TE Connectivity D-SCE Heat Shrink Cable Marker, White, 4.64 → 10.79mm Cable
技術文件
規格
Brand
TE ConnectivityAffixing Method
Heat Shrink
Minimum Cable Diameter
4.64mm
Maximum Cable Diameter
10.79mm
Colour
White
Length
50mm
Width
90.18 mm
Quantity
1000
Material
Polyolefin
Minimum Operating Temperature
-55°C
Maximum Operating Temperature
+135°C
Series
D-SCE
Cable Diameter Range
4.64 → 10.79mm
Resistant To
Fluid, Oils
PRICED TO CLEAR
Yes
Operating Temperature Range
-55 → +135 °C
Standards Met
MIL-STD-202 Method 215J, NFF 00 608 Category A, NFF 00 608 Category H, RW-2519, SAE AS81531 4.6.2, SAE-AMS-DTL-23053/6 Class 1, TTDS-017
原產地
Czech Republic
產品詳情
D-SCE Heat Shrink Markers
D-SCE heat shrink identification markers are designed to operate in chemically hazardous conditions at elevated temperatures for extended periods of time, where strain relief, electrical insulation and protection from mechanical abuse is required. The heat shrink sleeves can be printed on directly for identification purposes; they also provide terminal insulation and strain relief. They are ideally suited for use in rail, aerospace, and construction industries.
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技術文件
規格
Brand
TE ConnectivityAffixing Method
Heat Shrink
Minimum Cable Diameter
4.64mm
Maximum Cable Diameter
10.79mm
Colour
White
Length
50mm
Width
90.18 mm
Quantity
1000
Material
Polyolefin
Minimum Operating Temperature
-55°C
Maximum Operating Temperature
+135°C
Series
D-SCE
Cable Diameter Range
4.64 → 10.79mm
Resistant To
Fluid, Oils
PRICED TO CLEAR
Yes
Operating Temperature Range
-55 → +135 °C
Standards Met
MIL-STD-202 Method 215J, NFF 00 608 Category A, NFF 00 608 Category H, RW-2519, SAE AS81531 4.6.2, SAE-AMS-DTL-23053/6 Class 1, TTDS-017
原產地
Czech Republic
產品詳情
D-SCE Heat Shrink Markers
D-SCE heat shrink identification markers are designed to operate in chemically hazardous conditions at elevated temperatures for extended periods of time, where strain relief, electrical insulation and protection from mechanical abuse is required. The heat shrink sleeves can be printed on directly for identification purposes; they also provide terminal insulation and strain relief. They are ideally suited for use in rail, aerospace, and construction industries.