Hubbell IG2320 Flush Receptacle

196952 MFG #: IG2320
$38.21 / EA
Usually Ships within 5-8 Days
  • Amperage Rating: 20
  • Dimensions: 2.39 in H x 1.7 in W x 1.237 in D
  • Enclosure: IP20
  • Horsepower: 2
  • NEMA Rating: NEMA L6-20R
  • Number of Poles: 2
  • Number of Wires: 3
  • Temperature Rating (Degrees F): -40 to 75
  • Terminal Type: Screw
  • Type: Heavy Duty Isolated Ground Single Twist Lock
  • Voltage Rating: 250
  • Color: Orange
  • Material: Composite/Thermoplastic

Hubbell IG2320 Flush Receptacle

Wiring Device-Kellems Twist-Lock® Flush Receptacle, Heavy Duty Isolated Ground Single Twist Lock, 250 VAC, 20 A, 2 hp, 2 Pole, 3 Wires, NEMA L6-20R, Industrial Grade, IP20 Enclosure, -40 to 75 deg C, Screw Terminal, Composite/Thermoplastic, Orange, 2.39 in H x 1.7 in W x 1.237 in D Dimensions

Additional Description: HUBW-IG2320 LKG RCPT, IG, 20A 250V, L6-20R, OR L6-20R

Catalog Description: Twist-Lock® Devices, Single Flush Receptacle 20A, 250V AC, 2 Pole, 3 Wire Grounding, NEMA L6-20R, Isolated ground, nylon, Orange

  • Specifications
  • 3-wire grounding
  • 0.04 in brass terminal clamp
  • #10-32 bronze (white finish on neutral screw when used) terminal screw
  • #10-32 bronze (green) ground screw
  • 0.04 in brass contact spring
  • Steel zinc plated mounting screw
  • Black nylon cover
  • Nylon polyester base material, black nylon cover top
  • 0.04 in brass ground contact
  • 0.05 in brass bridge mounting strap, 0.04 in brass back plate
  • Made of nylon polyester
  • Withstands 2000 VAC dielectric voltage
  • Indoor dry unless protected by additional means
  • Certified for current interrupting at full rated current
  • Insulation barrier construction isolates ground contact from mounting strap
  • Wire restraint recess for both back and side wiring, greatly reduces the possibility of loosening the terminal connection
  • High impact, abuse resistant nylon face
  • 16 to 8 AWG solid or stranded copper wire terminal accommodation
  • Maximum 30 deg C temperature rise at full rated current after 50 cycles of overload at 150% of rated current at a power factor of 75% temperature rise
  • Terminals identified in accordance with UL 498