10 m
Bundle
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PD2N-KNXs-DX-FC Bundle 93512-93771-92199

  • Voltage: via KNX BUS
  • Dimensions: Ø 200 x 90 mm (92199)
  • Typ. power input: 12 mA
Technical data sheet
  • Features
  • Description
  • Downloads
Set
Designation PD2N-KNXs-DX-FC Bundle 93512-93771-92199 Wire basket BSK (Ø 200 x 90 mm) PD2N-KNXs-DX-FC Cover ring PD2N FC
Voltage via KNX BUS via KNX BUS
Dimensions Ø 200 x 90 mm (92199) Ø 200 x 90 mm FC= Ø 83 x 55 mm Ø 82 x 13 mm
Typ. power input 12 mA 12 mA
Detection area horizontal 360° (Ceiling mounting) horizontal 360° (Ceiling mounting)
Range max. Ø 10 m across
max. Ø 6 m towards
max. Ø 4 m seated
max. Ø 10 m across
max. Ø 6 m towards
max. Ø 4 m seated
Monitored area (tangential movement) 78 m² / 2.5 m mounting height 78 m² / 2.5 m mounting height
Mounting height min./max./recommended 2 m / 5 m / 2.5 m 2 m / 5 m / 2.5 m
Degree / class of protection FC= IP20 / Class III FC= IP20 / Class III
Impact strength IK09 (92199) IK09 IK05 IK05
Temperature measurement range -5 °C to +45 °C -5 °C to +45 °C
Ambient temperature -25 °C to +55 °C -25 °C to +55 °C
Housing polycarbonate, UV-resistant + coated steel basket (92199) coated steel basket polycarbonate, UV-resistant polycarbonate, UV-resistant
Number of light sensors 2 2
Material color anthracite mat, similar to RAL7016 (93771) white white mat, similar to RAL9010 anthracite mat, similar to RAL7016
Number of PIR sensors 1 1
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

Bundle : PD2N-KNXs-DX-FC + Cover ring PD2N FC anthracite mat, similar to RAL7016 + Wire basket BSK (Ø 200 x 90 mm) white

KNX occupancy detector with integrated KNX bus connector

KNX Secure ready

HCL/RGB control

Parameterisation from ETS 5 for integration into KNX systems

Individual adaption of the PIR sensor sensitivity

Mixed light measurement using internal, external and remote (optional) light sensors

Intelligent semi-automatic mode, occupancy-independent regulating mode (photoelectric switch), full automatic mode

1 x Light (for regulating or switching), 1 x slave output, 3 separate HVAC-blocs

Regulation of up to three lighting groups using offset (external influence possible)

Short presence, self-adjusting follow-up time, corridor function

Various locking functions

Soft-start

Two logic modules

Recall of light scenes

Deactivatable status indicators

Temperature- and noise sensor

The product database for import into the ETS database can be downloaded from the B.E.G. homepage.

Detection area can be extended thanks to master-slave-mode

Extensive optimization options for light measurement

Measured light value is communicated to the bus

Adaption of dimming curve

Bidirectionally remote control-capable with the IR adapter and the B.E.G. smartphone app

PIN code

IR remote control-capable via IR remote control (optionally)

5 button remote control, programmable at choice (accessory)

Programming button (phys. address) can be operated via remote control

HVAC mode (0=automatic, 1=comfort, 2=stand-by, 3=economy, 4=antifreeze/heat protection)

Manual influence via external KNX push buttons possible

Function control (heartbeat, cyclical sending)

Occupancy simulation

Forced switch-off

Intelligent central-off function

Premonition of switch-off

Burn-in function for fluorescent lamps selectable from 1h till 100h

Behaviour upon bus voltage return definable at choice

Variable safety pause after switching off the lights

Tender document 93512 Download
CE declaration of conformity 93512 (en) Download
Short instruction Download
Application description Download
Product database KNX Download
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Details B.E.G. Brück Electronic GmbH

Individual building solutions

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.

Details B.E.G. Brück Electronic GmbH

Individual building solutions

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.

Details B.E.G. Brück Electronic GmbH

Individual building solutions

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.

Details B.E.G. Brück Electronic GmbH

Individual building solutions

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.

Details B.E.G. Brück Electronic GmbH

Local advice:

Our office is always at your side for advice and action. For questions on ordering, products, technology or planning, just contact us:

+49 (0) 2266 90 121-50

For questions about technics, please dial: