3M™ Scott™ ProPak-f-EZ-Flo SCBA

  • 3M ID XP100149515

Designed for use by the professional fire service

EZ-Flo demand valve features first-breath automatic activation, low breathing resistance and anti-fogging spray bar

Rigid back frame construction with padded upper and lower harness

View more details

Details

Highlights
  • Designed for use by the professional fire service
  • EZ-Flo demand valve features first-breath automatic activation, low breathing resistance and anti-fogging spray bar
  • Rigid back frame construction with padded upper and lower harness
  • Can be configured in a number of different ways with various size cylinders
  • Use with the 3M™ Scott™ AV-3000 HT face mask

The 3M™ Scott™ ProPak EZ-Flo is a Type 2 open-circuit self-contained compressed-air breathing apparatus with padded upper and lower harness. It’s available in standard and CBRN variants for protection in the toughest environments.

Designed specifically to meet the demands of the professional fire service, the 3M™ Scott™ ProPak-EZ-Flo offers high performance and user comfort with a padded harness. It features the EZ-Flo demand valve and is used with the AV-3000 HT face mak. The ProPak-EZ-Flo breathing apparatus consists of a backplate, carrying harness, and a pneumatic system that contains a cylinder connector, reducer, pressure gauge, whistle and demand valve. Designed for user comfort with a wraparound harness with reflective webbing, padded side arms (lower harness), padded adjustable shoulder straps (upper harness), and large buckles for easy operation with gloved hands and fast donning and doffing. ProPak-EZ-Flo can be specified in many configurations including Duo, Split Demand Valve Coupling (SDC), Y-Piece (Y2C) and attachments for Airline, which can be used for Rescue Second Man and Decontamination. Cylinder quick connect and fast fill options are also available. The apparatus can be used with a range of composite or steel cylinders. The entire 3M™ Scott™ ProPak range has been approved to EN 137:2006 Type 2 (incorporating the stringent full flame engulfment test), MED, ISO 20269-2 and ISO 23269-3.

Typical properties

Resources