[Motive Equipment Technology Edition] Daily Question 201701028 Screw Compressor Energy Adjustment Mechanism (3)
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This post was last edited by YORK Industrial Refrigeration on 2017-11-2 08:55. From now on, in order to strengthen exchanges among friends, we have launched a [Daily Question] activity in the Animal Equipment Technology Edition. We hope that everyone will actively participate and make progress and improve together! ! ! award: Actively participate in 3 points of wealth, answer intact 10-15 wealth. This question is valid for two days. No marks will be given for more than two days. Please tell me about the actuator of the energy adjustment mechanism of the screw compressor - the slide valve. The slide valve moves in the cavity and contacts the screw. There is a bypass port in the cavity at the lower part of the slide valve. Is the bypass port below the same as the exhaust port or the suction port? What is its function? ? Please see the bypass answer below: Connected with inhalation. Bypassing the compressed gas in the ineffective rotor working area with the suction port to adjust the gas delivery volume. ================================ Premium promotion: Moving equipment---York screw compressor maintenance process http://bbs.hcbbs.com/thread-1806833-1-1.html Moving equipment---York Quantum control center upgrade http://bbs.hcbbs.com/thread-1804837-1-1.html Moving equipment---GEA Grasso screw compressor overhaul http://bbs.hcbbs.com/thread-1800467-1-1.html Moving equipment---Howden screw compressor disassembly and maintenance in the UK http://bbs.hcbbs.com/thread-1832529-1-1.html Moving equipment---Japanese Maekawa MYCOM screw compressor disassembly and maintenance http://bbs.hcbbs.com/forum.php?mod=viewthread&tid=1786445
This post was last edited by zdl1966 on 2017-10-28 11:48. The bypass port is connected to the suction port. Regulation is achieved by bypassing part of the compressed gas back to the suction side.
The bypass port of the cavity at the bottom of the slide valve is connected to the suction port, and its function is to return part of the refrigerant to the suction port to achieve the purpose of regulating energy.
Connected to the suction port, the oil pressure is changed through the bypass, and the position of the piston is adjusted to achieve the purpose of regulating energy.
The bypass port of the cavity at the bottom of the slide valve is connected to the suction port, and its function is to return part of the refrigerant to the suction port to achieve the purpose of regulating energy.
The bypass port of the cavity at the bottom of the slide valve is connected to the suction port, and its function is to return part of the refrigerant to the suction port to achieve the purpose of regulating energy.
The bypass port of the lower cavity of the slide valve is connected to the suction port, and its function is to return part of the refrigerant to the suction port to achieve the purpose of regulating energy.
The bypass port of the cavity at the bottom of the slide valve is connected to the suction port, and its function is to return part of the refrigerant to the suction port to achieve the purpose of regulating energy.
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The bypass port of the cavity at the bottom of the slide valve is connected to the suction port, and its function is to return part of the refrigerant to the suction port to achieve the purpose of regulating energy.
The bypass port of the cavity at the bottom of the slide valve is connected to the suction port, and its function is to return part of the refrigerant to the suction port to achieve the purpose of regulating energy.