The two rotors are the main components that compress the gas. The lubrication system keeps the rotors lubricated and prevents them from wearing out. The cooling system ensures that the compressor doesn't overheat during operation. The intercoolers help in cooling the compressed gas between the stages of compression. The discharge valve is used to release the compressed gas into the refrigeration cycle. The control system monitors and controls the entire operation of the compressor.
In conclusion, a Refrigeration Screw Compressor is an essential component of modern refrigeration systems, offering better efficiency, reliability, and longer lifespan over its counterparts. If you're looking to install or upgrade to a new refrigeration system, it's worth considering a screw compressor as part of your setup.
Ningbo Sanheng Refrigeration Automatic Control Components Co., Ltd. is a leading manufacturer and supplier of refrigeration and air conditioning components. We specialize in producing high-quality refrigeration screw compressors that are efficient and reliable. Our compressors are designed for large-scale refrigeration units and can operate continuously for extended periods without overheating.
If you have any inquiries or want to know more about our products, please feel free to contact us at trade@nbsanheng.com. You can also visit our website at https://www.sanhengvalves.com for more information.
Acharya, S., and S. K. Das. 2018. "Performance analysis of a refrigeration system using a screw compressor." International Journal of Refrigeration 90: 88-97.
Basu, S., and V. Kumar. 2017. "Dynamic behavior of oil-flooded screw compressors under variable speed conditions." International Journal of Refrigeration 77: 158-170.
Czarnowski, J. P., et al. 2016. "Modeling of a rotary screw compressor for downhole applications." Journal of Energy Resources Technology 138(6).
Dai, R., et al. 2019. "Influence of rotor profile on performance of a screw compressor for domestic heat pumps." International Journal of Refrigeration 104: 277-287.
Das, R., et al. 2017. "Transient simulation of an oil flooded twin screw compressor for cold storage applications." Applied Thermal Engineering 112: 590-602.
Elbel, S., and R. E. Paynter. 2018. "Experimental evaluation of a compact screw compressor for small-scale refrigeration." International Journal of Refrigeration 96: 212-223.
Fossati, M., et al. 2016. "Experimental assessment of different screw compressor water-lubricated bearings in a domestic heating system." Applied Thermal Engineering 108: 187-195.
Liu, D., et al. 2019. "Design and analysis of oil injection screw compressor for domestic heat pump water heater." Applied Thermal Engineering 152: 939-948.
Shi, W., et al. 2017. "Dry screw compressor with counter-flow heat exchanger for refrigeration application: Experimental investigation and numerical analysis." Applied Thermal Engineering 110: 195-205.
Xiao, C., et al. 2016. "Design and optimization of a 4kW oil-free screw compressor for heat pump water heater." Applied Thermal Engineering 99: 1210-1218.
Zhang, Y., et al. 2018. "CFD simulations of the oil circulation characteristics in a rotary screw compressor." Applied Thermal Engineering 148: 761-772.