Animal/Insect Safety

Outdoor workers are unique in that they regularly share their workspaces with wasps, bees, hornets and other stinging insects. It’s important for workers to know how to respond to and treat stings, especially because some people may be allergic.

Spot the hazard, assess the risk, make the change – these are common risk mitigation practices for employees working in and around the manufacturing production process. But what about the energy that can’t be seen?

How many launderings are high-visibility arc-rated/flame-resistant garments good for before they’re either no longer FR or too faded to meet ANSI standards?

How often should we review our arc flash study? Do older buildings have a grandfather clause? With the changes in IEEE 1584, do we have any liability if we don’t recalculate because some areas will have higher energy levels now?

How do I navigate the implementation of medium-voltage arc-resistant equipment?

Ticks can carry potentially life-threatening infectious diseases. Most active during warmer months (April-September), they reside mostly in grassy, brushy or wooded areas – putting virtually all outdoor workers in the United States at risk of exposure.

What recent innovations have the potential to protect workers from electrical injuries?

Arc-rated/flame-resistant garments must be worn correctly to achieve maximum protection. What are some considerations that are often overlooked?

For some workers, mosquitoes are an on-the-job hazard. That’s because some mosquitoes carry diseases – such as Zika virus, West Nile virus, Chikungunya virus, dengue and malaria – that can be transmitted to people.

How does arc testing differ from real-life arc flash incidents?