Air XS
Real-time silica monitor.
The world’s first accurate, continuous, real-time silica monitor. Get real-time results where you need them along with laboratory results. Protect your workforce from the harmful effects of respirable crystalline silica (RCS).
- No complicated start up procedures or complex calibrations
- Processes more than 600 particles per second
- Target identification range is 1 micron to 10 micron
- User selectable rolling averages accross 15 minute, 1, 4, 8, and 12 hours
- Set custom alarms and see changing levels in Breathe XS software
Features
Real Time
Monitors respirable crystalline silica in real time 24 hours a day.
No more waiting
No return-to-base servicing requirements or waiting on lab results.
Low Maintenance
Use the compliance pack on the Air XS unit for 1 minute every month.
Instant visualization
Breathe XS software displays trends and incidents.
Specifications
Communication Options
Modbus TCP, Modbus RTU
Optional: Additional communication options when paired with the Accutron Pro Series or CommTrax
Network Capabilities
Breathe XS PC/Mac application
Power In
100V to 240V AC
9 to 18V DC
Enclosure
Stainless steel IP65 main enclosure
IP42 particle flow path, cap open
Certification
CE compliant
Breathe XS Software
The Breathe XS Software allows for user selectable rolling averages across 15 minutes, 1, 4, 8 and 12 hour periods. Instantly see visualized trends, incident reports and customized alarm levels. The Breathe XS software allows you to fully understand levels of respirable crystalline silica and determine how to mitigate dangerous levels.
Air XS Technology
The Air XS uses optical refraction technology to analyze silica by its size, symmetry and optical markers. Along with light-scatter photometry, the Air XS analyses every particle sampled and classifies them by their identifiable optical properties to capture all forms of respirable crystalline silica.
Get a Personalized Quote
Contact us for more information, product pricing and advice on the best solution for your application.
