NSN 5905-00-820-5931
Wire Wound Variable Resistor
Cylindrical bushing mounted body style, round shaft style, single shaft actuator type, effective electrical rotation in deg angular rotation: between 3600.0 and 3614.4 .
Manufacturer part number 227892-2 for national stock number 5905008205931.
Datasheet
-
Product description
Precision Wire Wound Variable Resistor NSN 5905-00-820-5931.
-
MPN or Model
227892-2
-
Schedule B
8533.39.0080 (Wirewound variable resistors, nesoi) -
NMF (National Motor Freight)
062960 - Reostats/parts NOI -
Unit Weight (Est.)
0.6 lb -
Section Quantity
1 -
Body Style
Cylindrical bushing mounted -
Reliability Indicator
Not established -
Overall Length
Between 2.969 inches and 3.031 inches -
Body Diameter
Between 1.719 inches and 1.781 inches -
Shaft Diameter
Between 0.2495 inches and 0.2500 inches -
Shaft Length
Between 0.844 inches and 0.906 inches -
Mounting Bushing Length
0.375 inches -
Body Length
2.125 inches -
Overall Diameter
2.125 inches -
Shaft Style
Round -
Actuator Type
Single shaft -
Effective Electrical Rotation In Deg Angular Rotation
Between 3600.0 and 3614.4 -
Maximum Starting Torque
3.00 inch-ounces -
Maximum Running Torque
1.50 inch-ounces -
Maximum Stop Torque
192.00 inch-ounces -
Nonturn Device Location
At 6 oclock -
Nonturn Device Radius
0.531 inches -
Screw Thread Diameter
0.375 inches -
Screw Thread Series Designator
Unef -
Screw Thready Qty Per Inch (tpi)
32.0 -
Terminal Location
Rear end -
Mounting Method
Standard bushing -
Electrical Resistance Per Section
20.0 kilohms single section -
Rotary Actuator Travel In Angular Deg
Between 3600.0 and 3615.0 -
Function Conformity Tolerance Per Section
-0.10/+0.10 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
-110.0/+110.0 single section -
Power Dissipation Rating Per Section In Watts
5.0 heat sink single section -
Function Conformity Per Section
Single section independent linearity -
Fixed Tap Quantity Per Section
1 single section -
Tap Location Tolerance Per Section
-1.0/+1.0 degrees angular rotation single section -
Resistance Tolerance Per Section In Percent
-3.0/+3.0 single section -
Actuator Travel Control Feature
Stops -
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
3 tab, solder lug and 1 turret
More from these suppliers
- 5905-00-930-2839 MPN 120-353Precision Wire Wound Variable Resistor
- 5905-01-079-7224 MPN 1140-0494Precision Wire Wound Variable Resistor
- 5905-01-306-1159 MPN 63M103Nonprecision Nonwire Wound Variable Resistor
- 5935-00-189-4932 MPN 185121-78Electrical Connector Cover
- 5940-00-270-3272 MPN 208288-3Feedthru Terminal
- 5950-00-453-6175 MPN 307981-1Power Autotransformer Transformer
- 5950-00-466-3377 MPN 328702-1Pulse Transformer
- 5950-00-645-4250 MPN 367949-3Radio Frequency Coil
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) of the output is equal to or less than plus or munus 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, nonwire wound, nonprecision; resistor (1), variable, nonwire wound, precision; and resistor (1), variable, wire wound, nonprecision.
Pricing and Availability
Get a quote for 5905-00-820-5931 precision wire wound variable resistorManufacturer Part Numbers and Alternates
MPN manufacturer part number | Registrant or Supplier |
---|---|
227892-2 | Raytheon Company |
860-9912 | Vishay Thin Film, Llc |