motionandlighting managementsensors...our vision at legrand is to provide products and services that...

THE GLOBAL SPECIALISTIN ELECTRICAL AND DIGITAL BUILDING INFRASTRUCTURES

MOTION AND LIGHTINGMANAGEMENT SENSORSDESIGN AND APPLICATION GUIDE

Our vision at Legrand is to provideproducts and services that make buidlingsmore energy efficient.We are committed to putting a stop toenergy waste.

p. 1 Design steps for implementingmotion & lightingmanagement solutions

p. 16 Application examples for specificbuilding spaces

This document will help you in selecting, design, installing andcommissionning a lighting management solution. It will also helpyou in defining and implementing the optimum lighting managementsolution for specific type of building space.

according to EN 1519360%SAVINGS

CONTENTS

1DESIGN AND APPLICATION GUIDESWITCH SENSORS

Our wide range of switch sensors, comprising Motion andLighting Management sensors, is designed to reduce theamount of time lighting is left on unnecessarily, for exampleif an area is unoccupied or if there is sufficient natural light.Our Lighting Management sensors can be used to:- monitor the detection area for occupancy

When a person is sensed the lighting is automaticallyswitched on.

In case of sensors equipped with a built-in light level sensor,the lighting will be kept off when enough natural light isavailable.- control lighting (up to 60% savings on lighting energy costs

according to EN 15193).When the area is vacated: the lighting is switched off aftera preset time delay.

- control HVAC circuits and roller blind circuits (either viathe sensor or a room controller).

DESIGN STEPSFOR IMPLEMENTING

MOTION & LIGHTINGMANAGEMENT SOLUTIONS

1 ASSESS THE SPACECHARACTERISTICS 2 CHOOSE THE RIGHT

SWITCH SENSOR

In our range, you are sure to find the Motion or Lighting Management sensor that will suit anyarea and control your lighting efficiently.

3 DEFINE THE BESTLOCATION 4 CONFIGURE

THE SENSORS

2

ASSESSTHE SPACE CHARACTERISTICS

Special attention should be paid to high levels of vibration and/or air flow, extreme temperature conditions, andunusually low levels of activity because these issues may help identify the best technology solution

To ensure you a perfect installation of thesensors and the best quality detection,

here are some application examples:

room/space size and shape (number of m²)occupant activity and non-activity areaslocation of walls, doors and windowspartition height and locationceiling heightareas benefiting (or not) from natural lightlocation of shelves, book cases, file cabinets, and largeequipment

large objects that would block or alter a sensor’s coveragelocation of HVAC ducts and fanslocation of desk/workspace – orientation with regard towalls, partitions and other obstacles.climatic constraints (indoor/outdoor and Index Protection[IP] requirement)

STEP 1

There is a dedicated solution for each area (type, configuration, activity, etc.). It is thereforeessential to take the following criteria into account:

P. 17HALL ENTRANCEP. 18CORRIDORSP. 19STAIRWAYP. 20OPEN SPACEP. 21INDIVIDUAL OFFICEP. 22MEETING ROOMP. 23CLASSROOMP. 24RESTROOMSP. 25WAREHOUSE HIGH BAYP. 26UTILITY ROOMP. 27UNDERGROUND CAR PARKP. 28OUTDOOR PARKING


CHOOSETHE RIGHT SENSOR

Passive infrared (PIR) technologyPassive infrared technology detectsoccupancy by reacting to infrared energysources, such as a human body in motion.

2 COVERAGE PATTERNS

1 DETECTION TECHNOLOGY:

Cat.Nos Installationtype technology Range Detection area Degree

protectionExamples

of application

0 489 41/44*

8 m

2.5 m

m: 4 2 1 0 1 2 4

Ø: 8 m

IP 41Corridor,stairways,restrooms,undergroundcar park, etc.

0 489 48**/49**

IP 20

0 697 40/80

8 m

8 m 12 m

15°

2.50

m

2.50

m

IP 55

Utility room,car park,cellar, outdooretc.

0 784 50

8 m . IP 40Corridor,stairways,restrooms etc.

0 489 42/45*

8 m

.

4

IP 42

Corridor,stairways,restrooms,utility room

0 489 43/46*

8 m

.

3.50.5 0

8 m

3 m 8 m-0.5 m

3m IP 55

Utility room,car park,cellar, outdoor

* blister version - ** surface ceiling mounting version

For areas with little or no natural lightThese sensors are particularly suitable for areas wherethere is no natural light, and for passageways such asbathrooms, corridors, equipment rooms, etc.

MOTION SENSORSFor areas with little or no natural light.For passageways.Automatic switch-on according to whether or not there ismotion and low light level, automatic switch-off after thedelay.

LIGHTING MANAGEMENT SENSORSFor areas with natural light.For work areas and passageways.Manual or automatic switch-on and automatic switch-off,according to whether or not there is anyone present and thenatural light level.Dimming and HVAC/roller blind control for BUS sensorsused with controllers.Can be adjusted using configuration tool.

STEP 2

Legrand has 2 categories of sensor according to the area concerned and the type of detection:

MOTION SENSORS

4

Vacancy/Occupancy mode selectionMost Legrand sensors can work using occupancy mode(by default) or vacancy mode.

Occupancy mode (presence mode) meansthat lights are automatically switched on or offaccording to occupancy.

Vacancy mode (absence mode) means that lightsare manually switched on and automaticallyswitched off according to vacancy.Vacancy mode offers extra energy savings (up to15 % more than occupancy mode)

LIGHTING MANAGEMENTSENSORS

Passive infrared (PIR) technologyPassive infrared technology detects occupancyby reacting to infrared energy sources, such as ahuman body in motion.

PIR detection + high density lens (HD)Special lens designed to detect the slightest move.

Dual technology (DT)Sensors that employ PIR + US sensing technologiesare usually referred to as “dual technology”.Our Dual technology ensures maximum sensitivityand coverage in tough applications for optimumreliability and energy saving.

Microwave (MV) technologyMicrowave technology detects occupancy by emittingwaves and analysing bounced back waves.

2 PRODUCT FEATURES2-1. Occupancy and vacancy detection

1 DETECTION TECHNOLOGY

OCCUPANCY MODE (AUTO ON/OFF)

VACANCY MODE (MANUAL ON/AUTO OFF)

Sensors will switch on lighting automatically when a personenters the room, and switch lighting off automatically whenno movement is detected.Application:Energy saving and cost effective, can be used instead of aconventional switch.

Upon entering the room the person switches on the light asnormal, but on leaving the sensor switches off the lightingautomatically. Lights can also be switched off manually.Application:Commonly used for improved energy saving and to complywith regulations.

STEP 2 _ CHOOSE THE RIGHT SENSOR

The sensors have built-in adjustable lux sensors:lighting Management sensors will keep the lightingswitched off if there is sufficient natural lightlighting Management sensors associated with roomcontrollers will dim automatically while maintaining apre-set lux level according to natural daylight and willcontrol several lighting and ventilation circuits.

For areas with natural light

These sensors are particularly suitable for areas with naturallight, whatever the type of building: shops, offices, healthcarebuildings, recreation areas, warehouses or workshops, etc.


Zero-crossing point operation :This technology helps to protect the sensor againstinrush current.

Dimming ControlThe sensors dim the light through a lighting controlprotocol :

The sensors send a low DC voltage to the1-10 V ballast- analogue- hardwired- unidirectional

The sensors send a digital signal to DALIballasts which are power supplied frommains- digital- bidirectional- open

3 LOAD CONTROL2-2. DaylightDaylighting set point = RegulationThe light level feature keeps the lighting OFF whennatural light levels rise above a pre-set level. This

setting is adjustable and can be overridden. This function isenabled by default.The measurement is continuous.

No presence detected,lights off

Presence detected, sufficientdaylight, lights off

No presence detected, lightsoff

Presence detected, insufficientdaylight, all lights on

1

3

2

4

Auxiliary outputThe sensors provide additional output to controlHVAC or ventilation

BUS connectionThe sensors do not control directly loads butcommunicate with actuators through a field BUSand specific protocol:

- DALI- SCS- KNX

Switching ControlThe sensors turn ON/OFF directly luminairesthrough cut-phases.

6

4 STANDALONE SENSORS OR LIGHTING CONTROL SYSTEMThe choice of solution to control a building’s lighting can be defined by a number of factors : functionality requirements, newbuilding or retrofit, flexibility, ease of use, and of course budget.

STANDALONE--> hardwiring

SYSTEM--> digital addressing

RoomSingle circuit

RoomMulti circuits

AreaLighting control

AreaRoom control

BuildingBuilding control

StandaloneLighting sensors

CombinationBus lighting sensors +False ceiling controllers

DALI system SCS system KNX system

One single standaloneoccupancy sensor control-ling directly lighting loads

One or several SCSbus occupancy sensorslinked to one false ceilingcontroller with severaloutputs controlling eachlighting loads

Flexible addressableDALI lighting installationcomposed of DALIoccupancy sensorsordering through digitalmessages DALI ballasts tocontrol their lighting loads

Fully addressable SCSinstallation composed ofSCS occupancy sensorsand SCS false ceilingcontrollers for lights,blinds, ventilation,providing scene controland optimized energysaving

Fully addressable buildinginstallations which havedemanding lighting needsowing to change roomconfiguration or wherethere is a need tore-configure or integratethe lighting system intoa BMS

Configuration tool (ref 0 882 40) to be used in associationwith configuration app «Close Up»

ETS 5Configuration tool

MyHomeSuite

Configurationtool for installationwith DIN actuators



5 COVERAGE PATTERNS5-1. Standalone lighting sensors

Cat.NosInstallation

typetechnology

Range Detection area Loadcontrol

Degreeprotection

Examplesof application

0 488 07 PIR

8 m

.

.

.

IP 41 Hall, stairwaysetc.

0 489 53PIR

9 m

.8

.9

. .4.5 4.5

IP 40

Open offices,individualoffices,meetingrooms

0 489 54PIR

9 m

.8

.9

. .4.5 4.5

IP 40

Open offices,individualoffices,meetingrooms

0 488 17 PIR

2 x12 m

.IP 41 Long corridor

0 784 54 / 0 784 58*

5 740 47 / 5 740 09*PIR

8 m.

IP 41 Hall, stairways

0 489 17PIR

15 m

.

. 15 15

IP 42

Hall,stairways, verylong areas,corridors

0 488 04PIR HD

5 m

2.5 m

m:

: 5 m IP 41Individualoffice,restrooms etc.

0 489 14PIR HD

12 m

.

12 m 12 m

IP 42 Individualoffice

0 488 06 PIR+US

6 m(US)

5 m(PIR)

.

.

. .IP 20

Open offices,individualoffices,meetingrooms, classrooms

* without neutral

8

Cat.NosInstallation

typetechnology


Degreeprotection


0 489 16PIR + US

7 m(US)

12 m(PIR)

.

IP 42

Individualoffice,classroom,meeting room,restroomsetc.

0 784 52PIR + US

8 m . IP 20

Individualoffice,classroom,meeting room,open planoffice

0 489 55/ 56/57 MV

6x24 m

2.6 m

24 m0 24 m

6 m

headtilted90°

IP 40Hall stairways,very longareas

0 489 59 PIR

40 m

15

40

10 1020 20

IP 65Warehouses,high ceilingareas

0 489 32PIR

20 m

IP 55

IP 66with

cable gland

High ceilingareas(Warehouses,gymnasium)

0 489 33PIR

18 m.

IP 55

High ceilingareas(Warehouses,gymnasium)outdoor carpark, cellar,laboratory

0 489 58 PIR

9 m

.8

.9

. .4.5 4.5

IP 65 Undergroundcar park



Cat.NosInstallation

typetechnology


Degreeprotection

Exampleof application

0 489 35 PIR+US

6 m(US)

5 m(PIR)

.

.

. . DALI*

IP 20 open spaceclassroom

0 489 36 PIR

2x12 m

.

DALI*

IP 41 corridor

5-2. BUS DALI lighting sensors

*Networked control (unicast)

These DALI sensors are directly connecting on DALI bus to control groups of DALI ballast.The DALI bus has to be powered by a DALI power supply (0 035 13/0 035 15) or by the DALI unit (0 488 76) offering also extracontrol outputs for ventilation and not DALI luminaires.The configuration of DALI groups needs the use of the configuration tool (0 882 40) associated with the configuration app“Legrand Close Up”.

0 488 76 DALI unit:Specifically designed to manage a room, the DALI unit allows several functions:- power supply of DALI BUS (sensors and ballasts)- 1 switching output (allowing to switch off DALI ballasts)- 1 fan output- 2 inputs for wired pushbutton connection

10

5-3. BUS SCS lighting sensorsSensors can be combined with a room controller to managea number of circuits in passageways with natural light,outdoors, damp areas or in work areas.Combining a sensor and a room controller provides additionalfunctions to:

lighting management: on/off or dimming (DALI, 1-10 V,halogen/incandescent/LED).Eg : dimming the window side (access to natural light) and thecorridor side separately.

your installation: blinds, heating, fan control, etc.This combination makes your building flexible and gives youmore energy savings (up to 15 % can be achieved with shuttercontrol solution and up to 30 % thanks to heating controlsolution)

Cat.NosInstallation

typetechnology

Range Detection area LoadControl

Degreeprotection


0 488 20 PIR

8 m

.

.

.SCS

IP 41Hall,restroom,changingroom

0 488 34 PIR

15 m

.

. 15 15SCS

IP 55Hall,stairways,very longareas

0 784 855 740 46

PIR

8 m.

SCS

IP 41Restrooms,changingroom

0 488 22 PIR+US

6 m(US)

5 m(PIR)

.

.

. . SCS

IP 20

Individualoffice,meetingroom,classroom

0 784 865 740 48

PIR+US

8 m .SCS

IP 20

Individualoffice,meetingroom, classroom

These BUS SCS lighting sensors have to be associated with BUS SCS controllers to provide solutions for multi-circuits controland area management needs.

10% 40% 60%

The daylight is unevenly distributed in an areaA sensor is combined with each row of luminaires and measurespresence and light level.The dimming controller regulates each row of luminaires andsupplements the external light to obtain the required light level.



5-4. BUS KNX lighting sensorBUS/KNX RANGE MEETS THE SPECIFIC NEEDS OFCOMMERCIAL SECTOR BUILDING

Optimised energy consumptionDesigned ideally for low consumption accreditedconstructions, KNX solutions provide optimum managementof lifting, shutters, socket outlets and ventilation: combinedwith energy management and supervision solutions,these “Smart Grid Ready” solutions allow you to optimiseoperating procedures in your installation according to yourconsumption. Legrand therefore contributes to reducinga building’s overall operating costs and meeting therequirements of LEED and BREEAM buildings, etc. (up to 23LEED points thanks to KNX lighting management solutionaccording to KNX association) so that you can provide aperfect response to your customers’ energy performancerequirements.

Increased comfortLegrand BUS/KNX solutions have the ability to manage alltypes of light source (LEDs, DALI, 1-10 V ballasts, etc.) inresponse to different situations (daylight, presence/absence,dimming, scenarios) making the user’s daily life easier byadapting to their needs and living/working habits.

Even greater flexibilityWith simple programming, Legrand BUS/KNX solutions makeit possible to reconfigure the installation in a building reallyeasily: no need for additional wiring !

ENERGY PERFORMANCE AND OPERATING PERFORMANCEA sustainable approachApart from simple ON/OFF and dimming controls, detectorsprovide access to the advanced automation functions requiredin any “green” building:- stand-by.maintained dimming- programmed lighting maintenance- scenario triggering dependent on presence/absence,natural light levels or the time

Flexibility & EfficiencyDetectors provide an installation with flexibility: their

operation and programming can be adapted according toexternal parameters (over-consumption, alarm, etc.)

Detectors constantly measure daylight levels. In combinationwith controllers they provide a better understanding of thedetection area and makes it possible to adapt lighting inresponse to natural light levels.Note: it is possible for there to be several dimming levelswithin a single space!

Supervision informations

KNX detectors provide any supervision system with useful keyinformation:- indication of presence- load status and dimming level (as a %)- light level in real time (in lux)

Use case SwitchingDimming

1-10 V DALI*

1 lighting circuit in the same room 0 488 50 0 488 52 0 488 51

1 lighting circuit + fan output in the same room 0 488 50 0 488 52 0 488 51

2 lighting circuits in the same room 0 488 50 0 488 52 0 488 51

2 lighting circuits + 1 fan output in the same room - - 0 488 51

2 lighting circuits (2 inputs, 2 outputs) in 2 rooms 0 488 41 0 488 42 -

4 lighting circuits (4 inputs, 4 outputs) in 4 rooms 0 488 43 0 488 43 0 488 44

2 lighting circuits + 1 blind output + 1 fan output (4 inputs, 4 outputs)in the same room 0 488 47 0 488 47 -

Switching Dimming

10 A 16 A 1-10 V DALI BT/TBT/UNIVERSAL

DIN SCS controllers F411U2F411/1NC

BWSW1003002604

F413N002612 F429 F416UI

F418U2

* Broadcast control

The association with BUS SCS false ceiling controller does not need configuration tool software:

Refer to the load table in the data sheet available online in the e-catalogue.

The association with BUS SCS DIN controllers needs to use the software configuration tool “MyHome Suite”.

Refer to the data sheets for load control capacity.

12

5-4. BUS KNX lighting sensor (continued)

Cat.NosInstallation

typetechnology


Degreeprotection


0 489 22 PIR HD

5 m

2.5 m

m:

: 5 m

KNX

IP 20Individualoffice, openoffice

0 489 19 PIR

2x12m

.

KNX

IP 41 Long corri-dors

0 784 935 740 37

PIR

6 m .

KNX

IP 41Hall,stairways,long areas,corridors

0 489 18 PIR+US

6 m(US)

5 m(PIR)

.

.

. . KNX

IP 20

Open offices,individualoffices,meetingrooms,classrooms

0 489 20PIR+US

7 m(US)

12 m(PIR)

.

KNX

IP 42Individualoffice, mee-ting room,classroom

0 489 21PIR

18 m.

KNX

IP 55High ceilingareas,warehouses

0 489 60 PIR

40 m

15

40

10 1020 20

KNX

IP 65High ceilingareas,warehouses

0 489 61/62/63

6x24m

2.6 m

24 m0 24 m

6 m

headtilted90°

KNX

IP 40Hall,stairways,very longareas

Switching Dimming

8 A 16 A 1-10 V DALI BT/TBT/UNIVERSAL

False ceiling KNX controllers 0 488 87 0 488 88(1)

DIN KNX controllers 0 026 610 026 62

0 026 800 026 810 026 82

0 026 88 0 026 63(1)

0 026 98(2)

0 026 860 026 870 026 54

These bus KNX lighting sensors have to be associated with bus KNX controllers to provide lighting management solutions.

1: DALI broadcast control2: DALI networked control

Refer to the data sheets for load control capacity.

See the KNX brochure for optimized control through KNX manual units available in Legrand aesthetics range orfor all KNX actuator solution



1

3

4

2

h1d

h2 45°

1 WORK AREASThese are areas in which people spend time, such asindividual or open plan offices, meeting rooms, classrooms,etc.

PositioningFor optimum detection, the sensor must have an unobstructedview (no obstacles in the sensor’s detection field).

People who are seatedmust be completely withinthe area to be monitored,and preferably as close aspossible to the sensor (thedetection area for seatedpeople is much smallerthan that for people whoare moving around).

RecommendationsThe sensors must not:

be positioned less than 1 m from sources of heat or cold(radiators, air conditioning units, etc.) which could cause“false detection”have a luminous flux (luminaire, window) in direct view, toensure correct measurement of the light level.

In small spaces preference should be given to wall-mountedsensors placed in a corner. In large, open plan officespreference should be given to ceiling sensors (with theirdetection areas overlapping).

1- Seated person2- Moving person3- Window4- Air conditioning unit

For optimum light level measurement, the sensor must bepositioned between a minimum distance (to be determined)and 4 metres maximum from the source of natural light (largeor small window, etc.). The ideal distance is calculated usingthe formula d= (h1+h2)/2).

Dual technology detection should be givenpreference as it combines 2 detection technologies(IR + US), providing very reliable detection of peoplewho are seated.

Do not site in area where the ceiling is more than4 m high.Do not install US sensors in places subject tointerference from vibration.Do not install US sensors facing one another.

DEFINETHE BEST LAYOUT

PIR high density detection is able to detectthe slightest move also and it is adapted for workingareas.PIR can be suitable where a defined detection patternis required.

Do not site in places where the temperature of theambiant air is similar to that of the human body.Do not install IR sensors in area in which objects,furnitures or walls break the signal.

Whether it is a matter of work areas or passageways, the presence sensors must be chosen andpositioned in line with the following recommendations:

HD

STEP 3

14

2 PASSAGEWAYSThese are areas in which people “move around”, such ascorridors, halls, stairways, archive areas, toilets, etc.PositioningFor optimum detection, the sensor must have anunobstructed view (no obstacles in the sensor’s detectionfield).The following types of presence sensor can be used:

for wall mounting, with an 180° detection areafor ceiling mounting, with long range detection areas.

RecommendationsAccess points (doors) must be fully covered by the detectionareas.The sensors must not have any luminous flux (luminaire,window) in direct view, to ensure correct measurement of thelight level.

PIR detection should be given preference. It providesgood detection performance for people movingaround, with a long detection range.

Do not site in places where the temperature of theambiant air is similar to that of the human bodyDo not install IR sensors in area in which objects,furnitures or walls break the signalDo not install in area where the occupants movearound very little

The detection areas in horizontal or vertical spaces wherepeople move around must overlap, to avoid any blind spots.The transverse detection performance is more important thanthe radial performance.

Microwave detection is sensitive to movement and isideal for large spaces and areas that have an awkwardshape or where fine motion detection is required.

Avoid metallic objects directly in front of the sensorhead.Do not fix the sensor to an unstable or vibratingsurface.Microwave sensors can detect through glass,therefore careful consideration on location is neededin certain applications.

STEP 3 _ DEFINE THE BEST LAYOUT


SELECTION OF OPERATING MODES FOR EXAMPLE

Occupancy (Auto ON/Auto OFF mode)Automatic switch-on:

on detection of presence if there isan insufficient natural level of light.

Automatic switch-off:if no presence is detected and at the end of the time delay

setif there is a sufficient level of natural light (activated light

regulation).Any new detection causes an automatic switch on if there isinsufficient light.

Vacancy (Manual ON/Auto OFF mode)Manual switch-on, automatic switch-off:

where no presence is detected and at the end ofthe time delay set.

Following switch-off, any new detection within a 30-secondperiod will cause the device to be switched on automatically.After 30 seconds, the device is switched on via a manualswitch.

Daylight setpointValue at which the load comes on if light level isbelow the light setting and goes off if it is above this

threshold. The Daylight setpoint can be set up to a maximumof 1275 lux.Recommendation:passageway and corridors: 100 luxstairways: 150 luxoffices: 300 - 500 lux.

PROCEDURE FOR CALIBRATIONIn order to set this calibration, it is necessary tomeasure the surrounding light level. This measure

can be done automatically by the luminosity cell of theconfiguration gateway or manually in using a luxmeter.

A wizard allows to follow early the different steps forregulating the electric light factor:

switch off lights and open blinds before measuringsurrounding light levelswitch on lights and close blinds before measuring a newtime surrounding light level

Lighting Management sensors are factory pre-set. The configuration tool, Cat.No 0 882 40, can beused to configure the sensors with customised settings by sending and receiving data via infrared:easy set-up and maintenance guaranteed! The following functions can then be adjusted:

Time delayEach time there is a movement, a time delay – orinner clock – is restarted. The light stays on until

this time delay has elapsed, as the space is considered to beoccupied.Recommendation:10 to 15 minutes for work areas, 5 minutes for passageways.

SensitivityFor each technology, the sensitivity setting is usedto:

reduce or increase the detection areareduce the disturbing effects of air currents, air conditioningand air flows from heating.

To set the sensitivity levels, go to the detection area and checkthat the sensor covers the strategic positions in the room(entrance door, desk).

MOBILITYFOR SET-UP ANDMAINTENANCE

CLOSE-UP:

CONFIGURETHE SENSOR

READING, VIEWING, MODIFICATION AND WRITINGOF DETECTOR SETTINGS FOR EXAMPLE

SETTINGS FILE MANAGEMENTTo facilitate the configuration of all detectors of a site and themaintenance of them, the configuration tool offers powerfulfunctionalities:

recording configuration of all detectors of a site into asetting file.editing manually setting file off-line for later uploading intodetectors.transfer of settings files by sending e-mail or using sharedcloud platform.comparison of settings files for viewing deviations.

BLE 4.2 (BluetoothLow Energy)

STEP 4

16

FOR SPECIFICBUILDING SPACES

APPLICATIONEXAMPLES


1

2

3

Cat.No 0 488 07Stand-alone lighting sensorPIR 360°Range ø8 mFalse-ceiling mountedON/OFF controlIP 41

Cat.Nos 0 488 34 + 0 488 51SCS lighting sensor + stand-alone roomcontrollerPIR 180°Side range 15 mSurface wall mounted2 x DALI dimming output (16 ballasts max)1 fan outputIP 55

Switch-on must betriggered by a person

passing and switch-offmust be automatic after

he/she has left, but only ifthere is insufficient natural

light.

Switch-onAutomatic by presence detectionas soon as the natural light level isinsufficient.Switch-offAutomatic when the area is nolonger occupied after a time delay,or as soon as the natural light levelis sufficient.

Lighting is switched on & offautomatically.

Detection range suitable for largearea with possibly several circuits tocontrol.

1

3

2

OR

HALLENTRANCE

CONTROL REQUIREMENTS

SPECIFIC REQUIREMENTS

SOLUTIONS

18



he/she has left, but only ifthere is insufficient natural

light.

Switch-onAutomatic by presence detectionas soon as the natural light level isinsufficient.Switch-offAutomatic when the area is nolonger occupied after a time delay,or as soon as the natural light levelis sufficient.


Detection range suitable for longand strait area

1

2



SOLUTIONS

CORRIDORS

1

2

1

Cat.No 0 489 41Stand-alone motion sensorPIR 360°Range ø8 mFalse-ceiling mountedON/OFF controlIP 41

Cat.No 0 489 17Stand-alone lighting sensorPIR 180°Side range ø15 mSurface mounted on a wall can bemounted in/on a corner unsing accessoryON/OFF controlIP 42

OR

OR

Use PIR corridor sensors to provide long range front detection & ensure thedetection areas overlap so that occupants are not left in the dark.

Cat.No 0 489 36System DALI lighting sensorPIR 2 x 180°Side range 2 x 12 mFalse-ceiling mountedDALI bus controlIP 41

Using 100 lux & a 5 minute time delay will provide the right level of lighting andmaximum energy savings.

For installation of 2 circuits:1/3 luminaires is permanent,controlled by a timer, theother 2/3 are controlled bymotion sensors


Detection range suitable for areathat have an awkward shape


1

2

Cat.No 5 740 47Stand-alone motion sensorPIR 140°Side range 8 mWall flush mountedON/OFF controlIP 41

Cat.No 0 489 55/56/57Stand-alone lighting sensorMW 360°Side range 22 x 6 mFalse-ceiling mountedON/OFF or dimming controlDALI ballasts (30 max)IP 40Adjustable head to suit the detectionpattern required



he/she has left.

Switch-onAutomatic by presence detection assoon as the natural light level isinsufficient.Switch-offAutomatic when the area is nolonger occupied, after time delay.

Lighting switched on & offautomatically with a motion sensorinstalled on each floor.

STAIRWAY 12

OR

SOLUTIONSCONTROL REQUIREMENTS

20

1 Cat.No 0 489 53Stand-alone lighting sensorPIR 360° miniatureRange ø9mFalse-ceiling mountedDimming controlDALI ballasts (30 max)IP 40

The push-button Cat.No 5 739 87 can be used to control and dim lightingcircuits manually.

1

2

3

Cat.No 0 489 35System DALI lighting sensorPIR + US 360°Range ø8mFalse-ceiling mountedDimming controlDALI busIP 20Zones management for corridor/windowsides with offset

The Dali bus has to be powered-on in usingthe power supply Cat.No 0 035 13 or0 035 15.

The lighting must adaptto whether or not the

office areas and aislesare occupied, while takingthe natural light level into

account.

Switch-onManual via push-button.Switch-off• Gradual, as soon as the naturallight level is sufficient.• Automatic when the area inthe open plan office is no longeroccupied (after a time delay).• Manual via push-button.Lighting regulationThe amount of artificial lighting isadapted according to the naturallight, so that a minimum lightinglevel is constantly maintained.Note: users can adjust the lightlevel to their own requirementsusing the push-button. Automaticmanagement will take over againwhile the user is absent.The area on the window side willthus have a lower level of artificiallight than that on the opposite side.

Lighting is switched on manuallyand switched off automatically ormanually.

OPENSPACE 1 2

3


Discrete solution and possiblyflexible to be easely adaptable foroffices re-partitioning.


OR


Detection technology suitable forvery thin movement.


Cat.No 0 488 06Dual-tech sensor360°Range ø8 mManual ON-Auto OFFDaylight control - 300 luxIP 20 - Ceiling mounted

Switch-on and switch-offmust be automatic

according to whether or notthe office is occupied and

the natural light level.

Switch-onManual via push-button.Switch-off• As soon as the natural light level issufficient.• Automatic by detection that thereis no-one present in the office (aftertime delay).• Manual using the push-button.

Lighting and fan are switched onmanually and switched offautomatically or manually.

INDIVIDUALOFFICE 1

2

SOLUTIONSCONTROL REQUIREMENTS1 Use dual–tech sensors to provide precise detection & avoid false switch-off.

Using 350 lux & a 10 minutetime delay combined withVacancy detection willensure maximum energysavings.

OR

The push-button Cat.No 5 720 31 can be used to control lighting circuits manually.2

Cat.No 0 488 04PIR sensor360°Range ø5 mHigh density lens with fan control IP 41Ceiling mounted

1

22

Room occupants must beable to control and dim the

light and also the blinds,screen and ventilation

according to theirrequirements.

Switch-onManual via push-button or touch screen.Switch-off• Gradual, as soon as the natural light level issufficient.• Automatic by detection that there is no-onepresent in the meeting room (after time delay).• Manual via push-button or touch screen.Lighting regulationThe amount of artificial lighting is adaptedaccording to the natural light, so that a minimumlighting level is constantly maintained.Note: users can adjust the light level to theirown requirements using the push-button. Thearea on the window side will thus have a lowerlevel of artificial light than that on the oppositeside.The scenario push-buttons, remote control ortouch screen can be used to activate projection,end of projection, full light, etc. scenarios.The ventilation will switch from ECO modeto COMFORT mode when the presence of aperson is detected.

Lighting and fan are switched on manually andswitched off automatically or manually.

1

2

4

5

3MEETING

ROOM


Detection technology suitable for very thinmovement.


Cat.Nos 0 488 22 + 0 488 47System SCS lighting sensor +system SCS room controllerPIR + US 360°Range ø8 mIP 20 - ceiling mountingMulti-application:- 2 x 1-10 V dimming outputs- 1 blind output- 1 fan outputRoom controller fixed directlyto the false ceiling via cableducting

OR

The push-button Cat.No 5 739 87 can be used to control lightingcircuits manually.

4

2

3

Cat.No 0 784 52Dual-tech sensor180°Maximum range 8 mManual ON-Auto OFFDaylight control - 300 luxIP 20 - Wall-mounting

1

An additional remote control Cat.No O 882 31 can bring more flexibilityfor the occupants.

5


SOLUTIONSCat.No 0 489 16Stand-alone lighting sensorPIR + US 180°Side range 12 mSurface wall mountedON/OFF control - IP 42

Cat.No 0 489 35System DALI lighting sensorPIR + US 360° - Range ø8 mFalse-ceiling mountedDimming controlDALI bus - IP 20Zones management for corridor/window sides with offset

Cat.Nos 0 488 22 + 0 488 52System SCS lighting sensor +stand alone room controllerPIR + US 360°Range ø8 mFalse-ceiling mounted2 x 1-10 V dimming outputsRoom controller fixed directly tothe faIse ceiling via cable ductingIP 20Zones management for corridor/window sides with offset

OR

OR

The Dali bus has to be powered-on in using the power supplyCat.No 0 035 13 or 0 035 15.

The push-button Cat.No 5 720 31 can be used to control lightingcircuits manually.

4

5

1

2

2

3

The lighting is dependentboth on whether the

areas are occupied and ondifferences in the natural

light level in the classroom.An additional manual

control can be used to dimthe lighting.

Switch-onManual via push-button for the room and theboard.Switch-off• As soon as the natural light level is sufficient.• Automatic when the area in the classroomis no longer occupied, after a time delay.Automatic switch-off of the board lighting islinked to that of the classroom lighting.• Manual using the push-button.Lighting regulationThe amount of artificial lighting is adaptedaccording to the natural light, so thata minimum lighting level is constantlymaintained.Note: users can adjust the light level to theirown requirements using the push-button.Automatic management will take over againwhile the user is absent.The area on the window side will thus have alower level of artificial light than that on theopposite side.

Lighting is switched on manually and switchedoff automatically or manually.

CLASSROOM 2

1

3 4

5


Detection technology suitable for very thinmovement with possible zones management.


24

CONTROL REQUIREMENTS SOLUTIONS1

2

Switch-onAutomatic by presence detectionas soon as the natural light level isinsufficient.Switch-offAutomatic when the area is nolonger occupied after a time delay.


RESTROOMS

Cat.No 0 489 41Stand-alone motion sensorPIR 360°Range ø8 mFalse-ceiling mountedON/OFF controlIP 41

Cat.No 5 740 47Stand-alone lighting sensorPIR 140°Side range 8 mWall flush mountedON/OFF controlIP 41


according to whether or notthe area is occupied and the

natural light level.

1

2

OR


1


Switch-onAutomatic by presence detection.Switch-offAutomatic when the area is nolonger occupied after a time delay,or as soon as the natural light levelis sufficient.




natural light level.The sensor must have

a detection range suitablefor very high areas.

WAREHOUSEHIGH BAY

1

1

Cat.No 0 489 33Stand-alone motion sensorPIR 360° + 270°Range ø8 m + 18 mSurface wall mountedON/OFF controlIP 55Multi direction adjust bale head to optimizedetection performance

Cat.No 0 489 59Stand-alone motion sensorPIR 360°Range ø40 m at 15 m heightFalse-ceiling or surface ceiling mountedON/OFF controlIP 65Operating temperature from - 30 °C to +35 °CTwo clip-on masking shields included toallow for precise masking of the detectionshape

ORDetection range suitable for very highbay and possibly withstanding towater projection and rigorousclimatic condition.


26

Switch-onAutomatic by presence detection.Switch-offAutomatic when the area is nolonger occupied after a time delay.


1

2UTILITY

ROOM



according to whether or notthe area is occupied.

1

2

Cat.No 0 489 42Stand-alone motion sensorPIR 140°Side range 8 mSurface wall mountedON/OFF controlIP 55

Cat.No 0 697 40Stand-alone motion sensorPIR 360°Range ø8 mSurface wall or ceiling mountedON/OFF controlIP 55Directional head to make sure lightsswitch on as soon as the door opens

OR



according to whether or notthe area is occupied.

Cat.No 0 489 48Stand-alone motion sensorPIR 360°Range ø8 mSurface ceiling mountedON/OFF controlIP 41

Cat.No 0 489 58Stand-alone lighting sensorPIR 360°Range ø16 m at 7 m hightLuminaire batten mountedON/OFF controlIP 55Operating temperature from - 30 °C to +35 °C

2

1

2

Switch-onAutomatic by presence detection.Switch-offAutomatic when the area is nolonger occupied after time delay.


OR

UNDERGROUNDCAR PARK


Withstanding to water projection andrigourous climatic condition.


1

28

Use PIR sensors to provide a large coverage area in terms of length & width.1

1

Cat.No 0 489 43PIR outdoor motion sensor360° coverageRange 8 mIP 55For wall or ceiling mounting

Switch-on and switch-off must be automatic


natural light level.The sensor must withstand

outdoor stresses.

Switch-onAutomatic by presence detection assoon as the natural light level isinsufficient.Switch-offAutomatic when the area is nolonger occupied after a time delay.


OR

OUTDOORPARKING

1


Withstanding to water projection andsecure weather conditions.

SPECIFIC REQUIREMENTS Cat.No 0 697 40Adjustable PIR outdoor motion sensorDirectional head to make sure lightsswitch on as soon as the door opens360°Range ø8 mIP 55Surface-mounting, on wall or ceiling

EX21

9052

-Sep

tem

ber2

019

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