Side channel blowers

Side channel compressors: compressors that suck in and push up air or gas with centrifugal and duct compression, allowing for relatively high pressure differences.  

Suitable for compressed air, vacuum or light switching applications: compressors that also function as a vacuum pump, i.e. suitable for negative pressure or air movement.  

Different pressures and air flow rates: depending on version: ranging from small to medium flow rates and pressures, suitable for a variety of applications in environment, process or mechanics.  

Higher pressure range than fans: Side channel compressors deliver significantly higher pressure than standard fans or blowers, making them suitable for vacuum and compressed air applications.  

Flexibility of use: suitable for air supply, vacuum, aeration, gas displacement or air transport in water‑ /wastewater plants, vacuum systems, process plants or pneumatic systems. 

Reliability in vacuum or light pressure systems: for systems that do not require heavy hydraulics or pump pressure, but stable air or vacuum supply. 

Energy and maintenance benefits when applied correctly: relatively simple technology, fewer moving fluid components, and suitable for air or gas instead of liquids, which simplifies maintenance. 

Aeration or air supply in water or wastewater treatment, process systems, air ventilation or pneumatic systems. 

Vacuum creation or air displacement in vacuum systems, air extraction, transport or vacuum handling. 

Industrial environments where gas or air needs to be moved or where vacuum is required, without heavy liquid pumps. 

Systems that require air or gas flow, such as aeration, air transport, vacuum, dry air or compressed air supply. 

Flow and Pressure Requirements: Determine if the side channel compressor can provide sufficient air output and pressure for the application. 

Medium and application (air/gas or liquid): Side channel compressors are typically suitable for air or gas, not liquids. 

Maintenance and environment: Ventilation, cooling and proper assembly are important for optimal performance and longevity. 

Downstream system compatibility: Vacuum lines, pressure regulators or aeration lines must be correctly matched for stable operation.