S92-5168REV4

Technical Characteristics

• Winding Operating Current

  100.0 milliamperes nominal b and better drop siding single component 1st secondary

• Winding Operating Voltage

  640.00 ac pounds per hour wet single component 1st secondary

• Terminal Type And Quantity

  6 tab, solder lug and 6 standoff insulator

• Frequency Rating

  400.0 hertz nominal single component

• Reliability Indicator

  not established

• Center To Center Distance Between Mounting Facilities Parallel To Length

  2.812 inches nominal single mounting facility single center group

• Body Width

  3.312 inches nominal

• Winding Function And Quantity

  1 primary single component and 4 secondary single component

• Winding Operating Voltage

  830.00 ac pounds per hour wet single component 2nd secondary

• Winding Operating Current

  3.0 amperes nominal b and better drop siding single component 4th secondary

• Winding Operating Current

  3.0 amperes nominal b and better drop siding single component 3rd secondary

• Inclosure Type

  partially inclosed, double shell

• Mounting Method

  flange single group and unthreaded hole single group

• Winding Operating Voltage

  5.00 ac pounds per hour wet single component 4th secondary

• Winding Operating Current

  85.0 milliamperes nominal b and better drop siding single component 2nd secondary

• Winding Tap Location (Non-Core)

  center tap single component 1st secondary

• Winding Operating Voltage

  5.00 ac pounds per hour wet single component 3rd secondary

• Body Length

  4.375 inches nominal

• Center To Center Distance Between Mounting Facilities Parallel To Width

  2.750 inches nominal single mounting facility single center group

• Winding Operating Voltage

  115.00 ac pounds per hour wet single component single primary

• Mounting Facility Quantity

  4 single group

• Winding Tap Location (Non-Core)

  center tap single component single primary

• Body Height

  3.750 inches nominal

• Winding Shielding Method

  internal shield grounded to inclosure single component

• Input-Output Phase Relationship

  single phase to single phase single component