NSN: 5930-00-186-2428

Technical Characteristics

• Thread Series Designator

  unef single mounting facility

• Test Data Document

  81349-mil-s-3786/4 specification

• Style Designator

  9 tap, circular, bushing mount

• Contact Load Current Rating

  2.0 amperes resistive load ac at sea level and 1.0 amperes inductive load

• Switch Actuator Positioning Increment

  30.0 degrees single actuator

• Contact Switching Action

  breaks before makes single section rear

• Terminal Type

  tab, solder lug

• Contact Voltage Rating In Volts

  115.0 ac at sea level

• Nominal Thread Size

  0.375 inches single mounting facility

• Pole Quantity

  1 single section front

• Individual Section Quantity

  1

• Shaft Length

  0.780 inches nominal single actuator

• Flat Height

  0.208 inches minimum single actuator and 0.212 inches maximum

• Overall Length

  1.800 inches maximum

• Thread Length

  0.410 inches nominal single mounting facility

• Contact Load Current Rating

  1.0 amperes resistive load dc at sea level and 500.0 milliamperes inductive load

• Switch Actuator Stop Device Type

  fixed stop single actuator

• Shaft Type

  round, flatted single actuator

• Switch Actuator Indexing Position Quantity

  12 single actuator

• Rotor Through Connection Quantity

  1 single section

• Shaft Flat/slot Angular Location

  180.0 degrees from contact position 1 single actuator

• Contact Voltage Rating In Volts

  28.0 dc at sea level

• Mounting Method

  threaded bushing w/panel seal single mounting facility

• Throw Quantity

  12 single section rear

• Switch Contact Basic Design

  nonpile-up symmetrical

• Operating Temp Range

  -65.0 to 125.0 deg celsius

• Nonturn Device Type

  slotted bushing at 12:00 o'clock

• Overall Diameter

  1.172 inches maximum

• Shaft Diameter

  0.248 inches minimum single actuator and 0.252 inches maximum

• First Flat Length

  0.250 inches nominal single actuator

• Hazardous Locations/environmental Protection

  explosion proof

• Thread Class

  2a single mounting facility