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Sosialisasi
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Home ---> Sosialisasi Last Update 17 Jul 01 |
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General Wind shear is a rapid change in wind speed and/or direction over a short distance along the flight path. Wind shear causes a severe hazard to aircraft during take off, approach and landing. The dangerous type of windshear is known as down burst or its smaller, even more visciousform, the most microburst. Microburst activity may be expected when one of the following phenomena is observed:
Wind Shear Recognition Be prepared to execute the recommended recovery procedure immediately if deviations from the normal target condition exceed the following values: Take off:
Approach:
Inform ATC as soon as possible after exiting the shear. A pilot's report is of vital importance as the shear may incerease in intensity and the next aircraft may not have the performance capability to recover.
Wind Shear Recovery During Take Off Roll Recognition of shear during take of roll is difficult since speed is changing rapidly. Slow or erratic speed build up or unusual speed fluctuation may e indicative of a wind shear. the "go/no-go" criteria based on V1 may not be valid in wind shear conditions since ground speed may be considerably higher than airspeed. It may therefore not be possible to stop within the remaining runway if the take off is rejected. Prior V1. the take off should be rejected if it is ensured that sufficient stopping distance is available. In view of the proposed recovery technique, the following is recommended:
Wind Shear Recovery After Take Off and on Approach The recovery technique is developed with the objective to keep the aircraft flying as long as possible in the hope of exiting the shear. In order to obtain this, maintaining vertical flight path is the primary targer. Speed control is of secondary concern. The recomended recovery technique should be initiated immediately any time the vertical flight path is reduced to below 1000 feet AGL. In view otf the recovery technique, the following is recomended:
Summarizing the after take off /on approach wind shear recovery:
Sumber : COM Page 5.5.1-5.53
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GENERAL In the even of mulfunction of equipment considered necessary for completion of planned flight, PIC's are authorized to land in excess of their maximum permitted landing weight rather than hold to burn of fuel. The folowing points are relevants. Runway lenght requirements for take off are more critical than landing requirements, hence, any runway is available for landing at the weights specified for take off. PiC's are reminded that overweight landings must not be made for purely commercial reasons (e.g. return to pick up extra load). When carry out a landing data weight in excess of that quoted as the maximum permitted landing weight, PiC's should endeavor to ensure that they achieve a normal landing. PiC's are reminded of the importance of reporting overweight landings inthe technical log, to ensure that special engineering checks are carried out before the aircraft can fly again.
Factor Which influence Overweight Landing In view of the increased aircraft weight, special attention shall be paid to the folloeing items and conditions, when considering an overweight landing.
Any landing with a weight in excess 2% above the maximum allowed landing weight should be reported in the Aircraft Maintenance Log and a trip report.
Overweight Landing Inspection When the weight of the aircraft at an overweight lamding does not exceed 5% of the maximum allowed landing weight no special inspection is required. At higher weights, or when a hard landing is made at any weight, the "hard landing inspection" for the aircraft type concerned shall carried out. Sumber: COM 1.8.15 |
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Pegawai/awak pesawat dan keluarganya (istri dan anak, max 3 orang anak yang berumur setinggi-tingginya 25 tahun dan belum pernah menikah dan/atau belum bekerja) mendapat fasilitas perawatan yang terdiri dari :
Administrasi dilaksanakan setiap hari kerja dimasing-masing ruang lingkup kerja yang terkait. Pendaftaran konsultasi/perawatan dokter perusahaan dapat langsung ke poliklinik setempat. Didalam
kasus gawat darurat pertolongna pertama diminta pada rumah sakit terdekat
dan bila terjadi kasuss rawat administrasinya dapat diurus setelah pertolongan
pertama diberikan pada dinas Administrasi dan Kepegawaian atau perwakilan
setempat. Apabila dari segi medik kondisi yang bersangkutan telah memungkinkan
untuk dipindah, maka dianjurkan untuk dipindahkan ke rumah sakit yang
ditunjuk . Apabila yang bersangkutan tidak bersedia, selisih biaya ditanggung
oleh orang yang bersangkutan dan dibayar tunai. Pembelian obat yang tidak mendapatkan penggantian
KELAS PERAWATAN Kelas utama :Penerbang tingkat I dan penerbang tingkat II Kelas I : Penerbang tingkat III dan penerbang tingkat IV Kelas II: Awak kabin junior dan pegawai golongan II/5 s/d II/8 Catatan:
Penggantian biaya perawatan dirumah sakit dengan ketentuan sebagai berikut: a. Perawatn untuk Direksi/keluarga 100%. b. Perawatan pegawai dan keluarga 100%.
Sumber : PAP hal. 3.4.9-11 |
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ESTABLISHMENT OF AERODROME CONTROL TOWER (TWR) AERODROME TRAFFIC ZONE (ATZ) AND ASSOCIATED WITH ATS PROCEDURES AT DJALALUDDIN AIRPORT GORONTALO
1. Introduction Due to safety reason all flight movement, it is necessary to provide Aerodrome Control Service at Djalaluddin Airport/Gorontalo. Following the ATZ data is associated with the Air Traffic Control Procedures This AIP Supplement cancels all previous AIP Supplement and other publication concerning the provision of AFIS Djalaluddin Airport Gorontalo, and will be effective as from 14 June 2001 at 23.00 UTC. 2. Responsible Authority Controlling Unit : Djalaluddin Control Tower Call Sign : Djalaluddin Tower Frequency : 122.2 Mhz AFTN Address : WAMGZTZX Operating Hours : 23.00 - 09.00 3 3. Designated Airspace Control Zone Lateral Limit : A circle with a radius 10 NM centered at "GTL" VOR/DME Vertical Limit : Lower ground or water : Upper Limit 4,000 feet 4. Aerodrome Control Service including Flight Information and Alerting Service to all aircraft within Djalaluddin ATZ. 5. Navigation Aids 6. Altimeter Setting Procedures This ICAO altimeter setting procedures shall be used by all aircraft operating within Djalaluddin ATZ, QNH provided in millibars in inches available on request. Transition Altitudes 11,000 feet. Transition Level FL 110. 7. Communication Procedures All aircraft within Djalaluddin ATZ shall be equipped with radio capable of conducting and maintaining two way communication with Djalaluddin Tower. 8. Communication Failure Procedures In Visual Meteorological Condition (VMC)
In Instrument Meteorological Condition (IMC)
9. Aerodrome Traffic Circuit Procedurees 1. Introduction Take off and landing Runway 09 take off and landing right hand circuit or instructed by ATC. Runway 27 take off and landing left hand (normal) circuit or instructed by ATC.
Sumber : DGAC AIP SUPPLEMENT No 07/01 17 May |
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