ANALISIS KEBUTUHAN DAN PENENTUAN MANHOURS 3 YEARS INSPECTION PADA PERAWATAN CORROSION PREVENTIVE CONTROL PROGRAM PESAWAT BRITISH AEROSPACE 146-100 PK-TNV DI PT. INDOPELITA AIRCRAFT SERVICES (IAS)

OKTA REZA, MUHAMMAD (2018) ANALISIS KEBUTUHAN DAN PENENTUAN MANHOURS 3 YEARS INSPECTION PADA PERAWATAN CORROSION PREVENTIVE CONTROL PROGRAM PESAWAT BRITISH AEROSPACE 146-100 PK-TNV DI PT. INDOPELITA AIRCRAFT SERVICES (IAS). Skripsi thesis, Institut Teknologi Dirgantara Adisutjipto.

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Abstract

Manhours is a unit of work hours per person, namely the length of time a person completes his work. If someone is able to complete a job within an hour, then this means that the person is able to complete work with 1 manhour (MH) workload, in this case that aims to determine the duration of working hours needed in carrying out a maintenance activity, as well as to find out the total time of completion in an activity. Analysis and creation of the network is done using the CPM (Critical Path Method) method, to determine the total completion time of the treatment of the 3 Years Inspection Corrosion Preventive Control British Aerospace Aircraft Program 146-100 PK-TNV, TAT is equal to 12 days of estimation from the company. After creating a network, the critical path can be known after getting the results of the forward and backward calculations on each path and identifying the total float (grace period). Then based on the identification of the total float the critical path is (A3, B3, C3, D3, E3, F3, G3) with a duration of 57.65 Hours. Determine the needs of manhours by estimating and predicting the manhours value, how long is the inspection time required for the maintenance activity, and knowing each description of the work based on the SIPS (Structural Inspection Program Supplement BAe 146 all series), and must know the real condition of the conditions that exist in the field and must know in advance the type of treatment that will be carried out in the activity, the results obtained in the form of division of work on the plane, Fuselage (Cabin, Cargo & Interior) = 346.00 MH / 30.1 hours, Empenage (Horizontal Stabiizer, Vertical Stabilizer & APU) = 64.00 MH / 11.2 hours, Nose Landing Gear, Main Landing Gear, Engine & Wing = 266.50 MH / 57.65 hours, IERA (Avionic Radio Electronic Instrument) = 3.00 MH / 1 hours

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