Contact band Louver_tron 313 data sheet dowload  Louver_tron 313 high power contact

Power Contact Band  Louver_tron 313 with superior louver design
Power Contact Band Louver_tron 313 with superior louver design
weftron LOUVER_tron® 313

is a high performance contact insert within the product line of
Low Resistance - High Power Contact Elements.
Multiple contact louvers spaced at 2mm are crafted in a 13mm wide copper beryllium contact strip. So these power contact band louvers provide the essentially neccessary spring force required for high performance connections.
Thus introducing precisely defined multiple contact points in the connection when used inbetween two mating conducting surfaces.
The dense arrangement of contact bridge spacing of 2mm is specifically adventagous when compared to LAI type contact band. Particularly the Louver_tron 313 contact bridge geometry has a positive impact on current flow as compared to other contact bands.
Significantly for current flow the Louver_tron 313 power contact band design allows for two current paths per louver. Whereas most other louver designs only have one current path per louver between the mating metal parts
Technical parameters of LOUVER_tron® 313 are in the table on the backside of the data sheet.
Depending on the application LOUVER_tron® 313 may be used either in flat or in pre-rounded shape. Consequently the number of contact louvers, the associated metal components and the ambient conditions define the electrical performance characteristics of this  high power contact system.
For different requirements weftron offers a variety of application specific options. Please consult us for any of your projects involving connections with special requirements.


dense arrangement of contact bridges at a 2mm spacing
13mm contact band width
various band thicknesses depending on application
different leg angles depending on application
pre-rounded contact cage diameters for either pin or bushing applications
various contact strip lengths for flat contacting arrangements
various surface treatments depending on application
low weight, highly flexible

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