Maintenance Free 'Ash' Gel Earthing Electrode by utilizing metal alloys and natural chemical compositions, the Gel Earthing Electrode is able to provide a multifaceted proactive earthing protection strategy. The Earthing Electrode is manufactured from custom-made I.S.I tube to ensure maximum conductivity and prolonged service life. The Gel Earthing Electrode contains a conductor rich crystalline mixture that will protect the main earth electord in the soil. This will ensure a highly conductive state for the fault current to pass on to earth.

Earthing is very important area of electrical engineering maintenance. In most cases it fails due to corrosion of the pipe. Therefore Earthing Electrode can be used for effective earthing, which will ensure safety to human life, appliances, machines, equipment's etc., Earthing is absolutely essential and it is mandatory by various electrical department

A good and continuous effective earthing is of paramount importance. Ash Gel Earthing Electrode is most effective product for earthing.

Thus Ash Gel Earthing Electrode is totally maintenance free solution for many years and is suitable to any application required high performance earthing.

Technical Specification

DIAGRAM OF G.I. PIPE
Code No.	Length (L) (mm)	Outer Dia (D2) (in mm) appox	Internal Dia (D1) (in mm) appox	Internal Copper Strips	Terminal (T1 & T2) Point (Dia mm)	Inner Pipe (SWG)	Outer Pipe (SWG)	Pipe
Ash-19	2000 mm	46-50 mm	22-25 mm		12 mm	18	14	G.I.
Ash-19	3000 mm	46-50 mm	22-25 mm		12 mm	18	14	G.I.
Ash-39	2000 mm	76-80 mm	37-40 mm		14 mm	16	12	G.I.
Ash-39	3000 mm	76-80 mm	37-40 mm		14 mm	16	12	G.I.
Ash-50	2000 mm	60-63 mm		50×3 mm	12 mm	-	-	Copper
Ash-50	3000 mm	60-63 mm		50×3 mm	12 mm	-	-	Copper

Note

» Ash-19 Code No-we recommended this for LT application.
» Ash-39 Code No- we recommended this for HT application.
» Ash-50 Code No-where, only copper earthing is required.

Primary Conducting & Surface Area:

» Ash gives maximum surface Area (in sq.mm.)
» Ash gives maximum cross sectional Primary conducting Area (insq.mm.)

Maximum Surface Area (approx.) of Ash :

Ash-19	Ash-39	Ash-50
L-2000 mm L-3000mm	L-2000 mm L-3000 mm	L-2000 mm L-3000 mm
3,14,000 sq.mm	5,02,400 sq.mm	3,95,640 sq.mm
4,71,000 sq.m	7,53,600 sq.mm	5,93,460 sq.mm

The above specification can be changed at any time for the development of the product.

" The Latest development in Earthing Technologies. "

Faradey Caze / Octopus Earthing Solution

Faraday cages are often put to a dual purpose: to block electric fields, as explained above, and to block electromagnetic radiation. The latter application is known as RF shielding.

Practical Faraday cages can be made of a conducting mesh instead of a solid conductor. However, this reduces the cage's effectiveness as an RF shield. Some real-world structures, such as automobiles, behave approximately like a Faraday cage.

That's why : A Faraday cage is best understood as an approximation to an ideal hollow conductor. Electric fields produce forces on the charge carriers (i.e., electrons) within the conductor. As soon as an electric field is applied to the surface of an ideal conductor, it generates a current that causes displacement of charge inside the conductor that cancels the applied field inside.