ARSR-3: Difference between revisions
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The ARSR-3 was used as a surveillance system to detect azimuth and range of en route aircraft operating between FAA terminal areas. The ARSR-3 was dual channeled with the ability to run both channels at the same time in a diplex mode. Each channel used a klystron that providing 5MW peak power with 3.3kW average power. When dipexed the two channels were shifted in frequency and could be staggered about a set of prfs. When optimized, the diplex mode could result in a detection range of 240 nmi. | The ARSR-3 was used as a surveillance system to detect azimuth and range of en route aircraft operating between FAA terminal areas. The ARSR-3 was dual channeled with the ability to run both channels at the same time in a diplex mode. Each channel used a klystron that providing 5MW peak power with 3.3kW average power. When dipexed the two channels were shifted in frequency and could be staggered about a set of prfs. When optimized, the diplex mode could result in a detection range of 240 nmi. | ||
== ARSR- | == ARSR-3 Upgrades == | ||
In FY85 a contract to upgrade 64 FAA tube type en route radar sets was awarded to United Technologies/Norden Systems as the first of the modifications to improve maintainability and reduce costs. | In FY85 a contract to upgrade 64 FAA tube type en route radar sets was awarded to United Technologies/Norden Systems as the first of the modifications to improve maintainability and reduce costs. | ||
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'''See Also:''' | '''See Also:''' | ||
Revision as of 08:32, 21 November 2018
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ARSR-3 Long-Range Search Radar Set - A long-range ground search radar set built by Westinghouse for the Federal Aviation Administration (FAA). First deployed in July 1978. ARSR-3 Search RadarThe ARSR-3 was an long-range L-band (1215- 1400 MHz) air-route-surveillance radar built by Raytheon for the FAA. Twenty six ARSR-3s were deployed by the FAA between 1978 and FY1980. The first installation took place at the FAA Aeronautical Center in Oklahoma City in July 1978 and they delivered the last one in FY1980.
The ARSR-3 was used as a surveillance system to detect azimuth and range of en route aircraft operating between FAA terminal areas. The ARSR-3 was dual channeled with the ability to run both channels at the same time in a diplex mode. Each channel used a klystron that providing 5MW peak power with 3.3kW average power. When dipexed the two channels were shifted in frequency and could be staggered about a set of prfs. When optimized, the diplex mode could result in a detection range of 240 nmi. ARSR-3 UpgradesIn FY85 a contract to upgrade 64 FAA tube type en route radar sets was awarded to United Technologies/Norden Systems as the first of the modifications to improve maintainability and reduce costs. By 2015 all of the operating ARSR-3s had been further transformed into Common Air-Route-Surveillance (CARSR) radars with 9200S Antennas and additional solid state components that would extend the supportable life of the set into 2025.
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