NSN: 5905-01-197-8275
Resistors
RESISTOR,VARIABLE,NONWIRE WOUND,NONPRECISION
RESISTOR,VARIABLE,NONWIRE WOUND,NONPRECISION
ACT NOW! SUBMIT A QUICK QUOTE.
Technical Characteristics
-
Fragility Factor
moderately rugged
-
Actuator Travel Control Feature
stops
-
Resistance Temp Characteristic Range Per Section In Percent
-5.0/+10.0 -25 deg celsius single section and -5.0/+10.0 25 deg celsius single section and -3.0/+0.0 -55 deg celsius single section and +0.0/+3.0 120 deg celsius single section
-
Screw Thread Quantity Per Inch
32.0
-
Shaft Length
0.700 inches nominal
-
Section Quantity
1
-
Ambient Temp In Deg Celsius Per Section At Full Rated Power
70.0 single section
-
Screw Thread Diameter
0.250 inches nominal
-
Features Provided
humidity proof
-
Electrical Resistance Per Section
250.0 ohms c and better flooring
-
Resistance Tolerance Per Section In Percent
-10.0/+10.0 single section
-
Standard Taper Curve Per Section
a single section
-
Mounting Method
standard bushing
-
Mounting Bushing Length
0.250 inches nominal
-
Screw Thread Series Designator
unef
-
Body Diameter
0.500 nominal inches
-
Reliability Indicator
not established
-
Overall Length
1.388 inches maximum
-
Actuator Type
single shaft
-
Shaft Diameter
0.125 inches nominal
-
Maximum Stop Torque
48.00 inch-ounces
-
Maximum Starting Torque
6.00 inch-ounces
-
Terminal Type And Quantity
3 tab, solder lug
-
Ambient Temp In Deg Celsius Per Section At Zero Percent Rated Power
120.0 single section
-
Nonturn Device Location
at 4'30 oclock and at 10'30 oclock
-
Shaft Bearing Type
sleeve
-
Maximum Running Torque
6.00 inch-ounces
-
Overall Diameter
0.500 inches nominal
-
Body Length
0.453 inches nominal
-
Nonturn Device Radius
0.245 inches nominal
-
Shaft Style
round, slotted
-
Body Style
cylindrical bushing mounted
-
Effective Electrical Rotation In Deg Angular Rotation
292.0 minimum and 298.0 maximum
-
Terminal Location
rear end
-
Power Dissipation Rating Per Section In Watts
0.5 7th secondary quality
-
Rotary Actuator Travel In Angular Deg
292.0 minimum and 298.0 maximum