TE Connectivity End Cap Black, Polyolefin, 6.35mm

RS 庫存號: 874-1500品牌: TE Connectivity製造商零件號: PD-CAP-1/4-0
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技術文件

規格

Brand

TE Connectivity

Type

End Cap

Inside Diameter Primary

6.35mm

Material

Polyolefin

Shrink Temperature

+125°C

Colour

Black

Minimum Operating Temperature

-55°C

Maximum Operating Temperature

+110°C

Shrunk Diameter Primary

2.03mm

Standards Met

UL E85381

Series

PD Caps

原產地

Czech Republic

產品詳情

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.

50,762.40 MOP

Each (In a Pack of 200) (不含稅)

TE Connectivity End Cap Black, Polyolefin, 6.35mm

200

可用的倍數 200
20050,762.40 MOP
400101,524.90 MOP
600152,287.30 MOP
800203,049.70 MOP
1000253,812.20 MOP
1200304,574.60 MOP
1400355,337.00 MOP
1600406,099.40 MOP
1800456,861.90 MOP
2000507,624.30 MOP
2200558,386.70 MOP
2400609,149.20 MOP
2600659,911.60 MOP
2800710,674.00 MOP
3000761,436.40 MOP

50,762.40 MOP

Each (In a Pack of 200) (不含稅)

TE Connectivity End Cap Black, Polyolefin, 6.35mm

暫時無法取得庫存資訊。

200

可用的倍數 200
20050,762.40 MOP
400101,524.90 MOP
600152,287.30 MOP
800203,049.70 MOP
1000253,812.20 MOP
1200304,574.60 MOP
1400355,337.00 MOP
1600406,099.40 MOP
1800456,861.90 MOP
2000507,624.30 MOP
2200558,386.70 MOP
2400609,149.20 MOP
2600659,911.60 MOP
2800710,674.00 MOP
3000761,436.40 MOP

暫時無法取得庫存資訊。

技術文件

規格

Brand

TE Connectivity

Type

End Cap

Inside Diameter Primary

6.35mm

Material

Polyolefin

Shrink Temperature

+125°C

Colour

Black

Minimum Operating Temperature

-55°C

Maximum Operating Temperature

+110°C

Shrunk Diameter Primary

2.03mm

Standards Met

UL E85381

Series

PD Caps

原產地

Czech Republic

產品詳情

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.