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Journal : Journal of Materials Exploration and Findings

Planning of Air Conditioner Cooling Load In The Dean Room Of The Faculty Of Engineering and Information Technology University Of PGRI Semarang Supriyadi, Slamet; Farikhah, Irna; Suhartono, Suhartono
Journal of Materials Exploration and Findings Vol. 1, No. 1
Publisher : UI Scholars Hub

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Abstract

The specification of the cooling load or chiller in the FTI UPGRIS dean's room currently requires a review of the distribution of cooling air in the room due to the number of electronics and occupants in the room and the size of the air conditioner. Therefore, the room must be taken into account to prevent insufficient cooling load, As a result, it is impossible to reach the desired temperature and humidity set. The FTI Dean's room has an air conditioner with a cooling capacity of 1 unit. It should be able to cover the amount of cooling in the room. To calculate the cooling load borne by the room of the Dean of the FTI UPGRIS, an analysis of the calculation of the cooling load was carried out to determine the number of cooling units needed to provide sufficient cooling in the Dean Room of the FTI UPGRIS. Data collection techniques obtained from the results of research in the room used quantitative research. quantitative data that the largest load is the sensible load 322753.21 Btu/hr, and the latent load is 47152.52 Btu/hr with the total cooling load 369905.73 Btu/hr + 5% Safety Factor (SF) 388.401.01 Btu/hr at 16.00 WIB. Why does the highest load occur at 13.00 WIB, this is due to the maximum load or the peak of the cooling load in the FTI Dean's room. And in terms of the load density of the FTI Dean's room of 388,401.01 Btu/hr divided by the building area of the FTI Dean's room of 530.76 ft^2, the result is that the cooling load density is 731.78 (Btu/hr) per ft^2. From research in the FTI Dean's room, the result was 113.83 Kwatt. The selection of AC units is adjusted to the size of the room, the larger the room that is cooled in the FTI Dean's room, 2 AC units are installed with a power of 1.5 pk with a capacity of 12,000 Btu/hr.
Co-Authors - Mahsun Aan Burhanudin Abdul Gofur Achmad Amzeri Adiputra, Agung Agung Kristiawan Agus Imam Santoso Agus Mukhtar Agustina, Dwi Ulya Ainur Rafiq Amrullah Alfiani, Widya ali fauzi Aminuyati Anugrah, Nina Julia Anugrah, Nina Julia Arif Rakhman Suharso Ario Hendartono Bahtiar, Hafid Bakti Wisnu Widjajani Beti Dwi Purwati Burhanudin , Muhammad Arif Carsoni Catur Wasonowati Choirul Umam Choirul Umam Diah Kristina, Diah Dwi Kurnila Sari Edi Kurniadi Eko Murniyanto Eko Murniyanto EKO SETIAWAN Endang Widiyastuti Erick Yuhardi Erika, Siti Esterica Yunianti, Esterica Estu Saputro Fahmi Arief Rahman Fakhrudin, Anas FARANDI, ROY Fathoni, Mu`alim Ibu Gita Pawana Ibnu Toto Husodo, Ibnu Toto Imadudin Harjanto Irna Farikhah Ismail, Abd Rasid Joko Nurkamto Karmala, Estiana Tri Kurnia Widiastuti Kurniawati, Estetika Mutiaranisa Lailatin Nisfiyah Margana Margana Margono Margono Masrukhatin Na’imah Muhamad, Wan Mansor Wan Muhammad Amin Sadzli Muhammad Amiruddin Mulyanto Mulyanto Mulyawan, Ronny NISFIYAH, LAILATIN Nur Aksin, Nur Nur Arifah Drajati Nurlaila Mubarokah Pambudi, Nizar Anggriawan Prasetyo, Syukur Toha RAHMAT GUNAWAN RR. Ella Evrita Hestiandari Safitri, Ida Dwi Sembiring, Rinawati Sidqi Zaed Z.M Sidqi Zaed Z.M. Sinar Suryawati Sinar Suryawati Siti Khairun Nisak Solly Aryza Sudiro Sudiro Suhartono, Suhartono Suheli Suheli, Suheli Sularti, Sularti Sumardi . Suparno Suparno Sutopo Sutopo Suyitno Suyitno Velma Nindita, Velma Wachid Yahya Wahyudiono, Teguh Yuhardi, Erick Yulianto, Nanang Zunita, Vina Tasya