Animal/Insect Safety

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?

Outdoor workers face a variety of hazards on the job. Beyond the usual suspects – severe weather, extreme temperatures, and traffic – an additional concern may be present: ticks.