Built-in radar motion sensor for luminaires L01D

Built-in radar motion sensor for luminaires L01D
Price: 113,45 € / 15,06 €

Built-in radar motion sensor for luminaires L01D

product code: 495419

At a variance from infrared sensors, these sensors are able to detect movements through thin sheets of solid materials, i.e. can be installed in plastic boxes, false ceilings made of plaster slab or mineral wool, lamp bodies, etc. Attention must be paid to the fact that the radar waves cannot penetrate metal sheets. The hidden position of the sensors offers numerous advantages, both from aesthetic or security standpoint. Time delay and switching threshold of environmental lighting are continuously adjustable.

-built in into box,suspended ceiling, luminary
-color: white

 495419360°3-2000 lux10s-12minIP 2054,6x40,5x40 mm

into box,suspended ceiling, luminary

Built-in radar motion sensor for luminaires L01D:

The small size of this motion sensor makes it suitable to use in luminaries as actuating element. The radar technique enables installation of the sensor undercover of luminaries or behind thin plates or walls. The LED signal lamp informs the user on the operating status of the sensor.Three operating parameters (time delay, sensitivity and ambient light) can be continuously adjusted)

800 W
700 W
200 W
200 W
Technical data:

Rated voltage:

230 V AC

 Power consumption:

0,9 W

 Motion speed sensitivity:

  0,6… 1,5 m/s

 Detection range:


 Time delay:

  10s – 12 min (adjustable)

 Detection distance:

  6 m (adjustable)

 Ambient light:

  3– 2000 lux (adjustable)

 Operation temperature:

0 °C - +40 °C

 Relative humidity:

max. 90%

 Radar wave:

5,8 GHz

 Mounting height:

1,5-3,5 m

high sensitivity detector. If the sensing area living being, the camera will turn on connected load (reflektor).
Automatically responds to ambient illumination (day and night function).
Installation is simple and broad applicability.
Sunk motion sensor is recommended for consumers' control indoors where concealed way of installing ensures estetičniji look. The delay time and the inclusion of sensors depending on illumination environment can be continuously adjusted, but it should be observed that the ex-post regulation may be made only by re dismantling sensor installed