CONNECTING THE INDUSTRY
LIGHTING PROTECTION SYSTEMS
The correct design of a lightning protection system must comply with the indications of the applicable national and international standards, including NOM-022-STPS-2008, NOM-001-SEDE-2012, and NFPA-780.
The lightning protection system must be installed above the highest part of the building or structure to be protected. It will be responsible for capturing and safely channeling the lightning discharge to the ground, thus protecting people and buildings.
The lightning protection systems are composed of a lightning rod tip, a connection coupler, a grounding electrode, and an organic component that helps to dissipate the discharge
wwwcebsainccom Website
Importance of proper lightning rod design
Advanced Structural Protection: The design of lightning rods provides a solid defense against atmospheric discharges, safeguarding buildings, infrastructure, and critical equipment against catastrophic damage. This proactive approach reduces the risk of material losses and protects the integrity of structures, promoting safety and operational continuity
Minimization of Environmental
Risks:
Implementing this practical design, the probability of fires and explosions caused by direct or lightning-induced impacts is decrease This mitigation of environmental risks not only preserves the surrounding environment but also reduces potential production interruptions and costs associated with repair and recovery
Regulatory
Compliance and Safety:
Carrying out a design per established regulations and standards ensures legal compliance and adequate protection against extreme events This approach protects personnel and the general public while avoiding regulatory sanctions and financial losses resulting from property damage and litigation.
Website
CONNECTING THE INDUSTRY
