5905-00-487-0482 NSN (5905004870482) - Explore Complete Database

Owned and operated by ASAP Semiconductor, Buy NSN is a simple and straight-forward sourcing solution. Are you looking to purchase NSN 5905-00-487-0482 Resistor Variable W? Buy NSN has 5905-00-487-0482 NSN in stock and ready to ship out. Leave it to ASAP to handle every step of the parts procurement process. Our quality assurance measures are some of the most diligent in the industry. We cross-reference 5905004870482 NSNs and part 510-00HS10000HMP0RM5PCT and verify all the associated paperwork. Before we ship any part, we perform visual checks to ensure our customers receive the exact part they need. At our core, we are a B2B business who places emphasis on excellent customer care. Each customer is assigned a dedicated account manager who is there every step of the way. Submit an RFQ to benefit from the ASAP method today.

Item Name	Resistor Variable W
INC Code	37406
Federal Supply Group (FSG)	59 Electrical and Electronic Equipment Components
Federal Supply Class (FSC)	5905 Resistors
National Item Identification Number (NIIN)	00-487-0482 (004870482)
NCB Code	USA (00)

Associated Part Numbers of NSN 5905-00-487-0482

Part Number	Manufacturer	Item Name	QTY	RFQ
510-00HS10000HMP0RM5PCT	vamistor weston	resistor variable w	Avl	RFQ
510-00HS10000HMP0RM5PCT	lockheed martin corp dba lockheed martin	resistor variable w	Avl	RFQ
510-00HS10000HMP0RM5PCT	lockheed martin corp	resistor variable w	Avl	RFQ

Technical Characteristics of NSN 5905004870482

MRC	Criteria	Characteristic
AAPN	SECTION QUANTITY	1
AAQL	BODY STYLE	CYLINDRICAL
AARG	RELIABILITY INDICATOR	NOT ESTABLISHED
ABPM	BODY DIAMETER	0.360 INCHES NOMINAL
ADAQ	BODY LENGTH	0.275 INCHES NOMINAL
AEFD	ACTUATOR TYPE	FLUSH DRIVE WITH SLOT-HOLE
AEFH	EFFECTIVE ELECTRICAL ROTATION IN DEG ANGULAR ROTATION	300.0 NOMINAL
AEFK	MAXIMUM STARTING TORQUE	7.50 INCH-OUNCES
AEFL	MAXIMUM RUNNING TORQUE	7.50 INCH-OUNCES
AEFM	MAXIMUM STOP TORQUE	10.00 INCH-OUNCES
APXH	TERMINAL LOCATION	REAR END
AXGY	MOUNTING METHOD	TERMINAL
CBBL	FEATURES PROVIDED	HERMETICALLY SEALED
CQCC	ELECTRICAL RESISTANCE PER SECTION	1.000 KILOHMS SINGLE SECTION
CQCK	ROTARY ACTUATOR TRAVEL IN ANGULAR DEG	332.0 NOMINAL
CQGN	AMBIENT TEMP IN DEG CELSIUS PER SECTION AT ZERO PERCENT RATED POWER	175.0 SINGLE SECTION
CRFJ	TEMP COEFFICIENT OF RESISTANCE PER SECTION IN PPM PER DEG CELSIUS	-50.0 TO 50.0 SINGLE SECTION
CRGD	POWER DISSIPATION RATING PER SECTION IN WATTS	1.25 FREE AIR SINGLE SECTION
CRSS	RESISTANCE TOLERANCE PER SECTION IN PERCENT	-5.0 TO 5.0 SINGLE SECTION
CRSX	ACTUATOR TRAVEL CONTROL FEATURE	STOPS
CSDH	AMBIENT TEMP IN DEG CELSIUS PER SECTION AT FULL RATED POWER	50.0 SINGLE SECTION
TTQY	TERMINAL TYPE AND QUANTITY	3 WIRE LEAD

Relevant Components for NSN - 5905-00-487-0482, 5905004870482
5995-01-268-6013 (5995012686013)	5920-01-411-8571 (5920014118571)	5930-00-898-1898 (5930008981898)	5935-01-481-6721 (5935014816721)
5962-01-696-3117 (5962016963117)	5996-01-170-1276 (5996011701276)	5905-01-205-1721 (5905012051721)	5935-00-627-6227 (5935006276227)
5950-00-648-1460 (5950006481460)	5962-01-417-7613 (5962014177613)	5961-12-187-2136 (5961121872136)	5935-00-173-6277 (5935001736277)

Frequently Asked Questions (FAQ): NSN 5905-00-487-0482

What Is NSN 5905004870482 Used For?

National Stock Number (NSN) 5905004870482 is a unique, NATO-accepted identifier for specific parts that are described as 5905 Resistors used for aircraft.

Is There a Specific Category of Items Associated With NSN 5905004870482?

Yes, NSN 5905004870482 falls under the Federal Supply Class (FSC) 5905, which covers 5905 Resistors for Resistor Variable W.

Which Part Numbers Are Available with the NSN 5905004870482?

The part number we feature that is listed with NSN 5905004870482 is 510-00HS10000HMP0RM5PCT, a Resistor Variable W.

What Federal Supply Group (FSG) Does NSN 5905004870482 Belong To?

NSN 5905004870482 belongs to Federal Supply Group (FSG) 59 Electrical and Electronic Equipment Components, which includes various part types such as Resistor Variable W all of which serve similar applications and are grouped together efficiently under the same umbrella.