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
  • ICON32 Aplus
  • ICON20 Prosafe
  • ICON31 Mount_bagfilters
Item Type ISO rating ISO 16890 Filter Class EN779 Width (mm) Height (mm) Depth (mm) Airflow (m3/h) Pressure drop Initial (Pa) Yearly energy consumption at 3400m3/h Energy Class (Eurovent)
6/640 ePM2,5 50% M6 592 592 640 3400 55 748 A
6/640 ePM2,5 50% M6 490 592 640 2700 55 A
6/640 ePM2,5 50% M6 287 592 640 1700 55 A
6/640 ePM2,5 50% M6 287 287 640 800 55 A
6/640 ePM2,5 50% M6 592 287 640 1700 55 A
6/640 ePM2,5 50% M6 592 490 640 2700 55 A
6/640 ePM2,5 50% M6 490 490 640 2330 55 A
6/520 ePM2,5 50% M6 592 592 520 3400 60 929 B
6/520 ePM2,5 50% M6 287 592 520 1700 60 B
6/520 ePM2,5 50% M6 287 287 520 800 60 B
6/520 ePM2,5 50% M6 592 287 520 1700 60 B
6/520 ePM2,5 50% M6 592 490 520 2700 60 B
6/520 ePM2,5 50% M6 490 490 520 2330 60 B
6/370 ePM2,5 50% M6 592 592 370 3400 70 1405 D
6/370 ePM2,5 50% M6 490 592 370 2700 70 D
6/370 ePM2,5 50% M6 287 592 370 1700 70 D
6/520 ePM2,5 50% M6 490 592 520 2700 60 B
6/370 ePM2,5 50% M6 287 287 370 800 70 D
6/370 ePM2,5 50% M6 592 287 370 1700 70 D
6/370 ePM2,5 50% M6 592 490 370 2700 70 D
6/370 ePM2,5 50% M6 490 490 370 2330 70 D
7/670 ePM1 60% F7 592 592 670 3400 65 838 A+
7/670 ePM1 60% F7 490 592 670 2700 65 A+
7/670 ePM1 60% F7 287 592 670 1700 65 A+
7/670 ePM1 60% F7 287 287 670 800 65 A+
7/670 ePM1 60% F7 592 287 670 1700 65 A+
7/670 ePM1 60% F7 592 490 670 2700 65 A+
7/670 ePM1 60% F7 490 490 670 2330 65 A+
7/640 ePM1 60% F7 592 592 640 3400 70 918 A
7/640 ePM1 60% F7 287 287 640 800 70 A
7/640 ePM1 60% F7 592 287 640 1700 70 A
7/640 ePM1 60% F7 592 490 640 2700 70 A
7/640 ePM1 60% F7 490 490 640 2330 70 A
7/520 ePM1 60% F7 592 592 520 3400 75 1031 B
7/520 ePM1 60% F7 287 592 520 1700 75 B
7/520 ePM1 60% F7 287 287 520 800 75 B
7/640 ePM1 60% F7 490 592 640 2700 70 A
7/640 ePM1 60% F7 287 592 640 1700 70 A
7/520 ePM1 60% F7 592 287 520 1700 75 B
7/520 ePM1 60% F7 592 490 520 2700 75 B
7/520 ePM1 60% F7 490 490 520 2330 75 B
7/370 ePM1 60% F7 592 592 370 3400 90 1643 D
7/520 ePM1 60% F7 490 592 520 2700 75 B
7/370 ePM1 60% F7 287 592 370 1700 90 D
7/370 ePM1 60% F7 287 287 370 800 90 D
7/370 ePM1 60% F7 592 287 370 1700 90 D
7/370 ePM1 60% F7 592 490 370 2700 90 D
7/370 ePM1 60% F7 490 490 370 2330 90 D
9/640 ePM1 85% F9 592 592 640 3400 135 2016 D
9/640 ePM1 85% F9 490 592 640 2700 135 D
9/640 ePM1 85% F9 287 592 640 1700 135 D
7/370 ePM1 60% F7 490 592 370 2700 90 D
9/640 ePM1 85% F9 287 287 640 800 135 D
9/640 ePM1 85% F9 592 287 640 1700 135 D
9/640 ePM1 85% F9 592 490 640 2700 135 D
9/640 ePM1 85% F9 490 490 640 2330 135 D
9/520 ePM1 85% F9 592 592 520 3400 180 2130 D
9/520 ePM1 85% F9 490 592 520 2700 180 D
9/520 ePM1 85% F9 287 592 520 1700 180 D
9/520 ePM1 85% F9 287 287 520 800 180 D
9/520 ePM1 85% F9 592 287 520 1700 180 D
9/520 ePM1 85% F9 592 490 520 2700 180 D
9/520 ePM1 85% F9 490 490 520 2330 180 D
 Pressure drop calculation tool is available

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
Media
Glass fiber
Max temperature °C
70ºC
Relative Humidity
100%
Max final pressure drop, EN 13053
Initial pressure drop + 100 Pa or initial pressure drop x3 (whichever is lower)
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

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