Crown Spring and Louvered Contacts

Cross Reference

Louvered Contact for High Power Contacts
  • LAI type

  • -torsion spring louvered contact
  • -17,5mm wide contact band
  • -2.5mm louver spacing
  • -male, female and flat inserts
  • -application specific surfaces
crown spring Louvered Contact for High Power on small footprint
  • LAIII type

  • -crown spring louvered contact
  • -12mm wide contact band
  • -male, female and flat inserts
  • -various thicknesses
  • -application specific surfaces
crown spring Louvered Contact for High Power on small footprint
  • LAIV type

  • -crown spring louvered contact
  • -8mm wide contact band
  • -male, female and flat inserts
  • -various thicknesses
  • -application specific surfaces
crown spring Louvered Contact for High Power on small footprint
  • LAV type

  • -crown spring louvered contact
  • -5mm wide contact band
  • -male, female and flat inserts
  • -various thicknesses
  • -application specific surfaces

 

 

 

  • LA-CU type

  • -torsion spring louvered contact
  • -spring and conductor separated
  • -copper conductor plates
  • -stainless steel sprung band
  • -application specific surfaces
Louver_tron

is a product family of contact inserts within the weftron product range of different electrical contact band or electrical contact strip designs. So when inserted between precision machined metal parts they will provide precisely defined spring loaded contact points for high performance electrical connections. The design differences between the available contact bands are width and thickness as well as features in the individual louvers.

The basic common principle of all Louver_tron contact strips is the very dense arrangement of consecutively and in parallel arranged sprung contact elements. In the final application, when functioning as multiple electrical contacts points between two conducting surfaces, these multiple current paths have significant advantages over contact systems with less or with only two current paths. This listing of cross reference possibilities may help to find product that was made obsolete and is no longer available. weftron is able to manufacture parts to specification within relatively short lead times which may help to overcome long lead times found elswhere. For new system or component development weftron is able to offer application specific solutions that will avoid the compromises when elsewise having to choose from off the shelf.

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