{"data":{"id":2505,"url":"https:\/\/repo.xbbh.net\/items\/2505","status":"published","type":"thesis","title":"RANCANG BANGUN MESIN PENGATUR DEBIT FLUIDA BERBASIS PLC","title_alt":null,"abstract":"Selama ini banyak perusahaan kalibrasi masih menggunakan metode gravimetri pada proses kalibrasi totalizer dan flowrate untuk flowmeter, sehingga hasil yang didapat tidak dapat maksimal mengingat banyak faktor yang menjadi batasan ketika menggunakan metode gravimetri, salah satunya tinggi dari tank yang berpengaruh besar terhadap kecepatan air, membutuhkan ruang yang luas, jalur instalasi yang digunakan tidak fleksibel, kecepatan aliran untuk kalibrasi flowrate terbatas, membutuhkan jumlah media alir yang cukup banyak, baik media minyak, air, solar, dll. Karya tulis ini membahas tentang rancang bangun mesin pengatur debit fluida yang digunakan untuk proses kalibrasi flowmeter dengan menggunakan otomasi berbasis PLC (Programmable Logic Controller). Metode kalibrasi yang digunakan adalah metode perbandingan antara flowmeter standard dengan flowmeter UUT (unit under test). Kecepatan aliran yang dapat dihasilkan oleh mesin ini adalah 150 liter per menit namun untuk mencegah terjadinya overload pada flowmeter standard maka dibuat ambang batas sebesar 10% dibawah kapasitas mesin, yaitu 135 liter per menit. Mesin pengatur fluida berbasis PLC (Programmable Logic Controller) ini memiliki nilai stabilitas sebesar 0,236 liter\/menit. yang nantinya akan dimasukkan kedalam analisa nilai ketidakpastian kalibrasi flowmeter type B.","abstract_alt":null,"creators":[{"role":"author","family_name":"WALIYULLAH MUWAFFAQ","given_name":"ALI","orcid":null,"national_id":"NPM2115181019"},{"role":"advisor","family_name":"DENI MULYADI","given_name":"CECEP","orcid":null,"national_id":"0412058804"}],"year":2022,"date_issued":null,"publication":null,"volume":null,"issue":null,"pages":null,"publisher":null,"isbn":null,"issn":null,"doi":null,"official_url":null,"institution":"Universitas sangga buana YPKP","id_number":null,"thesis_level":"bachelor","publication_status":"published","refereed":null,"keywords":["Kata Kunci: Flowmeter","Kalibrasi","PLC (Programmable Logic Controller)"],"language":"id","subjects":[],"divisions":[{"code":"21201","name":"S1 Teknik Mesin","pddikti_code":"21201"}],"citation":"WALIYULLAH MUWAFFAQ, ALI (2022) RANCANG BANGUN MESIN PENGATUR DEBIT FLUIDA BERBASIS PLC. Universitas sangga buana YPKP.","documents":[{"name":"COVER.pdf","section":"cover","mime_type":"application\/pdf","size":2149736,"sha256":"da5a4af99558d7f25b773755ae0a1b27b28608ddff974bb8bd05095c67c7af01","access":"public","embargo_until":null,"license":null,"url":"https:\/\/repo.xbbh.net\/items\/2505\/files\/10999\/COVER.pdf"},{"name":"PENGESAHAN_PERNYATAAN.pdf","section":"front_matter","mime_type":"application\/pdf","size":724463,"sha256":"073e93666f05eda7c3aa55c1b8fe9ab0973d04be63582984bfc8a270ff5701e1","access":"public","embargo_until":null,"license":null,"url":"https:\/\/repo.xbbh.net\/items\/2505\/files\/11000\/PENGESAHAN_PERNYATAAN.pdf"},{"name":"ABSTRAK.pdf","section":"abstract","mime_type":"application\/pdf","size":2117829,"sha256":"952fe57344dd4b41540e2647ce58f01b510db6bb3b2881fdae80eef067d985fe","access":"public","embargo_until":null,"license":null,"url":"https:\/\/repo.xbbh.net\/items\/2505\/files\/11001\/ABSTRAK.pdf"},{"name":"BAB_I.pdf","section":"chapter_1","mime_type":"application\/pdf","size":2117834,"sha256":"05d28cb5ea7df96603244fc5f4107bb0be65fa2b4b6873cdc8237f130bd2a8da","access":"public","embargo_until":null,"license":null,"url":"https:\/\/repo.xbbh.net\/items\/2505\/files\/11002\/BAB_I.pdf"},{"name":"DAFTAR_PUSTAKA.pdf","section":"bibliography","mime_type":"application\/pdf","size":2117823,"sha256":"64afbcb8fd53fd5bf60838eb0bbab8bc915d73820e00bdc51cea5ec06d50bc82","access":"public","embargo_until":null,"license":null,"url":"https:\/\/repo.xbbh.net\/items\/2505\/files\/11003\/DAFTAR_PUSTAKA.pdf"}],"published_at":"2023-08-03T03:20:11+00:00","updated_at":"2026-10-31T07:09:29+00:00"}}