RAE Systems Radiation Detector meets ANSI Standards for Homeland Security
Health & Safety
SAN JOSE, Calif. — RAE Systems Inc. (AMEX: RAE), a leading global provider of rapidly deployable sensor networks that enable customers to identify safety and security threats in real time, today announced that Oak Ridge National Laboratory completed functional testing of RAE Systems GammaRAE II R, a handheld integrated detector and dosimeter for gamma radiation.
Performance tests included radiation response, environmental exposure, electromagnetic susceptibility, and mechanical ruggedness. All tests were done according to the American National Standards Institute (ANSI) criteria for alarming personal radiation detectors (PRD) used for homeland security applications.
We have already seen adoption of our gamma and neutron personal radiation detectors and dosimeters by several states, said Robert Chen, president and CEO for RAE Systems.
The GammaRAE II R is designed to meet both the technical and safety needs of first responders and RAE Systems is proud to have their instruments validated by a national laboratory.
Overall, the GammaRAE II R functioned properly for each test we performed, according to Peter Chiaro, Ph.D., manager for characterization and technology support programs at the Oak Ridge National Laboratory. Five GammaRAE II R instruments were tested for radiation response as well as environmental, electromagnetic, and mechanical susceptibility. Tests performed were based on ANSI N42.33-2006 and sections 6.2, 6.3, and 6.5 of ANSI N42.32-2006.”
Radiation response tests included alarm functionality, accuracy of response, response time, false alarms, and energy response.
Environmental testing included the instruments response over a range of temperatures, operation during and after exposure to rain, and exposure to rapidly changing temperatures that might exist when taking the instrument from an office environment to an outside environment.
Electromagnetic tests included conditions such as electrostatic discharge and radio frequency susceptibility.
Mechanical testing involved exposure to vibration, mechanical shock, and impact.
GammaRAE II R is both a detector and a dosimeter. The sensitive Cesium Iodide (CsI) scintillation crystal of the GammaRAE II R provides a fast, two-second response to radiological threats, while the energy-compensated PIN diode provides high dose rate range coverage and accurate dose measurements.
Thus, the GammaRAE II R not only alerts the user to the presence of gamma radiation, but can also protect the user from over-exposure to radiation.
The GammaRAE II R is the first personal radiation detector (PRD) to provide rapid detection of gamma-ray sources even in potentially flammable environments. Certified intrinsically safe and water-submersible for decontamination purposes, the GammaRAE II R can be used in more environments than any other personal radiation detector.
GammaRAE II R alerts the user with a loud 85+ dB audible alarm, big, bright flashing LEDs, and a vibrating alarm. For stealth operations, law enforcement personnel can disable each alarm individually.
The GammaRAE II R is available now from all certified RAE Systems distributors. More information on this and RAE Systems radiation and multi-gas and wireless monitors can be found at www.raesystems.com.
About RAE Systems:
RAE Systems is a leading global provider of rapidly deployable sensor networks that enable customers to identify safety and security threats in real time. Products include radiation, multi-sensor chemical detection, wireless gas detection, and monitoring networks for energy production and refining, industrial and environmental safety, and public and government first responders. RAE Systems products are used in over 65 countries by many of the worlds leading corporations and by many global government agencies. For more information about RAE Systems, please visit www.RAESystems.com.