Low Intensity Light
Type B Single - Low Intensity Obstruction Light
Details Period of use: 100.000 hours Low energy consumption Easy installation Low voltage power supply available Stable light, not affected by vo...
View full detailsType B Double - Low Intensity Obstruction Lights
Description AL-OBS-16-XXX For marking of aerial obstacles, such as: towers, buildings, antennas Period of use: 100.000 hours Low energy consumpt...
View full detailsType A Single - Low Intensity Obstruction Light
Details Period of use: 100.000 hours Low energy consumption Easy installation Low voltage power supply available Stable light, not affected by vo...
View full detailsType A Double - Low Intensity Obstruction Light
Details Period of use: 100.000 hours Low energy consumption Easy installation Low voltage power supply available Stable light, not affected by vo...
View full detailsRadio Obstruction Light Controller
Details Radio obstruction light controller is powered from 110 or 230 V AC. The consumption is very low, maximum 10 W Features Failure LED ...
View full detailsObstruction Light Controller
Details The photocell is mounted on the front panel of the controller The power supply controller is equipped with a test switch (this option is ...
View full detailsOBS MKII Type B - Low intensity ICAO Type B Obstruction LED light
Details ICAO Low intensity Type B Obstacle LED Light Technology: High power LED Power: 10W Waterproof: IP66 LED Lifetime: > 80'000 hours Power...
View full detailsOBS MKII Type A - Low intensity ICAO Type A Obstruction LED light
Details ICAO Low intensity Type A Obstacle LED Light Technology: High power LED Power: 10W Waterproof: IP66 LED Lifetime: > 80'000 hours Power...
View full detailsLow/Medium Intensity Portable Lights V2
Details ICAO-Compliant – Meets ICAO Annex 14 standards for non-precision approach lighting. Optimized for Non-Precision Approaches – Ideal for a...
View full detailsLow/Medium Intensity Portable Lights V1
Details ICAO-Compliant – Meets ICAO Annex 14 standards for light distribution and colorimetry. Optimized for Non-Precision Approaches – Ideal f...
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