D8170E27-5SN

Technical Characteristics

• Thread Direction

  right-hand

• Shell Material

  aluminum alloy

• Contact Removability

  removable single mating end single contact grouping

• Contact Surface Treatment Document And Classification

  mil-g-45204,ty 1,grade a mil spec single treatment response single mating end single contact grouping

• Insert Position In Deg

  0.0

• Precious Material And Location

  contact surfaces gold

• Included Contact Type

  round socket single mating end single contact grouping

• Thread Series Designator

  unef

• Terminal Location

  back single mating end single contact grouping

• Overall Height

  1.297 inches maximum

• Body Style

  straight shape, external coupling w/backshell

• Overall Length

  1.452 inches maximum

• Shell Type

  solid

• Contact Surface Treatment

  gold single mating end single contact grouping

• Threaded Device Type

  back shell

• Precious Material And Weight

  0.019 gold grains, troy

• Thread Class

  2a

• Thread Quantity Per Inch

  18

• Terminal Type

  crimp single mating end single contact grouping

• Overall Width

  1.297 inches maximum

• Center To Center Distance Between Mounting Facilities Parallel To Height

  0.968 inches nominal

• Distance Between Centerlines Of Mounting Facilities Parallel To Body Width

  0.968 inches nominal

• Distance From Mounting Shoulder To Front Face

  0.531 inches nominal

• Mating End Quantity

  1

• Unthreaded Mounting Hole Diameter

  0.120 inches nominal

• Shell Material Document And Classification

  qq-a-591 fed spec single material response

• Precious Material

  gold

• Included Contact Quantity

  19 single mating end single contact grouping

• Contact Position Arrangement Style

  27-5 single mating end

• Nominal Thread Size

  1.062 inches

• Environmental Protection

  moisture proof and salt water resistant and vibration proof

• Polarization Method

  keyway or multiple keyway

• Contact Material

  copper alloy single mating end single contact grouping

• Connector Locking Method

  spring friction