NSN: 5905-01-066-5441
Resistors
RESISTOR,VARIABLE,WIRE WOUND,PRECISION
RESISTOR,VARIABLE,WIRE WOUND,PRECISION
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Technical Characteristics
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Electrical Resistance Per Section
1.000 kilohms single section
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Function Characteristic Per Section
single section linear
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Body Diameter
0.875 inches nominal
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Shaft Diameter
0.1248 inches maximum
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Terminal Type And Quantity
4 turret
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Shaft Runout
0.0015 inches
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Mounting Lip Diameter
0.87500 inches nominal
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Ambient Temp In Deg Celsius Per Section At Zero Percent Rated Power
85.0 single section
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Undercut Diameter
0.781 inches maximum
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Undercut Width
0.05700 inches minimum
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Maximum Starting Torque
0.20 inch-ounces
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Shaft Style
round
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Mounting Lip Depth
0.06200 inches nominal
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Resistance Tolerance Per Section In Percent
-5.0/+5.0 single section
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Power Dissipation Rating Per Section In Watts
0.75 free air single section
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Pilot Diameter
0.75000 inches maximum
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Body Style
cylindrical servo mounted
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Fixed Tap Quantity Per Section
1 single section
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Maximum Running Torque
0.20 inch-ounces
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Ambient Temp In Deg Celsius Per Section At Full Rated Power
40.0 single section
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Rotary Actuator Travel In Angular Deg
360.0 nominal
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Actuator Type
single shaft
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Reliability Indicator
not established
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Pilot Diameter Runout
0.00200 inches
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Effective Electrical Rotation In Deg Angular Rotation
354.0 nominal
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Pilot Length
0.06200 inches nominal
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Actuator Travel Control Feature
continuous motion
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Lateral Runout
0.003 inches
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Shaft Radial Play
0.003 inches
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Mounting Method
clamp ring
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Terminal Location
radially positioned over less than half the circumference
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Body Length
0.700 inches nominal
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Shaft Length
0.500 inches nominal
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Section Quantity
1
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Tap Location From Ccw Terminal Per Section In Deg Of Effective Electrical Rotation
180.0 single section
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Function Conformity Tolerance Per Section
-0.25/+0.25 single section
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Shaft End Play
0.00500 inches
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Shaft Bearing Type
ball
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Tap Location Tolerance Per Section
-2.0/+2.0 deg angular rotation single section
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Temp Coefficient Of Resistance Wire Per Section In Ppm Per Deg Celsius
-20.0/+20.0 single section
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Function Conformity Per Section
single section independent linearity