Motion sensor KNX 6131/21-183 Mini Premium, 8m, with temperature sensor

Type: Motion sensor BUSCH-JAEGER KNX 6131/21-183 Mini Premium, 8m, with temperature sensor, aluminum silver

EAN: 4011395185780

Detection range (at installation height of 2.5 m, 3 m and 4 m): circular.
Seated persons: max 5 m, max 6.5 m and max 9 m.
People walking: max 6.5 m, max 8 m and max 10.5 m.
Construction height 16 mm.
With 4 channels.
To dim/brighten rules to a defined value in a specified collection area.
HVAC function to control heating and/or cooling systems and ventilation systems in a designated collection area.
Application of detectors with 2 levels of shutdown.
Application of detectors with an integrated monitoring function.
Constant light controller with up to two independent channels.
Constant light regulator with max. 2 outputs for daylight dimming control/rules of two ceiling lights in the room.
Integrated room temperature controller.
10 freely programmable IR channels (blue and/or white)
Including 5 logic channels (logic gates, gates, delay and staircase lighting)
Evaluation using an internal brightness sensor.
Possibility of weighing up to 2 external brightness values and an internal brightness sensor.
The programming button can be activated using the IR transmitter 6010-25 (-500).
With integrated KNX bus coupler.
Suitable for suspended ceilings with a board thickness of 9 to 25 mm.
Hole size: Ø 68 mm.
It is not possible to install in a British Standard or VDE flush-mounted box.
Recommendation: HaloX® 100 from Kaiser (product no. 1281-00) with appropriate cover (1281-01 or 1281-61 for exposed concrete) or IBTronic H120-68 from Spelsberg (product no. 97600501).
Protection class (device): IP 20
Temperature range (device): -5 °C - 45 °C
Storage temperature range: -25 °C - 55 °C
Transport temperature range: -25 °C - 70 °C
Limit value of brightness: 1 Lux
Dimensions: (L x W x D): 80 mm x 80 mm x 45 mm
Installation depth: 29 mm
Installation height: 2 m - 4 m
HVAC = Heating/Ventilation/Air Conditioning

Link to manufacturer information