JET 600323 20 PC 1/2" Drive S.A.E. Socket Wrench Set - 6 Point

JET600323 MFG #: 600323
$407.58 / EA
Estimated Delivery 7 to 10 Business Days
  • Brand: JET
  • Drive Size: 1/2 in
  • Manufacturer: SUREWERX USA INC
  • Material: Forged Chrome Vanadium Steel
  • Number of Pieces: 20
  • Impact Rated: No
  • Measurement System: Imperial
  • Number of Points: 6
  • Included Socket Size: 7/16 in, 1/2 in, 9/16 in, 5/8 in, 11/16 in, 3/4 in, 13/16 in, 7/8 in, 15/16 in, 1 in, 1-1/16 in, 1-1/8 in, 1-3/16 in, 1-1/4 in (Standard)
  • Container Type: Blow Molded Case
  • Specifications Met: ANSI Specified, Canadian Government Specification CDA39-GP-12b, US Federal Specification GGG-W-641E
All components are forged from high quality Chrome Vanadium steel, Torque-Drive® sockets contact the fastener on the sides rather than the corners, reducing corner rounding and allowing 20% more torque, Chamfered edges allow easiest socket placement on fastener, increasing productivity and reducing frustration, Extra long deep sockets ensure maximum accessibility, Meets or exceeds U.S. Federal Specs: GGG-W-641E and Canadian Government Specs: CDA39-GP-12b and A.N.S.I. B107-10M, B107-1, B107-5 • Warning: Do not use chrome sockets on impact wrenches Standard Accessories: 48 tooth 10" quick release oval head ratchet, 5" and 10" extensions, 15" flex handle, 2-3/4" universal joint, Metal case
  • All components forged from high quality Chrome Vanadium steel
  • Torque-Drive® sockets contact the fastener on the sides rather than the corners, reducing corner rou
  • Chamfered edges allow easiest socket placement on fastener, increasing productivity and reducing fru
  • Extra long deep sockets ensure maximum accessibility
All components forged from high quality Chrome Vanadium steel
Torque-Drive® sockets contact the fastener on the sides rather than the corners, reducing corner rounding and allowing 20% more torque
Chamfered edges allow easiest socket placement on fastener, increasing productivity and reducing frustration
Extra long deep sockets ensure maximum accessibility