PRODUCT DETAIL
High-Speed Centrifugal Blowers
Continuous air supply for aeration, drying, conveying and treatment.
Continuous air supply for aeration, drying, conveying and treatment, with selection and integration organised around flow, pressure, medium, environment and control interfaces.
Applications and duty conditions
Current application categories are shown below; verified cases and site test material will be added later.
| Aquaculture aeration | Continuous pond aeration |
|---|---|
| Drying lines | Stable flow and pressure |
| PCB air-knife drying | Precision drying and blow-off |
| Pneumatic conveying | Air supply for material handling |
| Medical equipment | Integrated air-source solutions |
| Wastewater treatment | Aeration and process air |
Verified key parameters
Only approved data is listed; model-level ratings and continuous operating ranges will be published after review.
| Tested machine power | 4 kW |
|---|---|
| Comparison machine power (test reference) | 7.5 kW |
These are bench-test machine parameters and do not represent every model on offer.
Performance and test conditions
A 4 kW high-speed centrifugal blower was compared with a 7.5 kW unit using a DN100, approx. 15-metre test line and an orifice flow meter.
| Duty 1 | 300 m³/h and 15 kPa: shaft power reduced from 3.5 kW to 1.8 kW, approx. 48.6% lower |
|---|---|
| Duty 2 | 180 m³/h and 30 kPa: shaft power reduced from 5.0 kW to 3.0 kW, approx. 40.0% lower |
| Test line | DN100, approx. 15 m |
Results apply to the stated test conditions and do not represent every installation.
Structure and test evidence
The exploded view shows the component layout; the bench photo is from the recorded test process.
Selection guidance
Selection starts by clarifying the requirements and duty point: design point, operating range, medium, altitude, temperature, noise and site constraints, before matching the machine, controls, filtration, cooling and piping interfaces.
Model-level ratings and the formal selection table will be published after review; for a current selection assessment, contact an engineer.
Assess your flow, pressure and duty requirements
Brochures and selection material are in preparation; tell us your flow, pressure and duty requirements and we will assess product selection, system interfaces and a validation path.
Contact an engineer