Fast Electrode,The Earthing Solution

Clients

	Tercel
	Catalog Page-1
	Catalog Page-2
	CPRI Test Report

	FAST ELECTRODE

: Dowload Broucher :

: CPRI Test Report :

Ground Electrodes provide a low-impedance ground in locations of high soil resistivity. Together with Fast Electrode earth Enhan- cement compound, the system dissipates lightning energy and other dangerous electrical fault currents, even in sandy or rocky soil conditions.
Our product goes through stringent quality check processes at various stages of production to ensure best quality output. Fast Electrodes is a great hit in the market due to its low maintenance cost and breakthrough performance. With the manufacturing of quality driven product, we have been successful in achieving complete consumer satisfaction.

PWD Approvals - #.FAST ELECTRODE . #. Tarcel.

Technical Comparison

Sr. No.	FAST ELECTRODE EARTHING	CONVENTIONAL EARTHING
1	There are two pipes one inside the other,ie pipe in pipe technology	Only a single Pipe or plate either GI/CI/Cu of particular dimension
2	Fast Electrode is not in direct contact with mother soil	The pipe or plate is in direct contact with mother soil.
3	Corrosion rate is very slow	Liable to fast corrosion, subsequent decay
4	No fluctuation of ohmic value.	fluctuation of ohmic value is more results in frequent maintenance of machine & also danger to human life
5	Ohmic value reduces with time	Ohmic value increases with time
6	Since FAST ELECTRODE is surrounded by highly conductive soil so the Charge Dissipation through the electrode is very fast. & the current density across the electrode is very low which results in very high fault current, is sufficient to trip the fault relays.	Distribution of short circuit is less in terms high potential at the pit which result in low fault current in comparison to required tripping circuit of fault protection
7	Galvanization is adequate i.e., 80-100	Galvanization is not adequate. microns
8	There is an additional zinc coat on the outer surface	No additional zinc coat is given
9	Fast Electrode. is non – corrosive, so there is not much variation in ohmic value.	Salt, charcoal is used as back fill compound, as salt is highly corrosive electrolyte, it corrodes G. I. / C. I. electrodes / G. I. & copp er earth plate. Finally get the high ohmic value
10	The Earth enhancing compound is not soluble in Water & it becomes part of the soil around the electrode.	Back fill compound (salt) used will be Washed away in rainy seasons & will be resulted in high ohmic value. .
11	It requires less space & time to install	It requires a large space & time to install
12	FAST ELECTRODE is tested IN CPRI for 42 Kamp rms.	No testing is avaible.
13	The PH value is between 7 to 9 shows basic in nature	PH value shows acidic nature.
14	Earth Enhancing compound tested & certified by NABL approved Lab.	No certification is avaible
15	Earthing compound doesn’t contains any graphite or carbon content.	May be a combination of carbon content.
15	Doesn’t affect the soil fertility	Affect the soil fertility
16	Life Is more than 20 years	Life is 4 to 6 yrs.
17	Assured results.	No assurance
18	Earthing should be done deeper in mother soil	Most of the times earthing is done in a 4 to 5 feet deep soil, where the soil is nearly a dead soil & no conductivity there.

Commercial Comparison

Sr. No.	Fast Electrode	Conventional Earthing
1	Life span is 3 times more than conventional type cost of one earth pit	Compensate cost of 3 electrodes
2	Low cost of excavation	High cost of excavation
3	No cost of maintenance.	Additional maintenance cost is there.
4	No regular watering is required	Regularly watering is required.
5	No cost of Charcoal & salt	Additional cost of charcoal & salt
6	In Rocky, sandy & filler soil excavation cost is low & easy to install	In rocky sandy & filler soil digging is a tedious job.