Hi-Flo ProSafe

  • Specially designed for process safety (Food & Life Science applications)
  • Built using the latest glass fibre media
  • Low initial pressure drop
  • Flat pressure drop curve
  • Innovative pocket design for optimum air distribution
  • Conical pockets
  • Moulded, rigid and aerodynamically shaped plastic frame
  • Less energy consumption
  • Compliant to EC 1935:2004
  • Compliant to VDI 6022 / ISO 846
  • ICON2 eurovent energy efficiency class
  • ICON3 efficiency guarantee
  • ICON7 ISO16890.ai
  • ICON8
  • ICON32 Aplus
  • ICON20 Prosafe
  • ICON31 Mount_bagfilters
Item Type ISO/PM rating Filter Class EN779 Width (mm) Height (mm) Depth (mm) Energy Class (Eurovent) Airflow (m3/h) Pressure drop Initial (Pa)
6/640 ePM2,5 50% M6 592 592 640 B 3400 55
6/640 ePM2,5 50% M6 490 592 640 B 2700 55
6/640 ePM2,5 50% M6 287 592 640 B 1700 55
6/640 ePM2,5 50% M6 287 287 640 B 800 55
6/640 ePM2,5 50% M6 592 287 640 B 1700 55
6/640 ePM2,5 50% M6 592 490 640 B 2700 55
6/640 ePM2,5 50% M6 490 490 640 B 2330 55
6/520 ePM2,5 50% M6 592 592 520 B 3400 60
6/520 ePM2,5 50% M6 490 592 520 B 2700 60
6/520 ePM2,5 50% M6 287 592 520 B 1700 60
6/520 ePM2,5 50% M6 287 287 520 B 800 60
6/520 ePM2,5 50% M6 592 287 520 B 1700 60
6/520 ePM2,5 50% M6 592 490 520 B 2700 60
6/520 ePM2,5 50% M6 490 490 520 B 2330 60
6/370 ePM2,5 50% M6 592 592 370 D 3400 70
6/370 ePM2,5 50% M6 490 592 370 D 2700 70
6/370 ePM2,5 50% M6 287 592 370 D 1700 70
6/370 ePM2,5 50% M6 287 287 370 D 800 70
6/370 ePM2,5 50% M6 592 287 370 D 1700 70
6/370 ePM2,5 50% M6 592 490 370 D 2700 70
6/370 ePM2,5 50% M6 490 490 370 D 2330 70
7/670 50+ ePM1 60% F7 592 592 670 A+ 3400 65
7/670 50+ ePM1 60% F7 490 592 670 A+ 2700 65
7/670 50+ ePM1 60% F7 287 592 670 A+ 1700 65
7/670 50+ ePM1 60% F7 287 287 670 A+ 800 65
7/670 50+ ePM1 60% F7 592 287 670 A+ 1700 65
7/670 50+ ePM1 60% F7 592 490 670 A+ 2700 65
7/670 50+ ePM1 60% F7 490 490 670 A+ 2330 65
7/640 50+ ePM1 60% F7 592 592 640 A 3400 70
7/640 50+ ePM1 60% F7 490 592 640 A 2700 70
7/640 50+ ePM1 60% F7 287 592 640 A 1700 70
7/640 50+ ePM1 60% F7 287 287 640 A 800 70
7/640 50+ ePM1 60% F7 592 287 640 A 1700 70
7/640 50+ ePM1 60% F7 592 490 640 A 2700 70
7/640 50+ ePM1 60% F7 490 490 640 A 2330 70
7/520 50+ ePM1 60% F7 592 592 520 A 3400 75
7/520 50+ ePM1 60% F7 490 592 520 A 2700 75
7/520 50+ ePM1 60% F7 287 592 520 A 1700 75
7/520 50+ ePM1 60% F7 287 287 520 A 800 75
7/520 50+ ePM1 60% F7 592 287 520 A 1700 75
7/520 50+ ePM1 60% F7 592 490 520 A 2700 75
7/520 50+ ePM1 60% F7 490 490 520 A 2330 75
7/370 50+ ePM1 60% F7 592 592 370 C 3400 90
7/370 50+ ePM1 60% F7 490 592 370 C 2700 90
7/370 50+ ePM1 60% F7 287 592 370 C 1700 90
7/370 50+ ePM1 60% F7 287 287 370 C 800 90
7/370 50+ ePM1 60% F7 592 287 370 C 1700 90
7/370 50+ ePM1 60% F7 592 490 370 C 2700 90
7/370 50+ ePM1 60% F7 490 490 370 C 2330 90
9/640 80+ ePM1 85% F9 592 592 640 B 3400 160
9/640 80+ ePM1 85% F9 490 592 640 B 2700 160
9/640 80+ ePM1 85% F9 287 592 640 B 1700 160
9/640 80+ ePM1 85% F9 287 287 640 B 800 160
9/640 80+ ePM1 85% F9 592 287 640 B 1700 160
9/640 80+ ePM1 85% F9 592 490 640 B 2700 160
9/640 80+ ePM1 85% F9 490 490 640 B 2330 160
9/520 80+ ePM1 85% F9 592 592 520 C 3400 180
9/520 80+ ePM1 85% F9 490 592 520 C 2700 180
9/520 80+ ePM1 85% F9 287 592 520 C 1700 180
9/520 80+ ePM1 85% F9 287 287 520 C 800 180
9/520 80+ ePM1 85% F9 592 287 520 C 1700 180
9/520 80+ ePM1 85% F9 592 490 520 C 2700 180
9/520 80+ ePM1 85% F9 490 490 520 C 2330 180

Calculate pressure drop

Choose a full-size filter module in the table above to calculate the pressure drop.
Full-size filter modules are typically 592x592mm for bag/panel filters and 610x610mm for HEPA filters.

Specifications

Application
Air conditioning applications and as pre filters for clean rooms
Frame
Plastic moulded
Media
Glass fiber
Max temperature °C
70ÂșC
Relative Humidity
100%
Recommended final pressure drop, EN 13053
M6-F7: 200 Pa, F9: 300 Pa
Dimension standard
Filter front dimensions according EN 15805
Installation options
Front and side access housings and frames are available
Max Airflow
1,25 x nominal flow