max. Ø 24 m across max. Ø 8 m towards max. Ø 6.4 m seated
max. Ø 24 m across max. Ø 8 m towards max. Ø 6.4 m seated
max. Ø 24 m across max. Ø 8 m towards max. Ø 6.4 m seated
Monitored area (tangential movement)
450 m² / 2.5 m mounting height
450 m² / 2.5 m mounting height
450 m² / 2.5 m mounting height
Mounting height min./max./recommended
2 m / 10 m / 2.5 m
2 m / 10 m / 2.5 m
2 m / 10 m / 2.5 m
Degree / class of protection
FM= IP20 / Class III + IP54 (93752)
FM= IP20 / Class III
IP54
Impact strength
IK04
IK04
IK04
Ambient temperature
-25 °C to +55 °C
-25 °C to +55 °C
Housing
polycarbonate, UV-resistant
polycarbonate, UV-resistant
polycarbonate, UV-resistant
polycarbonate, UV-resistant
Number of light sensors
2
2
Material color
traffic white mat, similar to RAL9016 (93732)
white mat, similar to RAL9010
traffic white mat, similar to RAL9016
traffic white mat, similar to RAL9016
Number of PIR sensors
4
4
KNX TP 256
Yes
Yes
Orientation light
5 – 100 % / OFF / 1 min – 255 min
5 – 100 % / OFF / 1 min – 255 min
Night light
5 – 100 %
5 – 100 %
Brightness set value
5 – 2000 Lux
5 – 2000 Lux
Description
Bundle : PD4N-KNXs-ST-FM + SM socle mounting set IP54 PD2N- / PD4N-FM traffic white mat, similar to RAL9016 + lens PD4N, Cover ring traffic white mat, similar to RAL9016
KNX occupancy detector with integrated KNX bus connector
KNX Secure ready
Parameterisation from ETS 5 for integration into KNX systems
Individual adaption of detection sensitivity for each PIR sensor
PIR sensors can be deactivated individually
Direction of movement can be identified
Mixed light measurement using internal, external and remote (optional) light sensors
The buildings of the future are automated, with a high demand need for energy-efficient convenience. B.E.G. sensors and actuators are used worldwide, e.g., in the control of office buildings, industrial companies, production facilities and logistics centres. They can be found in universities, schools, hotels, banks, shopping centres, multi-storey car parks and many other buildings. We are proud to contribute to the sustainable operation of buildings around the world.
The buildings of the future are automated, with a high demand need for energy-efficient convenience. B.E.G. sensors and actuators are used worldwide, e.g., in the control of office buildings, industrial companies, production facilities and logistics centres. They can be found in universities, schools, hotels, banks, shopping centres, multi-storey car parks and many other buildings. We are proud to contribute to the sustainable operation of buildings around the world.
The buildings of the future are automated, with a high demand need for energy-efficient convenience. B.E.G. sensors and actuators are used worldwide, e.g., in the control of office buildings, industrial companies, production facilities and logistics centres. They can be found in universities, schools, hotels, banks, shopping centres, multi-storey car parks and many other buildings. We are proud to contribute to the sustainable operation of buildings around the world.
The buildings of the future are automated, with a high demand need for energy-efficient convenience. B.E.G. sensors and actuators are used worldwide, e.g., in the control of office buildings, industrial companies, production facilities and logistics centres. They can be found in universities, schools, hotels, banks, shopping centres, multi-storey car parks and many other buildings. We are proud to contribute to the sustainable operation of buildings around the world.
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