From: Sana Qayyum [[email protected]]
Sent: Wednesday, 14 November 2007 9:31 p.m.
To: Joanne Middlemiss
Subject: RAE Newsletter - November 2007

November 2007

MiniRAE 3000 and ppbRAE 3000 Set New Performance Standards

RAE Systems introduced the third-generation Photoionization detector (PID) based instruments, the MiniRAE 3000 and ppbRAE 3000. Both of these products will find applications in industrial settings, environmental monitoring, indoor air quality, and Hazardous Materials response applications. These products are intended for use where hydrocarbon-based chemicals pose a toxic threat. They can be used for both leak detection and industrial safety. The instruments both have intrinsic safety certifications for use in hazardous environments in the United States and Canada.

These new instruments are designed to provide real results in real time with a measurement response time of under three seconds, are water proof for easy decontamination and suitable for use in humid conditions. As with all RAE Systems instruments, these two have buttons designed to be used with up to three layers of gloves.

These products are ideal for remote wireless monitoring, particularly in rapidly changing environments. Wide measurement range, fast response, wireless interface, waterproof design and six-month data memory make these versatile and easy-to-use products for both industrial users and first responders.

The MiniRAE 3000 has an extended measurement range of 0.1 parts per million (ppm) to 15,000 ppm, giving it the widest measurement range available in the industry for a PID instrument. The ppbRAE 3000 offers an extended measurement range of 1 part per billion (ppb) to 10,000 ppm. Both products feature a large back-lit graphical display with graphical charting capability and easy viewing in any light condition. Both also feature a built-in flashlight for operation in dim lighting environments. The products include over 200 built-in correction factors for accurately measuring a wide range of chemicals. No tools are required to field service the PID lamp or sensor or to replace batteries. Both instruments have optional charging cradles with a USB interface for downloading up to six months of data to a computer for either analysis or record keeping. For wireless data downloading, an optional Bluetooth interface is available. A wireless modem with a 500-foot range, compatible with the AreaRAE wireless sensor networks, will also be available. The instruments will be AutoRAE compatible for fast calibration and bump testing. Both also include a user interface configurable in 12 languages.

Both products are immediately available for shipment and can be bought through any RAE Systems Certified distributor. Each comes with a battery charger and Lithium Ion rechargeable battery. Other options include kits and wireless capability. Pricing for the MiniRAE 3000 starts at $3,795.00. Pricing for the ppbRAE 3000 starts at $6,295.00. For more information and a video demonstration on these products, please visit www.raesystems.com/minirae3000.

Oak Ridge National Laboratory validates Performance of Combined Radiation Detector / Dosimeter

Oak Ridge National Laboratory issued a certificate of successful testing of 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 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.

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.

Sensor Eliminates Lead for Global Hazardous Substances Compliance

RAE Systems was granted United States Patent Number 7,258,773 B2 for the first Solid Polymer Electrolyte (SPE™) Oxygen Sensor. The patent included 54 claims. This sensor technology will find applications in the industrial safety and first responder markets worldwide. Compared to other type oxygen sensors, it is unique in that is uses a solid polymer in combination with normally available air and moisture rather than the traditional hazardous electrolyte and lead wool. Three to five million oxygen sensors are currently being used in industrial applications. This new SPE O₂ sensor is already available in RAE System’s QRAE II four-gas monitor.

With the growing number of global Reduction of Hazardous Substances (RoHS) directives, we are proud to be the first to bring a lead-free oxygen sensor to market,” said Peter Hsi, chief technology office for RAE Systems. “This new sensor offers a longer operating life and avoids many of the problems with traditional oxygen sensors.

RAE Systems began technology research to eliminate lead in its oxygen sensors in 2004. Although gas sensors are currently exempt from these standards, RAE Systems initiated a RoHS compliance project as part of its leadership in the gas detection industry. The European RoHS Directive 2002/95/EC took effect on July 1, 2006, and the Chinese and California RoHS directives took effect January 1, 2007. These directives limit the use of six hazardous materials in the manufacture of electronic and electrical equipment: lead, mercury, cadmium, hexavalent chromium (chromium VI or Cr6+), polybrominated biphenyls (PBB), and polybrominated diphenyl ether (PBDE).

Automatic Calibration with AutoRAE

Manual calibration of gas monitors can be time consuming. AutoRAE is an auto-calibration, bump test and charging system for RAE Systems gas monitors. The AutoRAE provides a time-saving solution:

• Calibration of up to 10 monitors at once eliminates manual calibration

• Calibration data is stored on a PC for record keeping

• Instruments are charged overnight

AutoRAE instrument cradles are now available for the QRAE, QRAE Plus, MultiRAE Plus, EntryRAE, MiniRAE 2000, QRAE II, MiniRAE 3000 and ppbRAE 3000.

Ordering Information:

AutoRAE Controller: P/N 048-0153-000

QRAE II Cradle: P/N 048-0600-000

MultiRAE/QRAE Cradle: P/N 048-0200-000

New AreaRAE Sensors and Steel Housing

Three new chemical-specific electrochemical sensorsforthe AreaRAE wireless sensor system are now available. In addition, both the standard AreaRAE wireless five-gas and the AreaRAE Gamma wireless toxic gas and radiation monitors are now available in a rugged stainless-steel housing.

New sensors include: Hydrogen Chloride (HCl), Hydrogen Fluoride (HF) and high-range Carbon Monoxide (CO).

•      The HCl sensor (P/N 008-1122-000 $395) is designed for use in
      acidic atmospheres, semiconductor manufacturing, rocket-
      fueling operations, and hazardous material applications.

•      The HF (P/N 008-1127-000 $395) sensor is designed for use in oil
      refineries, petrochemical plants, nuclear power plants,
      Department of Energy applications and emergency response.

•      The high-range CO sensor (P/N 008-1126-000 $195) is designed
      for steel mills and metallurgy open-flame applications and can
      measure up to 2,000 parts per million, four times the high range of
      traditional carbon monoxide sensors.

The stainless-steel AreaRAE options are designed for more rugged deployments in hazardous environments that require intrinsic safety certification and where the potential for sparks must be eliminated. Applications for AreaRAE Steel include offshore oil platforms, refineries and first response. The AreaRAE in the stainless-steel housing was selected for deployment by the National Guard WMD Civil Support Teams in all 50 states. Please contact your local regional sales manager for more information.

SolarRAE

SolarRAE provides remote power for RAE Systems monitors. Each system has an externally mounted 30-watt solar (photovoltaic) panel that provides power to a 55 Amp/hr sealed gel battery specifically designed for solar systems. In addition, each solar enclosure is equipped with a powerful fan that automatically circulates cool air inside the enclosure when a specific temperature threshold is reached. Fully charged, a solar enclosure can provide up to 2 weeks of continuous usage with no additional solar input. The solar system is designed to be used with AreaRAE wireless detectors or any RAE Systems wireless product including the MiniRAE, ppbRAE, MultiRAE, and ChemRAE.

Features include:

• Up to 2 weeks of continuous power with no sunlight

• Ruggedized steel enclosure

• Local viewing window

• 30-watt solar panel

• Fan to regulate internal temperature

• External fiberglass antenna

Complete Solar Enclosure System:

P/N 029-5050-100

Includes 30W solar array, (12V) 55 amp/hr sealed gel battery stored in painted steel enclosure, charging controller, exhaust fan, sample tubing, wiring, and wall/pole mounting kit.

Key Wins:-

We have just closed a nice deal for one of US Airforce Bases in the Middle East.

Army Downrange Kit with 4 MultiRAEs O2, LEL, PID, Cl2, HCN

Cal and Acc Kit
4 pc RAELink II
1 pc RAE Host Controller

Also 3 AreaRAE 3 SolarRAE similar configuration and linked into the same system.

Introducing Arabic Version of RAE brochures and Technical Notes, kindly contact us for further information.

Input

If you would like to provide input to this newsletter, please send any application, service tips or suggested content for future publications to Sana Qayyum sqayyum@raesystems.com

For all your enquiries please contact:-

RAE Middle East

Dubai

UAE

Tel: +971 4 363 9427

Fax:+971 4 363 9428

Michael Holden Jorgensen

Director of Business Development

Middle East, Africa, Caspian Sea and South Pacific

Mobile: +971 50 429 1385

Email: [email protected]

Alaa Ayoub