Milwaukee® 48-13-7231

Milwaukee® 48-13-7231 Extra Length General Purpose Heavy Duty Bellhanger Bit, 5/16 in Dia, 18 in OAL, 5/16 in Shank, Standard Twist Point, Bright

  • TIEPN: MLE 48-13-7231
  • MPN: 48-13-7231
  • UPC: 045242093403
  • Min. Order Qty: 1
  • Quantity Interval: 1
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The Milwaukee bellhanger bit is ideal for installing all kinds of small wire systems such as computer, security and phone cable. It provides extra length for extra reach as well as a hole in the tip of the bit to attach the wire to pull back through the wall. One per package.

Milwaukee® Bellhanger Bit, Extra Length General Purpose Heavy Duty, 5/16 in Diameter, 18 in Overall Length, 5/16 in Shank, 3-Flat/Round Shank, Standard Twist Point, Right Hand Cutting Direction, HSS Cutting Edge, HSS, Bright, Applicable Materials: Aluminum, Ferrous, Non-Ferrous Metal, Plastic and Wood

Applicable Materials      :      Aluminum, Ferrous, Non-Ferrous Metal, Plastic and Wood
Cutting Direction      :      Right Hand
Cutting Edge Material      :      HSS
Material      :      HSS
Shank Type      :      3-Flat/Round
Type      :      Extra Length General Purpose Heavy Duty
Diameter      :      5/16 in
Overall Length      :      18 in
Shank Size      :      5/16 in
Point Type      :      Standard Twist
Finish      :      Bright
  • Aggressive tip geometry provides faster cutting
  • Non-stick coated flutes create faster chip ejection and reduces binding
  • Wire pulling hole enables wire to be attached to the bit and pulled through holes when needed
  • 3-flat shank stops bit from slipping in the chuck
  • Round shanks with flats are ground flat on three sides for increased chuck grip, reducing slippage and help centering the drill in the chuck
  • They are used with portable drills and drill presses on ferrous and non-ferrous materials
  • High speed steel (HSS) provides good wear resistance and can be used in general purpose applications on both ferrous and non-ferrous materials
  • Bright provides a smooth, polished finish on the tool
  • It increases chip flow in softer materials such as aluminum wood and plastic