Infrared Electrical Inspections: Enhance Safety & Compliance

Louisiana Infrared's inspections detected issues before they escalated, ensuring our safety and preventing costly downtime. Highly recommend their expertise for electrical maintenance!

John Doe

★★★★★

Infrared Inspections

The following Electrical Distribution Equipment should be inspected via infrared electrical Inspection.

• Electrical utility substations, transformers, and feeder poles
• Main electrical incoming services, transformers, capacitor banks, etc.
• Main electrical switchboards and disconnects
• Main electrical distribution panels and disconnects
• Uninterruptable electrical power supplies
• Generator controls and transfer switches
• Main I-Line electrical panels
• Lighting and receptacle electrical panels
• Motor Control Centers
• Service electrical disconnects for motors
• Bus Ducts

The Louisiana Infrared Electrical Inspection report is your “must-have” management tool. It documents all electrical problems found and provides a complete condition inventory of all items inspected during infrared electrical systems surveys or inspections.

I appreciate your interest in Louisiana Infrared. We welcome your inquiry about infrared electrical systems surveys, inspections, or testing services.

We serve customers nationwide and worldwide.

Infrared (IR) electrical scans offer numerous benefits, including early detection of potential problems, reduced downtime and costs, improved safety, and enhanced system performance and longevity.

1. Enhanced Safety and Prevention of Failures:

Early Fault Detection:
IR scans identify "hot spots" and abnormal temperature readings, often precursors to electrical faults, preventing equipment failure or even electrical fires.
Proactive Maintenance:
By detecting issues early, IR inspections allow for timely corrective actions, preventing catastrophic failures and ensuring the safety and reliability of critical systems.
Compliance with Safety Standards:
Regular IR inspections help maintain compliance with safety regulations and provide detailed documentation of system health.

2. Cost Savings and Efficiency:

Reduced Downtime:
IR scans minimize unscheduled downtime and associated costs by identifying and addressing problems before they lead to equipment failure.
Lower Repair Costs:
Early detection allows for more minor, less expensive repairs rather than costly replacements or extensive repairs when problems are left unattended.
Improved Energy Efficiency:
IR scans can identify energy-wasting inefficiencies, leading to better energy management and reduced operational costs.
Extended Equipment Lifespan:
By preventing failures and ensuring optimal operating conditions, IR scans help extend the lifespan of electrical equipment.

3. Other Benefits:

Improved System Performance:
IR inspections help ensure that components and systems operate correctly and meet design intent.
Reduced Liability Exposure:
IR scans can help identify potential installation issues, reducing liability exposure for designers and installers.
Non-Destructive and Non-Invasive:
IR scans are a non-destructive and non-invasive inspection method, meaning they don't require shutting down equipment or causing damage.
Environmental Benefits:
IR scans contribute to a more sustainable and environmentally friendly approach to electrical maintenance by improving energy efficiency and preventing equipment failures.