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Copper Bonded Earth Rods
Copper Bonded / Earth Rods are best and most economical earth rods. they are made by molecularly bonding 99.9 % Electrolytic copper high tensile low carbon steel of BS 4360 Grade A. The rods are highly resistance to corrosion and because the steel used has very high tensile strength. The rods can be driven by power hammers to greater depths.
The threads on copper bonded steel earth rods are formed by roll threading and there is 'BUILT IN' driving tip. The roll threads provide extra strength whereby risk of chipping while driving rods in grounds is eliminated.
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Bi-Metallic Lugs with centre Palm
ALUMINIUM BARRELARE CHEMICALLY TREATED TO REDUCE CONTACT RESISTANCE AND CORROSION AND ARE FILLED ELECTRICALLY CONDCTIVE CORROSION INHABITANT WITH A JOINTING COMPOUND AND CAPPED
CONDUCTIVITY :
Aluminium 61.8% IACS (MIN)
Copper 99.7% IACS
CONDUCTIVE MATERIAL :
Aluminium Barrel : 99.6%
Copper Palm : 99.95%
Final Metal State : Fully Annealed, Including Joint.
Joining method : Friction welding, welding area more than nominal conductor area.
Finish natural.
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
NOTE:
1) Combinations of bi-metallic compression joints are designed on the basis of current Carrying capacity of
individual cables.
2) In case additional combinations are required same may will be provided against specific request.
3) Shape size and dimensions are subject to change without notice.
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BI-METALLIC CONNECTOR FOR 25mm X 3mm ALUMINIUM TAPE TO 25mm X 3mm COPPER TAPE CONNECTOR
CONDUCTIVE MATERIAL :
Aluminium Barrel : 99.6%
Copper Palm : 99.95%
Final Metal State : Fully Annealed, Including Joint.
Joining method friction welding, welding area more than nominal conductor area.
Finish natural.
CONDUCTIVITY :
Aluminium 61.8% IACS (MIN)
Copper 99.7% IACS
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
NOTE:
1) Combinations of bi-metallic compression joints are designed on the basis of current Carrying capacity of
individual cables.
2) In case additional combinations are required same may will be provided against specific request.
3) Shape size and dimensions are subject to change without notice.
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Bi Metallic Lugs with centre Palm
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
CONDUCTIVITY :
Aluminium 61.8% IACS (MIN)
Copper 99.7% IACS
CONDUCTIVE MATERIAL :
Aluminium Barrel : 99.6%
Copper Palm : 99.95%
Final Metal State : Fully Annealed, Including Joint.
Joining method : Friction welding, welding area more than nominal conductor area.
Finish natural.
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
NOTE:
1) Combinations of bi-metallic compression joints are designed on the basis of current Carrying capacity of
individual cables.
2) In case additional combinations are required same may will be provided against specific request.
3) Shape size and dimensions are subject to change without notice.
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Special Bi Metallic Lugs
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
CONDUCTIVE MATERIAL :
Aluminium Barrel : 99.6%
Copper Palm : 99.95%
Final Metal State : Fully Annealed, Including Joint.
Joining method friction welding, welding area more than nominal conductor area.
Finish natural.
CONDUCTIVITY :
Aluminium 61.8% IACS (MIN)
Copper 99.7% IACS
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
NOTE:
1) Combinations of bi-metallic compression joints are designed on the basis of current Carrying capacity of
individual cables.
2) In case additional combinations are required same may will be provided against specific request.
3) Shape size and dimensions are subject to change without notice.
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Reverse Bi-Metallic Lugs
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
CONDUCTIVE MATERIAL :
Aluminium Barrel : 99.6%
Copper Palm : 99.95%
Final Metal State : Fully Annealed, Including Joint.
Joining method friction welding, welding area more than nominal conductor area.
Finish natural.
CONDUCTIVITY :
Aluminium 61.8% IACS (MIN)
Copper 99.7% IACS
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
NOTE:
1) Combinations of bi-metallic compression joints are designed on the basis of current Carrying capacity of
individual cables.
2) In case additional combinations are required same may will be provided against specific request.
3) Shape size and dimensions are subject to change without notice.
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Bi Metallic Lugs With Extended Palm
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
CONDUCTIVITY :
Aluminium 61.8% IACS (MIN)
Copper 99.7% IACS
CONDUCTIVE MATERIAL :
Aluminium Barrel : 99.6%
Copper Palm : 99.95%
Final Metal State : Fully Annealed, Including Joint.
Joining method : Friction welding, welding area more than nominal conductor area.
Finish natural.
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
NOTE:
1) Combinations of bi-metallic compression joints are designed on the basis of current Carrying capacity of
individual cables.
2) In case additional combinations are required same may will be provided against specific request.
3) Shape size and dimensions are subject to change without notice.
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Ring Type Bi Metallic Lugs
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
CONDUCTIVE MATERIAL :
Aluminium Barrel : 99.6%
Copper Palm : 99.95%
Final Metal State : Fully Annealed, Including Joint.
Joining method friction welding, welding area more than nominal conductor area.
Finish natural.
CONDUCTIVITY :
Aluminium 61.8% IACS (MIN)
Copper 99.7% IACS
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
NOTE:
1) Combinations of bi-metallic compression joints are designed on the basis of current Carrying capacity of
individual cables.
2) In case additional combinations are required same may will be provided against specific request.
3) Shape size and dimensions are subject to change without notice.
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Aluminium tube Terminals Two Holes
MATERIAL : ELECTROLYTIC ALUMINIUM TO IS 5082 FINISH : NATURAL
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Copper Tube in Line connector
MATERIAL : ELECTROLYTIC COPPER FINISH : ELECTRO TINNED
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Aluminium tube Terminals
MATERIAL ELECTROLYTIC ALUMINIUM TO IS 5082 GR TI-E-IS 8309 FINISH : NATURAL
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Fork Terminal
MATERIAL : ELECTROLYTIC COPPER FINISH : ELECTRO TINNED
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Ring Terminal (Non - Insulated)
MATERIAL : ELECTROLYTIC COPPER FINISH : ELECTRO TINNED
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END SEALING FERRULES
MATERIAL : ELECTROLYTIC COPPER BS 1977 / IS 191 (PART V)
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Ring Terminal
NON-INSULATED INSULATED PRE-INSULATED
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Pin Terminal
MATERIAL : ELECTROLYTIC COPPER FINISH : ELECTRO TINNED
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Fork Terminal
MATERIAL : ELECTROLYTIC COPPER FINISH ELECTRO TINNED
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Insulated end Sealing Ferrules / Bootlace Pins
MATERIAL : ELECTROLYTIC COPPER BS 1977 / IS 191 (PART V)
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CABLE GLAND BW TYPE
SIZE 20S, 20L, 25S, 25L, 32S, 32L, 40S, 40L, 50L, 5OS, 63S, 63L, 75S, 75L, 90S & 90L ARE MANUFACTURED AGAINST ORDERS
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PVC SHROUD
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EARTH TAG
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CHECK NUT
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Couplers
COUPLERS ARE MADE FROM BRASS. DRIVING HEAD IS REUSABLE AND MADE FROME HIGH TENSILE STEEL.
NOMINAL DIA MM CAT NO.
1/2" COUPLING JC - 1
5/8" COUPLING JC - 2
3/4" COUPLING JC - 3
1/2" DRIVING STUD JD - 1
5/8" DRIVING STUD JD - 2
3/4" DRIVING STUD JD - 3
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Solid Copper Bonded Earth Rod
Solid copper earth rods are manufactured in both the types with external threads and internal threads. The rods are used where soil conditions are very aggressive and corrosion is very high such as soils with high salt content Copper rods gives exceptionally long life. The rods are manufactured from high conductivity hard drawn copper to BS 2874-C101.
ROD DIA (mm) LENGTH (mm) Cat No.
15 1200 JCR - 1
15 1500 JCR - 2
20 1200 JCR - 3
20 1500 JCR - 4
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Fittings
1)DRIVING HEAD & DRIVING SPIKE ARE MADE OUT OF HIGH TENSILE STRENGTH STEEL.
2)INTERNAL COUPLING IS MADE FROM PHOSHPER BRONZE OR HIGH TENSILE BRASS DOWEL AND EXTERNALLY THREADED.
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Fittings
1)DRIVING HEAD & DRIVING SPIKE ARE MADE OUT OF HIGH TENSILE STRENGTH STEEL.
2)INTERNAL COUPLING IS MADE FROM PHOSHPER BRONZE OR HIGH TENSILE BRASS DOWEL AND EXTERNALLY THREADED.
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Fittings
1)DRIVING HEAD & DRIVING SPIKE ARE MADE OUT OF HIGH TENSILE STRENGTH STEEL.
2)INTERNAL COUPLING IS MADE FROM PHOSHPER BRONZE OR HIGH TENSILE BRASS DOWEL AND EXTERNALLY THREADED.
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Clamps
VARIOUS TYPES OF EARTH CLAMPS ARE MANUFACTURED IN BRASS AND GUNMETAL. THE CLAMPS FOR EARTH TO CABLE CONNECTION, EARTH ROD PLATE CONNECTION EARTH ROD TO CABLE LIG CONNECTION ETC. ARE MANUFACTURED AS SHOWN IN FIGURE.
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Copper-Aluminium Bi Metal Lugs
Aluminium Barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
CONDUCTIVE MATERIAL :
Aluminium Barrel : 99.6%
Copper Palm : 99.95%
Final Metal State : Fully Annealed, Including Joint.
Joining Method : Friction Welding, Welding Area More Than Nominal Conductor Area.
Finish : Natural.
Conductivity :
Aluminium61.8% Iacs (Min)
Copper99.7% Iacs
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Bimetallic Compression Reducers
Aluminium barrel are chemically treated to reduce contact resistance and corrosion and are filled electrically conductive corrosion inhabitant with a jointing compound and capped.
CONDUCTIVITY :
Aluminium 61.8% IACS (MIN)
Copper 99.7% IACS
CONDUCTIVE MATERIAL :
Aluminium Barrel : 99.6%
Copper Palm : 99.95%
Final Metal State : Fully Annealed, Including Joint.
Joining method : Friction welding, welding area more than nominal conductor area.
Finish natural.
NOTE:
1) Combinations of bi-metallic compression joints are designed on the basis of current Carrying capacity of individual cables.
2) In case additional combinations are required same may will be provided against specific request.
3) Shape size and dimensions are subject to change without notice.
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Associated Engineers
