Air Diaphragm Compressor

The GV series Air diaphragm compressor, with its V-type structure, stroke length, and other specifications, is likely designed for specific industrial applications where clean and oil-free compression of gases is crucial. These compressors are known for their reliable and efficient performance in various scenarios. 

Features & Characteristics: 

The key features and specifications of the GV series diaphragm compressors include:

• Structure: V-type implies a particular geometric arrangement that may contribute to efficiency and space optimization.
• Model Range: The GV series includes a range of models with different flow rates, pressure ranges, and specifications to meet various industrial needs.
• Cooling Methods: The compressors can be cooled using air or water, providing flexibility in different operating environments.
• Piston Stroke: The piston stroke varies among the models, with options for 70mm, 95mm, and 130mm strokes.
• Motor Power: The motor power ranges from 2.2 kW to 30 kW, depending on the model and application requirements.
• Pressure Range: The compressors can deliver air at different pressures, with maximum discharge pressures reaching up to 50 MPa.
• Flow Range: The flow range varies from 2 Nm³/h to 200 Nm³/h, covering a broad spectrum of applications.
• Dimensions and Weight: The dimensions and weight of each model are specified, providing information on the physical size and portability of the compressors.

Main Structure: GV series Air diaphragm compressor

The GV series diaphragm compressor features a V-type structure, which typically involves a geometric arrangement of its internal components resembling the letter “V.” While detailed engineering schematics would provide a more precise understanding, the V-type structure often implies:

• Diaphragm Configuration: The diaphragm, a flexible component responsible for compressing gas, is likely positioned in a way that optimizes its movement within the compressor.
• Mechanical Balance: The V-type structure may contribute to mechanical balance, ensuring even distribution of forces and enhancing the overall stability of the compressor.
• Space Optimization: This configuration is often chosen for its potential to maximize space efficiency within the compressor unit.
• Operational Efficiency: The V-type design may be engineered to improve the compressor’s operational efficiency by minimizing friction and optimizing the movement of internal components.

Applications: GV series Air diaphragm compressor

These compressors find applications across various industries due to their versatile design and capabilities. Some common applications include:

1. Chemical and Petrochemical Industry: Used for compressing speciality gases in chemical and petrochemical processes where purity is crucial.
2. Laboratory and Research Facilities: Employed in laboratories and research institutions for applications requiring precise and contaminant-free compression of gases.
3. Gas Recovery: Utilized for capturing and compressing gases for recovery and reuse in various processes.
4. Industrial Processes: Applied in various industrial processes requiring compressed air, such as manufacturing and material handling.
5. High-Pressure Applications: Suitable for applications demanding high discharge pressures, such as in certain manufacturing processes or specialized equipment.
6. Oil-Free Environments: Due to their hermetic design and potential for oil-free compression, GV series diaphragm compressors are preferred in environments where oil contamination is undesirable.

• structure: V type
• stroke:70mm~130mm
• max piston force:10KN~30KN
• max discharge pressure:50MPa
• flow range:2~200Nm3/h
• motor power:2.2KW~30KW
• speed:420rpm
• cooling method: air/water