most about these changes. This article is part of a series which will break down the changes into bit-size pieces.
At PowerSource, when I conduct an Arc Flash Study, I freely offer clients the digital files if they have the need. I want to earn repeat business, not hold files hostage for additional work.
I grew up in a small Ohio town where I learned at a young age to make the most of every dollar. My family was far from rich, but my parents knew how to stretch their small income to ensure my five siblings and I never lacked life’s necessities.
I got a lot of reaction to my last article about mining the true value of an existing Arc Flash Study. Many readers were surprised to learn
The very basics of complying with OSHA are that the plant needs to know the hazards and protect the workers from these hazards. When it comes to arc flash, it is not obvious the exact size of the hazard without performing a hazard assessment.
I recently had a question concerning how to comply with OSHA, related to arc flash. The question came from an electrical technician in an industrial facility. I thought I would share my asnwer in case there were others with the same question.
Maybe you know that an electrical study would solve a lot of headaches at your plant. But who has the budget these days for such a thing? Let me share a well-kept secret:
Everyone is a basketball fan this time of year. Use the enthusiasm your employees have toward college basketball in March and early April to help them become more safety conscious. The following is a free safety meeting idea that will be fun and educational.
You often here coaches and players refer to execution. “We just didn’t execute” or “We just need to execute and play our game”. The same can be true for electrical safety.
Are you tasked with creating safety meetings from scratch?
Have you recently had a PowerSource arc flash study completed at your facility? Get more return on the significant investment you’ve made in an Arc Flash Hazard Analysis.
See an arc flash explosion firsthand../
Last week we took a look at the proper Personal Protective Equipment (PPE) for a Hazard Risk Category 3. This week we will review the proper PPE for a Hazard Risk Category 4.
Last week we took a look at the proper Personal Protective Equipment (PPE) for a Hazard Risk Category 2. This week we will review the proper PPE for a Hazard Risk Category 3.
Last week we took a look at the proper Personal Protective Equipment (PPE) for a Hazard Risk Category 1. This week we will review the proper PPE for a Hazard Risk Category 2.
Every day between five to ten arc flash explosions send victims to burn units in the US. Arc flash explosions can result in severe burns and even death if employees are not properly protected.
An arc flash can reach 35,000 degrees fahrenheit and can cause severe burns, even death if employees are not properly protected.
Energy management can be confusing and complicated.
As a facility safety manager you worry about the possibility of someone in your facility getting hurt or killed.
Preventing electrical injuries and the possibility of an arc flash incident requires that the old way of doing electrical work must change.
Thanks to those of you who entered our contest! We are excited to announce that the winner is Dave, who correctly answered B:42 inches. Dave, we will be in touch soon to send you your prize of a $25 gift certificate!
Be cautious, the following points can result in an arc flash explosion.
Budget cuts make electrical maintenance a challenge, but skipping maintenance can result in accidents and costly plant shutdowns. Although thorough maintenance is critical for safety and reliability, some action is better than no action. Here are four stop-gap measures to maximize your resources and reduce electrical risk in the short-term.