Eh-60a Electronic Countermeasures Helicopter Parts

(Page 15) End item NSN parts page 15 of 42
Part Number
NSN
NIIN
15R163A Tapered Roller Bearing Cup
001000515
160379 Spline Adapter
011092492
160379-2 Spline Adapter
011092492
16165 Electrostatic Discharger
010119378
161798 Solenoid Valve
011159768
161798-4 Solenoid Valve
011159768
1620-UH60-001 Landing Ge Wear Pad
011122967
1625 Oxygen Flow Indicator
005266771
1626171-1 Altimeter Link
000012511
1626913-1 Shaft
010932614
1628462-1 Alti Shaft Assembly
010913740
1629615-1 Knob Assembly
010913729
1630-UH60-002 Brake Disc
011149760
1630-UH60-004 Wheel Brake Torque
011149527
1630-UH60-005 Brake Thermal Piston Insulator
011149530
1630-UH60-006 Brake Piston
011149529
164086-100 Aircraft Structural Plate
013465104
164161-100 Check Valve
013024881
1655938-11 Pin-rivet
006190157
1655938-31 Pin-rivet
006804456
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Helicopter, Electronic Countermeasures, Eh-60a

Picture of Eh-60a  Electronic Countermeasures Helicopter

A military helicopter is a helicopter that is either specifically built or converted for use by military forces. A military helicopter's mission is a function of its design or conversion. The most common use of military helicopters is transport of troops, but transport helicopters can be modified or converted to perform other missions such as combat search and rescue (CSAR), medical evacuation (MEDEVAC), airborne command post, or even armed with weapons for attacking ground targets. Specialized military helicopters are intended to conduct specific missions. Examples of specialized military helicopters are attack helicopters, observation helicopters and anti-submarine warfare helicopters.

Military helicopters play an integral part in the sea, land and air operations of modern militaries. Generally manufacturers will develop airframes in different weight/size classes which can be adapted to different roles through the installation of mission specific equipment. To minimise development costs the basic airframes can be stretched and shortened, be updated with new engines and electronics and have the entire mechanical and flight systems mated to new fuselages to create new aircraft. For example, the UH-1 has given rise to a number of derivatives through stretching and re-engining, including the AH-1.

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