Burndy® K2A31U K2A-U Dual Rated Universal Terminal Lug, 6 AWG to 350 kcmil Aluminum/Stranded Copper Conductor, 1/2 in Stud

Mechanical Terminal Lugs
19620 MFG #: K2A31U
BURNDY®
11.77000 / ea
  • Application: For Aluminum and Copper Conductors
  • ARRA Compliant: C
  • Buy American Compliant: C
  • Catalog Number: K2A31U
  • Country of Origin: US
  • Dimensions: 2.88 in L x 1.25 in H
  • EU RoHS Indicator: N
  • Finish: Electro-Plated Zinc
  • Gross Weight Per Pack: 0.3300 lb
  • Gross Weight per Pack Metric: 0.12
  • Gross Weight UOM Metric: kg
  • Harmonization Tariff Schedule Code: 8535908020
  • Height: 1.26 in
  • Height [Metric]: 3.2004 cm
  • Length: 2.88 in
  • Length [Metric]: 7.3152 cm
  • Number Of Conductors: 2
  • Number of Conductors|Ports [Main|Primary]: 2
  • Returnable: Y
  • Series: K2A-U
  • Specifications: 1.25 in H x 1.94 in W Collar, Hex Screw 275 in-lb Installation Torque
  • Standard: UL 486A-486B
  • Standards: AL9CU Rated, CSA Certified, RoHS Complaint, UL 468A-468B Listed
  • Sub Brand: UNIVERSAL TERM
  • Temperature Rating: 194
  • Tongue Size: 1.94 in W x 0.25 in THK
  • Tongue Type: Straight
  • Type: Bolted Lugs & Terminals
  • UNSPSC: 39121408
  • UPC 11: 78181060015
  • UPC 12: 781810600153
  • Width: 1.94 in
  • Width [Metric]: 4.9276 cm
  • Stock Status: NORMALLY STOCKED
  • Brand: BURNDY®
  • Manufacturer: BURNDY®
  • Conductor Size: 6 AWG to 350 kcmil
  • Conductor Type: Aluminum/Stranded Copper
  • Material: Aluminum
  • Number of Bolt Holes: 1
  • Stud Size: 1/2 in
QTY
  • Applications
  • Features
For Aluminum And Copper Conductors
Features: These Dual-Rated One-Conductor Lugs Are Constructed From High Strength Aluminum Alloy And Electro Tin-Plated To Provide Low Contact Resistance, Dimension D: 1.69 IN, Dimension N: 0.88 IN, Dimension T: 0.25 IN, Installation Torque: 275 IN-LB, Length: 2.88 IN, Width: 1.94 IN, Height: 1.25 IN, Stud/bolt Hole Size: 1/2 IN
Dual-rated panelboard lugs are constructed from high strength extruded aluminum alloy and electro tin-plated to provide low contact resistance