Amphenol Self Centering Blind F Module, Heavy Mate F, Cable Mount

Nr. stoc RS: 825-8796Producator: AmphenolCod de producator: C146 10H000 000 15
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Documente tehnice

Specificatii

Dimensiune celula

Heavy Mate F

Tip produs

Self Centering Blind F Module

Montare

Cable Mount

Body Orientation

Straight

Dimensiune celula

C 146

Raza actiune

Heavy Mate

Placa contact

Gold, Silver

Material de contact

CuZn

Tara de origine

Czech Republic

Detalii produs

Heavy Mate F Type Blind Modules

Blind modules, designed to fill empty insert slots within F type frame designs, helping to maintain integrity of the assembly, standard and with centering function available. Compatible with existing market leading products.

Approvals

UL, CSA

Amphenol Heavy Mate - Heavy Duty Connectors

Amphenol heavy mate® connectors are designed for industrial environments and similar applications including transportation depending on the variant chosen, robust design with a high number of contacts for differing power and signal options.

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Informatii indisponibile despre stoc

P.O.A.

Amphenol Self Centering Blind F Module, Heavy Mate F, Cable Mount

P.O.A.

Amphenol Self Centering Blind F Module, Heavy Mate F, Cable Mount
Informatii indisponibile despre stoc

Documente tehnice

Specificatii

Dimensiune celula

Heavy Mate F

Tip produs

Self Centering Blind F Module

Montare

Cable Mount

Body Orientation

Straight

Dimensiune celula

C 146

Raza actiune

Heavy Mate

Placa contact

Gold, Silver

Material de contact

CuZn

Tara de origine

Czech Republic

Detalii produs

Heavy Mate F Type Blind Modules

Blind modules, designed to fill empty insert slots within F type frame designs, helping to maintain integrity of the assembly, standard and with centering function available. Compatible with existing market leading products.

Approvals

UL, CSA

Amphenol Heavy Mate - Heavy Duty Connectors

Amphenol heavy mate® connectors are designed for industrial environments and similar applications including transportation depending on the variant chosen, robust design with a high number of contacts for differing power and signal options.