3M™ Cold Shrink QT-II Termination Kit 5624K

  • 3M ID 7100041432
Change options
Insulation Outer Diameter (Metric) 19.812 mm, 20.066 mm, 20.32 mm, 20.574 mm, 20.828 mm, 21.082 mm, 21.336 mm, 21.59 mm, 21.844 mm, 22.098 mm, 22.352 mm, 22.606 mm, 22.86 mm, 23.114 mm, 23.368 mm, 23.622 mm, 23.876 mm, 24.13 mm, 24.384 mm, 24.638 mm, 24.892 mm, 25.146 mm, 25.4 mm, 25.654 mm, 25.908 mm, 26.162 mm, 26.416 mm, 26.67 mm, 26.924 mm, 27.178 mm, 27.432 mm, 27.686 mm, 27.94 mm, 28.194 mm, 28.448 mm, 28.702 mm, 28.956 mm, 29.21 mm, 29.464 mm, 29.718 mm, 29.972 mm, 30.226 mm, 30.48 mm, 30.734 mm, 30.988 mm, 31.242 mm, 31.496 mm, 31.75 mm, 32.004 mm, 32.258 mm, 32.512 mm, 32.766 mm, 33.02 mm
Number of Conductors 1
Breakout Boot No
Suitable for High Voltage No

One-piece cold shrink termination.

High dielectric-constant material manages the distribution of electric field stress

Suitable for weather protected areas (indoor)

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Details

Highlights

  • One-piece cold shrink termination
  • High dielectric-constant material manages the distribution of electric field stress
  • Suitable for weather protected areas (indoor)
  • Silicone rubber insulation is track-resistance and hydrophobic action
  • Silicone cold shrink application provides constant radial pressure, "living seal"
  • Comes with sufficient materials to make 3 terminations
  • 110 kV BIL; Voltage rating per class of termination family: 5/8 kV:95 kV BIL, 15 kV
  • Meets IEEE Standard 48, Class 1 for weather-protected applications

3M™ Cold Shrink QT II 5620K & 5630K Series Termination Kit includes sufficient material to make 3, skirted terminations. Each kit has materials to make 3 single phase terminations for tape shield, wire shield and UniShield® power cables..

3M™ Cold Shrink QT II 5620K & 5630K Series Termination Kits are designed for terminating solid dielectric shielded, medium voltage power cables. The QT II termination uses high dielectric constant (High K) stress control tube insulated with a UV stable, track resistant, silicone insulator. The track resistant, hydrophobic propertities of the silicone rubber minimize leakage currents. Meets the requirements of IEEE Standard 48, for Class 1 for outdoor, weather exposed environments.

Typical Properties