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28 Cards in this Set

  • Front
  • Back

Do not respond to ENG OUT warning and audio until checking

TGT, NG, and NP1&2

In a fixed pitch setting, every attempt should be made to achieve level trimmed flight between ___kts

25-145kts

SE failure

1-collective adjust to maintain NR


2- external cargo- jettison


3- establish SE a/s



If cont flight not possible: land asap

Decreasing NR

1- collective adjust to control NR


2- establish SE a/s


(If SE flight can't be maintained)


3- Eng pcl- lockout (maintain <10% below other engine)


4- land asa practicable

Increasing NR

1- engine PCL- retard. Maintain TQ <10% below other eng


2- land Asa practicable


(If eng doesn't respond to mvmt between fly and idle, hmu may be malfunctioning)


3- est SE airspeed


4- emergency eng SD


5- refer to SE EP

Compressor stall

1- est SE a/s


2- collective- reduce


(If cond persists)


3- eng PC- retard


4- eng PCL- fly


(If stall cond occurs)


5- emer eng SD


6- refer to SE EP

Eng 1/2 oil bypass caution

1- establish SE a/s


2- eng pcl- retard


3- land Asa practicable

Chip eng 1/2, eng 1/2 press, eng 1/2 oil hot

1- est SE a/s


2- eng pcl- retard


(If oil P is below limits or T is above limits)


4- emergency eng SD


5- refer to SE failure

Eng high speed shaft failure

1- est SE a/s


2- collective- adjust


3- emergency eng shutdown


4- refer to SE EP

Loss of tail rotor thrust in cruise flight

1- a/s adjust to 80 kts or above


2- autorotate- maintain a/s at or above 80kts


3- eng pcl- off during decel when intended point of landing is assured

Loss of tail rotor thrust at low airspeed (right rotation)

1- collective- reduce


2- eng pcl- off 5-10 ft above touchdown

T/R quad fail caution in cruise flight

1- collective, adjust to determine controllability


2- land Asa practicable

Loss of TR control at low a/s (left rotation)

1- eng PCL- retard to decrease NR below 100% and begin partial power decent


2- adjust to preserve NR


3- eng PCL- off 5-10 feet above td


4- collective- adjust for landing

Main xmsn press or main xmsn oil hot

1- Land ASAP


2- slow to 80kts


3- emergency APU start


4- gens 1/2, off

Chip l/r input mdl caution

1- establish SE a/s


2- eng PCL- idle


3- land ASAP

CHIP MAIN MDL, CHIP L/R ACC MDL, CHIP TAIL XMSN, CHIP TAIL XMSN HOT, CHIP INT XMSN, INT XMSN OIL HOT

land ASAP

Main xmsn failure

1- collective adjust only enough to begin a decent with power remaining applied to the main xmsn throughout decent and landing


2- land ASAP

Fire on ground

1- eng pcl- off


2- eng emer off handle- pull


3- fire ext switch- main/reserve


4- rotor break- as required

Eng fire in flight

1- est SE a/s


2- eng pcl- off


3- eng emergency off handle- pull


4- fire ext: main/reserve


5- land ASAP

Fuel 1 & 2 bypass

Land ASAP

Fuel 1/2 pressure low

(If critical)


1- eng fuel sys selector- xfd


2- fuel boost pump control- on


3- land ASAP


4- emergency eng SD after landing)

Fuel 1&2 pressure low

1- land ASAP


2- emergency eng SD after landing

Landing with hyd 1 pump and no backup pump

Roll on above 40 knots

Hyd 1/2 pump fail and no backup pump

1- a/s, adjust to a comfortable a/s


2- backup pump- on


(If still not on)


3- FPS and SAS/BOOST- press off (for hyd pump 2 fail)


4- land ASAP

Primary SVO 1/2 fail

1- SVO off switch- check centered


2- if caution appears with SVO off switch centered, move the switch to turn off the malfunctioning SVO


3- land ASAP

Flight control/main rotor system malfunction

1- land ASAP


2- emergency eng SD after landing


3- rotor break as required

The following component failures will result in land ASAP

1- loss of 2 DCU


2- loss of 4 MFD

Following component failures will result in land as soon as practicable

1- loss of 1 DCU


2- loss of 2 EGIs


3- loss of up to 3 MFDs


4- loss of 2 ADCs


5- loss of 2 FMs