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CO sensor system answers US Air Force demands

An Applied Nanotech product story
Edited by the Engineeringtalk editorial team May 6, 2008

Sensor system is a handheld battery-operated low-power unit with an estimated operational time of up to 8000 hours from a single battery.

Applied Nanotech has completed its Small Business Innovation Research Phase II contract with the US Air Force to develop a carbon monoxide sensor system.

The company has developed a CO sensor system and delivered three test units to the US Air Force.

The sensor system is a handheld battery-operated low-power unit with an estimated operational time of up to 8000 hours from a single battery.

The unit measures CO levels at temperatures between -40 and +60C and at concentration levels from 0-250ppm.

Visual and audible alarms are activated at two programmable CO concentration thresholds.

As a result of proprietary control algorithms and electronic circuitry developed during the project, Applied Nanotech has created a sensor system which has enhanced accuracy levels below 20ppm and low power consumption.

The unit provides the capability to store measured data, including CO level, temperature, alerts, and time stamp, at regular intervals to an internal data log.

The CO sensor system includes software which may be installed on a PC to download the data log or for real time monitoring of the device.

"I strongly believe that our CO sensor system can be of benefit to the US Air Force and other military organisations after proper ruggedisation", says Dr Zvi Yaniv, President and Chief Executive Officer of Applied Nanotech.

"In parallel, we will simplify and reduce costs for the system in order to provide a solution for high volume commercial applications, such as combination carbon monoxide and smoke detectors".

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