6517059d6ef93159306231.jpg
65170640cfa57469122665.jpg
6900d0921620c523557129.jpg
6900d0923e045599195747.jpg
6900de85a507a458641783.jpg
6517059d6ef93159306231.jpg
65170640cfa57469122665.jpg
6900d0921620c523557129.jpg
6900d0923e045599195747.jpg
6900de85a507a458641783.jpg

MFA0800 - Micro-Turbine/Blower | +95 / -85 hPa

Airfan's MFA0800 multipurpose design allows operation in positive or negative compression mode, making it adaptable to various high-flow applications.

Suitable for:

  • Medical Cough Assist devices
  • Fuel Cells (Hydrogen) applications
  • Any system requiring high airflows with reliable long-term operating

Document(s) to download

Specifications MFA0800 - Micro-Turbine/Blower | +95 / -85 hPa


100% OXYGEN COMPATIBILITY
No
MAX STATIC PRESSURE (ΔP)
+95 / -85 hPa
MAX FREE FLOW
660 l/mn
RISE TIME*
< 82 ms
NOISE LEVEL*
P = 30.4 (W) @60 hPa
TYP. POWER CONSUMPTION*
15.2 W
MOTOR COOLING MANAGEMENT
Yes - internal
LIFETIME (L10)*
> 40 000 hours
TYPE
Turbine without external casing
VOLTAGE SUPPLY
24 VDC (nom) | 27 VDC (max)
PRESSURE RANGE (static)
> 90 hPa

Description MFA0800 - Micro-Turbine/Blower | +95 / -85 hPa


Thanks to its patented motor cooling system, the MFA0800 offers a long lifetime, high reliability, and is designed for continuous operation 24/7, 365 days a year.

   Key Performance Benefits

  • Pressure range up to 80 hPa at 200 l/mn with positive pressure mode
  • Up to -75 hPa at 200 l/mn with negative pressure mode
  • Non compatible with Oxygen
  • Naked turbine designed for integration by the manufacturer
  • Specific compressor architecture with a patented motor cooling system allowing to extend the lifetime
  • Reliability of the system with patient support 24/7 and 365 days

Technical Highlights


Acceleration (rise time):  < 82 ms @ 10A max - from 5 to 60 hPa @30 l/mn


Noise level:  < 65 dBa @ 30 hPa @ 1m from air inlet


Power consumption: 15.2W @ 30 hPa @ 30 l/mn


LifeTime:   > 40 000 hours - at standard operating conditions


Wire Length

Wire Length

150mm as standard or customised to requirements