MS3406D32-22S

Technical Characteristics

• Insert Position In Deg

  0.0

• Body Style

  straight shape, internal coupling w/backshell

• Included Contact Type

  round socket single mating end single contact grouping

• Nominal Thread Size

  2.000 inches

• Terminal Location

  back single mating end single contact grouping

• Shell Type

  solid

• Contact Maximum Current Rating In Amps

  22.0 single mating end single contact grouping

• Insert Material

  silicon single mating end

• Thread Quantity Per Inch

  18

• Shell Surface Treatment Document And Classification

  qq-p-416 fed spec 2nd treatment response

• Threaded Device Type

  coupling facility

• Thread Series Designator

  uns

• Terminal Type

  crimp single mating end single contact grouping

• Contact Maximum Ac Voltage Rating In Volts

  500.0 single mating end single contact grouping

• Test Data Document

  81349-mil-c-5015 specification (includes engineering type bulletins, brochures,etc., that reflect specification type data in specification format; excludes commercial catalogs, industry directories, and similar trade publications, reflecting general type

• Polarization Method

  key, multiple key groove

• Mating End Quantity

  1

• Shell Surface Treatment

  nickel and cadmium

• Thread Class

  2b

• Connector Locking Method

  internally threaded coupling ring

• Overall Length

  2.125 inches maximum

• Overall Diameter

  2.129 inches maximum

• Environmental Protection

  corrosion resistant and humidity resistant and moisture resistant and shock proof and thermal shock resistant and heat resistant and vibration resistant

• Thread Direction

  right-hand

• Shell Material

  aluminum

• Contact Maximum Dc Voltage Rating In Volts

  700.0 single mating end single contact grouping

• Included Contact Quantity

  54 single mating end single contact grouping

• Contact Removability

  removable single mating end single contact grouping

• Contact Position Arrangement Style

  32-2010-10 single mating end

• ~1

  data on certain environmental and performance