Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Study of Vibrating Screen Machine Damage in Stone Crusher and Its Effect on Production Loss in Cement Factory

View through CrossRef
Vibrating Screen Machine have a crucial role in producing split stone. Vibrating screen machine maintenance is taken after it is in trouble. This is a kind of unplanned maintenance, which risks causing a high quantity of machine breakdowns and will affect to the production capacity. This study analyses data trouble of the vibrating screen machine for five months. The data analysed are the type of disturbance, the amount of production losses and financial losses. The results showed that the largest repair hours due to mechanical problem occurred in the fifth month with a repair time of 75.8 hours and a production loss of 5,269.85 Tons which is equivalent to Rp. 580,382,000,-. Then the largest total repair hours due to the production problem occurred in the second month with a repair time of 32.99 hours and a production loss of 968.49 Tons or equivalent to Rp. 179,385,000,-. Salah satu jenis mesin yang beperan dalam memproduksi batu split adalah vibrating screen. Perawatan mesin vibrating screen biasanya dilakukan saat mesin mengalami kerusakan. Hal ini adalah bentuk pemeliharaan yang tidak terencana, yang beresiko menimbulkan tingginya kuantitas gangguan pada mesin dan akan mempengaruhi kapasitas produksi. Penelitian ini menganalisa data gangguan dari mesin vibrating screen selama lima bulan. Data yang dianalisis meliputi tipe gangguan, jumlah produksi yang hilang (production losses) dan rugi keuangan. Hasil penelitian menunjukkan total jam perbaikan dengan klasifikasi kerusakan mechanical terbesar terjadi pada bulan ke lima dengan waktu perbaikan selama 75,8 jam dan production loss sebesar 5.269,85 Ton yang setara dengan Rp. 580.382.000,-. Kemudian total jam perbaikan dengan klasifikasi kerusakan production terbesar terjadi pada bulan kedua dengan waktu perbaikan 32,99 jam dan kerugian hasil produksi sebesar 968,49 Ton atau setara dengan sebesar Rp. 179.385.000,-.
Title: Study of Vibrating Screen Machine Damage in Stone Crusher and Its Effect on Production Loss in Cement Factory
Description:
Vibrating Screen Machine have a crucial role in producing split stone.
Vibrating screen machine maintenance is taken after it is in trouble.
This is a kind of unplanned maintenance, which risks causing a high quantity of machine breakdowns and will affect to the production capacity.
This study analyses data trouble of the vibrating screen machine for five months.
The data analysed are the type of disturbance, the amount of production losses and financial losses.
The results showed that the largest repair hours due to mechanical problem occurred in the fifth month with a repair time of 75.
8 hours and a production loss of 5,269.
85 Tons which is equivalent to Rp.
580,382,000,-.
Then the largest total repair hours due to the production problem occurred in the second month with a repair time of 32.
99 hours and a production loss of 968.
49 Tons or equivalent to Rp.
179,385,000,-.
Salah satu jenis mesin yang beperan dalam memproduksi batu split adalah vibrating screen.
Perawatan mesin vibrating screen biasanya dilakukan saat mesin mengalami kerusakan.
Hal ini adalah bentuk pemeliharaan yang tidak terencana, yang beresiko menimbulkan tingginya kuantitas gangguan pada mesin dan akan mempengaruhi kapasitas produksi.
Penelitian ini menganalisa data gangguan dari mesin vibrating screen selama lima bulan.
Data yang dianalisis meliputi tipe gangguan, jumlah produksi yang hilang (production losses) dan rugi keuangan.
Hasil penelitian menunjukkan total jam perbaikan dengan klasifikasi kerusakan mechanical terbesar terjadi pada bulan ke lima dengan waktu perbaikan selama 75,8 jam dan production loss sebesar 5.
269,85 Ton yang setara dengan Rp.
580.
382.
000,-.
Kemudian total jam perbaikan dengan klasifikasi kerusakan production terbesar terjadi pada bulan kedua dengan waktu perbaikan 32,99 jam dan kerugian hasil produksi sebesar 968,49 Ton atau setara dengan sebesar Rp.
179.
385.
000,-.

Related Results

Rencana Teknis Desain Crushing Plant Sirtu di CV XYZ Garut
Rencana Teknis Desain Crushing Plant Sirtu di CV XYZ Garut
Abstract. CV. XYZ is a company engaged in the mining sector with gravel and sand commodities. The company is located in Margaluyu Village, Leles District, Garut Regency, West Java ...
Rencana Penambahan Produk Crushing Plant di PT Indra Biduri Jaya Kecamatan Leles Kabupaten Garut, Provinsi Jawa Barat
Rencana Penambahan Produk Crushing Plant di PT Indra Biduri Jaya Kecamatan Leles Kabupaten Garut, Provinsi Jawa Barat
Abstract. PT Indra Biduri Jaya is a company that mines Sirtu quarry materials. The company is located in the Leles Village, Leles District, Garut Regency, West Java Province. To me...
The cement-bone bond is weaker than cement-cement bond in cement-in-cement revision arthroplasty. A comparative biomechanical study
The cement-bone bond is weaker than cement-cement bond in cement-in-cement revision arthroplasty. A comparative biomechanical study
This study compares the strength of the native bone-cement bond and the old-new cement bond under cyclic loading, using third generation cementing technique, rasping and contaminat...
Real-Time Distributed Fiber Optic Sensing for Cement Sheath Integrity Monitoring
Real-Time Distributed Fiber Optic Sensing for Cement Sheath Integrity Monitoring
ABSTRACT: The integrity of cement sheath is critical to oil and gas effective extraction, in which the cement displacement efficiency and solidify quality are the...
Cement Evaluation - A Risky Business
Cement Evaluation - A Risky Business
Abstract Cement evaluation is commonly thought of as running a cement bond log (CBL) and attempting to interpret the results to determine if there is isolation in th...
Experiment Study of Stress and Pore Pressure in Setting Cement Paste
Experiment Study of Stress and Pore Pressure in Setting Cement Paste
ABSTRACT: Cement sheath integrity plays an important role in ensuring the wellbore safety. Shear failure, tensile crack or debonding may happen in the cement shea...
Experimental and Numerical Determination of Cement Casing Microannulus
Experimental and Numerical Determination of Cement Casing Microannulus
ABSTRACT The key to successful long term well integrity of cement-casing is to understand and investigate the hydraulic sealing of cementing annulus by detecting ...
Compressive Strength of Concrete with Nano Cement
Compressive Strength of Concrete with Nano Cement
Nano technology plays a very vital role in all the areas of research. The incorporation of nano materials in concrete offers many advantages and improves the workability, the stren...

Back to Top