Scientific Lightning Solutions is pleased to announce our move to a new & expanded facility! Visit us in the new year at 1419 Chaffee Dr. Suite 1 Titusville, FL 32780.
An effective lightning protection system typically consists of three fundamental elements.
In order for a lightning protection system to safely and quickly dissipate direct and indirect lightning currents and voltages, the integrity of all elements of the lightning protection system must be verified.
In addition to the three fundamental lightning protection system elements, there are other critical lightning protection elements that are often overlooked and cause significant problems for industries that utilize monitoring and control systems (Power Plants, Chemical Plants, etc). These elements are transient protection, shielding, and bonding. Transient protection is provided by a combination of filtering and surge suppression devices. The design and implantation of proper transient protection depend on factors including circuit topologies, operating voltages, current handling, physical location of the circuit, interfaces, and exposure. Inadequate shielding and bonding can cause excessive and damaging induced voltages across interfaces or equipment due to nearby lightning strikes. As a result, facilities often experience burned fuses, damaged data acquisition or control cards, damaged sensors or transmitters, etc. It is important to note that these types of damage can occur even if the three fundamental lightning protection elements have been properly installed and are working properly. SLS is an industry leader in the design of site-specific transient protection, shielding, and bonding topologies to provide optimum protection and minimize lightning-related downtime.
SLS designs highly-complex lightning protection systems for critical assets. Our team of experts know how lightning protection systems should be designed. We put this knowledge to work to ensure that your assets are sufficiently lightning-protected.
SLS engineers perform on-site visual inspections of your facility’s above ground lightning protection system. When necessary, visual inspections are accompanied by calibrated bonding measurements to ensure proper, low-impedance connections between all strike objects, bonding connectors, utilities, structural metal, and down conductors.
SLS engineers perform on-site visual inspections and measurements of your facility’s grounding system. Calibrated bonding impedance measurements are conducted between down-conductors and the grounding network. The overall grounding resistance of your structure is accurately measured. For new construction, ground resistivity measurements are conducted to determine what type and scale of grounding system will be most capable of safely and quickly conducting lightning currents to ground.
SLS engineers inspect your facility’s electrical panels and peripheral electronics to ensure that properly dimensioned and installed surge protective devices (SPDs) are being utilized.
When SLS has completed inspections and measurements of your facility’s lightning protection and grounding system, we provide you with:
Contact us today to schedule a site visit for the lightning protection experts at SLS to examine your existing or newly-installed lightning protection system.
The SLS Team has many decades of lightning monitoring, lightning protection, and lightning testing experience. We apply state-of-the-art lightning research to engineering solutions.Request Information
Do you have lightning-related questions or concerns? Leave us your contact information and a brief descriptive message and a member of our team of experts will respond promptly.