COCONUT FIBER DECOMPOSITORY MACHINE PERFORMANCE ANALYSIS BASED ON PRODUCTION CAPACITY PER KG PER UNIT OF TIME USING A 2 HP MOTOR
Keywords:
Machine Performance, Coconut Fiber, 2 HP Motor, Production Capacity, Cocofiber, CocopeatAbstract
This study aims to analyze the performance of a coconut fiber shredding machine that uses a 2 HP motor, based on production capacity per kilogram per unit of time. Coconut fiber is an agricultural waste product with high economic potential when processed into products such as cocofiber, cocobriste, and cocopeat. This study was conducted using two experiments with a maximum coconut fiber load of 10 kg and a motor speed of 2850 rpm. The parameters observed included production time, weight of the shredded product, and production efficiency. The test results showed that the machine was capable of producing an average of 6.3 kg of coconut fiber, 2.15 kg of coconut powder, and 1.55 kg of cocopeat with a processing time ranging from 120 to 170 minutes. The conclusion of this study indicates that the coconut fiber shredder with a 2 HP motor is effective in increasing production capacity and producing optimal separation results. Further development is recommended in terms of variable speed settings and larger input capacity to make the process more efficient and productive.
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Copyright (c) 2026 Muhammad Rivaldo, Ilham Alghani, Reyhan Stevano, Yuni Vadilla, Muchlisinalahuddin, Riza Muharni (Author)
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