Locking Connector, Pass & Seymour, 2 -Pole, 20 A, 250 V, IP20, NEMA: NEMA L6-20R, Black/White

  • Model Number: L620C
  • UPC: 785007855227
  • Store SKU: loading
  • Locking Connector, Pass & Seymour, 2 -Pole, 20 A, 250 V, IP20, NEMA: NEMA L6-20R, Black/White

  • loading

      Pass & Seymour L620C

      Every component of these durable Turnlok locking plugs and connectors are built to offer the lowest installed cost with maximum durability. Quick-thread assembly screws install four times faster than competitive product and backed-out screws come ready to wire. The rugged easy to grip nylon housing, clear thermoplastic terminal chambers as well as high strength brass alloy blades and contacts combine to give Legrand the premium selection of P and S Turnlok plugs and connectors.

      Type    :    Female
      Voltage Rating    :    250 V
      Current Rating    :    20 A
      Number of Wires    :    3
      NEMA Configuration    :    NEMA L6-20R
      Number of Poles    :    2
      Cable/Wire Size    :    18 to 8 AWG
      IP Rating    :    IP20
      Operating Temperature    :    -40 to 75 deg C
      Material    :    Nylon
      Color    :    Black/White
      Dimensions    :    2.2 in Dia x 3.33 in L
      • Industrial strength, brass alloy plug blades and connector contacts resist heat rise, provide excellent conductivity
      • Raised ribs provide non-slip gripping profile for turning to lock and unlock
      • Double dovetail design provides superior protection against cord pull out forces
      • Impact and corrosion-resistant durable nylon 6/6 shell material
      • Rounded back contour reduces snags and hang ups on the job site
      • Scallop shell design provides non-slip gripping surface for insertion and withdrawal
      • Visible stamped NEMA configuration and device rating
      • New-design external cord grips provide visible assurance of safe and proper cord retention
      • Integral flexible rubber cord grommet conforms to and seals around SO cord to provide protection from oils, water or chips entering wiring chamber