Why EMPs Matter

Fri, 17 Jul 2026 15:12:00 GMT

Why EMPs Matter

Why Electrical Maintenance Programs (EMPs) Matter

NFPA 70B now requires that facilities implement an Electrical Maintenance Program (EMP). An EMP is more than a binder on the shelf. It's a documented, repeatable system for keeping electrical assets in a safe and reliable working condition. By following 70B's framework, businesses move from a "fix it when it breaks" model into a disciplined, proactive program that reduces failures, extends equipment life, and improves safety.

The economics are clear. Reactive maintenance means the probability of failure is unknown until failure occurs. Preventive maintenance ties the probability of failure to time, giving managers a schedule to work against. Condition-based maintenance takes it further, linking failure probability to measured parameters like temperature or insulation resistance. Predictive maintenance uses historical data, real-time measurements, and operating context to model failure likelihood before it happens. EMPs bring these approaches together, creating measurable reductions in unplanned downtime.

Put simply, an EMP shifts you from guessing when equipment will fail to knowing and planning for it, turning unexpected breakdowns into predictable, manageable events.

Unplanned electrical failures are expensive. Industry research shows downtime routinely costs businesses tens of thousands of dollars per hour in lost production, missed deadlines, and emergency repair costs. For facilities with data centers, manufacturing lines, or critical operations, even a short outage can wipe out the cost of an annual EMP investment. Preventive and condition-based maintenance is consistently more cost-effective than repairing equipment after it fails.

Safety is a top priority for every facility. EMPs require testing of breakers, protective devices, and grounding and bonding integrity - all of which directly reduce the risk of arc flash or shock. NFPA 70B aligns closely with NFPA 70E, recognizing that properly maintained equipment protects both uptime and people. In fact, part of a compliant EMP is ensuring you also have a compliant Electrical Safety Program (ESP) under NFPA 70E. Training, documentation, and consistent inspections across both programs create a safety net that prevents hidden hazards from turning into serious incidents.

For Champion Electric Inc., EMPs are the bridge between compliance, reliability, and safety. They give businesses a framework to plan maintenance, predict failures, and reduce costs. They also safeguard employees by reducing the risk of catastrophic electrical incidents. In short: Electrical Maintenance Programs are not just about meeting the new standard - they're about protecting your business, your equipment, and your people.

Written by Evan Banda, Director of Service Operations, Champion Electric Inc.

Cleaning and Torquing: A Critical Part of Electrical Maintenance

Fri, 17 Jul 2026 14:58:58 GMT

Cleaning and Torquing: A Critical Part of Electrical Maintenance

Electrical systems age quietly. Dust, debris, and vibration build up slowly over time. Bolted connections loosen under heating and cooling cycles. Left unchecked, these small issues turn into overheating, power loss, and equipment failure. That's why cleaning and torquing are essential parts of a professional Electrical Maintenance Program (EMP).

Why Cleaning Matters

Electrical equipment naturally attracts contaminants, dust, fibers, and sometimes even moisture. These limit cooling, accelerate wear, and create tracking paths that can lead to faults. Proper cleaning isn't just "wiping things down." It requires:

Trained personnel familiar with approved cleaning materials and methods
Care to avoid damage to insulation, windings, or protective coatings
Awareness of which components should not be cleaned

Done correctly, cleaning extends the service life of equipment and reduces the risk of unplanned outages.

Why Torque Checks Are Critical

Connections loosen with thermal cycling and vibration. A loose bolt creates resistance, which generates heat, often invisible until failure. NFPA 70B requires torque verification using calibrated tools and manufacturer specifications. Key steps include:

Verifying torque against published values
Following limits (no more than 90% of the initial torque when rechecking existing hardware)
Documenting each connection inspected

Infrared scanning and resistance testing often identify "suspect" connections, but torque verification is the hands-on step that ensures reliability.

The Champion Approach

When you enroll in a Champion Electric EMP, cleaning and torquing aren't optional add-ons, they're core services. Each program includes:

Scheduled cleaning and debris removal tailored to equipment type
Torque verification of bolted connections using calibrated tools
Supporting tests such as infrared scanning and insulation resistance
Clear documentation with prioritized recommendations

The Result

Reliable power, longer equipment life, fewer surprises, and compliance with NFPA 70B standards.

Preventive maintenance is about more than inspections; it's about correcting issues before they cost you downtime. Cleaning and torquing do exactly that.

Interested in learning how this fits your facility? Contact Champion Electric to schedule a walkthrough and see how our EMP programs can be tailored to your needs. Contact us now! 951-276-9619 or Request a Quote

Written by Evan Banda, Director of Service Operations, Champion Electric Inc.

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Why EMPs Matter

Why EMPs Matter

Cleaning and Torquing: A Critical Part of Electrical Maintenance

Cleaning and Torquing: A Critical Part of Electrical Maintenance