Electrical grounding systems divert

Electrical grounding systems divert potentially dangerous electrical currents by providing a path between a building’s service boxGrounding Rod and the earth. Lightning and static electricity are the most common sources of dangerous or damaging charges that can be dissipated through a grounding system. Grounding electrodes are connected to the building’s electrical system through grounding electrode conductors, also known as ground wires. A number of different metal alloys can function as grounding electrodes, the most common of which are the focus of this article.

Kết quả (Anh) 1:

Electrical grounding systems divert potentially dangerous electrical currents by providing a path between a building's service boxGrounding the Rod and the earth. Lightning and static electricity are the most common sources of dangerous or damaging charges that can be dissipated through a grounding system. Grounding electrodes are connected to the building's electrical system through grounding electrode conductors, also known as ground wires. A number of different metal alloys can function as grounding electrodes, the most common of which are the focus of this article.

Kết quả (Anh) 2:

Electrical grounding systems Potentially dangerous electrical currents divert Providing a path by the between a building's service boxGrounding Rod and the earth. Lightning and Static Electricity Are The Most Common sources of dangerous or damaging charges rằng thể dissipated through a grounding system. Grounding electrodes are connected to the building's electrical system grounding electrode conductors through, cũng of known as Ground Wires. A number of metal alloys khác interference function as grounding electrodes, The Most Common of mà are the focus of this article.