Safe Earthing Electrode (S.E.E):
ASHLOK's Safe Earthing Electrodes have been designed keeping in mind the most important needs of an efficient earthing system
- Fast current dissipation
- Long service Pipe In Pipe Technology
Pipe In Pipe Technology
Pioneered by ASHLOK in 1999, the Pipe In Pipe design incorporates the use of two pipes of co-axial diameters joined together for enhancing the service life and performance of the over all Earthing system. The cavity in-between the electrodes is filled with crystalline conductive compound, CompactFill for current dissipation and anti corrosive properties.
The electrode cross section has to be circular for the of fault current all around from electrode to earth.
Available in the following sizes
| Model | Length m | Inner Pipe Dia. mm | Outer Pipe Dia. mm |
| ASEEL - 19 | 2/3 | 25.4 | 48.4 |
| ASEEL - 39 | 2/3 | 38.1 | 76.2 |
Ashlok Designed Production Process
Since Earthing systems face different kinds of soil, climatic & electrical environments around the world, it is extremely important that they are manufactured with extreme care, precision and quality.
Defects like varying coating levels on the electrode surface can hamper service life. Improper ratios of CCC can reduce the performance of the Earthing electrode.
At ASHLOK, we took up the challenge to design our own production processes for the different metallic coatings, internal cavity filling compound and packaging.
Today, we have our own production systems in place to constantly meet'A' grade quality norms we have set for ourselves.
This is helping us to serve you better, Everyday.
Back Fill Compounds
The soil in different parts of the world is different and so a BFC is required to give the earth electrode stable surroundings for functioning.The Back Fill Compounds are ground enhancing compounds which are added (mixed with soil) around the electrode in the earth pit. Their basic properties help in reducing soil resistivity and improve electrical conductivity of the Earthing system while retaining moisture.
Over the years we have understood the need for specific BFCs for different soil environments and with that understanding, we recommend various products of Back Fill Compound(s) manufactured by Baron Minerals Private Limited as they are the best in the Indian market today; which conform with our quality standards and technology.
Lighting Arrestor
When the electrical potential between two clouds or between a cloud and earth reaches a sufficiently high value the air becomes ionized along a narrow path and a lightning flash results which can extend upto multiple kilometers.
Buildings are protected from lightning by metallic lightning arrestors or surge arrestors extending to the ground from a point above the highest part of the roof. The arrestor has pointed edges on one side and the other side is connected to a long thick copper strip/wire (down conductor) which runs down the building and connects to the Earthing system.
In the event of lightning falling on the building, the lightning arrestor directs the charge through down conductor and into the earth through the Earthing system, safely.
Safe Earthing Electrode (S.E.E):
ASHLOK's Safe Earthing Electrodes have been designed keeping in mind the most important needs of an efficient earthing system
- Fast current dissipation
- Long service Pipe In Pipe Technology
Pipe In Pipe Technology
Pioneered by ASHLOK in 1999, the Pipe In Pipe design incorporates the use of two pipes of co-axial diameters joined together for enhancing the service life and performance of the over all Earthing system. The cavity in-between the electrodes is filled with crystalline conductive compound, CompactFill for current dissipation and anti corrosive properties.
The electrode cross section has to be circular for the of fault current all around from electrode to earth.
PiP
Available in the following sizes
| Model | Length m | Inner Pipe Dia. mm | Outer Pipe Dia. mm |
| ASEEL - 19 | 2/3 | 25.4 | 48.4 |
| ASEEL - 39 | 2/3 | 38.1 | 76.2 |
ASEEL HDG
Hot dip galvanized for corrosion protection
Designed for fast fault current dissipation and low maintenance
Easy & fast installation
Most suitable for soil condition with pH value between 5.0 & 8.0
Hot dip galvanized for corrosion protection
Designed for fast fault current dissipation and low maintenance
Easy & fast installation
Most suitable for soil condition with pH value between 5.0 & 8.0
ASEEL AC
Specialized alloy coating of minimum 100 microns
Suitable for high corrosive environment
Specialized alloy coating of minimum 100 microns
Suitable for high corrosive environment
ASEEL ZC
Zinc coating thickness of 100+ microns Enhanced corrosion protection
Granular surface finish for improved contact of BFC(s) all around and improved current dissipation
Zinc coating thickness of 100+ microns Enhanced corrosion protection
Granular surface finish for improved contact of BFC(s) all around and improved current dissipation
ASEEL CP
Copper coating thickness of 250+ microns as per UL Standards
Very high electrical conductivity (5.96x107 s/m) and anti - corrosion properties aiding in a long service life
Best suited for harsh environments
Copper coating thickness of 250+ microns as per UL Standards
Very high electrical conductivity (5.96x107 s/m) and anti - corrosion properties aiding in a long service life
Best suited for harsh environments
ASEEL CB
Copper bonded rods meeting UL467 international standards for Earthing Coating thickness of 250+ microns over earth rod Excellent electrical conductivity and corrosion resistance
Copper bonded Steel Earth Rod
The copper bonded earth rod are made from low carbon steel of grade BS 970 or AISI 1018 with a high tensile strength of at least 600 N/ sq mm. Low carbon steel core are molecularly bonded with 99.9% pure electrolytic copper.
Salient Features
These copper bonded steel earth rods are available in 17.2 mm dia and 1500mm, 2000 mm & 3000 mm length.
However, on request it can be supplied in other sizes too.
Copper bonded rods meeting UL467 international standards for Earthing Coating thickness of 250+ microns over earth rod Excellent electrical conductivity and corrosion resistance
Copper bonded Steel Earth Rod
The copper bonded earth rod are made from low carbon steel of grade BS 970 or AISI 1018 with a high tensile strength of at least 600 N/ sq mm. Low carbon steel core are molecularly bonded with 99.9% pure electrolytic copper.
Salient Features
- Perfectly bonded earth rod will lost longer, drive easier and will not crack.
- Corrosion resistance
- Threads are rolled by roll threading process, which ensures even copper is maintained at the root of the thread.
- Joining other rod with the help of threaded coupler can increase the length of the rod.
- As per UL 467
These copper bonded steel earth rods are available in 17.2 mm dia and 1500mm, 2000 mm & 3000 mm length.
However, on request it can be supplied in other sizes too.
Ionic Breathing Technology
The IBT or the Ionic Breathing Technology has been developed to meet the needs of Earthing in harsh environments.The design of the system has added a dynamic element in the functioning of the electrode.
The terminal end incorporates perforations which is complemented by similar perforations at the bottom end.
The cavity inside the electrode is filled with IonFillwhich contains hygroscopic elements.
These elements capture the moisture from the surrounding environment and 'inhale' it from the terminal end. This moisture mixes with the IonFill forming a concentrated aqueous solution which is electrically conductive and steadily flows down due to gravity, 'exhaling' out through the bottom end.
Once exhaled, it flows through the soil and forms conductive roots around the electrode increasing the effective surface area.
BFC
The soil in different parts of the world is different and so a BFC is required to give the earth electrode stable surroundings for functioning.The Back Fill Compounds are ground enhancing compounds which are added (mixed with soil) around the electrode in the earth pit.
Their basic properties help in reducing soil resistivity and improve electrical conductivity of the Earthing system while retaining moisture.
Over the years we have understood the need for specific BFCs for different soil environments and with that understanding, we recommend various products of Back Fill Compound(s) manufactured by Baron Minerals Private Limited as they are the best in the Indian market today; which conform with our quality standards and technology.
Back Fill Compounds
The soil in different parts of the world is different and so a BFC is required to give the earth electrode stable surroundings for functioning.The Back Fill Compounds are ground enhancing compounds which are added (mixed with soil) around the electrode in the earth pit. Their basic properties help in reducing soil resistivity and improve electrical conductivity of the Earthing system while retaining moisture.
Over the years we have understood the need for specific BFCs for different soil environments and with that understanding, we recommend various products of Back Fill Compound(s) manufactured by Baron Minerals Private Limited as they are the best in the Indian market today; which conform with our quality standards and technology.
Electrodite
It houses all the properties that an ideal BFC should have constituting natural elements, it reduces soil resistivity, helps retain moisture and is an efficient soldier in the dissipation of fault current. It is hygroscopic in nature and swells when it comes in contact with water thereby engaging constant contact between the electrode surface and soil which is crucial in the performance of an Earthing system. Best for normal soil conditions.
Back Fill Compounds
The soil in different parts of the world is different and so a BFC is required to give the earth electrode stable surroundings for functioning.The Back Fill Compounds are ground enhancing compounds which are added (mixed with soil) around the electrode in the earth pit. Their basic properties help in reducing soil resistivity and improve electrical conductivity of the Earthing system while retaining moisture.
Over the years we have understood the need for specific BFCs for different soil environments and with that understanding, we recommend various products of Back Fill Compound(s) manufactured by Baron Minerals Private Limited as they are the best in the Indian market today; which conform with our quality standards and technology.
Humedite
Moisture plays a very important role in the Earthing system because the dissipation of fault current depends considerably on the capillary and electro-osmotic action of soil.
Specifically developed for relatively dry conditions, Humedite captures moisture from the surrounding environment and retains it for long periods of time. It has an electrical resistivity of approximately 0.5 ohm- meter which gives minimal resistance to the dissipation of current. When mixed with water, it forms a semi permeable conductive gel around the electrode and is far less susceptible to shrinkage.
Back Fill Compounds
The soil in different parts of the world is different and so a BFC is required to give the earth electrode stable surroundings for functioning.The Back Fill Compounds are ground enhancing compounds which are added (mixed with soil) around the electrode in the earth pit. Their basic properties help in reducing soil resistivity and improve electrical conductivity of the Earthing system while retaining moisture.
Over the years we have understood the need for specific BFCs for different soil environments and with that understanding, we recommend various products of Back Fill Compound(s) manufactured by Baron Minerals Private Limited as they are the best in the Indian market today; which conform with our quality standards and technology.
Conductolite
The electrical conductivity is one factor which decides how fast the fault current gets dissipated into the soil. The soil resistivity is a factor that works against the dissipation of current.
Conductolite has been designed to function in soil environments where electrical conductivity is low. It helps to improve the conductivity of the soil to aid in faster current dissipation while at the same time having hygroscopic and anti corrosive properties.
Back Fill Compounds
The soil in different parts of the world is different and so a BFC is required to give the earth electrode stable surroundings for functioning.The Back Fill Compounds are ground enhancing compounds which are added (mixed with soil) around the electrode in the earth pit. Their basic properties help in reducing soil resistivity and improve electrical conductivity of the Earthing system while retaining moisture.
Over the years we have understood the need for specific BFCs for different soil environments and with that understanding, we recommend various products of Back Fill Compound(s) manufactured by Baron Minerals Private Limited as they are the best in the Indian market today; which conform with our quality standards and technology.
TerraIon
The latest addition to earth specific range of BFC(s), TerraIon is an electrolyte based Back Fill Compound which is powered by neutralizing and diffusing agents.The formula has been designed keeping in mind the harsh conditions faced by Earthing systems around the world.
It helps in reducing the soil resistivity and normalizing the soil conditions. It forms a bulk aqueous solution on addition of water and creates conductive roots in the immediate environment of the Earthing system.
Lighting Arrestor
When the electrical potential between two clouds or between a cloud and earth reaches a sufficiently high value the air becomes ionized along a narrow path and a lightning flash results which can extend upto multiple kilometers.
Buildings are protected from lightning by metallic lightning arrestors or surge arrestors extending to the ground from a point above the highest part of the roof. The arrestor has pointed edges on one side and the other side is connected to a long thick copper strip/wire (down conductor) which runs down the building and connects to the Earthing system.
In the event of lightning falling on the building, the lightning arrestor directs the charge through down conductor and into the earth through the Earthing system, safely.
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