Ideal 46-602

IDEAL Thermo-Shrink 46-602 Heat Shrink Tubing, 0.122 in ID Expanded, 0.047 in ID Recovered, 0.017 in THK Wall Recovered, 4 ft L, Polyolefin, Black
Heatshrink
111126 46-602
Ideal
$0.00 / ea

  • Color: Black
  • Inner Diameter Expanded: 0.122
  • Inner Diameter Recovered: 0.047
  • Length: 4
  • Material: Polyolefin
  • Shrink Ratio: 2:1
  • Shrink Temperature: 70
  • Temperature Rating: -55 to 125
  • Voltage Rating: 600
  • Wall Thickness Recovered: 0.017
  • Wall Type: Thin
  • Wire size: 14 to 12
IDEAL, Heat Shrinkable Tube, Thermo-Shrink, Thin-Wall, Shrink Ratio: 2:1, Inside Diameter: 3/32 IN, Thickness: 017 IN, Length: 4 FT, Dielectric Strength: ASTM D 150, 20 KV/MM, Volume Resistivity: 1014 OHM CM For ASTM D 876 Test Method, Continuous Operating Temperature: -55 To 125 DEG C, Minimum Shrink Temperature: 70 DEG C, Heat Shock: UL 224, No Cracking (250 DEG C/4 HR), Cable Range: 14 - 12 AWG, Nominal Recoveredi.d. (max.): 047 IN, Expanded I.d. (min.): 0.122, Elongation At Break: 600 PCT ASTM D 638, Elongation Of Break After Aging: 350 PCT For UL 224 Test Method, Cold Bend Test (-55°c/4 Hours): No Cracking For UL 224 Test Method, Copper Corrosion: Pass For UL 224 Test Method, Chemical Resistance: Pass For UL 224 Test Method, Longitudinal Shrinkage: 0 Plus Or Minus 5 PCT For UL 224 Test Method, Eccentricity: 30 PCT For UL 224 Test Method, Normal Size: 3/32 IN, Package: Disk
  • Features
  • Polyolefin material electrically insulates and protects inline components, disconnect terminals and splices with its high strength and excellent resilience
  • Use to bundle wires for very flexible light duty harnesses
  • Highly flame-retardant and flexible
  • Resistant to common fluids and solvents
  • UV-resistant
  • 30% eccentricity
  • 600% elongation at break for ASTM D638 test method
  • 350% elongation of break after aging for UL 224 test method
  • No PBBs and PBBEs
  • -55 deg C/4 hr cold blend test no cracking for UL 224 test method
  • Copper corrosion and chemical resistance pass for UL 224 test method
  • +/-5% longitudinal shrinkage