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LIGHTNING PROTECTION – HAZARDOUS RADIO-FREQUENCY ELECTROMAGNETIC RADIATION: Evaluation, Control, Effects and Standards

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Bernhard E. Keiser, A.K. Guthrie · 1987

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Lightning protection systems generate hazardous RF radiation requiring evaluation and safety controls, highlighting infrastructure EMF risks.

Plain English Summary

Summary written for general audiences

This 1987 technical report examined hazardous radio-frequency electromagnetic radiation in the context of lightning protection systems. The research focused on evaluation methods, control measures, health effects, and safety standards for RF radiation exposure from lightning protection equipment.

Why This Matters

This report represents an important early recognition that lightning protection systems can create significant RF radiation exposures that require evaluation and control. While lightning protection is essential for building safety, the high-power RF fields generated during lightning strikes and by protection systems themselves can pose health risks to nearby individuals. What makes this particularly relevant today is that we're seeing similar patterns with other infrastructure - cell towers, smart meters, and 5G installations - where safety systems or communication technologies create unintended RF exposures. The 1987 timeframe is significant because it predates our current wireless saturation, yet researchers were already identifying the need for RF radiation standards and control measures around electrical infrastructure.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
Bernhard E. Keiser, A.K. Guthrie (1987). LIGHTNING PROTECTION – HAZARDOUS RADIO-FREQUENCY ELECTROMAGNETIC RADIATION: Evaluation, Control, Effects and Standards.
Show BibTeX
@article{lightning_protection_hazardous_radio_frequency_electromagnetic_radiation_evaluat_g7089,
  author = {Bernhard E. Keiser and A.K. Guthrie},
  title = {LIGHTNING PROTECTION – HAZARDOUS RADIO-FREQUENCY ELECTROMAGNETIC RADIATION: Evaluation, Control, Effects and Standards},
  year = {1987},
  
  
}

Quick Questions About This Study

Yes, lightning protection systems can generate hazardous radio-frequency electromagnetic radiation during lightning events and normal operation. This 1987 report specifically identified the need to evaluate and control these RF exposures for safety.
This report examined existing standards for RF radiation from lightning protection systems, indicating that regulatory frameworks were being developed to address these exposures even in the 1980s before widespread wireless technology adoption.
Lightning protection equipment can create significant RF electromagnetic fields during lightning strikes and potentially during normal conditions. This research focused on methods to evaluate and control these radiation exposures around protection systems.
The report examined health effects from RF electromagnetic radiation generated by lightning protection systems, though specific findings aren't detailed in available materials. The focus was on hazardous radiation evaluation and control measures.
Lightning protection systems can generate intense RF electromagnetic fields that may pose health risks to people nearby. Understanding these exposures helps develop safety standards and control measures for essential infrastructure protection.