Jurnal Teknik Mekanikal Bandar Udara

RANCANG BANGUN SISTEM PENGUNCI MEKANIS PADA AUTOMATIC SLIDING DOOR DI AREA KEDATANGAN BANDAR UDARA ZAINUDDIN ABDUL MADJID- LOMBOK

Hari Kurniawanto — 2025-01-02

An automatic door is a type of door that operates without manual intervention and can open by sliding (sliding door), swinging open (swing door), or rolling up (rolling door). While automatic doors may not seem significant compared to other types of equipment, they play an important role, particularly as a barrier between secure areas and public spaces. Upon observation, it has been noted that some automatic doors do not have a mechanical locking system in place, or are only equipped with a motorized locking system, making it possible to force the door open with bare hands. This presents a security risk, as unauthorized access to restricted areas, such as those in airports, can lead to illegal activities such as smuggling, theft, and sabotage. Therefore, it is crucial to ensure that the locking system of automatic doors functions optimally to prevent such security breaches

REKAYASA KONTROL BAGASI KEBERANGKATAN PADA COUNTER CHECK-IN KEBERANGKATAN TERMINAL DUA BANDAR UDARA INTERNASIONAL SOEKARNO HATTA CENGKARENG

Benny Kurnianto — 2025-01-02

Baggage control is a critical process in airport operations to ensure the efficient handling and tracking of passenger luggage. The engineering of baggage control at the departure department check-in counter involves the design and implementation of various components and systems. These include baggage conveyor belts, baggage scanning and screening systems, baggage handling software, and integration with airline and airport systems. The baggage conveyor system is a crucial component that transports checked-in luggage from the check-in counter to the sorting area. It consists of a network of belts, rollers, and automated diverters to route the bags to the appropriate destinations. The engineering design of the conveyor system ensures smooth and efficient movement of baggage, minimizing the risk of jams or delays. In conclusion, the engineering of baggage control at the departure department check-in counter of Terminal 2 at Soekarno-Hatta Cengkareng International Airport involves the design, implementation and integration of various systems, technologies and procedures. These engineering efforts aim to ensure the efficient and secure handling of passenger luggage, enhancing the overall airport experience for travelers

ANALISA K RUSAKAN SISTEM MEKANIS PADA AUTOMATIC SLIDING DOOR DI SHELTER KALAYANG TERMINAL 2 BANDARA INTERNATIONAL SOEKARNO – HATTA, CENGKARENG

Zulina Kurniawati — 2025-01-02

Soekarno-Hatta International Airport, Cengkareng has an automatic sliding door as supporting equipment for public facilities located in terminals and non-terminals. In the automatic sliding door located in the terminal 2 kalayang shelter, experiencing a slow motion system. It can be seen when there is an object / object passing through the automatic sliding door, what happens to the automatic sliding door itself experiences slow movement when opening and closing, it is feared that the object / object that passes through can be pinched by the automatic sliding door. Therefore it is necessary to find what causes the motion system to experience slow movement when opening and closing the automatic sliding door, so that the automatic sliding door can be operated normally without disturbing the comfort and safety of passengers. Factors that are indicative of the automatic sliding door are caused by mechanical factors. In mechanical factors there are, roller hanger that has been worn, v-belt that has eroded / changed shape, and glass leaves that are not symmetrical

RANCANG BANGUN SEDERHANA SISTEM REVERSE OSMOSIS (RO) UNTUK MENINGKATKAN pH AIR UNIT LISTRIK DI BANDAR UDARA CAKRABHUWANA CIREBON

Imam Haryadi Wibowo — 2025-01-02

Cakrabhuwana Airport Cirebon is a Technical Implementation Unit (UPT) formed based on the Decree of the Minister of Transportation of the Republic of Indonesia number KM 166 of 2019 concerning the National Airport Order which has the task of serving civil aviation. Cakrabhuwana Airport has a source of clean water that comes from the ground / well, besides that Cakrabhuwana Airport also uses PDAM water as a clean water supply which is only distributed specifically to the terminal. Water from wells / soil is used to support flight activities, but the water obtained from the well / soil is not optimal because the color of the water is still found yellow and not clear. After measuring the PH of water in each airport unit, it was found that the condition of the water in the electricity unit was still below the normal standard of clean water. To overcome this problem, the authors designed a simple reverse osmosis device in the form of a prototype that is used to convert the pH of substandard water into normal PH of clean water

ANALISA PENGARUH CLEANING TUBING KONDENSOR TERHADAP KINERJA CHILLER I DI BANDAR UDARA SULTAN MAHMUD BADARUDDIN II PALEMBANG

KGS. M. Ismail — 2025-01-08

Chiller is one of the equipment in Air Conditioning System that functions as a heat exchanger. At the airport, Chiller functions as a heat exchanger that will later be distributed in the airport terminal area. One of the main components of the chiller is the condenser. The condenser is a heat exchanger in a refrigeration cycle. Over time, the performance of a heat exchanger will usually decrease due to deposits/fouling on the heat transfer surface. One way that can be done to improve the performance of a Chiller is by cleaning the part that performs heat exchange or cleaning the condenser tubing. Therefore, it is very important to need an Analysis of the Effect of Cleaning Condenser Tubing on Chiller Performance at Sultan Mahmud Badaruddin II Airport, Palembang. This analysis was carried out on a Carrier brand Chiller with a model of 19XR-4647836CLH52 with a capacity of 350 TR. It is estimated that this journal will find a difference in the effectiveness of Chiller performance before and after cleaning the condenser tubing.