NSN 5905-01-145-4549
Conductive Plastic Variable Resistor
Rectangular body style, flush drive with slot-hole actuator type, 240.0 effective electrical rotation in deg angular rotation, maximum starting torque: 5.00 inch-ounces.
Manufacturer part number E2A251 for national stock number 5905011454549.
Datasheet
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Product description
Nonprecision Nonwire Wound Variable Resistor NSN 5905-01-145-4549.
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MPN or Model
E2A251
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Schedule B
8533.40.0080 (Variable resistors, including potentiometers, nesoi) -
NMF (National Motor Freight)
062960 - Reostats/parts NOI -
Unit Weight (Est.)
0.1 lb -
Section Quantity
1 -
Body Style
Rectangular -
Reliability Indicator
Not established -
Overall Length
0.375 inches -
Terminal Length
0.125 inches -
Overall Height
0.375 inches -
Overall Width
0.375 inches -
Body Length
0.250 inches -
Body Width
0.375 inches -
Body Height
0.375 inches -
Actuator Type
Flush drive with slot-hole -
Effective Electrical Rotation In Deg Angular Rotation
240.0 -
Maximum Starting Torque
5.00 inch-ounces -
Maximum Running Torque
5.00 inch-ounces -
Center To Center Distance Between Terminals
0.200 inches -
Terminal Location
Lower adjacent side two rows -
Mounting Method
Terminal -
Center To Center Distance Between Terminal Rows
0.100 inches -
Electrical Resistance Per Section
250.000 ohms c and better flooring -
Rotary Actuator Travel In Angular Deg
360.0 -
Center To Center Distance Between Center Terminal And Outside Terminal
0.100 inches -
Ambient Tempurature In Deg Celsius Per Section At Zero Percent Rated Power
125.0 single section -
Tempurature Coefficient Of Resistance Per Section In Ppm Per Deg Celsius
-100.0/+100.0 single section -
Power Dissipation Rating Per Section In Watts
0.5 7th secondary quality -
Resistance Tolerance Per Section In Percent
-10.0/+10.0 single section -
Actuator Travel Control Feature
Stops -
Ambient Tempurature In Deg Celsius Per Section At Full Rated Power
70.0 single section -
Standard Taper Curve Per Section
A single section -
Terminal Type And Quantity
3 pin
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A resistor in which a sliding or rolling contact moves over an exposed area of the resistive element to change the ohmic value of the output. The functional tolerance (linearity), if given, of the output is greater than plus or minus 1 percent on linear outputs. Specified outputs such as sine, cosine, tangent, etc., shall be considered to be precision. For items having manually positioned taps designed to be set and fixed prior to use, see resistor, adjustable. For items with step by step variation, see rheostat and resistor, step by step. For tandem-mounted items designed to function together as an attenuator (and rated accordingly), see attenuator, variable. Excludes resistor (1), variable, wire wound, nonprecision; resistor (1), variable, nonwire wound precision; and resistor (1), variable, wire wound, precision.
Pricing and Availability
Get a quote for 5905-01-145-4549 nonprecision nonwire wound variable resistorManufacturer Part Numbers and Alternates
MPN manufacturer part number | Registrant or Supplier |
---|---|
E2A251 | Rockwell Automation, Inc. |
2100-3531 | Keysight Technologies, Inc. |
72PR250-177B | Newington Electric Co Inc |
63P | Vishay Thin Film, Llc |
3386P-Y46-251 | Bourns, Inc. |
72PR250 | Bi Technologies Corporation |
63P | Iv-electronic Klaus Vespermann Kg |
2100-3531 | Hewlett-packard Company |
E2A251 | Rockwell Automation, Inc. |
2100-3531 | Keysight Technologies, Inc. |
72PR250-177B | Newington Electric Co Inc |
63P | Vishay Thin Film, Llc |
3386P-Y46-251 | Bourns, Inc. |
72PR250 | Bi Technologies Corporation |
2100-3531 | Hewlett-packard Company |
63P | Iv-electronic Klaus Vespermann Kg |
E2A251 | Rockwell Automation, Inc. |
2100-3531 | Keysight Technologies, Inc. |
72PR250-177B | Newington Electric Co Inc |
63P | Vishay Thin Film, Llc |
3386P-Y46-251 | Bourns, Inc. |
72PR250 | Bi Technologies Corporation |
2100-3531 | Hewlett-packard Company |
63P | Iv-electronic Klaus Vespermann Kg |
E2A251 | Rockwell Automation, Inc. |
2100-3531 | Keysight Technologies, Inc. |
72PR250-177B | Newington Electric Co Inc |
63P | Vishay Thin Film, Llc |
72PR250 | Bi Technologies Corporation |
3386P-Y46-251 | Bourns, Inc. |
2100-3531 | Hewlett-packard Company |
63P | Iv-electronic Klaus Vespermann Kg |
63P | Iv-electronic Klaus Vespermann Kg |
2100-3531 | Hewlett-packard Company |
63P | Vishay Thin Film, Llc |
72PR250-177B | Newington Electric Co Inc |
3386P-Y46-251 | Bourns, Inc. |
72PR250 | Bi Technologies Corporation |
2100-3531 | Keysight Technologies, Inc. |
E2A251 | Rockwell Automation, Inc. |
E2A251 | Rockwell Automation, Inc. |
2100-3531 | Keysight Technologies, Inc. |
3386P-Y46-251 | Bourns, Inc. |
72PR250 | Bi Technologies Corporation |
72PR250-177B | Newington Electric Co Inc |
63P | Vishay Thin Film, Llc |
2100-3531 | Hewlett-packard Company |
63P | Iv-electronic Klaus Vespermann Kg |
E2A251 | Rockwell Automation, Inc. |
2100-3531 | Keysight Technologies, Inc. |
3386P-Y46-251 | Bourns, Inc. |
72PR250 | Bi Technologies Corporation |
72PR250-177B | Newington Electric Co Inc |
63P | Vishay Thin Film, Llc |
2100-3531 | Hewlett-packard Company |
63P | Iv-electronic Klaus Vespermann Kg |
E2A251 | Rockwell Automation, Inc. |
2100-3531 | Keysight Technologies, Inc. |
3386P-Y46-251 | Bourns, Inc. |
72PR250 | Bi Technologies Corporation |
72PR250-177B | Newington Electric Co Inc |
63P | Vishay Thin Film, Llc |
2100-3531 | Hewlett-packard Company |
63P | Iv-electronic Klaus Vespermann Kg |