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Average User Rating:

Research International, Inc. - RSN 5000
Contact:

Research International, Inc.

17161 Beaton Road SE

Monroe, WA 98272

POC: Jonathon Tobelmann

703-625-8381

www.resrchintl.com

System Cost: $90,000-$150,000
Analysis Cost: N/A
Survey Source: Vendor Supplied Information
General Description
Research International's Remote Sensor Node 5000 (RSN 5000) is a portable CBRN monitoring device suitable for the detection of toxic gases, aerosolized biological agents, and nuclear materials. It is the only product of its kind currently available in the world, integrating detection technologies from the world's leading suppliers into a complete, networked CBRN monitoring solution. It has been developed for use in military, homeland security, public safety and public health applications. Some sensors are mounted within its tough cylindrical aluminum shell of 20 cm diameter and 1 meter height, others, including GPS and a weather station, mount on the outside, while other sensors, such as video or thermal IR cameras, can be mounted nearby and connected to the node via wireless. A built-in tripod is used to position the unit or it may be secured to structure using locking rings built into the exterior surface. Portable anti-theft features similar to those used for automobiles have been incorporated to protect the unit during unattended operation.
Technical Description
The RSN 5000 is modular in design and is constructed to customer requirements.

Available sensors include:

  • One or more of four state-of-the-art chemical detectors.
  • An ultraviolet fluorescence-based biological particle detector for suspicious changes in bioaerosol concentrations.
  • A sensitive gamma ray detector that detects suspicious changes in background radiation.
The RSN 5000 normally operates in a background monitoring mode, sampling air at 200 liters/minute. The air stream can be analyzed with an ion mobility spectrometer to detect and identify chemical warfare agents. It can be further analyzed with an array of 6 electrochemical gas detectors for common toxic industrial chemicals. A gamma ray monitor is used to detect radiation in the air sample. Finally, this air sample is tested for suspicious increases in bioaerosol concentration with the TacBio bioaerosol monitoring instrument. If an instrument alarms (or under remote control), a secondary sampling line,based on the SASS 3100 dry air sampler, is activated that collects particulates onto a proprietary electret filter for later analysis of captured biological or other particulates.
Evaluation Criteria
THROUGHPUT:
  • 2 minutes or less for detection
  • Continuous operation with no defined runs
  • 349-96 samples every 2 hours
  • The system or device is currently fully automated
  • Device or system is intended for multiple detection assays
  • 0-1 solutions, buffer, eluents, and/or reagents
  • 0 components
  • Greater than 20 minutes is required for set-up
  • Automatic detection
LOGISTICS:
  • Very brief (minutes-hours) training and minimal technical skills
  • Approximately the size of a carry-on luggage suitcase
  • Between 25 and 50 kg
  • Wireless and wired connections are available
  • System or device uses batteries
  • 4-8 hours battery life
OPERATIONS:
  • Can be used from < -21°C to > 42°C (All temperatures)
  • This system does not require consumable components
  • Performance is not influenced by relative humidity
  • Greater than 10 years expected life
  • Results can be viewed in real-time
  • The system or device is currently fully autonomous
  • The system software is open but modification requires licensing
  • The system hardware is closed and not available for modification
DETECTION:
  • Possible the system could receive 510K clearance, no current efforts at this time
  • Possible the system could receive FDA approval, no current efforts at this time
  • This system does not test liquids
  • Excellent specificity. System has occasional false alarms under certain conditions (<2%)
  • Spore lysis not necessary for detection by system
  • > 1x10-3 mg/m3
  • System currently can identify aerosolized chemical agent
  • System currently can identify liquid chemical agent
  • Only dose rate
  • Down to background level radiation for dose rate
  • System is used for area air sampling
Tier Selection
BioImageChemImageRadImage
Field Use
Mobile
Diagnostic
Analytical
Tier Key:
Tier 1 Top Tier
Tier 2 Second Tier
Tier 3 Third Tier
Tier 4 Fourth Tier
Tier 5 Bottom Tier
Scoring Analysis
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Impact Chart
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FIELD USE
MOBILE USE
DIAGNOSTIC USE
ANALYTIC USE