Product Technical Spec.
Body Style:
Cylindrical servo mounted
Reliability Indicator:
Not established
Pilot Diameter:
Between 1.9360 inches and 1.9370 inches
Pilot Length:
Between 0.0290 inches and 0.0320 inches
Overall Length:
Between 1.217 inches and 1.260 inches
Undercut Diameter:
Between 1.9375 inches and 1.9385 inches
Undercut Width:
Between 0.0700 inches and 0.0900 inches
Body Diameter:
Between 1.990 inches and 2.010 inches
Shaft Diameter:
0.250 inches
Shaft Length:
Between 0.198 inches and 0.218 inches
Body Length:
Between 0.990 inches and 1.010 inches
Overall Diameter:
Between 2.125 inches and 2.151 inches
Mounting Lip Diameter:
Between 1.9900 inches and 2.0100 inches
Mounting Lip Depth:
Between 0.0680 inches and 0.0850 inches
Shaft Bearing Type:
Bearing
Actuator Type:
Single shaft
Effective Electrical Rotation In Deg Angular Rotation:
Between 319.0 and 321.0
Maximum Starting Torque:
0.60 inch-ounces
Shaft End Play:
0.006 inches
Lateral Runout:
0.001 inches
Pilot Diameter Runout:
0.001 inches
Terminal Location:
Radially positioned over less than half the circumference
Mounting Method:
Clamp ring
Electrical Resistance Per Section:
1.0 kilohms single section
Rotary Actuator Travel In Angular Deg:
360.0
Function Conformity Tolerance Per Section:
-0.50/+0.50 single section
Ambient Tempurature In Deg Celsius Per Section At Zero Percent Rated Power:
105.0 single section
Tempurature Coefficient Of Resistance Per Section In Ppm Per Deg Celsius:
-30.0/+30.0 single section
Power Dissipation Rating Per Section In Watts:
4.0 free air single section
Function Conformity Per Section:
Single section independent linearity
Resistance Tolerance Per Section In Percent:
-1.0/+1.0 single section
Actuator Travel Control Feature:
Continuous motion
Function Characteristic Per Section:
Single section linear
Ambient Tempurature In Deg Celsius Per Section At Full Rated Power:
40.0 single section
Terminal Type And Quantity:
13 solder stud
Item Name:
Resistor,variable,linear Precision
Cross Referenced Parts
No other part numbers with same form, fit, and function found.
