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For more information contact:
Bernard Kirby, VP Sales & Marketing, +1 916.928.1000, bkirby@allweatherinc.com
Shari Worthington, PR Counsel, +1 508.755.5242, sharilee@telesian.com
All Weather, Inc.'s Freezing Rain Sensor Receives Approval from FAA; Accurately
Detects Presence of Icing Conditions Down to 0°C
Sacramento, CA (September 13, 2005) All Weather, Inc., a leading
manufacturer of high accuracy, high dependability weather information systems
and meteorological sensors, today announced that the Model
6495 Freezing Rain Sensor has received approval from the Federal Aviation
Administration (FAA) for use in airports across the US. The Freezing Rain
Sensor accurately detects the presence of icing conditions at temperatures
as low as 0°C. The unit senses an occurrence of freezing rain by the change
in the probe tip's oscillating frequency; changes are detected even with the
accumulation of ice, frost, or wet snow. Once icing conditions are detected,
they are analyzed using the AWOS freezing rain algorithm and transmitted for
remote display to airports and crews.
The Model 6495 Freezing Rain Sensor's
robust design allows the unit to completely melt up to 3.8 mm of ice within
30 seconds at -20°C. After deicing, the sensing probe cools quickly and
is ready to sense ice formation again. Water droplets are prevented from collecting
around the probe in still air conditions. In addition, the sensor's ability
to shed water eliminates false signals due to refreezing at the base of the
unit when the atmosphere does not contain liquid water to form ice on the
probe. Extensive internal self-tests and fault diagnostics guarantee accurate
measurements.
Automated Weather Observing System (AWOS)
The Freezing Rain Sensor is part of AWI's Series 900 AWOS. In addition
to freezing rain, the AWOS measures and reports wind speed, wind gusts, wind
direction, relative humidity, temperature, visibility, precipitation, altimeter
setting, density altitude, cloud height and sky condition, present weather,
and lightning-all essential data for the safe and economic operation of any
airfield, large or small.
AWI's AWOS system is designed to meet the stringent standards of the
FAA, as well as those of
the international governing bodies International Civil Aviation Organization
(ICAO), World Meteorological
Organization (WMO), and Transport
Canada. All systems measure and report essential weather information and
include full Remote Maintenance Monitoring capabilities to ensure continuous
monitoring.
Pricing & Availability
The All Weather, Inc. Model 6495
Freezing Rain Sensor is available from stock. Prices start at $16,500.
About All Weather Inc.
All Weather, Inc. (AWI) is a leading developer of high accuracy, high dependability
weather information systems that help users minimize risks in an unpredictable
world. The company provides AWOS aviation weather systems, air traffic control
display systems, as well as a wide range of high accuracy meteorological sensors
and systems, including laser ceilometers, runway visual range systems, lightning
detection sensors, and a variety of other meteorological sensors. All Weather,
Inc. is the preferred development partner of the FAA.
The company's ASOS, AWOS, and AWSS systems meet the stringent standards of
the International Civil Aviation Organization (ICAO),
the World Meteorological Organization (WMO),
and Transport Canada. AWI
has installed over 1700 high-end automated weather systems around the globe,
working with such leading authorities as the U.S. National Weather Service,
ExxonMobil, Cerrejón Coal, and INFRAERO (Brazil). For more information,
see www.allweatherinc.com.
For further information, contact:
Bernard Kirby, VP Sales & Marketing
All Weather, Inc.
1165 National Drive, Sacramento, CA 95834 USA
+1 916.928.1000, Fax: +1 916.928.1165
Email: bkirby@allweatherinc.com
Web: www.allweatherinc.com |
PR Office:
Shari Worthington, President
Telesian Technology Inc.
49 Midgley Lane, Worcester, MA 01604 USA
+1 508.755.5242, Fax: +1 508.795.1636
Email: sharilee@telesian.com |
© 2005 All Weather Inc. All rights reserved.
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