Code: 41220
A-E 250 M ES
Max Airflow1500 m³/h
Max Pressure208 Pa
Power200 W
Speed3150 rpm
Voltage220–240 V
IPIP44
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Products / VORTICEL A-E ES
Energy-saving Plate Axial Fans
Vortice product family
VORTICEL A-E ES
VORTICEL A-E ES is the energy-saving electronically driven version of Vortice’s compact wall/panel axial platform, targeting high airflow at low system resistance with controllability and reduced consumption.
Product overview
VORTICEL A-E ES is the energy-saving electronically driven version of Vortice’s compact wall/panel axial platform, targeting high airflow at low system resistance with controllability and reduced consumption.
Key features
- Compact plate axial construction
- Energy-saving electronic motor platform
- 12 models in the 250–630 mm class
- Model-level verified airflow/pressure/power/speed data
- Suitable for wall/panel ventilation
- Industrial and commercial air renewal
Application & selection
For warehouses, commercial and industrial spaces requiring high airflow against low system resistance with improved energy efficiency.
Position in the range
VORTICEL A-E is the conventional AC platform and is separately marked for extra-EU sale; A-E ES is the energy-saving newer counterpart.
Models and variants
12 verified model/variant
Code: 41221
A-E 300 M ES
Max Airflow1980 m³/h
Max Pressure147 Pa
Power165 W
Speed2100 rpm
Voltage220–240 V
IPIP44
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41222
A-E 350 M ES
Max Airflow2825 m³/h
Max Pressure143 Pa
Power165 W
Speed1550 rpm
Voltage220–240 V
IPIP44
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41223
A-E 400 M ES
Max Airflow4830 m³/h
Max Pressure183 Pa
Power330 W
Speed1650 rpm
Voltage220–240 V
IPIP54
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41224
A-E 450 M ES
Max Airflow5540 m³/h
Max Pressure165 Pa
Power340 W
Speed1700 rpm
Voltage220–240 V
IPIP44
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41225
A-E 500 M ES-A
Max Airflow4850 m³/h
Max Pressure98 Pa
Power200 W
Speed900 rpm
Voltage220–240 V
IPIP54
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41226
A-E 500 M ES-B
Max Airflow7450 m³/h
Max Pressure195 Pa
Power500 W
Speed1450 rpm
Voltage220–240 V
IPIP55
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41228
A-E 550 M ES
Max Airflow7350 m³/h
Max Pressure210 Pa
Power550 W
Speed1250 rpm
Voltage220–240 V
IPIP44
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41230
A-E 630 M ES
Max Airflow10300 m³/h
Max Pressure185 Pa
Power600 W
Speed960 rpm
Voltage220–240 V
IPIP55
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41227
A-E 500 T ES
Max Airflow8700 m³/h
Max Pressure270 Pa
Power850 W
Speed1690 rpm
Voltage380–415 V
IPIP44
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41229
A-E 550 T ES
Max Airflow9200 m³/h
Max Pressure243 Pa
Power950 W
Speed1690 rpm
Voltage380–415 V
IPIP54
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Code: 41231
A-E 630 T ES
Max Airflow11000 m³/h
Max Pressure195 Pa
Power780 W
Speed1250 rpm
Voltage380–415 V
IPIP44
Model fields are populated only where published by official Vortice sources; unpublished performance values are not inferred.
Let us evaluate this series for your project.
Contact Vensis for model selection, technical suitability and quotation.