TROUBLESHOOTING HIGH DIFFERENCE IN PACK
TEMPERATURES PADA PESAWAT AIRBUS A330-300
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
ALVIANANDA AZHARI, JORDY
Subject
T Technology (General)
Datestamp
2024-07-03 08:49:22
Abstract :
Air conditioning system aims to control temperature, air flow and inertia in the aircraft cabin, so the passanger feels comfortable when the airplane is in the air. Basically, the principle of air conditioning system is transferring heat from a high temperature system to a low temperature. There is a difference in temperature in pack 1 and pack 2 that enter the cabin, which is caused by a condenser fault or crack in one of the packs. That causes a significant temperature difference. To overcome the High Difference Temperature, Troubleshoot is performed according to TSM (Trouble Shooting Manual) which indicates Condensor Fault. This failure can be seen on the ECAM at the time of the leak check, the ECAM shows a message that a condensor fault has occurred. Condensor fault is caused by internal and external factors. Internal factors such as components that are not unserviceable, and external factors caused by foreign objects that can damage the condensor itself. After Troubleshooting the Condensor, checking and retesting are done for 15 minutes and monitor the ECAM display. If the temperature tends to be the same or equal and no message appears on ECAM about high difference in pack discharge temperature (Condensor fault), the test is successful and the air conditioning is good.
Air conditioning system aims to control temperature, air flow and inertia in the aircraft cabin, so the passanger feels comfortable when the airplane is in the air. Basically, the principle of air conditioning system is transferring heat from a high temperature system to a low temperature. There is a difference in temperature in pack 1 and pack 2 that enter the cabin, which is caused by a condenser fault or crack in one of the packs. That causes a significant temperature difference. To overcome the High Difference Temperature, Troubleshoot is performed according to TSM (Trouble Shooting Manual) which indicates Condensor Fault. This failure can be seen on the ECAM at the time of the leak check, the ECAM shows a message that a condensor fault has occurred. Condensor fault is caused by internal and external factors. Internal factors such as components that are not unserviceable, and external factors caused by foreign objects that can damage the condensor itself. After Troubleshooting the Condensor, checking and retesting are done for 15 minutes and monitor the ECAM display. If the temperature tends to be the same or equal and no message appears on ECAM about high difference in pack discharge temperature (Condensor fault), the test is successful and the air conditioning is good.
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