RMDF-30L Emergency Response Beta CAM – F&J Model RMDF-30L is a lightweight, small foot print, DC voltage powered real-time air monitoring system for beta emitting airborne radio-particulate matter.

Key Beta CAM features:

1. On-board 4500 mAh NiMH batteries
2. 100V or 250V AC or 12VDC.
3. Background subtraction.
4. Less than 10 lbs.

The RMDF-30L is well suited for emergency response sampling activities that require real-time assessment of airborne particulate radioactivity. Typical operating time from on-board batteries is greater than 5 hours utilizing 47 mm glass fiber filter paper. Typical flow range is 10-30 LPM. The portable lightweight CAM is ideal for homeland security applications and for commercial nuclear power plant emergency kits.

RMDF-60L Emergency Response Beta CAM – F&J Model RMDF-60L is a lightweight, small foot print, DC voltage powered real-time air monitoring system for beta emitting airborne radio-particulate matter.

Key Beta CAM operates from:

1. On-board 15.6 Ah Li-ion batteries.
2. 100V or 250V AC or 12VDC.
3. High efficiency low voltage GM detector.
4. Operator selectable audio and visual alarms.

The RMDF-60L is well suited for emergency response sampling activities that require real-time assessment of airborne particulate radioactivity. Typical operating time from on-board batteries approx. 4 hours utilizing 47 mm glass fiber filter paper. Typical flow range is 30-60 LPM.

RMDF-60L-BL-AC Emergency Response Beta CAM – F&J Model RMDF-60L-BL-AC is a lightweight, small foot print, air monitoring system for beta emitting airborne radio-particulate matter.

Key Beta CAM features:

1. Activity Displayed as DPM or Bq.
2. High efficiency low voltage GM detector.
3. Dual diaphragm pump.
4. Brushless 24VDC motor.

The RMDF-60L is well suited for emergency response sampling activities that require real-time assessment of airborne particulate radioactivity. Typical operating time from on-board batteries is greater than 5 hours utilizing 47 mm glass fiber filter paper. Typical flow range is 30-60 LPM.