Copper or Gi plate Earthings
[8:24 am, 21/05/2026] Espl -Earthingkart: Earthingkart GI Earthing Electrode
A reliable and cost-effective grounding solution for low to medium fault current applications β‘
Description
- Construction: Heavy-duty MS pipe hot-dip galvanized as per IS 4759 to ensure zinc coating uniformity
- Zinc Coating: Minimum 80-100 microns galvanization for excellent corrosion resistance in normal soil
- Standard Sizes:
- Diameter: 40 mm NB, 50 mm NB, 80 mm NB
- Length: 2m, 3m standard β can be extended with couplers
- Wall Thickness: 3.6 mm to 4.5 mm as per IS 1239 Part-1
- Key Features:
- Perforated design: Holes along the length improve moisture retention when used with backfill compound
- Funnel top: For easy water/top-up of earth enhancing compound
- Terminal: 50x6 mm GI strip or lug weβ¦
[8:29 am, 21/05/2026] Espl -Earthingkart: Earthingkart Plate Earthing β Copper & GI
Traditional plate earthing system built as per IS 3043 for reliable grounding π©
1. Earthingkart Copper Plate Electrode
- Material: 99.9% pure electrolytic copper plate
- Standard Sizes:
- 600x600x3.15 mm β most common
- 600x600x6 mm β for high fault current areas
- 900x900x3.15 mm β for substations/industrial use
- Key Features:
- Excellent conductivity: Lowest earth resistance due to copper
- Corrosion resistant: Ideal for aggressive soil, coastal, and chemical areas
- Long life: 30+ years with minimal maintenance
- Terminal: 2 nos. copper lugs riveted/brazed for connection
- Installation: Buried vertically at 3m depth with charcoal + salt layers or earth enhancing compound
2. Earthingkart GI Plate Electrode
- Material: Hot-dip galvanized MS plate as per IS 4759
- Standard Sizes:
- 600x600x6 mm β minimum as per IS 3043
- 600x600x10 mm β for better life in corrosive soil
- 900x900x6 mm β for large installations
- Key Features:
- Zinc coating: 80-100 microns for corrosion protection
- Cost-effective: βΌ60% cheaper than copper plate
- Terminal: 2 nos. GI lugs welded for strip connection
- Lifespan: 10-15 years depending on soil conditions
- Installation: Same as copper β 3m pit with alternate layers of charcoal & salt or backfill compound
Common Accessories for Both
- 40x6 mm or 50x6 mm earthing strip (Copper/GI) for connection to main grid
- RCC or CI earth pit cover with funnel for water topping
- Earth enhancing compound for <1 Ohm resistance
Standards & Compliance
- IS 3043:2018 β Code of practice for earthing
- IS 3043 Table 7 β Specifies minimum plate dimensions
- IS 1079 / IS 513 β Material specs for copper & MS plates
- Test certificates provided for material grade, thickness, and galvanization
Copper vs GI Plate β Quick Pick
Feature Copper Plate GI Plate
*Cost* High Low
*Life* 30+ years 10-15 years
*Resistance* Lowest Higher than copper
*Soil Type* All types, best for corrosive Normal, non-saline soil
*Maintenance* Minimal Needs periodic checks
For HT yards, telecom, and data centers go copper. For homes and small buildings with normal soil, GI works fine.
A reliable and cost-effective grounding solution for low to medium fault current applications β‘
Description
- Construction: Heavy-duty MS pipe hot-dip galvanized as per IS 4759 to ensure zinc coating uniformity
- Zinc Coating: Minimum 80-100 microns galvanization for excellent corrosion resistance in normal soil
- Standard Sizes:
- Diameter: 40 mm NB, 50 mm NB, 80 mm NB
- Length: 2m, 3m standard β can be extended with couplers
- Wall Thickness: 3.6 mm to 4.5 mm as per IS 1239 Part-1
- Key Features:
- Perforated design: Holes along the length improve moisture retention when used with backfill compound
- Funnel top: For easy water/top-up of earth enhancing compound
- Terminal: 50x6 mm GI strip or lug weβ¦
[8:29 am, 21/05/2026] Espl -Earthingkart: Earthingkart Plate Earthing β Copper & GI
Traditional plate earthing system built as per IS 3043 for reliable grounding π©
1. Earthingkart Copper Plate Electrode
- Material: 99.9% pure electrolytic copper plate
- Standard Sizes:
- 600x600x3.15 mm β most common
- 600x600x6 mm β for high fault current areas
- 900x900x3.15 mm β for substations/industrial use
- Key Features:
- Excellent conductivity: Lowest earth resistance due to copper
- Corrosion resistant: Ideal for aggressive soil, coastal, and chemical areas
- Long life: 30+ years with minimal maintenance
- Terminal: 2 nos. copper lugs riveted/brazed for connection
- Installation: Buried vertically at 3m depth with charcoal + salt layers or earth enhancing compound
2. Earthingkart GI Plate Electrode
- Material: Hot-dip galvanized MS plate as per IS 4759
- Standard Sizes:
- 600x600x6 mm β minimum as per IS 3043
- 600x600x10 mm β for better life in corrosive soil
- 900x900x6 mm β for large installations
- Key Features:
- Zinc coating: 80-100 microns for corrosion protection
- Cost-effective: βΌ60% cheaper than copper plate
- Terminal: 2 nos. GI lugs welded for strip connection
- Lifespan: 10-15 years depending on soil conditions
- Installation: Same as copper β 3m pit with alternate layers of charcoal & salt or backfill compound
Common Accessories for Both
- 40x6 mm or 50x6 mm earthing strip (Copper/GI) for connection to main grid
- RCC or CI earth pit cover with funnel for water topping
- Earth enhancing compound for <1 Ohm resistance
Standards & Compliance
- IS 3043:2018 β Code of practice for earthing
- IS 3043 Table 7 β Specifies minimum plate dimensions
- IS 1079 / IS 513 β Material specs for copper & MS plates
- Test certificates provided for material grade, thickness, and galvanization
Copper vs GI Plate β Quick Pick
Feature Copper Plate GI Plate
*Cost* High Low
*Life* 30+ years 10-15 years
*Resistance* Lowest Higher than copper
*Soil Type* All types, best for corrosive Normal, non-saline soil
*Maintenance* Minimal Needs periodic checks
For HT yards, telecom, and data centers go copper. For homes and small buildings with normal soil, GI works fine.
