37000 Feet | Browse and search NASA's Aviation Safety Reporting System |
|
Attributes | |
ACN | 633480 |
Time | |
Date | 200409 |
Day | Sun |
Local Time Of Day | 1801 To 2400 |
Place | |
Locale Reference | airport : zzz.airport |
State Reference | US |
Altitude | msl bound lower : 815 msl bound upper : 4000 |
Environment | |
Flight Conditions | VMC |
Light | Dusk |
Aircraft 1 | |
Controlling Facilities | tower : zzz.tower |
Operator | general aviation : corporate |
Make Model Name | Citation V |
Operating Under FAR Part | Part 91 |
Flight Phase | descent : intermediate altitude descent : approach |
Flight Plan | IFR |
Aircraft 2 | |
Controlling Facilities | tower : zzz.tower |
Make Model Name | Any Unknown or Unlisted Aircraft Manufacturer |
Flight Phase | descent : approach descent : intermediate altitude |
Person 1 | |
Affiliation | company : corporate |
Function | flight crew : captain oversight : pic |
Qualification | pilot : atp pilot : cfi |
Experience | flight time last 90 days : 120 flight time total : 8300 flight time type : 2235 |
ASRS Report | 633480 |
Person 2 | |
Affiliation | company : corporate |
Function | flight crew : first officer |
Events | |
Anomaly | aircraft equipment problem : critical non adherence : published procedure non adherence : company policies other anomaly other |
Independent Detector | other flight crewa other flight crewb |
Resolutory Action | aircraft : equipment problem dissipated controller : provided flight assist flight crew : declared emergency flight crew : landed in emergency condition other |
Consequence | other other |
Supplementary | |
Problem Areas | Flight Crew Human Performance Aircraft Environmental Factor |
Primary Problem | Aircraft |
Narrative:
While being vectored for a visual approach to runway 10L at ZZZ, we were instructed to descend to 4000 ft on a right base leg and to slow our airspeed to 180 KTS. We were approximately 8 mi out and informed by ATC that there was traffic ahead of us at our 1 O'clock position, also proceeding in for landing on runway 10L. We were instructed by the ZZZ tower controller to square off our base leg to provide separation, and being the PF, I reduced the power to idle on both engines while squaring off our base leg. After reducing power, I observed the oil pressure low annunciator illuminate pertaining to the left (#1) engine, and the flashing illumination of the master warning annunciator lights, as we both observed the left (#1) engine flameout and all associated engine instrument indications and annunciators confirming the engine failure. Prior to depressing the master warning indicator, the PNF and I confirmed the engine failure indications and I proceeded to perform the memory items pertaining to an engine failure while on an approach. After leveling off at 4000 ft and confirming the location of the aircraft ahead of us, I turned final and proceeded toward the airport. ATC cleared us to land and I called for the checklist to confirm that all memory items were completed. As we proceeded toward runway 10L, I called for the landing gear to be extended and for all landing checks. I then asked the PNF to inform the tower that we were declaring an emergency due to the engine failure. The tower controller asked us if we required the emergency equipment to stand by and the PNF responded affirmative. While flying the approach to the runway, at no time did we conduct any other checklist items pertaining to the engine failure and I did not bring the throttle into the cut-off position on the failed engine. I instead focused my attention on flying the single engine approach and the PNF proceeded with all associated callouts as per sops. When I determined that landing was assured I called for full flaps and we proceeded to land without incident. Shortly after touchdown while decelerating and applying brakes, speed brakes and deploying thrust reversers on the operating engine, the PNF observed the illumination of the left engine boost pump on annunciator, and confirmed that the left engine had become operational. After exiting the runway we were escorted by an emergency vehicle. I informed the PNF to inform the tower controller that no further assistance was required and he did so. I noticed the odor of fuel in the cabin after exiting the runway and proceeded to select the left boost pump to the off position. We proceeded to perform all after landing checklists and contacted ground for clearance to taxi to the FBO ramp. We taxied to the ramp and after parking, shut the engines down and proceeded to observe normal engine indications and performed the appropriate shutdown checklists. The passenger disembarked the aircraft and proceeded into the FBO building without any concern regarding the event. Maintenance checked rigging for the aircraft power levers and found no fault within the system. They also performed an operational check on the left engine and the engine operated normally. The fuel control unit was removed and replaced.
Original NASA ASRS Text
Title: C560 FLT CREW EXPERIENCES AN AUTOMATIC INFLT SHUTDOWN AFTER ENG FAILS DURING APCH TO LNDG RWY 10L AT ZZZ.
Narrative: WHILE BEING VECTORED FOR A VISUAL APCH TO RWY 10L AT ZZZ, WE WERE INSTRUCTED TO DSND TO 4000 FT ON A R BASE LEG AND TO SLOW OUR AIRSPD TO 180 KTS. WE WERE APPROX 8 MI OUT AND INFORMED BY ATC THAT THERE WAS TFC AHEAD OF US AT OUR 1 O'CLOCK POS, ALSO PROCEEDING IN FOR LNDG ON RWY 10L. WE WERE INSTRUCTED BY THE ZZZ TWR CTLR TO SQUARE OFF OUR BASE LEG TO PROVIDE SEPARATION, AND BEING THE PF, I REDUCED THE PWR TO IDLE ON BOTH ENGS WHILE SQUARING OFF OUR BASE LEG. AFTER REDUCING PWR, I OBSERVED THE OIL PRESSURE LOW ANNUNCIATOR ILLUMINATE PERTAINING TO THE L (#1) ENG, AND THE FLASHING ILLUMINATION OF THE MASTER WARNING ANNUNCIATOR LIGHTS, AS WE BOTH OBSERVED THE L (#1) ENG FLAMEOUT AND ALL ASSOCIATED ENG INST INDICATIONS AND ANNUNCIATORS CONFIRMING THE ENG FAILURE. PRIOR TO DEPRESSING THE MASTER WARNING INDICATOR, THE PNF AND I CONFIRMED THE ENG FAILURE INDICATIONS AND I PROCEEDED TO PERFORM THE MEMORY ITEMS PERTAINING TO AN ENG FAILURE WHILE ON AN APCH. AFTER LEVELING OFF AT 4000 FT AND CONFIRMING THE LOCATION OF THE ACFT AHEAD OF US, I TURNED FINAL AND PROCEEDED TOWARD THE ARPT. ATC CLRED US TO LAND AND I CALLED FOR THE CHKLIST TO CONFIRM THAT ALL MEMORY ITEMS WERE COMPLETED. AS WE PROCEEDED TOWARD RWY 10L, I CALLED FOR THE LNDG GEAR TO BE EXTENDED AND FOR ALL LNDG CHKS. I THEN ASKED THE PNF TO INFORM THE TWR THAT WE WERE DECLARING AN EMER DUE TO THE ENG FAILURE. THE TWR CTLR ASKED US IF WE REQUIRED THE EMER EQUIP TO STAND BY AND THE PNF RESPONDED AFFIRMATIVE. WHILE FLYING THE APCH TO THE RWY, AT NO TIME DID WE CONDUCT ANY OTHER CHKLIST ITEMS PERTAINING TO THE ENG FAILURE AND I DID NOT BRING THE THROTTLE INTO THE CUT-OFF POS ON THE FAILED ENG. I INSTEAD FOCUSED MY ATTN ON FLYING THE SINGLE ENG APCH AND THE PNF PROCEEDED WITH ALL ASSOCIATED CALLOUTS AS PER SOPS. WHEN I DETERMINED THAT LNDG WAS ASSURED I CALLED FOR FULL FLAPS AND WE PROCEEDED TO LAND WITHOUT INCIDENT. SHORTLY AFTER TOUCHDOWN WHILE DECELERATING AND APPLYING BRAKES, SPD BRAKES AND DEPLOYING THRUST REVERSERS ON THE OPERATING ENG, THE PNF OBSERVED THE ILLUMINATION OF THE L ENG BOOST PUMP ON ANNUNCIATOR, AND CONFIRMED THAT THE L ENG HAD BECOME OPERATIONAL. AFTER EXITING THE RWY WE WERE ESCORTED BY AN EMER VEHICLE. I INFORMED THE PNF TO INFORM THE TWR CTLR THAT NO FURTHER ASSISTANCE WAS REQUIRED AND HE DID SO. I NOTICED THE ODOR OF FUEL IN THE CABIN AFTER EXITING THE RWY AND PROCEEDED TO SELECT THE L BOOST PUMP TO THE OFF POS. WE PROCEEDED TO PERFORM ALL AFTER LNDG CHKLISTS AND CONTACTED GND FOR CLRNC TO TAXI TO THE FBO RAMP. WE TAXIED TO THE RAMP AND AFTER PARKING, SHUT THE ENGS DOWN AND PROCEEDED TO OBSERVE NORMAL ENG INDICATIONS AND PERFORMED THE APPROPRIATE SHUTDOWN CHKLISTS. THE PAX DISEMBARKED THE ACFT AND PROCEEDED INTO THE FBO BUILDING WITHOUT ANY CONCERN REGARDING THE EVENT. MAINT CHKED RIGGING FOR THE ACFT PWR LEVERS AND FOUND NO FAULT WITHIN THE SYS. THEY ALSO PERFORMED AN OPERATIONAL CHK ON THE L ENG AND THE ENG OPERATED NORMALLY. THE FUEL CTL UNIT WAS REMOVED AND REPLACED.
Data retrieved from NASA's ASRS site as of July 2007 and automatically converted to unabbreviated mixed upper/lowercase text. This report is for informational purposes with no guarantee of accuracy. See NASA's ASRS site for official report.