Lightning Protection & Earthing

Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site

Lightning protection systems are designed for high frequency applications with lightning current peaking over a very short space of time. Our systems meet the strict requirements of BS EN 62305 (2008) and are installed by our fully trained engineers.

Equinox offers a comprehensive lightning protection and earthing service which includes the supply and installation of surge protection devices (SPD’s)

SPD’s are designed to protect a structures electrical components from the effects of a lightning strike or surge. Phone lines, computers & office equipment, fire alarm systems and CCTV monitoring equipment are all examples of costly products which, if surged by lightning, can result in devastating and costly effects.

Equinox recommends integrating its earthing system with its lightning protection system for the comprehensive protection of your site. Regular testing and maintenance by our qualified engineers will identify any problems and ensure the continued efficiency of your system.

Our services include:

• Installations to new and existing structures.

• Site surveys and appraisals.

• System alterations and adaptations

• Discreet protection measures to ancient monuments and listed buildings.

• Design services, specialist advice and consultancy.

• Soil resistivity surveys and analysis.

• Electrical continuity testing.

• Surge Protection Measures.

• Inspection, Test and maintenance to existing systems.

Lightning Protection Scotland - Lightning Protection UK

Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site
Full lightning protection systems are installed to divert high levels of electrical current from lightning strikes safely to the ground. Their purpose is to take the current to earth and to ensure the continued functioning of equipment, the protection of the structure and the safety of people on the site