【Mechanical Equipment Technology Edition】Daily Question 20171122: Lubrication System of Screw Compressor Units (11)
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Starting today, in order to enhance communication among those interested in marine equipment, a 【Daily Question】 campaign has been launched on the Mechanical Equipment Technology forum. We hope everyone will participate actively to progress and improve together! ! ! Rewards: 3 wealth points for active participation, 10-15 wealth points for correct answers. This question is valid for two days; no scoring will be given after that period. The image below shows the balance piston of a screw compressor, which is used to balance axial forces. How is it possible to balance these axial forces? https://attach01.hcbbs.com/forum/201707/22/160510c0rsy53h00g555yi.png ================================ High-quality promotions: Mechanical equipment——Maintenance procedures for York screw compressors https://bbs.hcbbs.com/thread-1806833-1-1.html Mechanical equipment——Upgrading of York Quinton control centers https://bbs.hcbbs.com/thread-1804837-1-1.html Mechanical equipment——Major repairs of GEA Grasox screw compressors https://bbs.hcbbs.com/thread-1800467-1-1.html Mechanical equipment——Disassembly and maintenance of British HOWDEN screw compressors https://bbs.hcbbs.com/thread-1832529-1-1.html Mechanical equipment——Disassembly and maintenance of Japanese Maekawa MYCOM screw compressors https://bbs.hcbbs.com/forum.php?mod=viewthread&tid=1786445
High-pressure oil is injected into the oil chamber at the top of the plug, creating a pressure that counteracts the axial force, thereby balancing it.
It uses high-pressure oil injected into the oil chamber at the top of the plug to generate a pressure that counteracts the axial force, thereby balancing it.
It uses high-pressure oil injected into the oil chamber at the top of the plug to generate a pressure that counteracts the axial force, thereby balancing it.
High-pressure oil is injected into the oil chamber at the top of the plug, creating a pressure that counteracts the axial force, thereby balancing it.
On both sides of the rotor in a screw compressor, an axial force directed toward the intake side exists due to the pressure difference between the intake and exhaust gases. The balance piston functions by allowing high-pressure oil to enter the oil chamber at the top of the piston; under the influence of this oil pressure, it exerts an opposite axial force on the rotor. Thus achieving balance.
The balance piston functions by allowing high-pressure oil to enter the oil chamber at the top of the piston; under the influence of this oil pressure, it exerts an opposite axial force on the rotor. Thus achieving balance.
Function of the balance piston: It is used to balance the axial force of the rotor. On both sides of the rotor in a screw compressor, an axial force directed toward the intake side exists due to the pressure difference between the intake and exhaust gases. The balance piston exerts an opposite axial force on the rotor under the action of oil pressure. Thus achieving balance.
High-pressure oil is injected into the oil chamber at the top of the plug, creating a pressure that counteracts the axial force, thereby balancing it.
It uses high-pressure oil injected into the oil chamber at the top of the plug to generate a pressure that counteracts the axial force, thereby balancing it.
On both sides of the rotor in a screw compressor, an axial force directed toward the intake side exists due to the pressure difference between the intake and exhaust gases. The balance piston functions by allowing high-pressure oil to enter the oil chamber at the top of the piston; under the influence of this oil pressure, it exerts an opposite axial force on the rotor. Thus achieving balance.