RAE Systems PID Multi-Gas Monitor, Portable, Series: MultiRAE, LEL, H2S, CO, O2, Detection Range: 0 to 30% O2, 0 to 100% LEL, 0 to 2000 ppm CO, 0 to 200 ppm H2S, Alarm: Audible, Visual, Vibrating, LCD, 1 ppm CO, 0.1 ppm H2S, 1% LEL, 0.1% O2 Resolution, -20 to 50 deg C, Lithium-Ion Battery, IP65, 3.8 in W x 2.6 in D x 7.6 in H
- Dust tight and waterproof (IP65-rated)
- Rugged design
- Onboard gas libraries include 190 VOCs and 55 combustible gases
- Longest battery run time in its class
- Intuitive, icon driven interface
- Flippable screen
- Large buttons for easy navigation even with up to three glove layers
- Continuous data logging - 6 months for five sensors 24/7
- Fully automated bump testing and calibration with AutoRAE2
- Device Management with Honeywell Sotera™ Express
- Short Description - MULTIRAE MBB3O2/LEL/CO/H2S/PID (NON-WIRELESS) PGM-6228 - RENTAL
- Alternate Part Number - MBB3-A1C112E-420
- Item Name - PID Multi-Gas Monitor
- Type - Portable
- Series - MultiRAE
- Gas Type - LEL, H2S, CO, O2
- Detection Range - 0 to 30% O2, 0 to 100% LEL, 0 to 2000 ppm CO, 0 to 200 ppm H2S
- Alarm Type - Audible, Visual, Vibrating
- Display Type - LCD
- Resolution - 1 ppm CO, 0.1 ppm H2S, 1% LEL, 0.1% O2
- Temperature Rating - -20 to 50
- Battery Type - Lithium-Ion
- Enclosure Type - IP65
- Dimensions - 3.8 in W x 2.6 in D x 7.6 in H
- Marketing Description - MultiRAE is the most advanced portable chemical detector on the market. With the flexibility of up to six gas sensors and the convenience of wireless portability, this multi-gas monitor is versatile and customizable, while delivering real time access to instrument readings and alarm status from any location. Choose from 25 sensor options including LEL, PID, NDIR, and exotics that can be easily changed in the field. With five built-in alarms, including man down, and wireless connectivity to your command center, MultiRAE delivers vital information for fast incident response.
RAESystems_MBB3A1C112E420_Specification_Sheet.pdf
RAESystems_MBB3A1C112E420_Manual.pdf
RAE Systems_Sensors.pdf