Fire fighters face some of the harshest conditions this world has to offer, and are expected to save others from these environments; the Dräger PSS® Rescue Hood is designed to help the professional save lives.
Fits all breathing equipment The PSS rescue hood can be used with any breathing apparatus requiring only a second medium pressure connection.
Noise reduction for easy communication The hood is fitted on the inside with a foam pad silencer on the hose connector, reducing the air supply's sound level making it easier to communicate with the person being rescued.
Fast and simple to deploy Simply place the rescue hood over the head of the person being rescued and connect to the breathing apparatus. Tighten the draw string of the hood around the wearers neck to make air-tight. The rescue hood is designed to fit all head sizes and accommodate spectacle wearers without the need to remove their glasses.
Lightweight and compact The PSS Rescue Hood is compact and lightweight, at only 620g, and is supplied in a pouch which attaches to the belt of the wearers breathing apparatus, making it easily accessible in the event of an emergency.
Extremely low maintenance The rescue hood requires very little maintenance, reducing the cost of ownership.
If you are looking for protection against cryogenic hazardous substances and low concentrations of acids and alkalis then the Dräger CPS 6900 chemical protective suit is the right choice. The new and innovative suit design is both flexible and comfortable.
This compact and robust handheld breath alcohol measuring device is especially designed for advanced screening applications. Ideal for use by police, commerce and industry as an alcohol screening device. The Alcotest® 7510 can in many countries and markets be used as an evidential device.
The Dräger Automatic Switch over Valve (PAS® ASV) enables the user to connect compressed air breathing apparatus to an external air supply, such as a factory ring main, and be safe in the knowledge that if the external supply were to fail, there would be a safe and uninterrupted transition to the wearer’s back-up air supply.