Ranjib Agencies

26/04/2015

26/04/2015

Copper Bonded Electrode

Hot dip galvanized for corrosion protection Designed for fast fault currentdissipation Low maintenance on site Easy & fast installation on site Most suitable for soil conditon with pH value between 5.0 & 8.0 Moisture Booster Checmical Bags provided for low earth resistance.

In the same manner True Power comes in wide range size wise copper bonded electrode in market various type of plating available but true power had launched tremendous solutions in Earthing market

Follow Standard- RDSO/PE/SPEC/PSO 109-2008

We have achieved expertise in offering Earthing electrode in varies size and dimension as per the need of clients

Copper bonded grounding electrode has been considered as the most useful equipment for Earthing purpose owing to excellent Resistance to oxidization the main copper coated earth electrode is saved by the copper bonding from corrosion.

At the time of lightning current discharge. It damaged electrical systems as well as human life also. when lightning stroke fault current i.e has very height it measures upto thousand KMP sometimes due to improper earth systems it may harm hole primisious.

Hence true Power comes in field of copper bonded industries as the conductivity of copper is much and faster then GI that’s why we start copper plating over earth electrode. We understand customer requirement that why we continuously work over their crystalline mixture is filled with in the electrode for avoid direct corrosion

Benefits of TP Copper Coated Electrode

CPRI Tested
Continues Electroplating over Electrode result copper conductivity at outer section
Variation in size availability
Cost Effective
Less space require at time of installation
High Conduction on outer Section
No Maintenance

Advantages

Upto 250 microns Copper Bonding on Electrode
Longer Life due to Process of Bonding Over Electrode
Highly Conductive
Due to plating cost effective
Easy to Install

Applications

Lightning Protection Systems
Substation
Data Centre
CNC Machine
Telecom Industries
UPS. EPBAX . FAX etc
Railway Signaling

Industries

Petrochemical ,CNG,and Nuclear Facilities
Data Centre ,Telecom and Broadcasters
Process control and automation
Government ,Military,and defence
Substation ,Wind turbines

Earthing is Required Everywhere in our electric planet

26/04/2015

GI Earthing Electrodes

Gi earthing is the process of creating alternative path for the flow of faul/excessive current safety into the ground in the presence of minimal resisitence or impedence.

Features

Hot dip galvanized for corrosion protection.
Designed for fast fault current dissipation.
Low maintenance on site.
Easy and fast installation at site.
Most suitable for soil condition with oh value between 5.0 to 8.0.
Moisture booster chemical bag provide for low earth resistance.
Not need to pouring water.
Low space require at time of installation.

COMPARISION BETWEEN TRUE POWER EARTHING AND CONVENTIONAL EARTHING SYETEMS

1) TRUE POWER EARTHING SYSTEMS

Pipe in strip design
Outer section hot dip galvanized
Anti corrosive crystalline conductive mixture(CCM)
Extra high current carrying capacity of 80kmp for 1sec
Electrode not in direct contact with soil as result longer life
B.F.C used around electrode
Average effective life of 15-20years
Good and consistent earth resistance value over time
No maintenance require over long period

2) CONVENTIONAL EARTHING SYSTEMS

Single perforated pipe.
Inadequate galvanization.
Pipe in direct contact with soil corrosion prone and inefficient in long ron.
Average effective life of 2-5 years.
Low inadequate surface area for current dissipation.
No proper care during manufacturing

Applications

Efficient grounding systems reduce the risk of electrical acring and fire True Power Earthing Electrode improves Reliabilty for many application including.
Lightning Protection systems.
Prevention of accidents caused by static charges and stray current.
Protection of central communication ,electronic and AC Power Systems.
Meeting Grounding safety Requirement for Electrical Substation
For Neutral Earth Systems

Industries

Petrochemical ,CNG,and Nuclear Facilities.
Data Centre ,Telecom and Broadcasters.
Process control and automation.
Government ,Military,and defence.
Substation ,Wind turbines