Wireless, personal single-gas monitors to monitor a full range of common toxic industrial chemicals such as volatile organic compounds (VOCs), combustible gases (including methane, % LEL), Carbon monoxide (CO), carbon dioxide (CO2), and Oxygen (O2).
ToxiRAE Pro has three models;
Toxic Gases and Oxygen,
PID model for volatile organic compounds or VOCs.
Compact, reliable and easy-to-use, the ToxiRAE Pro doesn't get in the way of workers doing their job and provides unmistakable five-way local and remote alarms if a threat is detected or a man is down. Plus, it offers the flexibility of easily swappable sensors to monitor for different gases in different situations. See attached data sheet for over 20 available gas options.
This personal, wireless monitor for toxic gases and oxygen keeps workers safe in the field by transmitting data to a central command in real time for continuous visibility.
When combined with ProRAE Guardian software, safety managers can easily view data in real time on all ToxiRAE Pro instruments, anytime, anywhere.
For environments where combustible gases can pose a threat to your workers and your facility, this personal wireless monitor provides the visibility you need for fast incident response.
The ToxiRAE Pro LEL features the most extensive on-board gas library in its class, plus 55 built-in correction factors for improved accuracy.
The wireless connectivity delivers real-time data about proximity to the lower explosive limit (LEL) directly to a central command station.
The replaceable sensor, filter, and battery make it easy to maintain.
The PID model for the detection of volatile organic compounds has the next-generation sensor which can detect over 300 VOCs and uses a built-in on-board library of 190 correction factors to automatically read gases in equivalent units.
Reliable, rugged, and intrinsically safe, the ToxiRAE Pro PID can be easily attached to workers' uniforms, and also provides a man-down alarm. It all adds up to better visibility and faster incident response in a variety of conditions.