TE Connectivity End Cap Black, Polyolefin, 9.53mm

Nr. stoc RS: 874-1504Producator: TE ConnectivityCod de producator: PD-CAP-3/8-0
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Specificatii

Marca

TE Connectivity

Tip produs

End Cap

Diametru interior

9.53mm

Material

Polyolefin

Shrink Temperature

+125°C

Culoare

Black

Frecventa minima de auto-rezonanta

-55°C

Temperatura maxima de lucru

+110°C

Shrunk Diameter Primary

2.29mm

Standarde

UL E85381

Dimensiune celula

PD Caps

Tara de origine

Czech Republic

Detalii produs

PD Heat Shrink Cap

Semirigid, encapsulant-lined heat shrink end caps with a shrink ratio of 3:1. When the dual wall PD Caps are briefly heated, the outer jacket shrinks while the inner wall flows into voids in the crimp, creating an encapsulated and electrically insulated connection.

Informatii indisponibile despre stoc

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Informatii indisponibile despre stoc

P.O.A.

TE Connectivity End Cap Black, Polyolefin, 9.53mm

100

Disponibil in multiplu de 100
100P.O.A.
200P.O.A.
300P.O.A.
400P.O.A.
500P.O.A.
600P.O.A.
700P.O.A.
800P.O.A.
900P.O.A.
1000P.O.A.
1100P.O.A.
1200P.O.A.
1300P.O.A.
1400P.O.A.
1500P.O.A.

P.O.A.

TE Connectivity End Cap Black, Polyolefin, 9.53mm
Informatii indisponibile despre stoc

100

Disponibil in multiplu de 100
100P.O.A.
200P.O.A.
300P.O.A.
400P.O.A.
500P.O.A.
600P.O.A.
700P.O.A.
800P.O.A.
900P.O.A.
1000P.O.A.
1100P.O.A.
1200P.O.A.
1300P.O.A.
1400P.O.A.
1500P.O.A.

Documente tehnice

Specificatii

Marca

TE Connectivity

Tip produs

End Cap

Diametru interior

9.53mm

Material

Polyolefin

Shrink Temperature

+125°C

Culoare

Black

Frecventa minima de auto-rezonanta

-55°C

Temperatura maxima de lucru

+110°C

Shrunk Diameter Primary

2.29mm

Standarde

UL E85381

Dimensiune celula

PD Caps

Tara de origine

Czech Republic

Detalii produs

PD Heat Shrink Cap

Semirigid, encapsulant-lined heat shrink end caps with a shrink ratio of 3:1. When the dual wall PD Caps are briefly heated, the outer jacket shrinks while the inner wall flows into voids in the crimp, creating an encapsulated and electrically insulated connection.