GI Earthing Electrode – Strip in Pipe (SIP Series)
Our GI Earthing Electrode – Strip in Pipe is a maintenance-free earthing solution designed for residential, industrial, and commercial applications. Built with galvanized iron (GI) pipes and strips, it offers long-lasting electrical safety, corrosion resistance, and stable grounding.
Model No. | Dia | Length | T.Size | Inner GI Strip | BFC | Pipe (t) |
IGI-SIP-481 | 48mm | 1Mtr | 32x6mm | 25x3mm | 15kg | 1.2mm |
IGI-SIP-482 | 48mm | 2Mtr | 32x6mm | 25x3mm | 25kg | 1.2mm |
IGI-SIP-483 | 48mm | 3Mtr | 32x6mm | 25x3mm | 50kg | 1.2mm |
IGI-SIP-581 | 58mm | 1Mtr | 40x6mm | 25x3mm | 15kg | 1.2mm |
IGI-SIP-582 | 58mm | 2Mtr | 40x6mm | 25x3mm | 25kg | 1.2mm |
IGI-SIP-583 | 58mm | 3Mtr | 40x6mm | 25x3mm | 50kg | 1.2mm |
IGI-SIP-802 | 80mm | 2Mtr | 50x6mm | 25x3mm | 25kg | 1.2mm |
IGI-SIP-803 | 80mm | 3Mtr | 50x6mm | 25x3mm | 50kg | 1.2mm |
Key Features of GI Strip-in-Pipe Earthing Electrode
- Constructed with high-grade GI pipe and flat strip inside
- Provides efficient current dissipation into the ground
- Corrosion-resistant and low maintenance
- Suitable for electrical panels, transformers, and DG sets
- Easy installation with chemical earthing backfill compound
Why Choose Our Maintenance-Free GI Earthing Electrode?
- Long operational life even in harsh soil conditions
- Ensures stable and safe earthing resistance
- Compatible with residential earthing systems and industrial grounding
Technical Specifications
- Material: Galvanized Iron (GI)
- Strip Size: As per required specification
- Pipe Diameter: 40 mm / 50 mm / 80 mm (or custom)
- Length: 1m to 3m standard
- Coating Thickness: 80 to 100 microns (avg.)
FAQ – GI Earthing Electrode (SIP Series)
1. What is a GI Earthing Electrode with strip-in-pipe design?
GI earthing electrode with strip-in-pipe design combines a GI pipe and internal flat GI strip to enhance current dissipation and provide long-lasting earthing performance.
2. Where is this electrode used?
It is used in homes, industries, power plants, and commercial buildings to protect against electric faults and surges.
3. Is this a maintenance-free earthing system?
Yes, it is a low-maintenance solution that offers consistent performance over years with proper backfill compound usage.
4. What are the benefits over traditional earthing methods?
Compared to conventional systems, it offers better conductivity, longer life, and resistance to corrosion.