Earthing Wire

Earthing Wire Size

Earthing Wire is a ground of a single tube, pipe tubing, rigid galvanized pipe and different sizes according to the specific requirements of customers provide. Our systems using advanced technology to provide information about the ground or the ground for all types of digital and analog devices final solutions. 17mm dia Steel High Tensile EN-80 Grade Rod with Copper Bonding of minimum 250 microns, having pre-welded copper bonded connection clamp at top and M17 threaded at bottom for coupler attachments.

We are a customer driven supplier, trader and manufacturer of Earthing Wire. This Earthing Wire product is used in different electronic gadgets and we offer it after a stringent quality test, which is directed according to modern parameters. We utilize best quality materials and current innovation to fabricate an extensive variety of wires in adaptation with global quality guidelines.

Features:-

Standard and reliable services
Help maintaining good conditions of Earthing
Professionally undertaken and timely executed
Tensile strength
Perfect finish
Durable

The Key Parameters of an Earthing Wire

Excellent electrical conductivity
Low Earth Resistance and Impedance
In order to achieve a low resistance and impedance earth, all connections should be as short and direct as possible.
Maximizing the surface contact between the soil and all electrodes and conductors is essential for efficient performance.
Conductors capable of withstanding high fault currents
Robust Mechanical Connections
All connections should be robust to facilitate a long working life.
High Corrosion resistance Materials chosen for earthing systems should offer an acceptable compromise between cost and longevity. It is essential that compatible metals are used in the installation of an earthing system to minimize corrosion.
Equipotential Bonding
The elimination of dangerous step and touch potentials is achieved through equipotential bonding of all earths.The Importance of Low Soil Resistivity While many factors influence the effectiveness of an earthing system, it is the resistance of the earth itself (earth / soil resistance) which has the greatest influence on the overall impedance of an earthing system. Several factors such as soil composition, moisture content, seasonal weather, mineral content and possible contaminants determine the resistivity of the soil. Soil types and composition vary greatly from one site to the next.
Rich dark soils high in organic content are typically good conductors due to the retention of moisture which aids in the dissipation of electric currents.
Sandy soils are ineffective in retaining moisture content due to the high drainage effect of sand and typically have a higher impedance.
Rocky ground retains virtually no moisture content and as a result is very high in resistance.Moisture content is the single largest influence on soil resistivity and in most cases the higher the moisture level of the soil the lower the soil resistivity. The installation of a deep driven earthing electrode which reaches the water table beneath the surface represents an ideal earthing system.Seasonal weather conditions play a significant role in influencing soil resistivity levels over an extended period of time.
Areas which are subjected to high annual rainfall will typically have lower soil resistivity levels in comparison to areas which are prone to sustained hot temperatures and drought like conditions, which will result in increased soil resistivity levels. Regions where temperatures fall below freezing will see sharp increases in soil resistivity as the moisture content within the soil freezes.

Our company offers the best quality GI Earthing Wire.

Features:

High tensile strength
Durable and reliable
High resistance to corrosion and rusting
Available in different technical specifications