3 meter Copper Bounded Earthing Rod (Bus Bar Type)
About the Products:
3 meter Copper bonded grounding rods are made from low carbon Steel & are molecularly coated with 99.9% pure electrolytic copper. Earth rods and their fittings are used to provide the interface to ground in all soil conditions in order to achieve satisfactory earthing systems in overhead and underground electricity distribution and transmission networks – providing high fault current capacity on low, medium and high voltage substations, towers and power distribution applications.
Installation Of Earth Rods:
Earth rod electrodes are installed during the civil engineering works associated with substation construction – soil resistivity readings are taken and if “greater than 200Ωm (i.e. in arrears where the soil is made up primarily of slate, shale or rock)”ƒ, vertical earth rods are installed to reduce resistance. Note consult local UK DNO or utility recommendations which vary according to engineering standards and preferences.
Safe working practices advise when driving earth rods all practical steps shall be taken to ensure that rods are not driven into any buried services below cable trench level such as gas, telephone, water or electricity cables. Contractors should consult the appropriate utilities’ records and the use of approved instruments for the detection of buried services may also be necessary – this is especially important when rods are installed after the completion of cable pulling and laying.
Why ZeroPower :
Zero Power is an online platform which features a wide range of exclusive renewable energy products. Zero Power has widened its boundaries and transformed itself from a normal e-commerce platform to a community and established itself in both Business-to-consumer(B2C) and Business-to-Business service(B2B) platforms. Zero Power offers an exclusive range of branded Solar Smart Home System products in a best affordable price, delivered safely to your address. We provide a service period of 1year from the date of installation and commissioning.
