MS16471-1

Technical Characteristics

• Test Data Document

  81349-mil-t-27 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

• Frequency Rating

  380.0 hertz minimum single component and 1.0 kilohertz maximum single component

• Unpackaged Unit Weight (Non-Core)

  2.750 pounds

• Winding Tap Location (Non-Core)

  err-070

• Mounting Method

  threaded stud single group

• Thread Quantity Per Inch

  32 single group

• Winding Function And Quantity

  1 primary single component and 1 secondary single component

• Center To Center Distance Between Mounting Facilities Parallel To Width

  1.750 inches nominal single mounting facility single center group

• Body Length

  2.750 inches nominal

• Reliability Indicator

  not established

• Thread Class (Non-Core)

  err-070

• Input-Output Phase Relationship

  single phase to single phase single component

• Maximum Operating Temp

  130.0 deg celsius

• Inclosure Type

  hermetically sealed

• Thread Series Designator

  unc single group

• Terminal Type And Quantity

  7 turret

• Nominal Thread Size

  0.138 inches single group

• Mounting Facility Quantity

  4 single group

• Body Height

  3.812 inches nominal

• Body Width

  2.375 inches nominal

• Specification/Standard Data

  96906-ms16471 government standard

• Winding Operating Current

  20.0 amperes ac maximum single component single secondary

• Winding Shielding Method

  internal shield grounded to inclosure and core single component

• Winding Operating Voltage

  105.00 ac volts nominal single component single primary and 115.00 ac volts nominal single component single primary and 125.00 ac volts nominal single component single primary

• Center To Center Distance Between Mounting Facilities Parallel To Length

  2.125 inches nominal single mounting facility single center group

• ~1

  data on certain environmental and performance r