Overview

For years, you’ve relied on AreaRAE as a first line of defense. As the threats have evolved, our technology has, too. Today’s AreaRAE Pro wireless multi-gas, multi-threat detector is equipped with more sensors, more versatility, and more insight into threats happening in real-time—arming you with the information you need when seconds count.

Share
Contact Us
Contact Us

  • Monitors up to seven threats, including Gamma radiation , VOCs, combustibles, Toxics and Oxygen
  • Ppb performance level on VOCs measurement
  • Dedicated gamma sensor slot
  • Local weather station
  • Part of ConneXt Safety Solutions with ISM and Wi-Fi wireless configurations
  • Wireless technology sends real-time data to command station up to two miles (3km) away
  • Secondary radio module (Mesh) act as an communication Hub for other wireless devices
  • Ruggedized, portable, and weather-resistant design for harsh environments

  • AreaRAE Pro Brochure (2.86 MB)
  • AreaRAE Pro Data Sheet (534.02 KB)
  • AreaRAE Plus & AreaRAE Pro User Guide (5.66 MB)
  • AP-000: RAE Systems PID Training Outline (3.3 MB)
  • AP-201: Measuring Ammonia (NH3) with Photoionization Detectors (PIDs) (1.09 MB)
  • AP-203: PIDs as a HazMat Response Tool (3.36 MB)
  • AP-204: Pulp & Paper: Measuring Turpentine & ClO2 (2.88 MB)
  • AP-205: Measuring Heat Transfer Fluids with a PID (2.69 MB)
  • AP-211: PIDs for Continuous Monitoring of VOCs (1.75 MB)
  • AP-216: Using PIDs in Terrorist Chemical Attacks (1.92 MB)
  • AP-221: Using PIDs to Assess Exposure Risk in Unknown Environments (1.33 MB)
  • AP-228: Facility and Venue Protection (1.29 MB)
  • AP-229: AreaRAEs for Incident Response & Law Enforcement (1.79 MB)
  • AP-232: Radioisotopes in Everyday Life (774.7 KB)
  • Safety Notice Advisory O2 (118.18 KB)
  • TN-106: A Guideline for PID Instrument Response (1.45 MB)
  • TN-114: Sensor Specifications and Cross-Sensitivities (793.38 KB)
  • TN-120: Measuring PID Correction Factors for Volatile Compounds with RAE Systems Instruments (622.8 KB)
  • TN-121: CO Sensor Cross-Sensitivity and Removal with a Charcoal Filter (2.24 MB)
  • TN-123: Special Diagnostic Modes for RAE Systems Instruments (2.31 MB)
  • TN-130: Setting Alarm Limits for Mixtures (2.08 MB)
  • TN-144: Handling LEL Sensor Poisons (1.85 MB)
  • TN-146: Turning on UV Lamps in a PID Monitor (1.83 MB)
  • TN-148: Defining the Interval Between Calibration Checks (1.86 MB)
  • TN-152: Effects of Operating Conditions on Oxygen Sensors (1.81 MB)
  • TN-156 Correction Factors for Combustible Gas (LEL) Sensors (604.35 KB)
  • TN-157: Moisture Exchange Tubes for Humidity Control of Test Gases (2.04 MB)
  • TN-158: Conversion of PID Readings to Methane Equivalent or Hexane Equivalent FID Response (1.89 MB)
  • TN-159: Chemical Warfare Agent Measurements by PID (1.74 MB)
  • TN-161: Intrinsic Safety and Hazardous Locations (1.68 MB)
  • TN-165: Combating Drift in Portable and Fixed PIDs (1.74 MB)
  • TN-167: Proper Use of Dilution Fittings on Pumped Monitors (1.84 MB)
  • TN-174: Decontamination Procedures for Monitors Exposed to Chemical Warfare Agents (1.53 MB)
  • TN-176: Basics of Nuclear Radiation (2.04 MB)
  • TN-177: ITRAP Certification of Radiation Monitors (Illicit Trafficking Raditaion Assessment Program) (1.5 MB)
  • TN-178: Humidity Filtering II Tube for PID Measurements in Humid Environments (1.77 MB)
  • TN-182: Basics of Wireless Security (1.64 MB)
  • TN-185: Response Guidelines for Inadvertent Movement or Illicit Trafficking of Radioactive Material (1.66 MB)

NO VIDEO