ppbRAE 3000 +

ppbRAE 3000: Advanced VOC Monitor for Hazardous Environments – Available at Magusintl

The ppbRAE 3000 is a world-class VOC monitor trusted by global leaders in HazMat Response, Oil & Gas, Civil Defense, and other hazardous industries. With its 3rd generation photoionization detector (PID), it offers unparalleled accuracy in detecting VOCs at parts-per-billion (ppb) levels. The ppbRAE 3000 measures concentrations from 1ppb to 10,000ppm with a lightning-fast 3-second response time, making it one of the most advanced monitors for critical environments.

Key Features of the ppbRAE 3000

• Wide Detection Range: Measures VOCs from 1ppb to 10,000ppm with high precision.
• Real-Time Monitoring: Optional Bluetooth and Mesh Radio enable wireless connectivity for real-time data transmission up to 2 miles with RAELink 3 wireless transmitters.
• Fast & Accurate Results: Achieves a 3-second response time for immediate detection.
• User-Friendly Design: Rugged housing, large display, and large keys ensure ease of use, even with three layers of gloves.
• Advanced Connectivity: The dedicated mobile app simplifies survey applications, while Mesh Radio supports ConneXt compatibility.
• Patented Technologies: Features PID lamp auto-cleaning and Reflex PID Technology™ for enhanced reliability.
• Multi-Language Support: Up to 10 languages for global usability.

Applications of the ppbRAE 3000

• HazMat Response & Decontamination
• CBRNE and Civil Defense
• Environmental Cleanups and Remediation
• Plant Shutdown and Urban Search & Rescue
• Indoor Air Quality Assessments
• Worker Exposure Monitoring

Why Choose ppbRAE 3000 from Magusintl?

At Magusintl we provide the ppbRAE 3000 with competitive pricing and excellent support. Its rugged housing and real-time connectivity make it the ultimate solution for VOC detection in the harshest environments. Whether you’re protecting workers, surveying hazardous areas, or conducting environmental cleanups, the ppbRAE 3000 ensures precision, speed, and reliability.

Download Datasheet