Podwójne oświetlenie niskiej intensywności SOBL-R-2x32cd
Opis produktu
The SOBL obstruction lights are based on two lighting lamps a low intensity obstruction of 10cd and 32cd, each od which produces a luminous flux visible in the vertical plane in the range from 4 to 20 degrees. As a light source high-efficiency LED is used. The use of high-quality material used for the construction of the luminaire ensures it’s failure-free and long-lasting operation. Material housing provides resistance to weather conditions (borosilicate glass and an aluminium housing, a frame made of stainless
steel).
The SOBL lampa are powered by a solar panel. The control system mounted on the lamp frame performs the function of obtaining energy from solar panel, battery charging, twilight sensor operation, control lamp work. The OBL lamp is built on the basis of two lamps, which ensures reliable operation devices. At the moment od detection of dusk, the control system automatically switches on one of the lamp. When a failure is found, the system disconnects the damaged lamp, while switching on the second lamp. The battery charging system has a built-in MPPT algorithm ensuring optimal energy extraction form the solar panel.
Zastosowanie
The SOBL-R-10cd and SOBL-R-32cd obstacle lighting lamps are designed to mark obstacles aircraft, the construction of which makes it possible to use conventional lighting fixtures obstacle (no cabling, historic buildings).
Dane techniczne
Property: | Value: |
---|---|
Producer: | APS AVIATION
|
Product code: | SOBL-R-2x32cd |
Light color: | Red |
Light source: | LED diode |
IP protection degree: | IP67 |
Housing: | Aluminium, borosilicate
glass, PC |
Mounting method: | Baseplate with mounting holes |
Power supply: | Solar panel |
Twilight sensor: | Built in |
Temperature range: | -40° C to +55° C |
Property: | Value: |
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Lifetime of light source: | > 100 000 h |
Dimensions: | 750 x 700 x 560 mm |
Weight: | < 35 kg |
Light intensity: | > 32 cd |
Work mode: | Continuous light |
Light beam in horizontal plane: | 360° |
Light beam in vertical plane: | 4° to 20° |
Wind resistance: | Up to 240 km/h |