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Dräger PSS AirBoss

The Dräger PSS AirBoss raises the new benchmark for firefighter respiratory protection with improved ergonomics, reduced weight, and cutting-edge safety features. Jointly developed with firefighters across the globe, the AirBoss minimizes physical effort and maximizes operational effectiveness by offering improved weight distribution, a height adjustment, and adjustable harness settings. These are offered in three models-Active, Agile, and Connect-with scalable safety and connectivity capabilities such as onboard PASS, telemetry, and Dräger FireGround accountability system. The AirBoss SCBA allows you to work longer, breathe easier, and remain safer in the most challenging fire and rescue situations.Enquire Now




    Features

    • Ultra-lightweight design with tough durability and low profile for best weight distribution and lower fatigue
    • Sliding and pivoting waist belt with multi-attachment points to accommodate accessories for optimal fit and drying
    • Three-step height adjustment for perfect fit for any-sized firefighters
    • Reflective and photoluminescent surface on shoulder pads and waistbelt for enhanced visibility at night
    • Cam-lock cylinder fastener and universal cylinder strap for easy and secure single or twin cylinder fit
    • Built-in Integrated Personal Alert Safety System (PASS) with audible and visual indicators like buddy lights for status and low air warning
    • Optional in-mask integrated display for real-time hands-free tracking of air consumed and time-to-retreat
    • Bluetooth-telemetry and Dräger FireGround compatibility for remote real-time tracking and incident management
    • Machine washable, simple to clean components with RFID-tagged parts for effective asset management and maintenance
    • Configurations available:
    • Active: Mechanical gauge, lightest weight configuration
    • Agile: Mechanical gauge with PASS transmitting device and other safety features
    • Connect: Digital gauge, telemetry, auto-activated PASS, Bluetooth, and full FireGround integration

    Specifications

    PSS AirBoss | 12 Dräger PSS AirBossActive Dräger PSS AirBossAgile Dräger PSS AirBossConnect
    Weight of complete set with Dräger FPS 7000 face mask, lung demand valve and 6.8 litre Dräger NANO cylinder 10.2 kg 10.5 kg10.7 kg with PASS device 10.5 kg
    Input pressure (bar) 0 – 300 bar 0 – 300 0 – 300
    Normal 1st stage output pressure 7.5 7.5 7.5
    1st stage output flow (l/min) > 1,000 > 1,000 > 1,000
    Pneumatic warning whistle activation pressure 50 – 60 50 – 60 50 – 60
    Pneumatic whistle sound Level (dBA) > 90 > 90 > 90
    PASS main alarm N/A In the range 102 LAeq (30s) dB(A) and 112 LAeq (30s) dB(A) as per requirements of BS10999:2010 102 to 112 dB(A) measured at 250 mm (JCDD 38 revision)
    Battery N/A 2 x CR123 lithium – Bodyguard 1500,2 x CR123 lithium – TX Gauge 5 x AA Alkaline battery packNiMh rechargeable battery pack
    Telemetry radio frequency N/A N/A EU 869 MHz / UK 469 MHz
    Operating Temperature °C -30 °C to +60 °C -30 °C to +60 °C -30 °C to +60 °C
    Approvals
    Breathing Apparatus EN137:2006 Type 2BS-8468-1:2006(CBRN-Standard) EN137:2006 Type 2BS-8468-1:2006(CBRN-Standard) EN137:2006 Type 2BS-8468-1:2006(CBRN-Standard)
    Intrinsic safety of electronic monitoring system N/A ATEX 94/9/EC classification isATEX 94/9/EC classification isI M1/II 1G IIC T6 I M1/II1GD EEx ia I/IIC T4(Ta = -30 °C to +60 °C)* ATEX 94/9/EC classification isATEX 94/9/EC classification isI M1/II 1G IIC T6 I M1/II1GD EEx ia I/IIC T4(Ta = -30 °C to +60 °C)*
    Electromagnetic Compatibility N/A EN 61000-6-2
    Radiation Emissions EN 50081-1
    The above ATEX classifications for Dräger PSS AirBoss are limited to certain breathing apparatus configurations only and there are exceptions to the categories. Please consult Dräger for details.
    * based upon 2 x 30 minute uses per day, 12 months between battery change

     

    Applications

    • Structural firefighting and rescue operations with ergonomic, rugged respiratory protection
    • Hazardous industrial environments with toxic atmospheres or entry into confined spaces
    • Tactical emergency response with increased monitoring and communications requirements
    • Incident command systems with real-time accountability and data logging requirements