| Material | Select... |
| Model | Select... |
| Intensity | Select... |
| LEDs Color | Select... |
| Infrared | Select... |
| Toe-In | Select... |
| Photocell | Select... |
| Radio | Select... |
| Charging options | Select... |
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Polycarbonate material - POLARIS first generation - body made of Polycarbonate - lead acid battery of 12 V/12 A - large case, more stable and heavy - bigger autonomy - better for portable/emergency light |
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Aluminum material - POLARIS second generation - body made of aluminum - NiMh battery pack of 12 V/2,7 A - compact version - better for permanent systems, in combination with solar charging |
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Runway END - directional RED light |
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Threshold Wing - directional GREEN light |
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Threshold End - directional GREEN light - directional RED light |
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Approach - directional WHITE light |
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Runway Edge - directional WHITE - directional WHITE or YELLOW or RED - omnidirectional white for circling maneuver |
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Taxiway - omnidirectional BLUE, 2 cd |
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Emergency (RGBW) - omnidirectional Red, 10 cd or - omnidirectional Green, 50 cd or - omnidirectional Blue, 2 cd or - omnidirecional White, 50 cd |
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Unservicability - omnidirectional Red, 2 cd |
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LOW Intensity - equivalent to 10 % of the ICAO brightness - recommended for VFR - recommended for non-precision approach or non-instrumental runway |
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MEDIUM Intensity - equivalent to 30 % of the ICAO brightness - recommended for VFR - recommended for non-precision approach or non-instrumental runway |
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HIGH Intensity - equivalent to 100 % of the ICAO brightness - recommended for any airport VFR or IFR |
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Red |
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Red Omnidirectional |
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White/White |
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Red/Green |
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Green |
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Blue Omnidirectional |
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Red or Green or Blue or White Omnidirectional |
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Infrared LED - used for NVG |
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Toe in 4,5 dgr - for runways 60 m wide |
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Toe in 3,5 dgr - for runways 45 m wide |
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Photocell - the lamps can work standalone just during the night |
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Radio Included (one-way communication) - the lights can be controlled from a hand-held remote control |
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Radio Included (two-way communication) - the lights can be controlled using the base station and POLARIS application - this is the most complex version of communication when the lamps are sending feedback periodically - the lamps also include GPS, temperature sensor, light sensor, battery monitoring, etc
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Radio not Included - the lights can be controlled by local buttons - if the light sensor is included, the lamps can work on the base of the photocell
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Charging Pads - Golded pads on the bottom of the lights - charging can be made in Drop-In chargers |
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DC Charging - Through a DC connector, the lamps can be charged from a solar panel or chargers, through a cable |
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AC Charging - Through an AC connector, the lamps can be charged from 230 VAC - Built-in charger |
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Built In Solar Charger - 2 W solar charger |
