Monitoring Indeks Temperatur Lingkungan Untuk Persiapan Latihan Jasmani Militer Pada Komputer Dengan Media Wireless

Prayogo, Bobby and Rochmawan, M. Izudin (2014) Monitoring Indeks Temperatur Lingkungan Untuk Persiapan Latihan Jasmani Militer Pada Komputer Dengan Media Wireless. Diploma thesis, Institut Teknologi Sepuluh Nopember.

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Abstract

Latihan jasmani militer merupakan suatu bentuk latihan fisik
yang banyak mengandung tingkat resiko cedera tinggi dan
aktivitasnya banyak dilaksanakan di medan terbuka yang dipengaruhi
oleh kondisi alam atau cuaca. Ditengah kondisi alam yang tidak
menentu, prajurit terkadang dihadapkan pada temperatur lingkungan
yang terlalu tinggi. Ketika temperatur lingkungan mempengaruhi suhu
tubuh hingga mencapai 400C atau lebih, hal ini dapat memicu
terjadinya heat stress dan apabila temperatur tubuh terus meningkat
hal ini dapat menyebabkan heat stroke sym. yang beresiko kematian.
Pada tugas akhir ini dibahas sistem monitoring indeks
temperatur yang nilainya dapat mewakili perubahan temperatur yang
ada pada suatu lingkungan. Dua buah sensor SHT11 dihubungkan
dengan mikrokontroler untuk menghitung nilai dry bulb temperature,
wet bulb temperature, dan black globe temperature. Kemudian nilai –
nilai tersebut dikalkulasi oleh mikrokontroler untuk mendapatkan
indeks temperatur. Hasilnya ditampilkan di LCD dan dikirimkan
melalui RF Modul agar dapat di monitoring melalui komputer.
Dengan alat ini indeks temperatur lingkungan dapat diketahui
saat di lapangan dan dapat di monitoring dari kejauhan melalui
komputer. Dari hasil perbandingan pengujian dengan peralatan yang
dimiliki BMKG Juanda, terdapat perbedaan nilai dry bulb
temperature, wet bulb temperature, dan black globe temperature
dengan rata – rata persen error kurang dari 1,5 persen. Berdasarkan
pengujian komunikasi wireless pada ketinggian RF Modul 1 meter,
jarak maksimum yang dapat ditempuh sejauh 300 meter di ruangan
terbuka dan minim ganguan.

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Military physical training is a form of physical exercise that
contains a high level of risk and injury. Many activities carried out in
an open field that is affected by natural conditions or weather. Amid
the natural conditions of uncertainty, soldiers sometimes faced with
the ambient temperature that too high. When the ambient temperature
affects body temperature up to 400C or more, this can lead to heat
stress and when the body temperature continues to rises this could
lead to heat stroke sym. the risk of death.
In this final project discusses the monitoring system
temperature index that the value representing a change of
temperature that exist in an environment. Two SHT11 sensors
connected to the microcontroller to calculate the dry bulb
temperature, wet bulb temperature and black globe temperature. Then
it calculated by the microcontroller to obtain the temperature index.
The results are displayed on the LCD and transmitted via RF module
in order to monitoring through the computer.
With this tool, the index can be seen when the ambient
temperature in the field and in the monitoring of the distance through
the computer. From the results of comparison testing with equipment
owned BMKG Juanda, there are differences in the value of dry bulb
temperature, wet bulb temperature, and black globe temperature with
the average percent error are less than 1.5 percent. Based on testing
of wireless communication at a height of 1 meter RF Module, the
maximum distance that can be reached within 300 meters in open
space and minimal disturbance.

Item Type:	Thesis (Diploma)
Additional Information:	RSE 681.25 Pra m
Uncontrolled Keywords:	Indeks Temperatur; Mikrokontroler; RF modul; Temperature Index; Microcontroller; RF module
Subjects:	T Technology > TK Electrical engineering. Electronics Nuclear engineering > TK5103.2 Wireless communication systems. Two way wireless communication U Military Science > U Military Science (General)
Divisions:	Faculty of Industrial Technology > Electrical Engineering > 20401-(D3) Diploma 3
Depositing User:	Anis Wulandari
Date Deposited:	31 May 2017 04:54
Last Modified:	27 Dec 2017 02:56
URI:	http://repository.its.ac.id/id/eprint/41447

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