Ch 47 (rotary Wing Aircraft) Parts

(Page 30) End item NSN parts page 30 of 31
Part Number
NSN
NIIN
134144-011 Solid Rivet
001176939
134318-005 Hexagon Plain Nut
002083786
1350-1503 Machine Screw
008893001
1353AS100-1 Aircraft Component Hoisting Unit
011618623
1356-643887M1 Hydraulic Accumulator
008804138
1359090 Toggle Switch
006603947
1360 Lock Washer
000453299
1360ADX Lock Washer
000453299
136162-416 Lock Washer
009338121
13705-02 Plate Self-locking Nut
007834174
13715-02 Plate Self-locking Nut
007793601
137228 Cotter Pin
000137228
137619161 Nonmetallic Bushing
006632125
137R023 O-ring
001661011
1385 Incandescent Lamp
001866276
1397320 Electrical Plug Connector
006860447
13992 Hexagon Self-locking Nut
009824908
13C45000 Incandescent Lamp
007637744
14-00003-008 Incandescent Lamp
001557836
14-7069-11 Hexagon Plain Nut
009349765
Page: 30

Ch 47 (rotary Wing Aircraft)

Picture of Ch 47 (rotary Wing Aircraft)

The AN/ALE-47 Airborne Countermeasures Dispenser System is used to protect military aircraft from incoming radar and infrared homing missiles. It works by dispensing flares or chaff. It is used on a variety of U.S. Air Force, Navy, and Army aircraft, as well as in other militaries.

The AN/ALE-47 countermeasure dispenser system was developed by Tracor, now part of BAE Systems,

The ALE-47 is integrated with the aircraft's radar warning receivers, missile warning receivers and other electronic warfare sensors. When the aircraft's sensors detect a threat, the countermeasure dispenser system automatically launches radiofrequency and infrared countermeasures at the optimum time to defeat incoming missiles. The ALE is compatible with a wide variety of countermeasures such as different types of flares and chaff. It is also designed to work with advanced future countermeasures.

The ALE-47 consists of a cockpit control unit, sequencer units, countermeasure dispensers and an optional programmer. The cockpit control unit provides an interface with the pilot. A programmer can be added to add extra features, such as advanced threat evaluation. It can also be used to fully integrate the system with an aircraft's glass cockpit eliminating the need for the cockpit control unit. The sequencer units control the dispensers, and are automatically capable of detecting misfires and correcting them. The sequencers are built into the dispenser units on the rotary-wing version. Each dispenser can hold five different types of countermeasures for a total of 30. The whole system can accommodate up to 32 dispensers on fixed-wing aircraft and 16 on rotary-wing aircraft.

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