8 Year Exporter Twin Piston Air Compressor - V Type Three-stage Oil Free Medium Pressure Machine – Gunaiyou

The main drive system of a piston compressor is usually a complex system composed of multiple connecting rod mechanisms in parallel, and the dynamic simulation is very complex. There are two typical types: crankshaft sliding bearing system and crankshaft rolling bearing system. Scholars at home and abroad have done a lot of work on the dynamic analysis of crankshaft sliding bearing system. The research method adopted is mainly to take the crankshaft bearing system as the research object, simultaneously solve the dynamic control equations, calculate the Reynolds equation of bearing reaction force and various constraint equations. Dynamic simulation software such as Adams has become an effective tool to solve the dynamic problems of crankshaft bearing system, which can greatly reduce the programming workload of simulation calculation. Using ADAMS software to solve the mechanical system dynamics problems has become a common method of mechanical system dynamics analysis. The main drive system of W-type compressor is mostly crankshaft rolling bearing system, which is mainly composed of crankshaft, rolling bearing, connecting rod and piston. Using ADAMS software and its external interface program, the dynamics of the straight shaft rolling bearing system is studied, but the analysis of the dynamics of the crankshaft rolling bearing system has not been reported

Note: The size and weight of the machine will be adjusted according to the specific working conditions, higher pressure or flow parameters are not listed

The discharge data is based on the standard 1 bar g/14.5 psig inlet pressure and 20℃(68°F)inlet temperature Please contact the technician of taike machinery

company for the selection in high altitude area or high temperature operating environment.