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09:43 Jan 13, 2008 |
English to Indonesian translations [PRO] Tech/Engineering - Mechanics / Mech Engineering / Kompresor | |||||||
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| Selected response from: Hipyan Nopri Indonesia Local time: 02:37 | ||||||
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Summary of answers provided | ||||
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5 | buangan elemen-sekrup |
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5 | gas keluaran kompresor udara |
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5 | suhu udara pada pembuangan (akhir) |
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3 | pembuangan suhu kompresor udara |
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pembuangan suhu kompresor udara Explanation: this is my pendapat... -------------------------------------------------- Note added at 2 jam (2008-01-13 12:31:20 GMT) -------------------------------------------------- eh... suhu pembuangan kali ya Reference: http://tinyurl.com/2994bx |
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buangan elemen-sekrup Explanation: Versi lengkapnya suhu buangan elemen-sekrup http://www.kaeserindo.com/products/sigma-profile.htm The heart of a screw-compressor is the Airend or screw-element. The rotors of the KAESER Airend are shaped according to the proprietary world renowned Sigma-Profile. Bisa dilihat bentuk dan cara kerja kompresor sekrup pada tautan di atas dengan jantungnya elemen-sekrup berupa rotor berbentuk sekrup buangan di sini maksudnya adalah campuran udara/minyak http://www.freepatentsonline.com/6499965.html A compressor system comprising: an oil-flooded, rotary screw air compressor having an airend discharge opening; and a cast separator tank having a side wall and defining a separation chamber, said cast separator tank including an airend inlet opening positioned in direct relationship with said airend discharge opening of said compressor, such that **an air/oil mixture flowing out of said airend discharge opening ** of said compressor flows into said airend inlet opening of said cast separator tank wherein said cast separator tank further includes an integrally cast member extending outwardly from said side wall of said cast separator tank and through which said airend inlet opening of said cast separator tank extends, said cast member supporting an end of said compressor that houses said airend discharge opening of said compressor. |
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gas keluaran kompresor udara Explanation: airend = kompresor udara discharge = gas keluaran Dalam konteks ini saya menganjurkan penggunaan istilah 'gas keluaran' (discharge gas) ketimbang 'gas buang' (exhaust gas) karena kenyataannya gas yg dimaksud pada kompresor bukan untuk dibuang tapi sebaliknya untuk dipakai sebagai tenaga penggerak. Referensi: Typically, portable and stationary air compressor packages include a belt-driven *airend* (i.e. *the air compressing portion* of the compressor package), an air receiving tank which is coupled in fluid communication to the airend by rigid piping, and a compressor prime mover for driving the belt-driven airend, such as an electric motor or an engine. Rotary screw compressors operate on the principle of positive displacement. Filtered air enters the inlet of the airend where male and female rotors unmesh. The air is trapped between the rotors and the airend housing. This space is reduced as the rotors remesh on the opposite side of the airend. Thus, the air is compressed and moved to the discharge port. Reference: http://www.patentstorm.us/patents/5449277-description.html Reference: http://www.maintenanceresources.com/referencelibrary/aircomp... |
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suhu udara pada pembuangan (akhir) Explanation: airend = udara akhir So, pasti . . . . |
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