Gas detection
The X plore 8300 from Dräger is a state-of-the-art entry-level particulate Powered Air Purifying Respirator (PAPR) which is engineered to deliver respiratory protection the UK’s most demanding working environments, such as those found in the petrochemical, utility, environmental and pharmaceutical industries, while its cleanability makes it particularly suited to heavily contaminated environments.
The device has a simple, clean design that marks a new direction for PAPRs, and which combines exceptional breathing protection with user-centred innovation and new technology. Manufactured in the UK, the X-plore 8300 system has already received three major international design awards.
It is the smallest and lightest PAPR device in its class, its ergonomic design offers enhanced comfort, with users benefiting from a reduced weight that limits wearer fatigue, and a compact size that allows improved freedom of movement.
The unit offers optimal cleanability as it combines a smooth, pebble-like form that minimises dirt traps, with an integrated rechargeable battery that contributes to the device’s IP67 rating, enabling it to be safely and efficiently cleaned using an industrial dishwasher or in a decontamination shower while in operation.
A user-friendly interface and built-in and automated safety features enhance the operational safety of the system, empowering users to protect themselves effectively.
The versatility of the system means that it can easily be integrated with other products in the X-plore 800 range, including loose and tight-fitting headpieces, so respiratory protection can be tailored to specific applications, such as laboratory testing or working in environments where hazardous gas or vapours may be present.
The device is constructed for ease of maintenance throughout its lifespan, enabling devices to be repaired rather than replaced, extending operational life and reducing waste. This significantly improves long term value and environmental performance, In line with Dräger’s commitment to sustainability.
IET 36.3 May