Portables
AreaRAE Rapid Deployment Kit (RDK)
Rapidly deployable wireless gas detection for hazardous threats
Assess and respond quickly to the release of toxic and radioactive substances with this turnkey system. The AreaRAE Rapid Deployment Kit (RDK) includes four versatile GPS-enabled AreaRAE monitors, RAEMet (AreaRAE Pro RDK only), a RAELink3 wireless router built in and all the necessary accessories for field operation. With The RDK, you have everything you need to create a perimeter and set up a command station up to two miles from the site. It all fits into a military-grade protective case, which charges all the batteries during storage.
Features and Benefits:
• Turnkey system for detection of hazardous toxic chemicals and radioactivity
• Includes 4 AreaRAE monitors and RDK Ruggedized Host Controller (Not the case for AreaRAE Plus / AreaRAE Pro)
• Up to 2 miles (3km) range for ISM 900Mhz
• Up to 1.2 miles (2km) range for ISM 2.4Ghz
• Push data to any location via ProRAE Guardian
• Military-grade case
• Device batteries charged during storage
• Easy to transport
• Standard GPS enable units (AreaRAE Plus / AreaRAE Pro) and Optional for other monitors
• Scales up to 64 remote devices
Application:
• CBRNE
• Clandestine Labs
• Emergency Response
• Environmental Cleanups/ Remediation
• Fence Line Monitoring
• Hazmat Response
• Plant Shutdown & Turn-Around
• Urban Search & Rescue
• Venue Protection
Others
- Alarm Type
- Visual, Audible, Vibrating
- Sensor Range
- VOC (0-2000ppm), LEL (0-100%LEL), CO2 (0-50000ppm), NH3 (0-100ppm), CO (0-2000ppm), Cl2 (0-50ppm), ETO (0-500ppm), H2 (0-2000ppm), HCL (0-15ppm), HCN (0-50ppm), HF (0.5-10ppm), H2S (0-1000ppm), O2 (0-30%), SO2 (0-20ppm), NO (0-250ppm), NO2 (0-20ppm), PH3 (0-20ppm), Gamma (0.01 μSv/h to 0.2 mSv/h)
- Minimum Temperature
- -20 degree Celsius
- -4 degree Fahrenheit
- Humidity Range
- 0%-95%
- Benefits
- • Delivers real-time readings to Honeywell’s
- Maximum Temperature
- 60 degree Celsius
- 140 degree Fahrenheit
- Standards
- US / Canada: Class 1, Division 2 Groups A, B, C, D
- Weight
- 6.5 keg
- 14.33 US Pound
- Sampling Pump Range
- 100ft (30m)
- Wireless Technology
- BLE, MESH, WiFi
- Gas Type
- VOC, LEL, CO2, NH3, CO, Cl2, ETO, H2, HCL, HCN, HF, H2S, O2, SO2, NO, NO2, PH3, Gamma
- Datalogging
- Continuous data logging (90 days for 7 gas sensors, 1 Gamma
- Battery Run Time
- 12-20 Hours
- Warranty
- Four years for O2 Liquid Oxygen sensors
- Ingress Protection
- IP65
- User Options
- 3 operation and programming keys
- Instrument Size
- 12.36” x 12.04” x 6.53”
Others
- Alarm Type
- Visual, Audible, Vibrating
- Sensor Range
- VOC (0-2000ppm), LEL (0-100%LEL), CO2 (0-50000ppm), NH3 (0-100ppm), CO (0-2000ppm), Cl2 (0-50ppm), ETO (0-500ppm), H2 (0-2000ppm), HCL (0-15ppm), HCN (0-50ppm), HF (0.5-10ppm), H2S (0-1000ppm), O2 (0-30%), SO2 (0-20ppm), NO (0-250ppm), NO2 (0-20ppm), PH3 (0-20ppm), Gamma (0.01 μSv/h to 0.2 mSv/h)
- Minimum Temperature
- -20 degree Celsius
- -4 degree Fahrenheit
- Humidity Range
- 0%-95%
- Benefits
- • Delivers real-time readings to Honeywell’s
- Maximum Temperature
- 60 degree Celsius
- 140 degree Fahrenheit
- Standards
- US / Canada: Class 1, Division 2 Groups A, B, C, D
- Weight
- 6.5 keg
- 14.33 US Pound
- Sampling Pump Range
- 100ft (30m)
- Wireless Technology
- BLE, MESH, WiFi
- Gas Type
- VOC, LEL, CO2, NH3, CO, Cl2, ETO, H2, HCL, HCN, HF, H2S, O2, SO2, NO, NO2, PH3, Gamma
- Datalogging
- Continuous data logging (90 days for 7 gas sensors, 1 Gamma
- Battery Run Time
- 12-20 Hours
- Warranty
- Four years for O2 Liquid Oxygen sensors
- Ingress Protection
- IP65
- User Options
- 3 operation and programming keys
- Instrument Size
- 12.36” x 12.04” x 6.53”
- Alarm Type : Visual, Audible, Vibrating
- Sensor Range : VOC (0-2000ppm), LEL (0-100%LEL), CO2 (0-50000ppm), NH3 (0-100ppm), CO (0-2000ppm), Cl2 (0-50ppm), ETO (0-500ppm), H2 (0-2000ppm), HCL (0-15ppm), HCN (0-50ppm), HF (0.5-10ppm), H2S (0-1000ppm), O2 (0-30%), SO2 (0-20ppm), NO (0-250ppm), NO2 (0-20ppm), PH3 (0-20ppm), Gamma (0.01 μSv/h to 0.2 mSv/h)
- Minimum Temperature : -20 degree Celsius|-4 degree Fahrenheit
- Humidity Range : 0%-95%
- Benefits : • Delivers real-time readings to Honeywell’s
- Maximum Temperature : 60 degree Celsius|140 degree Fahrenheit
- Standards : US / Canada: Class 1, Division 2 Groups A, B, C, D
- Weight : 6.5 keg|14.33 US Pound
- Sampling Pump Range : 100ft (30m)
- Wireless Technology : BLE, MESH, WiFi
- Gas Type : VOC, LEL, CO2, NH3, CO, Cl2, ETO, H2, HCL, HCN, HF, H2S, O2, SO2, NO, NO2, PH3, Gamma
- Datalogging : Continuous data logging (90 days for 7 gas sensors, 1 Gamma
- Battery Run Time : 12-20 Hours
- Warranty : Four years for O2 Liquid Oxygen sensors
- Ingress Protection : IP65
- User Options : 3 operation and programming keys
- Instrument Size : 12.36” x 12.04” x 6.53”
Data Sheet
Name
Description
File Size
Date
Size
Brochure
Name
Description
File Size
Date
Size
Technical Note
Name
Description
File Size
Date
Size
A Guideline for Pid Instrument Response
1.45 MB
12/4/2020
PDF 1.45 MB
Technical Note 182 Basics of Wireless Security
1.01 MB
5/5/2021
PDF 1.01 MB
Technical Note 148 Defining The Interval Between Calibration Checks
839.32 KB
12/4/2020
PDF 839.32 KB
Technical Note 174Decontamination Procedures For Monitors Exposed To Chemical Warfare Agents
814.89 KB
5/5/2021
PDF 814.89 KB
Technical Note 159 Chemical Warfare Agent Measurements By PID
884.91 KB
12/4/2020
PDF 884.91 KB
Technical Note 161 Intrinsic Safety And Hazardous Locations
884.37 KB
12/4/2020
PDF 884.37 KB
Technical Note 165 Combating Drift In Portable And Fixed PIDs
930.69 KB
5/5/2021
PDF 930.69 KB
Technical Note 158_Conversion Of PID Readings To Methane Equivalent Or Hexane Equivalent FID Response
950.72 KB
12/4/2020
PDF 950.72 KB
Technical Note 167_Proper Use Of Dilution Fittings On Pumped Monitors
1.02 MB
12/4/2020
PDF 1.02 MB
Technical Note 178 Humidity Filtering II Tube For PID Measurements In Humid Environments
1.09 MB
5/5/2021
PDF 1.09 MB
Technical Note 156 Correction Factors For Combustible Gas LEL Sensors 20022016
609.21 KB
5/5/2021
PDF 609.21 KB
Technical Note 152 Effects Of Operating Conditions On Oxygen Sensors
839.29 KB
12/4/2020
PDF 839.29 KB
Technical Note 163 Addressing PID Instruments Moisture Sensitivity
944.51 KB
12/4/2020
PDF 944.51 KB
Technical Note 146 Turning On UV Lamps In A PID Monitor
787.55 KB
12/4/2020
PDF 787.55 KB
Technical Note 130 Setting Alarm Limits For Mixtures
788.83 KB
12/4/2020
PDF 788.83 KB
Technical Note 144 Handling LEL Sensor Poisons
802.28 KB
12/4/2020
PDF 802.28 KB
Technical Note 121 CO Sensor Cross Sensitivity And Removal With A Charcoal Filter
785.04 KB
12/4/2020
PDF 785.04 KB
Technical Note 114 Sensor Specifications and Cross-Sensitivities
795.02 KB
5/5/2021
PDF 795.02 KB
Technical Note 120_Measuring PID Correction Factors For Volatile Compounds With RAE Systems Instruments
624.75 KB
12/4/2020
PDF 624.75 KB
White Paper
Name
Description
File Size
Date
Size
Application Note 204 - Pulp & Paper: Measuring Turpentine & ClO2
949.42 KB
5/5/2021
PDF 949.42 KB
Application Note
Name
Description
File Size
Date
Size
Application Note 201: Measuring Ammonia (NH3) With Photoionization Detectors
655.59 KB
5/5/2021
PDF 655.59 KB
Application Note 000: RAE Systems PID Overview
1.1 MB
5/5/2021
PDF 1.1 MB
Application Note 205 - Measuring Heat Transfer Fluids With A PID
831.7 KB
5/5/2021
PDF 831.7 KB
Application Note 203: PIDs As HazMat Response Tools
1.26 MB
12/4/2020
PDF 1.26 MB
Application Note 211 - PIDs For Continuous Monitoring Of VOCs
826.34 KB
5/5/2021
PDF 826.34 KB
Application Note 216: Using PIDs In Terrorist Chemical Attacks
1.07 MB
12/4/2020
PDF 1.07 MB
Application Note 228 - Facility and Venue Protection
1.1 MB
5/5/2021
PDF 1.1 MB
Measurement Of PGMEA Using Photoionization Detectors_12-11
750.69 KB
5/5/2021
PDF 750.69 KB
Application Note 221: Using PIDs To Assess Exposure Risk In Unknown Environments
964.88 KB
5/5/2021
PDF 964.88 KB
Application Note 215: Gas Detection In The Marine Industries
889.61 KB
12/4/2020
PDF 889.61 KB
Others
Name
Description
File Size
Date
Size
Techninal Note 123_Special Diagnostic Modes For RAE Systems Instruments_10-05
899.77 KB
12/4/2020
PDF 899.77 KB
Name
Description
File Size
Date
Size
A Guideline for Pid Instrument Response
1.45 MB
12/4/2020
PDF 1.45 MB
Techninal Note 123_Special Diagnostic Modes For RAE Systems Instruments_10-05
899.77 KB
12/4/2020
PDF 899.77 KB
Technical Note 182 Basics of Wireless Security
1.01 MB
5/5/2021
PDF 1.01 MB
Technical Note 148 Defining The Interval Between Calibration Checks
839.32 KB
12/4/2020
PDF 839.32 KB
Technical Note 174Decontamination Procedures For Monitors Exposed To Chemical Warfare Agents
814.89 KB
5/5/2021
PDF 814.89 KB
Technical Note 159 Chemical Warfare Agent Measurements By PID
884.91 KB
12/4/2020
PDF 884.91 KB
Technical Note 161 Intrinsic Safety And Hazardous Locations
884.37 KB
12/4/2020
PDF 884.37 KB
Technical Note 165 Combating Drift In Portable And Fixed PIDs
930.69 KB
5/5/2021
PDF 930.69 KB
Technical Note 158_Conversion Of PID Readings To Methane Equivalent Or Hexane Equivalent FID Response
950.72 KB
12/4/2020
PDF 950.72 KB
Technical Note 167_Proper Use Of Dilution Fittings On Pumped Monitors
1.02 MB
12/4/2020
PDF 1.02 MB
Technical Note 178 Humidity Filtering II Tube For PID Measurements In Humid Environments
1.09 MB
5/5/2021
PDF 1.09 MB
Technical Note 156 Correction Factors For Combustible Gas LEL Sensors 20022016
609.21 KB
5/5/2021
PDF 609.21 KB
Technical Note 152 Effects Of Operating Conditions On Oxygen Sensors
839.29 KB
12/4/2020
PDF 839.29 KB
Technical Note 163 Addressing PID Instruments Moisture Sensitivity
944.51 KB
12/4/2020
PDF 944.51 KB
Technical Note 146 Turning On UV Lamps In A PID Monitor
787.55 KB
12/4/2020
PDF 787.55 KB
Technical Note 130 Setting Alarm Limits For Mixtures
788.83 KB
12/4/2020
PDF 788.83 KB
Technical Note 144 Handling LEL Sensor Poisons
802.28 KB
12/4/2020
PDF 802.28 KB
Technical Note 121 CO Sensor Cross Sensitivity And Removal With A Charcoal Filter
785.04 KB
12/4/2020
PDF 785.04 KB
Application Note 201: Measuring Ammonia (NH3) With Photoionization Detectors
655.59 KB
5/5/2021
PDF 655.59 KB
Application Note 000: RAE Systems PID Overview
1.1 MB
5/5/2021
PDF 1.1 MB
Application Note 204 - Pulp & Paper: Measuring Turpentine & ClO2
949.42 KB
5/5/2021
PDF 949.42 KB
Application Note 205 - Measuring Heat Transfer Fluids With A PID
831.7 KB
5/5/2021
PDF 831.7 KB
Application Note 203: PIDs As HazMat Response Tools
1.26 MB
12/4/2020
PDF 1.26 MB
Application Note 211 - PIDs For Continuous Monitoring Of VOCs
826.34 KB
5/5/2021
PDF 826.34 KB
Application Note 216: Using PIDs In Terrorist Chemical Attacks
1.07 MB
12/4/2020
PDF 1.07 MB
Application Note 228 - Facility and Venue Protection
1.1 MB
5/5/2021
PDF 1.1 MB
Measurement Of PGMEA Using Photoionization Detectors_12-11
750.69 KB
5/5/2021
PDF 750.69 KB
Application Note 221: Using PIDs To Assess Exposure Risk In Unknown Environments
964.88 KB
5/5/2021
PDF 964.88 KB
Application Note 215: Gas Detection In The Marine Industries
889.61 KB
12/4/2020
PDF 889.61 KB
Technical Note 114 Sensor Specifications and Cross-Sensitivities
795.02 KB
5/5/2021
PDF 795.02 KB
Technical Note 120_Measuring PID Correction Factors For Volatile Compounds With RAE Systems Instruments
624.75 KB
12/4/2020
PDF 624.75 KB
