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Before we dive into the modern techniques, let’s briefly recap what arc flash hazards are. Arc flashes are explosive releases of energy caused by electrical faults or short circuits in electrical systems. These events can result in severe injuries, fatalities, and extensive damage to equipment. Protecting workers and equipment from arc flash hazards is not just a regulatory requirement but also a moral obligation for employers.

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Traditional arc flash studies involved gathering data about an electrical system, calculating available fault currents, and determining arc flash incident energy levels. This information was used to label equipment, establish safe work practices, and select appropriate personal protective equipment (PPE) for workers.

While these practices have been effective in reducing arc flash incidents, they had limitations such as:

Static Data: Traditional studies often relied on static data, assuming constant operating conditions. This did not account for the fact that electrical systems can be dynamic, with changing loads and configurations.

Overly Conservative: Calculations tended to be conservative, resulting in the over-specification of PPE and potentially hindering worker mobility and comfort.

Lack of Real-time Monitoring: Traditional studies didn’t account for real-time monitoring and response, leaving gaps in electrical safety management.

Modern Arc Flash Study Techniques

Arc flash study techniques have evolved in concert with advancements in computing and technology. This has brought about more accurate, dynamic, and responsive approaches to electrical safety. Here are some key aspects of modern practices:

• Real-time Monitoring: Advanced technologies now allow for real-time monitoring of electrical systems. Smart sensors and predictive analytics provide insights into the actual operating conditions, allowing for proactive risk management.
• Dynamic Modeling: Modern studies use dynamic modeling to simulate various scenarios, accounting for changes in load, system configurations, and equipment conditions. This approach provides a more accurate assessment of arc flash hazards.
• Customized PPE Selection: Rather than relying on conservative estimates, modern techniques use data-driven insights to select appropriate PPE, ensuring worker safety without unnecessary restrictions.
• Risk Mitigation: With real-time monitoring and dynamic modeling, companies can implement risk mitigation strategies in real-time, further reducing the likelihood of arc flash incidents.
• Training and Awareness: Modern arc flash studies emphasize employee training and awareness. Workers are educated about the hazards and equipped with the knowledge to respond effectively in case of an incident.
• Compliance with Industry Standards: Staying up to date with the latest industry standards and regulations is crucial. Modern arc flash studies ensure compliance with the most current requirements, reducing legal and financial risks.

Conclusion

The evolution of arc flash study techniques is a testament to the commitment of industries to improve electrical safety. By embracing real-time monitoring, dynamic modeling, and data-driven practices, companies can better protect their workers, equipment, and reputation. Investing in modern arc flash studies is not just a best practice; it is a responsible solution that can save lives and prevent costly incidents. As the electrical safety landscape continues to evolve, staying at the forefront of these advancements should be a priority for every organization.

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Before delving into the significance of Arc Flash Studies, let us briefly review what arc flash is. An arc flash is a sudden and explosive release of energy caused by an electrical fault. It results in a discharge of intense heat, blinding light, and a blast wave that can cause severe burns, injuries, and even fatalities to anyone in its vicinity. Arc flashes can also damage equipment, leading to costly downtime and repairs.

New Electrical Safety Standards

As technology advances and our understanding of electrical hazards deepens, regulatory bodies continually update and enhance electrical safety standards. Complying with these standards is not just a legal requirement but also a moral responsibility for companies. Non-compliance can result in fines, lawsuits, and most importantly, endangering the lives of employees.

The Role of Arc Flash Studies

Arc Flash Studies are an integral part of the strategy to meet and exceed new electrical safety standards. These studies involve a comprehensive evaluation of electrical systems to identify potential arc flash hazards. The primary objectives of Arc Flash Studies are:

1. Hazardous Areas Identification: Arc Flash Studies assess the entire electrical infrastructure to identify areas where arc flash incidents are most likely to occur.
2. Incident Energy Analysis: Calculating the incident energy helps determine the potential severity of an arc flash event. This calculation is vital because the appropriate personal protective equipment (PPE) for employees is based on this data.
3. Protective Measures: Based on the study’s findings, safety measures are recommended, including equipment upgrades, safety policies, and employee training programs.
4. Compliance: The study is conducted to ensure that the facility complies with relevant safety standards such as NFPA 70E, OSHA, and other local regulations.

Example Scenario:

Let us consider an example to illustrate the importance of Arc Flash Studies. Suppose a manufacturing company recently acquired new machinery that increased the electrical load on its distribution system. Without a proper evaluation, this increase in load might lead to elevated bet365 casino games arc flash risks. An Arc Flash Study would identify these risks, recommend necessary upgrades, and help establish safe working practices for employees.

Conclusion

In a rapidly changing world, adapting to new electrical safety standards is paramount for businesses. Arc Flash Studies play a crucial role in safeguarding personnel, equipment, and corporate reputations. Investing in these studies not only ensures compliance with regulations but also demonstrates a commitment to the well-being of your workforce.

Remember, electrical safety is an ongoing process. Regularly updating Arc Flash Studies and staying informed about evolving standards will help your company stay ahead of potential hazards. By prioritizing safety and compliance, you not only protect your employees but also contribute to the long-term success and sustainability of your business.

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In the ever-evolving landscape of electrical safety, technological advancements play a pivotal role in reshaping the way we approach arc flash studies. As industries strive for safer work environments and compliance with rigorous safety standards, staying at the forefront of technological innovations is imperative. In this article, we will explore the latest technological advancements in arc flash studies and take a glimpse into what the future holds for electrical safety.

The Evolution of Arc Flash Studies

Arc flash studies have come a long way since their inception. Traditionally, these studies involved extensive data collection, calculations, and manual assessments to identify potential arc flash hazards. While effective, this approach had limitations in terms of real-time monitoring, dynamic modeling, and efficiency.

Recent technological innovations have revolutionized arc flash studies, making them more accurate, efficient, and responsive. Let us delve into some of these advancements and their potential impact on the future of electrical safety:

Real-time Monitoring: The integration of smart sensors and real-time monitoring systems into electrical infrastructure allows for continuous data collection and immediate feedback. This real-time data provides insights into the actual operating conditions of electrical systems, enabling proactive risk management.

Predictive Analytics: Advanced data analytics and machine learning algorithms can predict potential arc flash hazards based on historical data and real-time monitoring. Predictive analytics offer a proactive approach to identifying risks, allowing for timely preventive measures.

Dynamic Modeling: Traditional arc flash studies often relied on static data and assumptions about electrical systems. Modern studies incorporate dynamic modeling, simulating various scenarios to account for changing loads, system configurations, and equipment conditions. This approach provides a more accurate assessment of arc flash hazards.

Augmented Reality (AR) and Virtual Reality (VR): AR and VR technologies have made their way into electrical safety training. Workers can now undergo immersive training experiences, simulating various electrical hazards and learning how to respond effectively in a safe virtual environment.

Mobile Apps and Tools: Mobile applications and software tools have become indispensable for field technicians conducting arc flash studies. These tools streamline data collection, calculations, and reporting, making the entire process more efficient.

IoT Integration: The Internet of Things (IoT) is increasingly integrated into electrical systems, allowing for remote monitoring and control. IoT-enabled devices provide real-time data on equipment conditions, further enhancing safety and maintenance practices.

Data Integration and Cloud Computing: The ability to collect, store, and analyze vast amounts of data in the cloud has transformed how arc flash studies are conducted. Cloud computing enables easy access to historical data, fostering better trend analysis and decision-making.

The Future of Electrical Safety

As we look ahead, the future of electrical safety is promising. Technological innovations will continue to drive the evolution of arc flash studies, making them more efficient, accurate, and responsive to real-world conditions. This progress will lead to:

Safer Work Environments: Real-time monitoring, predictive analytics, and dynamic modeling will enable organizations to identify and mitigate potential arc flash hazards before they pose a risk to workers.

Efficiency and Cost Savings: Streamlined processes, IoT integration, and data analytics will optimize maintenance practices, reduce downtime, and extend the lifespan of electrical equipment.

Compliance and Reporting: Automation of data collection and reporting will simplify compliance with safety standards and regulations, ensuring that organizations meet their legal requirements.

Enhanced Training: AR, VR, and mobile applications will provide workers with immersive and effective training experiences, improving their readiness to respond to electrical hazards.

Continuous Improvement: Access to historical data and trend analysis will enable organizations to identify areas for improvement and implement ongoing safety enhancements.

Conclusion

Technological innovations are propelling arc flash studies into a new era of electrical safety. As these innovations continue to advance, organizations must stay proactive in adopting the latest technologies to create safer work environments, reduce costs, and ensure compliance with safety standards. The future of electrical safety is bright, and by embracing these innovations, we pave the way for a safer and more efficient industrial landscape.

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So, here we examine supply chain issues surrounding electrical equipment. We will discuss how this affects the global industry. In particular, we’re focusing on how an Arc Flash study could help.

We’ll learn how they can help mitigate the risk of supply chain disruptions. We’ll also explore how Pioneer Power Group is helping customers to navigate the problems we’re facing in our industry.

So, stay tuned to learn how your business can expedite approved equipment and manage shipping delays.

First, let’s discuss the problem and then the solutions…

The State of the Switchgear and Electrical Market

The pandemic brought worldwide disruptions to supply chains across the globe. Yet, it also brought increased demand for the switchgear industry.

In 2020, the North American market was valued at over $16 billion, with an expected 6% growth in the next 7 years. The unprecedented growth despite the pandemic is attributed to global energy demands soaring.

More widely, the electrical industry grows at a compound growth rate (CAGR) of 11.2%.

More and more countries are using switchgear products for commercial use. This is because of a global push toward infrastructural development.

Why?

For starters, remote working stimulated a renewed demand for newer, faster electronic equipment.

Yet, it is harder to protect workers due to surges in demand. In 2020, OSHA reported over 1,600 energy-related control procedure violations. There were another 1451 attributed to failures to provide adequate personal protective equipment (PPE).

The Effect of Supply Chain Disruptions

In part, shortages in PPE were symptomatic of broader supply chain issues. For example, labor shortages led to significant delays in shipping and delivery. Needless to say, this contributed to the rise in the number of OSHA incidents.

As businesses scramble to respond to demand, these incidents appear almost inevitable. Further delay risks can also arise from insufficient supplier research.

As companies order new products, they have to deal with quality assurance issues. As a result, there is an increased risk of ordering poor-quality equipment. This can result in further delays and costs.

As shortages move down the supply chain, intermediaries’ failings can significantly impact end-users.

Additionally, reports state that the cost of installing protective measures remains high. This, coupled with a lack of regulatory implementation, hampers efforts to prevent OSHA violations.

Nevertheless, we see that the Arc Flash protection market is booming. The market is forecasted to reach $2.41 billion this year, with a growth rate (CAGR) of 5.38%.

Current costs may be high but  increased expenditures on electrical networks and infrastructural development continue. We can expect that the growth of this market will reduce costs over time.

Arc Flash Study Benefits

So, how can businesses bet365 casino real money games|Free to Play_try to to benefit rather than hinder their operations? Arc Flash studies are created to detect and mitigate the risks of Arc Flash hazards and improve safety across the board.

With increased demand and operation maintenance, equipment deterioration and faults occur. This can pose a significant threat to the smoothness of your operations.

Yet, with the findings from an arc flash study, it is possible to cut potential hazards and cut costs. Businesses also need to protect themselves against legal risks. Failure to meet regulatory compliance can be expensive.

Short circuit, coordination, and arc flash studies can help companies understand electrical safety and legal requirements. These are necessary to prevent hazardous electrical exposures.

Employers have an ethical responsibility to protect workers. But there are also financial benefits to arc analysis. By cutting down on incidents, businesses can save on labor costs.

Accidents mean time off and labor shortages. By protecting workers, companies can ensure they can still meet their performance targets.

With these factors in mind, comprehensive arc flash studies are crucial.

How Pioneer Power Group Addresses These Issues

Pioneer Power Group advises businesses on the best:

• Industry standards
• Guidance
• Practices

…in Arc Flash studies.

At Pioneer Power Group, we understand that businesses are facing increased pressure. With supply chain issues and labor shortages, it’s a difficult time to operate. So, Pioneer Power Group is stepping up our efforts to help customers.

How?

By analyzing market movement.

Market data can highlight the best pathways for importing new products and equipment. Pioneer Power Group provides strategic guidance on leading suppliers to help businesses use this data, for example we often are asked to perform arc flash studies with specific equipment in mind.  Once we are mid way through the analysis, we get the call stating the entire set of equipment is changing due to supply chain constraints.  We understand how to work, under pressure, to complete these studies w/ all new and relevant information to meet customer demands.

When products are finally released, the pressure to move a project forward increases. However, businesses can count on us to expedite their studies.

As a result, you can get critical insight into the best ways to improve system safety and protection. Your business can take its next steps.

Companies are better positioned to avoid shipping delays and the associated expenses with this info. Pioneer Power Group is committed to delivering the most comprehensive and actionable Arc Flash studies, regardless of supply chain issues.

Our studies can identify the latest equations needed to find ARC Flash boundaries. These boundaries can tell us about the extent of potential hazards. Then, we can calculate the degree of PPE required to minimize injury.  It is important to note that PPE should be worn while working on ANY electrical equipment when it is energized

PPE is necessary for working with:

• Panelboards
• Switchboards
• Switchgear
• Motor control centers

Etc…

However, excessive PPE can impede workers’ dexterity when carrying out complex operations.

We collect and conduct analysis of business-specific field data—for example, to help find the right balance between protection and operation.

Why You Should Choose Pioneer Power Group

All in all, it’s predicted that supply chain disruptions will continue for years to come. However, businesses can mitigate risks and expenses surrounding supply chain delays.

Using an Arc Flash study, companies can see the bigger picture. We help businesses to discover the latest industry regulatory standards, equipment, and suppliers.

By cutting down unnecessary risks in your facilities and drastically improving safety while negating OSHA violations, businesses can cut legal and labor shortages. Pioneer Power Group understands the speed customers need in getting relevant, technically solid studies done.

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A – Arc Flash Header
Arc flash labels must use an ANSI Z535 compliant header with the word ‘DANGER’ in white letters on a red band or the word ‘WARNING’ in black letters on an orange band. The regulation does not provide guidance on distinguishing between the use of ‘Danger’ or ‘Warning’ on the header, however it is common to have ‘Warning’ labels applied in lower risk scenarios (i.e.: <40cal/ cm²) and ‘Danger’ labels applied in higher risk scenarios warranting a higher level of caution (i.e.: >40cal/ cm²). Ultimately this distinction is made on a site-by-site basis as requested by site personnel but should be consistent across the site. 

B – Arc Flash Boundary

The arc flash boundary identifies the distance from the equipment at which an unprotected person would receive second-degree burns in the event of an arc flash. The energy at this boundary line would be equivalent to 1.2cal/ cm² or 5 Joules of heat energy. Any employee within this boundary must be wearing appropriately arc-rated PPE. 

C – Working Distance

IEEE 1584 defines the working distance as “the dimension between the possible arc point and the head and body of the worker positioned in place to perform the assigned task.” The working distance is based on a calculation of the level of incident energy (cal/ cm²) at a workers’ head and torso from the potential arc source. Typical work distances range from 18-36 inches but can vary. Accepted work distances are primarily based on equipment type and are published in the IEEE 1584. 

Incident energy increases dramatically as working distance decreases. When it comes to arc flash – working distance can mean the difference between life and death. If a person is located closer than the established working distance, the worker could be at extreme risk.

D – Personal Protective Equipment (PPE)

The level of PPE required at a given location is based directly on the calculated incident energy (the amount of thermal energy at a distance from an electrical arc event).  This section of the label provides information about the PPE needed to safely work on the equipment. PPE requirements can be expressed in one of four methods on an arc flash label:  

• Available incident energy: Defines the thermal energy (cal/cm²) at a given working distance from an arc fault. 
• Arc Flash PPE Category: NFPA 70E identifies bet365 casino games|Free related to incident energy analyses. Each number represents an increased risk of danger and requires a higher level of PPE. 
• Minimum Arc Rating (AR) of Clothing: AR numbers are printed on clothing labels by PPE manufacturers and identify the heat energy tolerance of the protective clothing.
• Site specific PPE: details the PPE a particular facility has deemed necessary on a case-by-case and facility-specific basis. 

E – Nominal System Voltage

This section of the label provides voltage information which can be used to quickly assess the potential shock hazard of the system. Although not specifically required by the NFPA 70E regulation, most arc flash labels include shock hazard boundary information. Shock hazard boundary details include the ‘Limited Approach Boundary’ and the ‘Restricted Approach Boundary’ both of which should only be crossed by qualified workers. The restricted approach boundary is closer to the equipment than the limited approach boundary, and thus warrants further care. 

Nominal system voltage is recorded in Volts and can be displayed as V, VAC or VDC (VAC = volts alternating current, VDC = volts direct current).

F – Location and/or Device

Each label is marked with the specific location and device which the label applies to.

G – Arc Flash Study Report #

Since the information on the arc flash label is based directly on the results of the arc flash study, the study reference number is marked on each label so that the study can be referenced at any time if necessary.

H – Date

Since NFPA 70E requires that a study be completed every time there is a change in equipment, or every five years at minimum, all arc flash labels should include a study date. This date corresponds to the date of the arc flash risk analysis. 

I – Service Company

Indicates the name of the company which has provided the arc flash analysis services. 

A

Arc Flash Header

B

Arc Flash Boundary

C

Working Distance

D

Personal Protective Equipment (PPE)

E

Nominal System Voltage

F

Location and/or Device

G

Arc Flash Study Report #

H

Date

I

Service Company

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An arc flash study is required to comply with government mandates and regulations.

These power studies are also required to prevent death and injury in the workplace. Sadly, some of our current clients have come to us after an arc flash related death of an employee at one of their facilities. The most common cause of an arc flash incident is human error. Arc flashes can occur when maintenance workers are manipulating live equipment for testing or repair, and accidentally cause a fault.

Some of the causes of arc flash events are:

• Improper tools & electrical equipment
• Corrosion of equipment
• Incorrect work techniques
• Lack of training

The best way to prevent an arc flash from occurring is to conduct an bet365 casino games|Free.

Simply put, if you want to run your facility safely, you’ll need a study.

From bet365 online games|Free to, our engineers will make sure that your facility meets government regulations and that your employees are safe. 

What is an Arc Flash

An arc flash is an explosion that is triggered by an electrical arc; basically, it is an electrical short circuit through the air. It can occur from phase to ground or phase to phase. With temperatures that can exceed 35,000°F (that’s about 4x the temperature of the surface of the sun) in 1/1000 of a second, arc flash events can be extremely intense. Thermal energy can be dissipated as radiant, convective, and conductive heat, resulting in extreme risks to both personnel and equipment.

What causes an Arc Flash?

An arc flash occurs when part of an electrical current diverts from its intended path and travels through the air from one conductor to another, or to the ground. An arc flash can vaporize electrical equipment, cause fatal burns, generate a blast wave that can collapse workers lungs and rupture eardrums, and in some cases even cause death.

Unfortunately, arc flash incidents are tragically common in the United States with 30,000 annual events resulting in 2,000 hospitalizations and 400 fatalities per year. An arc flash can occur in an instant, escalating in less than a 1/1000 of a second.

What is an Arc Flash Label?

Arc flash studies are complex studies that result in two simple deliverables – an arc flash label and a comprehensive report. Arc flash labels (also sometimes referred to as arc flash stickers) are designed to warn workers of hazards and to provide recommendations on required Personal Protective Equipment (PPE) when in the area. Each area of concern in a facility will receive a label. 

NFPA-70E was developed at OSHA’s request and sets the standards for electrical safety in the workplace. The goal of this regulation is to protect personnel by reducing exposure to major electrical hazards. The regulation helps companies and employees avoid workplace injuries and fatalities. 

In short, NFPA-70E requires an arc flash study to identify arc flash hazards, associated arc flash boundaries and required PPE. 

ANSI approved arc flash hazard warning labels are created to clearly identify the hazards of a given electrical panel and provide recommendations on the appropriate PPE. The labels warn workers of potential arc flash hazards, voltage, arc flash boundary and required PPE for safety. 

The information on an arc flash label is based directly on the results of the arc flash study.

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We’ve taken a complex process and simplified it so that you can quickly understand the arc flash study, why you need it and what the outcomes will be for your new build or existing facility project.

An arc flash study is conducted by a professional electrical engineer to evaluate bet365 casino real of an electrical distribution system and to educate workers on hazards associated with their workplace. Basically, an arc flash study evaluates the electrical safety of a workplace facility and highlights the risks and potential hazards present in electrical systems.

What should you expect at the end of the arc flash study?

We often hear things like:

• “What is an arc flash label?”
• “How do I get an arc flash sticker?”
• “What are the PPE recommendations for my site?”
• “Why do I need an arc flash study?”
• “What does an arc flash study tell me?”

Arc flash studies are complex studies that result in two simple deliverables – an arc flash label (sometimes called an arc flash sticker) and a comprehensive report. 

Arc flash labels are designed to warn workers of hazards and to provide recommendations on required bet365 casino games|Free to Play_severe when in the area. Each area of concern in a facility will receive a label. The information on each label is directly dependent on the results of the arc flash study. 

Of course – there is much more to the study – it’s not just about an arc flash label, even if that’s what many people think of as the final deliverable. Our comprehensive power studies include accurate arc flash equipment labeling, fault current analysis, protective device coordination evaluation, PPE recommendations and suggestions to improve system safety and protection.

Arc Flash Study outcomes include:

• Arc flash labels detailing critical arc flash & shock hazard information
• bet365 casino games|Free to ensure personnel safety 
• A bet365 Games Play Casino: to ensure all equipment is adequately rated for the installation
• A bet365 online games|Free to Play_Call: to ensure that there are no code issues, to certify that all electrical equipment is adequately protected & to optimize overcurrent settings thereby minimizing the likelihood of large power outages
• Identification of potential hazards to improve system safety & protection

Arc Flash Studies for New Build & Existing Construction Projects

All new construction projects should plan on conducting an arc flash study prior to initial start-up.

When planned properly, there should be plenty of time to complete the study before the system is energized. Activating new equipment before arc flash labels have been installed could be very risky. Employee safety and PPE requirements should not be considered in hindsight. By incorporating an arc bet365 online games flash study at the beginning of your project you are ensuring that the project proceeds smoothly without any undesired shutdowns, costly equipment failures or personnel injuries.

Our engineers have performed thousands of arc flash studies. We pride ourselves on a quick quoting process and turnaround time, so that your facility can be up and running when you need it to be.  

Arc Flash Studies for Existing Facilities – Change is Constant

Electrical systems are constantly changing:

• It could be that new equipment has been added to your facility
• Or the utility company has changed transformers related to your facility
• Or the closest substation has made changes

Any of these changes have a direct impact on arc flash hazards on your site which means that you need an arc flash study to address the modifications.

Even in the unusual case that nothing has changed over the years, the NFPA-70E Standard requires that an arc flash study be updated every five years at minimum. If your facility hasn’t had a study within that time frame, it means you’re due for a study. Our goal is to get that study done as quickly and cost effectively as possible. We know time is short, and we pride ourselves on our ability to deliver these complex studies quickly.

In an existing facility, the arc flash study consists of several phases including data collection, a short circuit study, a coordination study and then finally the arc flash assessment itself.

Phase 1: Data Collection

Accurate data collection is critical for a precise arc flash study. By gathering all the relevant information our engineers can reduce assumptions about onsite conditions. By focusing on bringing together relevant data, the engineer can deliver accurate study calculations and appropriate site recommendations. The reason this matters to you is that you receive the PPE recommendations that keep your employees safe.

Phase 2: bet365 Games Play Casino

A bet365 Games Play Casino is an analysis of an electrical system that determines the magnitude of the currents that flow during an electrical fault. Comparing these calculated values to the equipment ratings is another way to ensure that your equipment does not have disastrous failure.

Phase 3: bet365 online games|Free

A bet365 online games|Free ensures that your electrical equipment is coordinating properly so that in the event of an incident, downstream breakers trip first thereby minimizing power outages, and ensuring electrical equipment is properly protected.

Phase 4: bet365 casino real

• NFPA-70E Standard aligned study in accordance with IEEE Standard 1584
• Accurate arc flash labels/stickers which detail critical arc flash & shock hazard information
• PPE recommendations to ensure personnel safety and comfort
• Protective device coordination to minimize power outages & equipment failures
• Potential hazards identification to improve system safety & protection
• Study calculations include: arc flash incident energy, arc flash boundary distances, trip times, arcing fault values & fault current analysis

What are short circuit and coordination studies?

You are probably wondering why we are talking about short circuit and coordination studies if all you want is an arc flash study and the arc flash labels.  In an existing facility, an arc flash study includes both a short circuit study and a coordination study. Think of them as phases of the arc flash study itself. 

A short circuit study enables us to create a model of the electrical distribution system in question. That model highlights sources of fault current and system impedances within a power system. This information is then used to ensure that electrical equipment is properly rated for the fault current it could experience if a short circuit were to occur. In essence, the model is developed to prevent potential short circuit safety issues or catastrophic equipment failure. 

As far as the coordination study goes, it’s all in the name – a coordination study ensures that your electrical equipment is doing just that – coordinating properly. The goal of the study is to ensure that all electrical systems function as intended and that protective devices trip in sequence as intended during an electrical fault or overload. The end goal is to protect both personnel and equipment on site and to mitigate costly system breakdowns. Coordination studies are part of the mandatory compliance requirements as required by the NEC.

Why do I need an arc flash study?

You need an arc flash study to comply with regulations and to keep your employees and facility safe. Arc flash studies determine the minimum level of Personal Protective Equipment (PPE) workers must wear when they are near exposed energized equipment.

Simply put you need the study – so that this doesn’t happen… The study is done to ensure personnel & equipment safety and to comply with OSHA mandates.

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Resolves Coordination Issues

An arc flash assessment determines levels of incident energy exposure that employees could encounter. The electrical distribution system in its entirety is reviewed for proper coordination, as well.

 

Whether it’s a smaller system or a more extensive electrical system, the circuit breaker should trip where the fault occurs. If this does not happen on a larger scope, the fault travels through the electrical system to the main switchboard instead of tripping where the fault actually occurred. This is considered poor coordination.

 

In a situation like this, an entire plant could be without power — and the cost to the facility could be staggering. Our team reviews coordination issues within an electrical distribution system and provides recommendations to ensure optimal coordination within any given facility. 

 

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