TB HS500-1000-4
MFG #HS500-1000-4
SKU #1614199
$13067.60 per C (100) / EA
14 in Stock. More available 05/17/2024
Stock Item
Product description
TB HS500-1000-4 HEAVY WALL HEATSHRINK 2.000" DIAMETER X 4' CABLE RANGE 500MCM- 1000 MCM BLACK SUBMERSIBLE DIRECT BURIAL
Shrink-Kon Heat Shrink Tubing, Series: HS Series, 600 VAC, 2 in Inner Dia Expanded, 0.63 in Inner Dia Recovered, Heavy Duty Wall, 0.16 in Wall Thickness Recovered, 250 to 500 kcmil Wire, 3:1 Shrink, 48 in Length, -55 to 110 deg C, 120 deg C Shrink, Polyolefin, Black
Shrink-Kon Heat Shrink Tubing, Series: HS Series, 600 VAC, 2 in Inner Dia Expanded, 0.63 in Inner Dia Recovered, Heavy Duty Wall, 0.16 in Wall Thickness Recovered, 250 to 500 kcmil Wire, 3:1 Shrink, 48 in Length, -55 to 110 deg C, 120 deg C Shrink, Polyolefin, Black
- Shrink-Kon Heat Shrink Tubing, Series: HS Series, 600 VAC, 2 in Inner Dia Expanded, 0.63 in Inner Dia Recovered, Heavy Duty Wall, 0.16 in Wall Thickness Recovered, 250 to 500 kcmil Wire, 3:1 Shrink, 48 in Length, -55 to 110 deg C, 120 deg C Shrink, Polyolefin, Black
- Withstands severe mechanical requirements of URD, submersible and direct burial installations
Tubing, featuring an internally applied sealant, offers protection against moisture and may be used over lead, steel, aluminum, copper, standard plastic and elastomeric insulating materials
High impact, abrasion, corrosion and chemical-resistant
Thermoplastic adhesive liner provides complete environmental protection and insulation
- TUBING SHRINK HEAT 2IN 0.63IN 0.16IN BK
- Product Catalog Page(s)
MSDS
Specification Sheet
- BAA Compliant|UL Listed|CSA Certified|ANSI Specified|ICEA Compliant
- Brand: Thomas & BettsColor: BlackCountry of Origin: CALength: 48 inShrink Ratio: 3:1Special Features: Made of thermally stabilized cross-linked polyolefin, enabling a recovered wall thickenss greater than that of the cable jacket replacedType: Heavy-Wall Heat Shrinkable TubingVoltage Rating: 600 VIDW2 Image1 URL: https://ideadigitalasset.com/DAMRoot/Original/12194/12055_8OD2SXZJW1LU79N0.jpg