Allied Machine 1C52A-0104 Original T-A® 2 Series Replaceable Spade Drill Insert, 1-1/8 in Drill, 3/16 in THK, C5

Spade Drill Inserts
773876 MFG #: 1C52A-0104
Allied Machine
74.52000 / ea
  • Catalog Number: 1C52A-0104
  • Country of Origin: US
  • Drill Size: 1-1/8 in
  • Gross Weight Per Pack: 0.0600 lb
  • Included Angle: 132 deg
  • Material: Carbide
  • Seat Size: 2
  • Series: 2 Series
  • Type: Replaceable
  • Stock Status: NONSTOCK
  • Brand: Allied Machine
  • Manufacturer: Allied Machine & Engineering Corporation
  • Finish: TiAlN Coated
  • Manufacturer's Grade: P40
  • Geometry: Standard
  • Material Grade: C5
  • Thickness: 3/16 in
Original T-A® is an excellent choice for general purpose use. The design provides fast penetration rates that produce good hole size and finish. Standard geometry combines highly efficient and stable cutting action to minimize power consumption. Recommended for use in most steels, cast irons, high temperature alloys and aluminum alloys. Drill insert systems set the standard for replaceable insert technology, delivering consistent performance and reduced cost per hole, increased productivity and outstanding tool life.
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  • Features
P40 carbide is an excellent choice for drilling free machining steel, low/medium carbon steels, alloy steels, high strength steels, tool steels and hardened steels
TiAlN - Excellent choice for wear resistance over high surface speeds
Excellent oxidation resistance
800 deg C maximum working temperature
HV 3000 hardness
Violet/gray color
Standard Geometry - Offers excellent penetration rates and tool life
Smooth break-out on through holes, drill stability and excellent chip formation characteristics
Particularly suited for low to high rigidity machining applications
Screw-on attachment
Through coolant optimizes chip evacuation and improved tool performance
Corner clip allows for effective heat dispersion and increased tool life
Ground back location ensures accurate positioning
Self-centering point eliminates center drilling
Web thin reduces thrust and increases point strength allowing greater reliability
Eliminates the need for re-sharpening