20 NM3H 3D DIGITAL MODEL

Introduction:

Diaphragm compressor is composed of cylinder block, cylinder head, crankshaft connecting rod, diaphragm, oil circuit, gas circuit, water cooling system and motor drive. It can provide various cooling methods for all diaphragm compressor series products: air cooling, water cooling and forced cooling.

Machine Characteristics:

Diaphragm compressor is one of the many types of compressors. Because of its special diaphragm, the compressed gas medium is separated from the outside (hydraulic oil, piston). Diaphragm compressor can also be referred to as membrane compressor. Diaphragm compressor because of its special structure, the cylinder does not need lubrication, sealing performance is very good, the compression medium does not contact with any lubricant, so it can compress high purity gas, generally can reach 99.999% purity, is more suitable for compressing and transporting all kinds of precious rare gas. In addition, for corrosive, radioactive, toxic and explosive gases, the diaphragm compressor is especially suitable. The air cylinder of diaphragm compressor has good heat dissipation and can adopt higher compression ratio, so its pressure range is wider and its discharge pressure can reach 50MPa. It is used in food industry, petroleum industry, chemical industry, electronic industry, nuclear power plant, aerospace, military equipment, medicine, scientific research and other fields.

  • Compressed medium: gas
  • Working principle: piston compressor, piston stroke: 95 mm
  • Lubrication mode: oil free
  • Air displacement: 20 Nm^3/h
  • Intake pressure: 0.5Mpa
  • Exhaust pressure: 2Mpa
  • Overall dimensions: 1400*760*1600
  • Application: civil, military, industrial, aviation
  • Power: 4 kw
  • Cooling mode: water cooling
  • Transmission mode: belt drive

This design model drawn by SolidWorks 2018, the model is detailed design. The original 3D file allows you to quickly modify the design. The step format file is provided for opened by other 3D software. The package size is approximately 178 MB.

Front view of the model
Detailed design of the model
Inner structure of the model

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