Articles & Publications
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Summary
The article outlines the practical challenges and solutions involved in meeting the new electrical safety program requirements introduced in the 2018 edition of NFPA 70E. With the updated standard placing stronger emphasis on a host employer’s responsibility to establish, document, and implement a comprehensive electrical safety program, many organizations struggled to understand how to translate the standard’s requirements into a usable, written plan.
The author describes how early training efforts—such as workshops based on Annex E (Electrical Safety Program)—were helpful for awareness but insufficient for guiding companies through actual program development. A key realization was that Annex E is informative only, meaning employers may design their own program structure as long as it meets core NFPA 70E requirements.
To create a more functional and actionable approach, the author’s organization developed a new outline built around five functional areas:
1. Electrical system management
2. Electrical safety training
3. Risk management
4. Task management
5. Safety program auditing
They then inventoried all NFPA 70E requirements—such as inspection, condition of maintenance, risk assessment, arc flash labeling, and safety-related maintenance—and assigned each requirement to one or more of these functional areas. This ensured complete coverage of the standard.
A final challenge involved interpreting NFPA 70E’s required structure of principles, controls, and procedures, which the standard does not define. The team developed working definitions:
~ Principles – value statements (e.g., “all electrical components will be inspected every two years”)
~Procedures – the “what and how” of performing tasks
~Controls – how activities are documented, measured, and monitored
With these definitions, they were able to build a fully structured, compliant electrical safety program.
The article concludes by emphasizing the importance of auditing existing facility practices and integrating them into a formal written plan. The author hopes this functional, structured approach will help organizations successfully meet NFPA 70E’s requirements for establishing, documenting, and implementing electrical safety work practices.
Summary
This article explains how the modern arc flash study has evolved from a one time engineering project into a continuous, integrated component of an organization’s electrical safety program. Many facilities that completed studies between 2010 and 2014 are now hitting the NFPA 70E five year review requirement (Sec. 130.5(H)), revealing a widespread misconception: companies treated the original study as a static deliverable rather than an ongoing obligation.
The author highlights that early arc flash studies often relied on paper forms, basic data entry, and simple “labels only” outputs. With updates to NFPA 70E — including expanded emphasis on condition of maintenance (Sec. 110.1(B), 110.1(C)) and the inclusion of safety related maintenance in the standard’s mission (Sec. 90.2) — these outdated approaches no longer meet compliance expectations.
A modern arc flash program must:
~Treat arc flash labels as one building block of a broader electrical safety program, not the end goal. “Recognize that arc flash labels are one of the building blocks of an electrical safety program, not just a project deliverable.”
~Integrate condition of maintenance into the program, even if maintenance tasks are performed separately from data collection.
~Combine electrical system maintenance (testing, inspections, NFPA 70B guidance) with arc flash device profile management to ensure accuracy and reliability.
The article also stresses practical considerations: new or modified equipment must not operate without accurate labeling, and NFPA 70B recommends inspection/testing intervals not exceeding three years — reinforcing that arc flash data must be continuously updated.
Finally, the author notes that successful organizations build collaborative programs where EHS/safety teams manage labeling and training, while maintenance teams manage reliability and system upkeep. Together, they create a sustainable, compliant electrical safety program that aligns with NFPA 70E’s evolving requirements.
Overview
Arc flash risk assessments vary widely in scope, which leads to major differences in vendor proposals and pricing. NFPA 70E does not define project scope, so facilities must create their own specifications to ensure compliance. A proper arc flash study is not a one time event — it is the foundation of a long term electrical safety program.
Why Proposals Differ
Facilities often assume an “arc flash study” is a standardized service. It isn’t. Vendors may include or exclude major NFPA 70E requirements, resulting in proposals that differ by 50% to 200% in cost.
“Various discrepancies in project scope should not be considered ‘incorrect’ — a better term is ‘incomplete.’”
Four Phases of a Complete Arc Flash Risk Assessment
Phase 1 — Data Collection
This is the most critical and most variable phase. A robust approach uses software to:
~Profile every electrical component
~Document NEC compliance issues
~Capture maintenance condition
~Support infrared, ultrasonic, and visual inspections
~Track future maintenance tasks
A minimal “clipboard method” collects only label data, leaving no foundation for ongoing compliance.
“These pages are filed and forgotten, leaving little to no benefit to future management of the arc flash program.”
Phase 2 — Engineering Analysis
A complete engineering study should include:
~Short circuit audit
~Coordination review
~Breaker setting documentation
~Incident energy calculations
~Identification of hazards and mis coordinated devices
Many vendors provide only incident energy results and labels, omitting critical NFPA 70E elements.
“The discussion of hazards identified and hazard resolution… are not addressed.”
Phase 3 — Implementation
This phase should integrate the study results into the facility’s electrical safety program:
~Review of findings
~Label installation
~Training for qualified and unqualified workers
~Development of ongoing management practices
Some vendors simply email the report and ship labels, providing no interpretation or training.
“Provided little in the way of 70E standards and interpretation.”
Phase 4 — Ongoing Program Management
NFPA 70E updates every three years, electrical systems change, and qualified worker training must be maintained. This phase ensures the program stays current and the facility preserves its investment.
Electrical Safety Plan — The Missing Piece
NFPA 70E requires a written electrical safety program. The arc flash study is only one component. Developing the safety plan reveals compliance gaps and assigns responsibility for meeting 70E requirements.
“The electrical safety plan can become your guide to the successful implementation of an NFPA 70E program.”
Key Takeaway
A high quality arc flash risk assessment is comprehensive, integrated, and ongoing. A low cost, labels only study may meet none of the NFPA 70E maintenance, inspection, training, or hazard resolution requirements — leaving the facility exposed.
Summary
This article reframes the electrical safety plan as a strategic, living, and continuously improving management tool rather than a static compliance document. Drawing from years of field experience, the author explains that the most effective electrical safety plans are built on a structured outline that organizes NFPA 70E requirements into five functional areas:
1. Electrical system management
2. Electrical safety training
3. Risk management
4. Task management
5. Safety program auditing
This framework allows companies to map every NFPA 70E article into a functional section of the plan, creating a complete requirements inventory. The plan then becomes a mechanism to evaluate existing practices, identify gaps, and measure compliance.
Key Themes
Electrical Safety Training: The article emphasizes that training must be fully documented, including course content, dates, employee participation, and demonstrated proficiency. NFPA 70E Sec. 110.6 requires training records to be maintained for the duration of employment. The plan’s structure supports auditing, retraining cycles, and professional development.
A quoted line from the document illustrates this requirement: “Training documentation shall include course content and training dates for each employee.”
Task Management: This is described as the most challenging portion of the plan. Companies must develop equipment specific procedures, group similar equipment, and document safe work practices, wiring diagrams, and job safety plans. The plan also provides a method to assess qualified individuals using proficiency ratings ranging from no exposure to the ability to train others.
Case Study: New High Voltage Cutting Line The article demonstrates how the structured outline guides real world implementation. When a customer installed a new production line with >10,000V and stored capacitor energy, the plan directed actions across all five functional areas:
~Electrical system management: inspections, maintenance integration, one line updates, arc flash labeling.
~Training: new technology triggers new safety related work practices.
~Risk management: additional hazard labeling.
~Task management: new procedures for achieving an electrically safe work condition.
~Auditing: updates to the audit calendar and field proficiency checks.
A quoted line from the document highlights this: “Installation of this new line would require the following reviews and actions.”
Final Insight
The article concludes that using the electrical safety plan as a strategic assessment tool—rather than a burdensome compliance exercise—creates stronger programs, deeper understanding of NFPA 70E, and a sustainable foundation for ongoing safety management. Once implemented, the plan’s audit section becomes the engine for continuous improvement.
Summary
This article explains how safety related electrical maintenance has evolved into a formal compliance requirement now that NFPA 70B has been elevated from a recommended practice to an enforceable standard (effective January 2023). The author emphasizes that electrical professionals must now understand how NFPA 70, NFPA 70E, and NFPA 70B work together to create a unified framework for electrical system safety, reliability, and maintenance.
Evolution of Maintenance Requirements
The article traces how NFPA 70E gradually expanded its focus on maintenance:
~2009 NFPA 70E introduced mandatory arc flash labeling and the first reference to condition of maintenance in arc flash studies. “The arc flash hazard analysis shall take into consideration… its condition of maintenance.”
~2015 NFPA 70E broadened the scope to include safety related maintenance as part of employee safety and required electrical safety programs to address condition of maintenance.
~2018 NFPA 70E added inspection requirements for newly installed or modified equipment and formally defined “maintenance – condition of.” It also strengthened the requirement for a written electrical safety program.
~2021/2024 NFPA 70E continued refining maintenance concepts and added Annex S for assessing condition of maintenance (informational only).
With NFPA 70B now a standard, its detailed Electrical Maintenance Program (EMP) requirements fill gaps left by NFPA 70E, creating a more complete compliance landscape.
Cross Standard Alignment
The article highlights how many topics now appear in both NFPA 70E and NFPA 70B, including:
~Inspections
~Condition of maintenance
~Program principles, controls, audits
~Qualified individual requirements
~Single line diagrams
~Incident energy, short circuit, and coordination studies
This alignment reinforces that maintenance is now a core component of electrical safety—not a separate or optional activity.
Key Elements of an Electrical Maintenance Program
NFPA 70B outlines a structured EMP that includes:
~Developing a detailed electrical system inventory
~Conducting visual inspections and diagnostic testing
~Establishing baseline condition of maintenance
~Performing engineering studies (short circuit, coordination, incident energy)
~Creating maintenance plans and intervals
~Documenting all maintenance activities
~Auditing the program regularly
A quoted line from the article underscores the importance of documentation: “If it is not documented, it did not happen.”
Practical Implications
The author stresses that NFPA 70B now provides the detailed guidance needed to meet NFPA 70E’s maintenance related requirements. Electrical professionals must adopt a proactive, structured maintenance program to:
~Prevent equipment failures
~Improve employee safety
~Increase equipment lifespan
~Maintain compliance with both NFPA 70E and NFPA 70B
Conclusion
Safety related maintenance is now recognized as an essential part of electrical system management and a foundational element of the electrical safety plan. With NFPA 70B elevated to a standard, organizations must integrate maintenance, training, risk assessment, and documentation into a unified, auditable program that enhances both safety and reliability.
Summary
This article presents a structured, six step methodology for achieving full compliance with the NFPA Electrical Cycle of Safety, integrating the requirements of NFPA 70 (NEC), NFPA 70E, and the newly elevated NFPA 70B Standard for Electrical Equipment Maintenance. With NFPA 70B’s 2023 transition from a recommended practice to an enforceable standard, facilities now face clearer—and more demanding—expectations for electrical system maintenance, documentation, and safety management.
The author emphasizes that most facilities already have partial programs in place (CMMS data, arc flash studies, training records), but these efforts are often fragmented, inconsistent, or incomplete. The six step framework provides a unified strategy to align all programs under a single, comprehensive compliance structure.
Six Steps to Compliance
1. Develop a Complete Electrical System Inventory
A full inventory of serviceable electrical components—panels, MCCs, disconnects, breakers, switchgear—is the foundation of all compliance activities. This inventory must support one line diagrams, system studies, and maintenance planning.
“Almost all other compliance requirements are based on risk analysis and various maintenance and testing procedures specific to the electrical devices.”
2. Conduct a Risk Assessment
A facility wide infrared (IR) and condition of maintenance survey is required annually (70B Sec. 9.2). This survey should include:
~IR thermography
~Visual inspection for NEC and reliability issues
~Data collection for incident energy, short circuit, and coordination studies
~Operational criticality ratings (mission critical, critical, important, standard)
~Physical condition ratings (70B Sec. 9.3)
This step produces a complete condition of maintenance assessment.
3. Develop an Electrical Maintenance Program (EMP)
Using the risk assessment data, facilities must define:
~Maintenance intervals (per 70B Sec. 9.2.2)
~Adjusted intervals based on operational criticality
~Justifications for extended intervals (required by 70B Sec. 9.2.2.3)
~Full maintenance tasking scope for all inventoried assets
This creates the written EMP required by NFPA 70B Chapter 4.
4. Develop EMP Qualified Individuals
Maintenance must be performed only by qualified individuals (70B Sec. 5.1.1). NFPA 70E provides detailed requirements for training, proficiency, job safety planning, risk assessment, and incident reporting.
Qualified individuals must have documented proficiency ratings and be assigned tasks only within their competency level.
5. Implement the EMP
Implementation includes:
~Scheduling and performing maintenance
~Cleaning, tightening, replacing worn parts
~Correcting deficiencies found during inspections
~Gathering missing device data
~Documenting all maintenance activities, findings, and corrective actions
Documentation is essential for compliance and audit readiness.
6. Review and Update
NFPA 70E requires electrical safety program review every three years; NFPA 70B requires EMP review every five years. Additional updates—such as arc flash labels for new equipment—should follow site specific principles.
Facilities should maintain three separate but interconnected documents:
~Electrical Safety Plan
~Electrical Maintenance Plan
~Lockout/Tagout Plan
Looking Forward
The article notes a growing trend toward software platforms and AI enabled tools that:
~Analyze inventory data
~Identify missing attributes
~Generate maintenance intervals
~Build tasking and labor estimates
~Forecast EMP budgets
These platforms support open architecture, allowing facilities to maintain control over documentation and qualified individual profiles.
Conclusion
By following the six step structure, facilities can fully align with the NFPA Electrical Cycle of Safety—install (NEC), maintain (70B), protect (70E)—and significantly reduce equipment failure risk, improve safety outcomes, and strengthen compliance. The author encourages deeper engagement with NFPA training resources to support multi site program management.
Summary
This article explores how AI-driven Electrical Maintenance Program (EMP) platforms are reshaping compliance with NFPA 70B, NFPA 70E, and the broader NFPA Electrical Cycle of Safety. With NFPA 70B now an enforceable standard, facilities face significantly more complex documentation, training, and maintenance requirements—many of which legacy systems cannot adequately support. The author argues that next generation, AI enabled EMP platforms provide the structure, automation, and integration needed to meet these modern compliance challenges.
Modern Compliance Challenges
NFPA 70B has expanded the definition of the qualified person, requiring documented proficiency not only in electrical safety but also in specific maintenance tasks, testing procedures, and equipment operation. As the article notes: “NFPA 70B has extended the compliance documentation of the qualified person from basic electrical safety training to documented training on specific maintenance tasks.”
Legacy systems—often fragmented across CMMS tools, training databases, and engineering software—struggle to track these requirements consistently. AI driven platforms unify these data sources, creating a tasking and proficiency matrix that links individuals, devices, training, and maintenance history.
Key AI Enabled Capabilities
The article highlights several areas where AI platforms outperform legacy tools:
~Proficiency tracking: AI systems map tasks to training records and device histories, ensuring only qualified individuals perform specific maintenance activities.
~Maintenance interval automation: NFPA 70B’s detailed interval tables (Sec. 9.2.2) are built directly into modern platforms, eliminating manual calculations and reducing errors.
~System study integration: AI platforms synchronize device attributes with engineering studies (short circuit, coordination, incident energy), removing the need for manual data updates.
~Open task management: Facilities gain control over work orders and data updates, reducing dependence on proprietary contractor systems.
~Continuous efficiency: AI can identify missing arc flash attributes, generate work orders, create tasking forms, and trend test results—capabilities legacy systems cannot match.
EMP Compliance Checklist
The article reinforces that regardless of platform, EMP documentation must include:
~Defined, task specific qualified individuals
~Current safety and maintenance training
~Complete asset inventory and labeling
~Up to date system studies
~Documented maintenance intervals and deviations
~Defined tasks and retained test results
~Visibility into overdue items
~Audit ready documentation
Closing Perspective
With NFPA 70B now enforceable, organizations must shift from reactive maintenance to managed, proactive, and predictive maintenance systems. AI enabled EMP platforms provide the structure and automation needed to achieve continuous compliance, reduce risk, and maintain audit ready documentation. Legacy systems can be enhanced, but the article makes clear that the future of electrical maintenance compliance lies in integrated, AI driven platforms that unify training, tasking, device data, and system studies into a single, intelligent ecosystem.
Easypower Webinar Series
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Summary
The webinar explains how NFPA 70E, NFPA 70B, and NFPA 70 have evolved into a unified framework that now places safety related electrical maintenance at the center of electrical system compliance. With NFPA 70B elevated to a full Standard in 2023, companies must shift from treating maintenance as optional or reactive to treating it as a documented, auditable, and ongoing compliance requirement.
1. Evolution of the Standards
The presentation traces how NFPA 70E gradually expanded maintenance requirements:
~2009 NFPA 70E introduced mandatory arc flash labeling and the first reference to condition of maintenance.
~2015 NFPA 70E broadened scope to include safety related maintenance as part of employee safety.
~2018 NFPA 70E added inspection requirements for new/modified equipment and formally defined “maintenance – condition of.”
~2023 NFPA 70B became an enforceable standard, creating detailed requirements for Electrical Maintenance Programs (EMP).
This evolution shows a clear trend: maintenance is now inseparable from electrical safety.
2. Why NFPA 70B Changes Everything
NFPA 70B’s elevation means facilities must now:
~Maintain a written Electrical Maintenance Program
~Perform systematic inspections, testing, and documentation
~Establish maintenance intervals based on equipment condition
~Maintain qualified personnel with task specific training
~Audit the EMP regularly
The webinar emphasizes that NFPA 70B now provides the detailed structure that NFPA 70E always implied but never fully defined.
3. Cross Standard Alignment
The presenter highlights how NFPA 70E and NFPA 70B now overlap across key topics:
~Inspections
~Condition of maintenance
~Program principles, controls, audits
~Qualified individual requirements
~System studies (short circuit, coordination, incident energy)
This alignment reinforces the concept of the NFPA Electrical Cycle of Safety: Install (NEC) → Maintain (70B) → Protect (70E).
4. Core Elements of a Modern Electrical Maintenance Program
The webinar outlines the required components of a compliant EMP:
~Electrical system inventory
~Visual inspections and diagnostic testing
~Condition of maintenance assessment
~Engineering studies (short circuit, coordination, incident energy)
~Maintenance plans and intervals
~Documentation of all maintenance activities
~Program auditing
A key quote from the webinar:
“If it is not documented, it did not happen.”
5. Practical Implementation Guidance
The presenter explains how to build a compliant EMP:
~Create a detailed device inventory (not just MCC lineups — every bucket, breaker, and disconnect).
~Perform visual inspections and IR testing concurrently with data collection.
~Rate equipment by operational criticality and physical condition.
~Use NFPA 70B’s maintenance interval tables to set testing frequency.
~Document all deviations from default intervals (required by 70B).
~Maintain qualified individuals with documented proficiency.
~Audit the EMP regularly and update based on new NFPA editions.
6. Strategic Takeaway
The webinar concludes that safety related maintenance is now a core compliance obligation, not an optional best practice. Facilities must integrate maintenance, training, risk assessment, and documentation into a unified system to:
~Reduce equipment failure
~Improve employee safety
~Increase reliability
~Maintain audit ready compliance
Summary
This webinar addresses one of the most persistent challenges in electrical safety compliance: how to actually write a complete, functional, and auditable Electrical Safety Plan (ESP) that meets the requirements of NFPA 70E. While many organizations have arc flash studies, labels, PPE, and training, few have a fully developed written plan — the core compliance document required by NFPA 70E Sec. 110.3.
The presenter explains why most companies struggle: NFPA 70E provides requirements but no template, and Annex E is informational only, not a prescriptive structure. As a result, organizations often lack a clear roadmap for building a plan that is both compliant and operationally useful.
The webinar provides a structured approach to solving this problem.
1. Why a Written Electrical Safety Plan Is Required
NFPA 70E mandates that employers must
~Establish, document, and implement safety related work practices
~Maintain a written electrical safety program
~Include principles, controls, and procedures
~Audit the program at least every three years
The presenter emphasizes that the ESP is not optional — it is the foundation of all electrical safety activities.
2. The Core Problem: Annex E Is Not Enough
Annex E provides a sample outline, but NFPA states clearly:
“This informative annex is not part of the requirements of this NFPA document.”
Therefore, companies may design their own structure — but must still include all required elements of Article 110.
The webinar explains that relying solely on Annex E leads to incomplete plans that fail audits.
3. A Better Structure: The Five Functional Areas
The presenter introduces a more effective, functional outline that aligns the entire NFPA 70E standard into five manageable sections:
1. Electrical System Management
2. Electrical Safety Training
3. Risk Management
4. Task Management
5. Safety Program Auditing
This structure allows organizations to map every NFPA 70E requirement into a logical section, creating a complete and auditable plan.
4. Mapping NFPA 70E Requirements Into the Plan
The webinar demonstrates how to:
~Inventory every NFPA 70E requirement
~Assign each requirement to one or more functional areas
~Build a complete table of contents for the ESP
~Ensure no compliance element is missed
This mapping process is the key to transforming NFPA 70E from a dense standard into a usable management tool.
5. Defining Principles, Controls, and Procedures
NFPA 70E requires that every ESP include:
~Principles — value statements (e.g., “All electrical equipment will be inspected every two years.”)
~Controls — how activities are measured, documented, and monitored
~Procedures — the “what and how” of performing tasks
Because NFPA 70E does not define these terms, the webinar provides working definitions that organizations can adopt.
This is one of the most valuable parts of the presentation — it removes ambiguity and gives companies a practical way to meet the requirement.
6. Turning the ESP Into a Strategic Tool
The presenter emphasizes that the ESP should not be treated as a compliance burden. Instead, it should be used as:
~A strategic assessment tool
~A method to evaluate existing practices
~A roadmap for continuous improvement
~A framework for integrating maintenance, training, and risk management
When used this way, the ESP becomes the backbone of the entire electrical safety program.
7. Real World Example
The webinar includes a case study showing how the ESP structure guides decision making when a facility installs new high voltage equipment. The ESP directs actions across all five functional areas:
~Inspections
~Maintenance integration
~Arc flash labeling
~Training updates
~New task procedures
~Audit calendar updates
This demonstrates how the ESP becomes a living, operational document — not a binder on a shelf.
8. Final Takeaway
The webinar concludes with a clear message:
A well structured Electrical Safety Plan is the only way to fully comply with NFPA 70E — and the only way to manage electrical safety effectively.
Organizations that adopt the functional outline and mapping process will have:
~A complete, auditable ESP
~A deeper understanding of NFPA 70E
~A sustainable framework for electrical safety
~A strategic tool for continuous improvement