Our Products #5419005

Copper earth rod 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

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.

ALUMINIUM BARRELARE CHEMICALLY TREATED TO REDUCE CONTACT RESISTANCE AND CORROSION AND ARE FILLED ELECTRICALLY CONDCTIVE CORROSION INHABITANT WITH A JOINTING COMPOUND AND CAPPED.
NOTE :
1) COMBINATOINS 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.

ALUMINIUM BARRELARE CHEMICALLY TREATED TO REDUCE CONTACT RESISTANCE AND CORROSION AND ARE FILLED ELECTRICALLY CONDCTIVE CORROSION INHABITANT WITH A JOINTING COMPOUND AND CAPPED. NOTE : 1) COMBINATOINS 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. 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.

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 BARRELARE CHEMICALLY TREATED TO REDUCE CONTACT RESISTANCE AND CORROSION AND ARE FILLED ELECTRICALLY CONDCTIVE CORROSION INHABITANT WITH A JOINTING COMPOUND AND CAPPED. NOTE : 1) COMBINATOINS 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.

CONDUCTIVITY
ALUMINIUM 61.8% IACS (MIN)
COPPER 99.7% IACS
ALUMINIUM BARRELARE CHEMICALLY TREATED TO REDUCE CONTACT RESISTANCE AND CORROSION AND ARE FILLED ELECTRICALLY CONDCTIVE CORROSION INHABITANT WITH A JOINTING COMPOUND AND CAPPED.
NOTE :
1) COMBINATOINS 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.

MATERIAL ELECTROLYTIC ALUMINIUM TO IS 5082 GR TI-E-IS 8309

FINISH : NATURAL

INSULATED END SEALING FERRULES BOOTLACE PINS PROVIDE NEAT END TERMINATION OF MULTI STRANDED WIRES AND REDUCES THE RISK OF WORE STRAND SHORT CIRCUITING TO THE ADJUSANT TERMINATION. THE END SEALING FERRULES ARE MANUFACTURED FROM HIGH CONDUCTIVITY COPPER TUBES AND INSULATED WITH POLY CONDUCTORS. TABLE SHOWS FERNCH 7 GERMAN PREFERED COLOURS.

Bimetallic lugs barrel of copper terminal lug is of dissimilar metal and hence the galvanic action takes place. In order to prevent dissimilar contact and to avoid galvanic action it is always advisable to use copper aluminium Bi-Metal lugs.