Electrical Power & Safety Company

Wishing you a safe and joyful Thanksgiving from all of us at EPSCO! We're grateful for your continued trust and partnership.

Employee Spotlight: Meet Nick, Engineering Manager at EPSCO! Nick plays a key role in supporting our field teams and ensuring top-notch quality in everything we do. Whether it's onboarding new engineers, delivering detailed reports to customers, or maintaining operational excellence, Nick keeps things running smoothly. What drives him? It's all about helping our customers truly understand the technical data we provide. "Breaking down complex info into something everyone can use is super rewarding," he says. According to Nick, “The culture at EPSCO is like no other. Everyone is here to work as a team and help each other out however necessary. EPSCO is made up of humble, hardworking individuals. Outside of EPSCO, Nick loves the outdoors—snowboarding, boating, hunting—you name it! Oh, and he's got a passion for real estate investing too. His superpower? Staying organized and prioritizing like a pro. We’re lucky to have Nick on the team, always pushing for collaboration and teamwork. Thanks for all you do! #EPSCO #EmployeeSpotlight #EngineeringExcellence #Collaboration #Outdoors

Electrical failures can disrupt operations, damage equipment, and pose serious safety risks. But the good news is—they don’t usually happen out of nowhere. There are telltale signs that indicate a system is on the verge of failure, and identifying these early can save time, money, and lives. Here’s what to watch for: 1. Excessive Heat or Hot Spots Heat buildup in electrical components is often the first warning sign. Infrared scans can detect hot spots, which are invisible to the naked eye, and help you address issues before they lead to equipment failure or fires. 2. Frequent Breaker Trips If your breakers are tripping more than usual, it’s a red flag. This could indicate an overloaded circuit, faulty wiring, or degraded equipment—all early signs of a bigger electrical problem. 3. Flickering Lights or Power Drops Voltage inconsistencies, including flickering lights or power fluctuations, often point to loose connections or failing components. Ignoring these signs can lead to system-wide failures or equipment damage. 4. Unusual Noises or Smells Buzzing sounds or burnt odors near electrical panels should never be ignored. These are often precursors to insulation breakdown or short circuits. 5. Visible Corrosion or Discoloration Discolored or corroded electrical components are clear signs of damage, possibly due to moisture or age. Corrosion can lead to poor conductivity and increase the risk of failure. Don’t Wait for a Breakdown! At Epsco, we specialize in arc flash analysis, infrared scans, and safety training. Our goal is to help you identify these warning signs before they turn into costly, dangerous failures. Reach out today to schedule a consultation and ensure your facility is operating safely and efficiently! #ElectricalSafety #PreventativeMaintenance #ArcFlash #InfraredScan #ManufacturingSafety #FacilityMaintenance

Did You Know? NFPA 70E requires safety training for all qualified workers every three years, and at EPSCO, safety is all we do. Our hands-on, engaging approach makes safety memorable and practical, going beyond the usual “death by PowerPoint.” For a limited time, we’re offering exclusive discounts on safety training through February: ? Online Training: 10%-15% discount ? Onsite Training: Includes a no-cost 70E safety audit ($5,000 value) Ready to take your team’s safety to the next level? Call 651.927.2614 and press 2 or send us a message!

As an Electrical Safety and NFPA 70E expert at Epsco, one of the most important concepts we teach is "Normal Operating Condition" (NOC). This isn't just a technical term—it's a fundamental part of keeping electrical workers safe and preventing equipment failures. So, what exactly does "Normal Operating Condition" mean? According to NFPA 70E, NOC means that electrical equipment is in a state where it's safe to operate without exposing workers to unnecessary hazards. To meet this standard, five key conditions must be in place: 1. Proper Installation – The equipment must be installed correctly according to electrical codes and manufacturer instructions. 2. Proper Maintenance – Regular maintenance is critical, including inspections like infrared scans to catch issues before they escalate. 3. Closed and Secured – All electrical enclosures must be closed and locked to prevent accidental contact with live components. 4. No Signs of Failure – You should see no warning signs such as strange noises, heat spots, or any visual damage. 5. Used Within Limits – The equipment must not be overloaded or used beyond its designed capacity. How Do We Achieve This? Through preventative maintenance and continuous training, we help facilities stay compliant and, more importantly, keep their workers safe. It’s all about ensuring systems are operating as intended under safe conditions. If any of these five criteria aren't met, your equipment may not be safe to use—even if it seems to be functioning normally. As we wrap up November, let this be your reminder to make electrical safety a priority. Whether it's ensuring your team understands the risks or making sure your equipment is properly maintained, taking proactive steps today can prevent hazards tomorrow. Let’s keep our electrical systems running safely under "Normal Operating Condition"—it’s the key to avoiding unfortunate surprises down the line! #ElectricalSafety #NormalOperatingCondition #NFPA70E #PreventativeMaintenance #ArcFlash #SafetyTraining #HalloweenSafety

When we talk about “keeping your manufacturing facility maintained for electrical safety,” it’s more than just a compliance requirement or an occasional equipment check. Electrical safety maintenance is an essential, ongoing process that protects your employees, machinery, and business operations. But what does this truly involve? See the full blog at https://hubs.ly/Q02W86Gq0

The Hidden Risk of Neglecting Electrical Preventative Maintenance In today's fast-paced industrial environments, preventative maintenance often takes a back seat to day-to-day operations. Many organizations in sectors like manufacturing, healthcare, and education adopt a reactive approach to electrical systems, addressing issues only after they arise. But this short-term focus can have dangerous and costly long-term consequences. The Cost of Complacency Electrical systems are the backbone of any operation, powering essential machinery, lighting, and equipment. Despite this, a surprising number of facilities either delay or overlook routine electrical preventative maintenance (EPM). When systems are not regularly checked, problems like insulation breakdown, faulty wiring, or equipment degradation can go unnoticed until it's too late, resulting in unplanned downtime, costly repairs, or worse—electrical fires or arc flash incidents. Arc Flash: A Catastrophic Risk Arc flash is one of the most severe and hazardous consequences of neglected electrical systems. Without regular EPM, the risk of arc flash incidents increases dramatically. The energy released in an arc flash can cause devastating injuries, fires, and even fatalities. The Occupational Safety and Health Administration (OSHA) and National Fire Protection Association (NFPA 70E) set guidelines to prevent these incidents, but many companies fall short by not incorporating regular arc flash analysis as part of their safety programs. Why Preventative Maintenance Matters At Epsco, we specialize in helping industries protect their people and assets through regular infrared scans and arc flash analyses to help identify electrical hot spots and ensure system reliability. Infrared scans, for instance, can detect potential failures before they become critical, while arc flash analysis helps pinpoint dangerous conditions, allowing businesses to implement appropriate safety measures. The Long-Term Benefits Prioritizing electrical preventative maintenance leads to fewer disruptions, extended equipment lifespan, and, most importantly, a safer workplace. It's about moving from a reactive to a proactive mindset—one that views maintenance not as an expense but as an investment in the health and efficiency of your entire operation. Make Electrical Safety a Priority If your facility hasn't scheduled an arch flash study or infrared scan recently, now is the time. Regular inspections, infrared scans, and safety training are critical components in safeguarding your workplace from electrical hazards. The time, money, and lives saved by preventative measures far outweigh the costs of neglect. At Epsco, we're dedicated to ensuring that your electrical systems remain safe, reliable, and efficient. Let’s work together to make safety a cornerstone of your operational strategy. https://hubs.ly/Q02VxQ_y0

#Safety #Diligence #Collaboration

Understanding Shock Hazard Boundaries NFPA 70E sets critical boundaries to protect workers from electrical shock and arc flash hazards. Here's a quick overview: 1. Limited Approach Boundary: Shock risk area; unqualified persons need supervision. 2. Restricted Approach Boundary: Higher shock risk; only trained, PPE-equipped workers allowed. 3. Arc Flash Boundary: Risk of second-degree burns; requires arc-rated PPE. Establishing these boundaries keeps everyone safe! https://hubs.ly/Q02SBbhh0 #ElectricalSafety #ArcFlash #NFPA70E #ShockHazard #WorkplaceSafety