The Suction Method The expansion
The Suction Method The expansion of high-pressure gas in the residual space volume comes to an end as the piston moves downward, and the suction process begins. The piston is moved to the bottom dead center as the low-pressure gas is sucked into the cylinder. The compressor has nearly completed its working cycle, which includes expansion, suction, compression, and exhaust. The piston then moves downward once more, repeating the previous four steps and so on. This is the best working cycle and rule of a cylinder blower. 2.5 Refrigeration Cycle of Cylinder Blowers The closed circulation system, which includes an ammonia compressor, cooler, regulating valve, and evaporator, is where the refrigeration process takes place. After the regulating valve reduced the ammonia liquid’s pressure, it entered the evaporator, absorbed the cooling medium’s heat, and then evaporated to accomplish the refrigeration function. The compressor takes the evaporated ammonia gas back, compresses it, and sends it into the cooler to cool it and make it into ammonia liquid again. Then, it enters the evaporator to vanish again through the controlling valve, to finish crafted by refrigeration. Benefits and Drawbacks of Cylinder Blower 3.1 Perks of Using a Piston Compressor Regardless of the flow rate required to achieve the required pressure, the piston compressor can be utilized in a wide range of pressure environments. The piston compressor has a low unit power consumption and high thermal efficiency. Solid versatility. That is, the exhaust scope of the cylinder blower is wide and won’t be impacted by the tension, which makes the blower limit meet a great many strain and cooling limit prerequisites. The piston compressor is simple to manufacture at a low cost, requires few materials, and can be made from common steel materials. The innovation of cylinder blower is adult, with rich experience amassed underway and application. The piston compressor’s device system is relatively straightforward.