APW1-2 139-5

Technical Characteristics

• Flat Height

  0.103 inches minimum and 0.106 inches maximum

• Mounting Bushing Length

  0.313 inches maximum

• Electrical Resistance Per Section

  1.0 kilohms single section

• Ambient Temp In Deg Celsius Per Section At Zero Percent Rated Power

  150.0 single section

• Terminal Type And Quantity

  3 tab, solder lug

• Rotary Actuator Travel In Angular Deg

  336.0 maximum

• Resistance Tolerance Per Section In Percent

  -5.0/+5.0 single section

• Maximum Starting Torque

  1.00 inch-ounces

• Body Diameter

  0.500 inches nominal

• Shaft Length

  1.750 inches nominal

• Overall Length

  2.584 inches nominal

• Features Provided

  humidity proof and shaft seal

• Actuator Type

  single shaft

• Reliability Indicator

  not established

• Screw Thread Series Designator

  unef

• Shaft Style

  round, flatted

• Nonturn Device Location

  at 9 oclock

• Ambient Temp In Deg Celsius Per Section At Full Rated Power

  85.0 single section

• Mounting Method

  standard bushing

• Body Length

  0.578 inches maximum

• Effective Electrical Rotation In Deg Angular Rotation

  320.0 nominal

• Function Characteristic Per Section

  single section linear

• Maximum Stop Torque

  80.00 inch-ounces

• Screw Thread Diameter

  0.250 inches nominal

• Nonturn Device Radius

  0.173 inches minimum and 0.203 inches maximum

• Function Conformity Tolerance Per Section

  -1.00/+1.00 single section

• Section Quantity

  1

• First Flat Length

  0.480 inches minimum and 0.520 inches maximum

• Screw Thread Quantity Per Inch

  32.0

• Actuator Travel Control Feature

  stops

• Shaft Diameter

  0.120 inches minimum and 0.125 inches maximum

• Terminal Location

  rear end

• Power Dissipation Rating Per Section In Watts

  2.0 free air single section

• Body Style

  cylindrical bushing mounted

• Temp Coefficient Of Resistance Per Section In Ppm Per Deg Celsius

  -30.0/+30.0 single section

• Overall Diameter

  0.500 inches nominal

• Function Conformity Per Section

  single section independent linearity