Connector

  • CAPG
  • APG
  • ALPG
  • CUPG\CEPG
  • SLPG\PGS\PGT\V
  • JBL\JBT\JB-TL
  • SLPG\SLPGA\THPG
  • FAPG\FCPG\FBPG
  • JCPG\JAPG
  • SL
  • TH\BC\AP\PC
  • BC\SL\P\TTD\FT
  • NTD\JBC\IPC
  • JDL
  • BYD
  • THJC
  • FDL\CFH
  • JGW\JGP\JGH\JGX
  • JF\JF2\JF4

Application
For bare overhead aluminium or copper tap conductors.

Description
Parallel groove clamps are mainly used for transmitting current between the interconnected conductors, for example tapping off bus-bars to equipment on substations. From this function it is therefore obvious that the electrical conducting properties and the corrosion resistance are the main factors for main area of application parallel groove clamps are also used for safety loops and therefore they must provide an adequate mechanical holding strength. If conductors made of different materials are to be connected this can be done by using bimetallic tubes. This range of connectors is designed to connect two paralell conductors in order to do a derivation of a secondary conductor, or to close a loop of one conductor to fit it on an insulator. These connectors are composed of two parts : Upper body and lower body, they have two paralell grooves to receive the conductor(s).One, two or three bolts are passing throught the bodies between the grooves. In aluminium clamps, the two bodies are made out of high strength aluminium alloy. In copper clamps, the bodies are made out of high strength electrolitic copper. In bimetallic clamps, the two bodies are made out of high strength aluminium alloy, and to tight a copper conductor, one groove is made with allumiunm alloy and welded by hot forged bimetallic sheet . The bolts are made out of hard steel (8.8) and Dacromatized. To warranty a reliable tightening, a pressure pad and a spring washer are inserted under the bolt head.

Features and benefits
Bodies in high strength aluminum alloy(AIMgSi) or electrolitic copper Uniformity of material Long term elasticity Corrosion withstand
Pressure pad Uniform pressure along the clamp
Dacromatized steel bolt 8.8 High permanent strength applied on the clamp
Hot forged compressedbimetalic sheet (in bimetallic clamps) Good electrical contact without corrosion
Ridged grooves (forged type only) Improve mechanical pullout strength and electrical contact
Holding strength An adequate mechanical holding strength is achieved. In case of higher values two or more PG-clamps should be used in series.
Corona Good corona and radio interference voltage (RIV) behavior due to rounded shapes.
Corrosion resistance Maximum corrosion resistance is achieved by using a clamp material that matches with that of the conductor, for example a corrosion-resistant AlMgSi alloy for conductors made of aluminium, al-alloy etc.
The requirements will be fulfilled and demonstrated by heat cycle tests.

Option
Can be equipped of shearhead bolts.

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