[Mechanical Equipment Technology Edition] Daily Question 20171027: Structural components of energy regulation in screw compressors
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This post was last edited by YORK Industrial Refrigeration on 2017-10-30 at 16:31. Starting from now, in order to enhance communication among users, a \"Question of the Day\" campaign has been launched on the Mechanical Equipment Technology forum. We hope everyone will participate actively to progress and improve together! ! ! Rewards: 3 points for active participation, 10-15 points for correct answers. This question is valid for two days; no scoring will be given after that period. What are the components that make up the energy regulation mechanism of a screw compressor? Indicating mechanism: Energy indicator. Control mechanism: Four-way valve. Actuating mechanism: Slide valve, oil piston, spring, cylinder, slide valve push rod. ================================ High-quality promotions: Mechanical equipment---Maintenance procedures for York screw compressors http://bbs.hcbbs.com/thread-1806833-1-1.html Mechanical equipment---Upgrading of York Quinton control centers http://bbs.hcbbs.com/thread-1804837-1-1.html Mechanical equipment---Major repairs for GEA Grasso screw compressors http://bbs.hcbbs.com/thread-1800467-1-1.html Mechanical equipment---Disassembly and maintenance of British HOWDEN screw compressors http://bbs.hcbbs.com/thread-1832529-1-1.html Mechanical equipment---Disassembly and maintenance of Japanese Maekawa MYCOM screw compressors http://bbs.hcbbs.com/forum.php?mod=viewthread&tid=1786445
The energy regulation mechanism of the screw compressor consists of a slide valve, an oil cylinder, an oil piston, connecting components, a return spring, a four-way directional valve (a four-way electromagnetic directional valve can also be used), oil pipelines, and an energy indicator.
The energy regulation mechanism of a screw compressor consists of a slide valve, an oil cylinder, an oil piston, connecting components, a return spring, a four-way directional control valve (a four-way solenoid directional control valve can also be used), oil pipelines, and an energy indicator. Energy regulation is achieved by changing the position of the spool, which in turn is determined by the position of the oil piston. The position of the oil piston is controlled by a four-way valve, and this can be done automatically or manually. As the slide valve moves, the screw mechanism mounted within its guide converts that movement into the rotation of a pointer, indicating the position of the slide valve. Therefore, the value on the energy indicator gauge only represents the percentage displacement of the spool, and does not represent the percentage of energy.
The energy regulation mechanism of the screw compressor consists of a slide valve, an oil cylinder, an oil piston, connecting components, a return spring, a four-way directional valve (a four-way electromagnetic directional valve can also be used), oil pipelines, and an energy indicator.
It is composed of a slide valve, oil cylinder, oil piston, connecting components, a return spring, a four-way directional valve (a four-way electromagnetic directional valve can also be used), oil pipelines, and an energy indicator, among other elements
It consists of slide valves, oil cylinders, oil pistons, connectors, return springs, four-way directional valves (four-way electromagnetic directional valves can also be used), oil pipelines, and energy indicators, among other components.
The energy regulation mechanism of a screw compressor consists of a slide valve, an oil cylinder, an oil piston, connecting components, a return spring, a four-way directional control valve (or a four-way solenoid directional control valve), oil pipelines, and an energy indicator.
The energy regulation mechanism of the screw compressor consists of a slide valve, an oil cylinder, an oil piston, connecting components, a return spring, a four-way directional valve (a four-way electromagnetic directional valve can also be used), oil pipelines, and an energy indicator. Energy regulation is achieved by changing the position of the slide valve, and the position of the slide valve is determined by the position of the oil piston. The position of the oil piston is controlled by a four-way valve, and this can be done either automatically or manually. When the slide valve moves, a screw mechanism installed inside the slide valve’s guide tube converts the movement of the slide valve into the rotation of a pointer, indicating the position of the slide valve. Therefore, the value on the energy indicator gauge only represents the percentage of slide valve displacement, and does not represent the percentage of energy.
The energy regulation mechanism of a screw compressor consists of a slide valve, an oil cylinder, an oil piston, connecting components, a return spring, a four-way directional control valve (a four-way solenoid directional control valve can also be used), oil pipelines, and an energy indicator.
The energy regulation mechanism of a screw compressor consists of a slide valve, an oil cylinder, an oil piston, connecting components, a return spring, a four-way directional control valve (a four-way solenoid directional control valve can also be used), oil pipelines, and an energy indicator.
The energy regulation mechanism of a screw compressor consists of a slide valve, an oil cylinder, an oil piston, connecting components, a return spring, a four-way directional control valve (a four-way solenoid directional control valve can also be used), oil pipelines, and an energy indicator. :lol