Lighting Management sensors - PIR technology wall mounted Lighting Management sensors with presence output(Surface mounted on wall)
(0489 14)
Pack | 1 |
- PIR technology wall mounted Lighting Management sensors with presence output 180ø infrared detection, range (front) 8 m
- Recommended fixing height: 2.5 m
- 3-wire with neutral
- IP 42
- Additional 2 A contact for HVAC control based on presence data
- Consumption: 0.4 W on standby
- Optimum distance between 2 sensors: 10 m
- Surface mounted on ceiling using accessory Cat.No 0489 71 (p. 568)
- Suitable for meeting room, classroom, open
- Check presence and light level continuously, switch off when there is sufficient natural light
- Manual switch-on and manual or automatic switch-off (factory setting)
- Can be used with pushbutton Cat.No 0770 40 (or illuminated pushbutton Cat.No 0770 33) for manual switch-on and manual or automatic switch-off
- Infrared and ultrasonic motion sensors for workplaces, providing precise presence detection as soon as the wave transmitted by the sensor is modified (for e
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Download brochureMotion and Lighting Management sensors for 1 circuit selection chart
Download brochure- PIR technology wall mounted Lighting Management sensors with presence output 180ø infrared detection, range (front) 8 m
- Recommended fixing height: 2.5 m
- 3-wire with neutral
- IP 42
- Additional 2 A contact for HVAC control based on presence data
- Consumption: 0.4 W on standby
- Optimum distance between 2 sensors: 10 m
- Surface mounted on ceiling using accessory Cat.No 0489 71 (p. 568)
- Suitable for meeting room, classroom, open
- Check presence and light level continuously, switch off when there is sufficient natural light
- Manual switch-on and manual or automatic switch-off (factory setting)
- Can be used with pushbutton Cat.No 0770 40 (or illuminated pushbutton Cat.No 0770 33) for manual switch-on and manual or automatic switch-off
- Infrared and ultrasonic motion sensors for workplaces, providing precise presence detection as soon as the wave transmitted by the sensor is modified (for e