GI Earthing Pipe

GI Earthing Pipe is a widely used and reliable grounding electrode designed to safely discharge fault current into the earth. It is manufactured from high-quality galvanized iron pipe with uniform zinc coating to ensure corrosion resistance and long operational life.

These earthing pipes are extensively used in residential buildings, industrial plants, telecom towers, substations, and infrastructure projects where economical and efficient earthing is required.

Key features

  • Manufactured from high-grade galvanized iron pipe
  • Uniform zinc coating for enhanced corrosion resistance
  • Perforated design for effective moisture contact
  • Ensures low earth resistance and stable grounding
  • High mechanical strength and durability
  • Cost-effective solution for earthing systems

GI earthing pipes provide a dependable path for fault current dissipation, improving safety of electrical installations and protecting equipment and human life from electrical faults and lightning surges.

Corrosion resistant

Galvanized coating increases service life even in harsh soil conditions.

Efficient grounding

Perforated pipe design ensures better soil contact and conductivity.

Why choose GI earthing pipe

GI earthing pipes are preferred for their durability, easy installation, and economical pricing.

These pipes are ideal for standard earthing applications where reliable grounding performance is required across varying soil and weather conditions. They are widely accepted in industrial and residential electrical systems.

Technical Specifications

SR Pipe Diameter (MM) Length (Mtr) Material
GEP-1 40 2 Galvanized Iron
GEP-2 50 2 Galvanized Iron
GEP-3 75 3 Galvanized Iron
GEP-4 100 3 Galvanized Iron

Common questions about GI earthing pipe

A GI earthing pipe is a galvanized iron pipe electrode used to safely transfer fault current from electrical systems into the ground.

They are used in residential buildings, factories, substations, telecom towers, and commercial installations.

GI earthing pipes offer durability, corrosion resistance, stable earthing performance, and cost-effective installation.