AP23573
Resistors
RESISTOR,VARIABLE,NONWIRE WOUND,NONPRECISION
AP23573
RESISTOR,VARIABLE,NONWIRE WOUND,NONPRECISION
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Technical Characteristics
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Electrical Resistance Per Section
25.0 percent, rated amperes c and better industrial clears
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Electrical Resistance Per Section
25.0 percent, rated amperes c and better select
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Resistance Tolerance Per Section In Percent
-20.0/+20.0 1st section
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Screw Thread Diameter
0.375 inches nominal
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Ambient Temp In Deg Celsius Per Section At Zero Percent Rated Power
150.0 all sections
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Body Diameter
0.750 inches nominal
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Terminal Type And Quantity
9 tab, solder lug
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Shaft Style
round
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Mounting Bushing Length
0.375 inches nominal
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Shaft Diameter
0.250 inches nominal
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Effective Electrical Rotation In Deg Angular Rotation
280.0 nominal
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Rotary Actuator Travel In Angular Deg
280.0 nominal
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Actuator Type
single shaft
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Reliability Indicator
not established
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Resistance Tolerance Per Section In Percent
-10.0/+10.0 2nd section
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Screw Thread Series Designator
unef
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Resistance Tolerance Per Section In Percent
-10.0/+10.0 3rd section
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Nonturn Device Location
at 9 oclock
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Power Dissipation Rating Per Section In Watts
2.0 7th secondary finish
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Mounting Method
standard bushing
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Temp Coefficient Of Resistance Per Section In Ppm Per Deg Celsius
-100.0/+250.0 all sections
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Terminal Location
radially positioned over less than half the circumference
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Overall Length
2.343 inches nominal
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Electrical Resistance Per Section
2.0 gallons per minute c and better finish
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Features Provided
humidity proof
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Shaft Length
0.875 inches nominal
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Ambient Temp In Deg Celsius Per Section At Full Rated Power
70.0 all sections
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Screw Thread Quantity Per Inch
32.0
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Overall Diameter
1.125 inches nominal
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Actuator Travel Control Feature
stops
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Fragility Factor
moderately rugged
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Power Dissipation Rating Per Section In Watts
0.72 7th secondary pattern
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Nonturn Device Radius
0.531 inches nominal
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Body Length
1.468 inches nominal
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Body Style
cylindrical bushing mounted
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Section Quantity
3
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Power Dissipation Rating Per Section In Watts
0.0 7th secondary grams
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Standard Taper Curve Per Section
f all sections