ESYLUX EP10427404 User manual

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OPERATING INSTRUCTIONS PD-C360i/8 KNX UP (EP10427404)
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www.esylux.com
OPERATING INSTRUCTIONS
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Congratulations on your purchase of this high-quality ESYLUX product. To ensure correct device operation,
please read these installation/operating instructions carefully and keep them in a safe place for future
reference.
1 • SAFETY INSTRUCTIONS
WARNING! Work on electrical systems must be carried out by authorised personnel only, with
due regard to the applicable installation regulations. Switch off the power supply before installing
the system. Please observe the installation regulations laid out in the safety measure for
separated extra-low voltage (SELV).
Use this product only as intended (as described in the user instructions). Do not make any
changes or alterations as this will render any warrantees null and void. You should check the
device for damage immediately after unpacking it. If there is any damage, you should not
install the device under any circumstances.
If you suspect that safe operation of the device cannot be guaranteed, you should turn the
device off immediately and make sure that it cannot be operated unintentionally.
For correct use of the device, ensure that the UC network (or KNX/EIB) to be connected is
designed for protection class 3.
NOTE: this device must not be disposed of as unsorted household waste. Used devices must be
disposed of correctly. Contact your local town council for more information.
2 • DESCRIPTION
The ESYLUX PD-C360i/8 KNX UP is a presence detector with a 360°field of detection and
integrated bus coupler for ceiling mounting. Follow the installation instructions provided
when installing the device. The detector is able to control lighting ("switching" or "constant
light control" features).
For additional features, please refer to the “Description of applications” section of the operating
instructions. With a range of up to 8 m in diameter, the presence detector is suitable for use
in offices, classrooms, conference facilities and halls with natural lighting.
The PD-C360i/8 KNX UP is intended to be used in a KNX (EIB), TP bus system in conjunction
with other KNX components.
If the PD-C360i/8 KNX UP detects that persons are present in its field of detection, it
transmits controlling telegrams for light outputs, depending on ambient brightness, and for
HVAC(heating, ventilation and air conditioning) objects.
•MixedlightmeasurementissuitableforFL,PL,halogenandincandescentlamps.
Certified KNX/EIB training centres provide specialist training on how to plan, install,
activate, document and use the ETS (Engineering Tool Software) that is required for
parameter setting.
3 • INSTALLATION / ASSEMBLY / CONNECTION
See separate installation instructions.
Mobil-PDi/User
4 • START-UP
All parameter settings are carried out via the ETS
(Engineering Tool Software). Pressing the programming
button activates the programming status for the physical
address on the PD-C360i/8 KNX UP. This is indicated by the
blue LED.
The product database and application description are
availabletodownloadatwww.esylux.com.
5 • SWITCH-ON BEHAVIOUR / LED DISPLAY
•Connectthebussupply
 Thisinitiatesawarm-upphasethatlastsapprox.10seconds.
The red LED and green LEDwillslowlyflashalternately(f=1Hz).
•LEDdisplayafterwarm-up
Each time motion is detected, this is indicated by 2 flashes of the preset LED colour.
•Inthe“Master”function,theremotecontrolentrieswillbeacknowledged
by 3 flashes from the blue LED.
•In the “Slave” function, each detection is acknowledged by 2 flashes of the green LED.
NOTE: The green LED will only light up when motion is detected if it has been enabled by the ETS
(Engineering Tool Software).
6 • TEST MODE
Parameters can be set via the ETS (Engineering Tool Software).
TestmodeswitchestotheRUNstatusafter“storing”,or10minutesafteractivatingthetest
mode. The blue LED flashes to indicate movement.
7 • REMOTE CONTROL
TheoptionaluserremotecontrolMobil-PDi/User(EM10425547)canbeusedtoregulate/
control the lighting.
TheMobil-PDi/Userremotecontroladjuststhelightingvaluefortheperiodthatpersonsare
present plus the switch-off delay time. Thereafter, the values set via the ETS (Engineering Tool
Software) will apply.
NOTE: In the “Slave” function the detector does not respond to the remote control!
TheMobil-PDi/Usercanbeusedtocontrolthelightingasfollows:
•switchingonoroff
•dimming(onlywith“controlling”feature)
•storingandcallingupof2scenes
•pressingthe“Reset” button resets the KNX presence detector to the
values set via ETS (Engineering Tool Software). The stored light
scenes1+2arekept.
For further information, please refer to the operating instructions for
theMobil-PDi/Userremotecontrol.
8 • ESYLUX MANUFACTURER'S GUARANTEE
ESYLUX products are tested in accordance with applicable regulations and manufactured
withtheutmostcare.Theguarantor,ESYLUXDeutschlandGmbH,Postfach1840,D-22908
Ahrensburg, Germany (for Germany) or the relevant ESYLUX distributor in your country (visit
www.esylux.comforacompleteoverview)providesaguaranteeagainstmanufacturing/
material defects in ESYLUX devices for a period of three years from the date of manufacture.
This guarantee is independent of your legal rights with respect to the seller of the device.
The guarantee does not apply to natural wear and tear, changes/interference caused by
environmental factors or damage in transit, nor to damage caused as a result of failure to
follow the user or maintenance instructions and/or as a result of improper installation. Any
illuminants or batteries supplied with the device are not covered by the guarantee.
The guarantee can only be honoured if the device is sent back with the invoice/receipt,
unchanged, packed and with sufficient postage to the guarantor, along with a brief
description of the fault, as soon as a defect has been identified.
If the guarantee claim proves justified, the guarantor will, within a reasonable period, either
repair the device or replace it. The guarantee does not cover further claims; in particular,
the guarantor will not be liable for damages resulting from the device's defectiveness. If the
claimisunfounded(e.g.becausetheguaranteehasexpiredorthefaultisnotcoveredbythe
guarantee), then the guarantor may attempt to repair the device for you for a fee, keeping
costs to a minimum.
•• PD-C360i/8 KNX UP

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OPERATING INSTRUCTIONS PD-C360i/8 KNX UP (EP10427404)
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LIGHT CHANNEL OBJECTS
Object 0: “Input: Lock light channel” (length = 1 bit)
The switching/dimming outputs for the light channel are locked with an ON
telegram and unlocked with an OFF telegram.
Parameters can be set to determine the status of the light channel after locking
and unlocking.
Object 1/2: “Input: Light channel manual ON/OFF” (length = 1 bit)
Note: essential when in semi-automatic mode!
Manualoperationismaintainedwhenpersonsarepresentuntiltheswitch-
off delay time has elapsed if “while presence” is set in the parameters. Light
measurement is not active if the parameter “With disabled light processing
during off-period” has been selected. After this, the detector switches to normal
operatingmode.Manualoperationhasnoimpactonmotiondetection.The
functionistransmittedtocommunicationobjects5/6.
Object 3/4: “Input: Light channel manual dimming” (length = 4 bits)
Function: active when constant light control/regulation has been selected!
Input for dim up/dim down KNX touch sensors. Writing on this object manually
overrides the light channel and the commands are transmitted to the dimming
actuatorviaobject7.
Manualoperationismaintainedwhenpersonsarepresentuntiltheswitch-
off delay time has elapsed if “while presence” is set in the parameters. Light
measurement is not active if “With disabled light processing during off-period”
has been selected. After this, the detector switches to normal operating mode.
Manualoperationhasnoimpactonmotiondetection.
Object 5/6: “Input: Light channel manual dim value” (length = 1 byte)
Function: active when constant light control/regulation has been selected!
Input to preset dim values. Writing on this object manually overrides the light
channel and the values are transmitted to the dimming actuator via objects
8and9.
Manualoperationismaintainedwhenpersonsarepresentuntiltheswitch-
off delay time has elapsed if “while presence” is set in the parameters. Light
measurement is not active if “With disabled light processing during off-period”
has been selected. After this, the detector switches to normal operating mode.
Manualoperationhasnoimpactonmotiondetection.
Object 7: “Input: Light channel control/regulating without presence” (length = 1 bit)
Operating mode: controlling
This object can be used to enable light control without presence.
Operating mode: regulating
This object can be used to enable light regulation without presence.
Object 8: “Output: Light channel ON/OFF” (length = 1 bit)
Ifarticiallightingisrequired(switchingthreshold1/setvalueviaparameter)
and persons are present, the output sends an ON telegram.
If natural light is sufficient and/or no persons are present, an OFF telegram is
sent once the switch-off delay time has elapsed.
Object 9: “Output: Light channel 2 ON/OFF” (length = 1 bit)
Function: switching - only available with switching function!
If artificial lighting is required (difference between switching threshold 2 and
switchingthreshold1viaparameter)andpersonsarepresent,theoutput
sends an ON telegram.
If natural light is sufficient and/or no persons are present, an OFF telegram is
sent once the switch-off delay time has elapsed.
Object 10/11: “Output: Light channel dimming” (length = 4 bits)
Function: constant light control/regulation
Telegrams can be transmitted to the dimming actuator via this object by
manually pressing and holding down a touch sensor (object 2). Only active
when “constant light control/regulation” has been enabled!
Object 12: “Output: Light channel dim value 1” (length = 1 byte)
Function: constant light control/regulation
If artificial lighting is required and persons are present, the output sends a
valuetelegram(1byte).
If natural light is sufficient (controller to minimum) and/or no persons are
present, the lighting is set to 0% or the device switches to orientation lighting
once the switch-off delay time has elapsed. Only active when “constant light
control/regulation” has been enabled!
Object 13: “Output: Light channel dim value 2” (length = 1 byte)
Function: constant light control/regulation
If artificial lighting is required and persons are present, the output sends a
valuetelegram(1byte).
If natural light is sufficient (controller to minimum) and/or no persons are
present, either 0% is sent or the device switches to orientation lighting once
the switch-off delay time has elapsed.
Optiontoosetdimvalue2anddimvalue1viaparameter.Onlyactivewhen
“constant light control/regulation” has been enabled!
Object 14: “Input: Light channel 1 switching threshold” (length = 2 bytes)
(Operatingmode:switching)
Thisobjectcanbeusedtospecifytheswitchingthreshold(lux)forchannel1
via telegram. This is only available if “switching threshold via telegram” has
been selected.
Object 14: “Input: Light channel set value control” (length = 2 bytes)
(Operatingmode:controlling)
Thisobjectcanbeusedtospecifythesetvalue(lux)forlightcontrolviatelegram.
This is only available if “switching threshold via telegram” has been selected.
Object 14: “Input: Light channel regulating lower light value” (length = 2 bytes)
(Operatingmode:regulating)
Thisobjectcanbeusedtospecif ythelowerlightvalue(lux)forlightregulation
via telegram. This is only available if “switching threshold via telegram” has
been selected.
Object 15: “Input: Light channel 2 switching threshold” (length = 2 bytes)
(Operatingmode:switching)
Thisobjectcanbeusedtospecifytheswitchingthreshold(lux)forchannel2
via telegram. This is only available if "switching threshold via telegram" has
been selected.
Object 15: “Input: Light channel regulating upper light value” (length = 2 bytes)
(Operatingmode:regulating)
Thisobjectcanbeusedtospecifytheupperlightvalue(lux)forlightregulation
via telegram. This is only available if “switching threshold via telegram” has
been selected.
Object 16/17: “Input: Light channel 1/2 actuator feedback” (length = 1 bit)
This object can be used to evaluate the status object of an actuator. In the
event that the actuator is not only controlled by the detector, the detector will
be switched on with an ON telegram and then switched off once the switch-
off delay time has elapsed (provided no further movement is detected). If an
OFF telegram is sent, the detector will be switched off and will then revert
immediately to standby mode. This is only available if “actuator feedback”
has been enabled.
Object 18: “Input: Toggle light channel orientation light” (length = 1 bit)
Function: constant light control/regulation
AnONtelegramchangesthesettingfromorientationlightvalue1toorientation
lightvalue2,whileanOFFtelegramswitchesitfromvalue2tovalue1.

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Object 19: “Input: Light channel orientation light ON/OFF” (length = 1 bit)
Function: constant light control/regulation
An OFF telegram is used to switch off the orientation light function, while an
ON telegram switches it on.
Object 20: “Input: Snooze function ON/OFF” (length = 1 bit)
Function: constant light control/regulation
Ifthesnoozefunctionisenabledandpresenceisdetected,thedetectorsends
a value specified in the parameters instead of controlling/regulating the light.
LIGHT VALUE OBJECTS
Object 21: “Input: Lock sending light value” (length = 1 bit)
An ON telegram locks sending, while an OFF telegram enables sending of
the internal light value. This is only active if “Behaviour at switching on lock”
has been enabled.
Object 22: “Input: External light value” (length = 2 bytes)
Thisobjectcanbeusedtomixanexternallightvaluewiththeinternalone
for the actual value for constant light control/regulation. This is evaluated
using multipliers.
Object 23: “Output: Internal light value 1” (length = 2 bytes)
This object can be used to output the internal light value without offset or factor values.
Object 24: “Output: Internal light value 2” (length = 2 bytes)
This object can be used to output the internal light value without offset or
factor values.
Object 25: “Output: Current light value” (length = 2 bytes)
This object can be used to output the light's current actual value.
Thistakesintoaccounttheoset,theinternallightvaluefactorandtheexternal
light value factor and value. This value is used by the light channel and the
twilight switch to evaluate the light value.
HVAC CHANNEL OBJECTS
Object 26: “Input: Lock HVAC channel” (length = 1 bit)
The switching output for the HVAC channel is locked with an ON telegram
and unlocked with an OFF telegram.
Parameters can be set to determine the status of the channel after locking
and unlocking.
Object 27: “Input: HVAC channel ON/OFF” (length = 1 bit)
If persons are detected, depending on the input delay, an ON telegram is sent.
If no persons are detected, depending on the switch-off delay time, an OFF
telegram is sent.
Object 28: “Output: HVAC channel ON/OFF” (length = 1 bit)
If persons are detected, depending on the input delay, an ON telegram is sent.
If no persons are detected, depending on the switch-off delay time, an OFF
telegram is sent.
Object 29: “Output: HVAC channel dim value” (length = 1 byte)
This communication object can be used to output a parametrisable dim value
rangingfrom0-100%.
Object 30 “Output: HVAC channel scene” (length = 1 byte)
Individualscenes(1of64)canbecalledupforswitchONandswitchOFF.
MOTIONOBJECTS
Object31:“Input:Slave/Mastermotion”(length=1bit)
TriggerinputforparallelconnectionofMaster/MasterorinputofSlave.
Object 32: “Input: Lock motion detection” (length = 1 bit)
An ON telegram locks the internal motion detection function, while an OFF
telegram unlocks it again.
Object33:“Output:Motiondetection”(length=1bit)
Output of own PIR motion detection.
OBJECTS FOR CONTROLLING/REGULATING TWILIGHT SWITCH FUNCTION
Object 37: “Input: Twilight switch manual ON/OFF” (length = 1 bit)
Manualoverrideremainsactiveuntiltheo-periodhaselapsed.
Object 38: “Output: Twilight switch ON/OFF” (length = 1 bit)
If ambient brightness falls below the threshold value, the twilight switch sends
an ON telegram once the time delay has elapsed.
Ifambientbrightnessexceedsthethresholdvalue,thetwilightswitchsends
an OFF telegram once the time delay has elapsed.
Hysteresis can be adjusted using the parameters.
Object 39: “Output: Twilight switch dim value” (length = 1 byte)
This communication object can be used to output a parametrisable dim value
rangingfrom0-100%.
Object 40: “Output: Twilight switch scene” (length = 1 byte)
Individualscenes(1of64)canbecalledupforswitchONandswitchOFF.
PRESENCESIMULATIONOBJECT
Object 41: “Input: Presence simulation ON/OFF” (length = 1 bit)
Presence simulation is switched on or off.
NIGHTLIGHT OBJECT
Object 42: “Input: Nightlight ON/OFF” (length = 1 bit)
The nightlight function is switched on or off - the motion detection/locking
display is retained.

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ALARMOBJECTS
Object 43: “Input: Lock alarm” (length = 1 bit)
“1”locksthealarmfunction,while“0”unlocksthealarmfunction.
Object 44: “Input: Alarm ON/OFF manually” (length = 1 bit)
This object can be used to manually override the alarm, irrespective of motion
detection.Note:If“Alarmmustbeacknowledged”issetintheparameters,
the alarm can only be switched off via this object.
Object 45: “Output: Alarm ON/OFF” (length = 1 bit)
An alarm is triggered if a continuous number of movements are detected within
a parametrisable time frame. If “Alarm must be acknowledged” is not set in
the parameters, the alarm will be switched off if no movements are detected
within a specific time frame.
Object 46: “Output: Sensor status” (length = 1 bit)
Indicates whether the sensor head is assembled. The types of telegram with
or without sensor head, and cyclic sending can be adjusted.
RESET OBJECT
Object 47: “Input: Reset” (length = 1 bit)
An ON telegram via this object restarts the device.
OBJECTS FOR SWITCHING FUNCTION
OBJECTS FOR CONTROLLING/REGULATING FUNCTION

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DESCRIPTION OF APPLICATIONS
1.MASTER/SLAVE
TheMasterdetectspresenceandevaluatesitaccordingtosetparameters.
“Lighting ON/OFF” or ”lighting light value higher/lower”
TheSlaveisusedexclusivelytoextendtheeldofdetection.Presenceis
transmittedtotheMaster(object31)forevaluationaccordingtotheset
parameters.
•Master/Masterselection
TwoMasterscanworkinparalleltoextendtheeldofdetection.
EachMasterevaluatesthepresence(object33)accordingtoitsparameters
set via the ETS (Engineering Tool Software) and regulates/controls the lighting
appropriately.
Defaultsetting:Master
4.REMOTECONTROL
ThisiswhereyoucandisableoperationviatheMobil-PDi/UserorX-REMOTE
(iPhone).
Caution: Remote control is disabled in test mode.
2.TESTMODE
(onlyforMasterdeviceconguration)
When test mode is “ON” light measurement is disabled.
When test mode is enabled, the connection with the
lighting system is checked.
Ifthemotionsensordetectsmovement,thelightingwillbe“ON”for5seconds,
followedbyadeadtimeof1second“OFF”.
The blue LED indicates that movement has been detected.
TestONswitchestotestOFFautomaticallyafter10minutes,orwhenthe
parameters are stored.
Note: During test Slave input enabled.
3. BEHAVIOUR AFTER ETS DOWNLOAD/RESET
Choosefrom:“Noreaction”,“ON”,“OFF”
Duringtheprocess,thefollowingobjectsaresent:
Switching operating mode:
-Object8:“Output:Lightchannel1ON/OFF”
-Object9:“Output:Lightchannel2ON/OFF”
“Controlling” or “regulating” operating mode:
-Object8:“Output:LightchannelON/OFF”
-Object12:“Output:Lightchanneldimvalue1”
-Object13:“Output:Lightchanneldimvalue2”
-Also,object28:“Output:HVACchannelON/OFF”

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5. LEDS IN SENSOR
Options: choose between one of the LED brightness levels or “OFF”
If the LED is not switched off, you can specify its colour when motion is detected
(2xashes)andwhenmotiondetectionislockedviaobject32.Youcan
usetheparameterstosetthebrightnessoftheLEDto1of5dierentlevels.
5.1 Night-light feature
This function allows you to use the LED as a nightlight. It will switch to one of the
presetcoloursassoonasthelightvaluefallsbeloworexceedsthethreshold.
Youcanuseobject42todisablethenightlight.
DESCRIPTION OF APPLICATIONS
6.MOTIONDETECTION
When movement is detected, this status is maintained for the preset time
period. Then, several requests are sent to the sensors each second to determine
whether further motion has been detected (object 33). You can use one of the
parameters to set the sensor's level of sensitivity.
Object 32 can be used to lock motion detection. The LED will display the
colour selected to indicate this.
7.PRESENCESIMULATION
The detector keeps a constant record of if and when movement has been
detected,foraperiodof1week.AnONtelegramviaobject41canthen
be used to switch the channels on or off according to this weekly record. The
stored time lapse is taken into account. Normal motion detection also remains
active during this process.
8.EXTERNALMASTER/SLAVE
ThisparametercanbeusedtodeterminewhethertheexternalMaster/Slave
onlysendsONtelegramswhenmotionisdetected,orwhethertheexternal
device sends an ON telegram when motion is detected and OFF telegrams
when no movement is detected.

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Light value
No motion
Switch o
time starts
Manual
operation
Switch o
time ends
100 %
Motion 0 %
No control
Manualoperationactivewhilepresence
DESCRIPTION OF APPLICATIONS
9. LIGHT CHANNEL
9.1 Light channel operating mode
•“Fullyautomatic”operatingmode
Lighting is automatically switched on if the detector detects presence and the
ambient lighting level has fallen below the preset brightness threshold or set
value. The lighting is automatically switched off if no persons are present and
once the preset switch-off delay time has elapsed.
The lighting will also switch off automatically if the preset brightness threshold
orsetvalueisexceeded,regardlessofpresence.
When persons are present, in order to avoid sudden changes in brightness
caused by undesired switching on/off of the lighting, the detector will only be
triggered after a time delay.
Example:apassingcloudcouldpotentiallycauseunnecessaryswitching.
Timedelayfrom“lighttodark”:30seconds
Timedelayfrom“darktolight”:5minutes
•Additionalmanuallightingcontrolinfullyautomaticmode
The lighting can be switched on or off manually using infrared remote control
(Mobil-PDi/User,pleasealsorefertoseparateMobil-PDi/Useroperating
instructions)orbytelegrams,e.g.bypressingexternalKNX/EIBbuttons.
If “Manualoperationactivewhilepresence” is set, the light can be switched on
manually. This will remain switched on for as long as the detector continues
to detect movement, regardless of the ambient brightness.
If “Manualoperationactiveduringo-period” is set, the detector turns the lighting
to100%duringthisperiod.Oncetheo-periodcomestoanendandifthere
are persons present, the device will start controlling the lighting according to
the preset target value.
If no more movement is detected, the detector will revert to the previous
automatic mode after the switch-off delay time has elapsed.
Note: Applies to all light channel operating modes.
•“Semi-automatic”operatingmode
If “semi-automatic” mode has been selected, the lighting must be switched on
manuallyusinginfraredremotecontrol(Mobil-PDi/User)orbytelegrams,e.g.
bypressingexternalKNX/EIBbuttons.Thismeansthatthedetectordoesnot
automatically switch “ON” the lighting when persons are present.
However, should the natural lighting level increase and the ambient lighting level
exceedthepresetlightvalue,thedetectorwillautomaticallyswitchthelighting
o5minutesafterreachingthepresetlightvalue,regardlessofanypresence.
The lighting can subsequently be switched back on manually at any time.
If“Manualoperationactiveduringo-period”isset,duringthistimethe
detectorbehavesinthesamewayaswhenthesetting“Manualoperation
active while presence” is set. The detector then switches to normal operating
mode. This means that the light can be switched on by the user even if the
thresholdvaluehasbeenexceeded,butwillthenbeautomaticallyswitched
off again once the preset time has elapsed.
Note: External ON telegram, e.g. through KNX/EIB button, is essential in
semi-automatic mode! Applies to all light channel operating modes.
Defaultsetting:Fullyautomatic
Light value
Control with motion
O-period
ends
Switch o
time starts
Switch o
time ends
100 %
Motion
Control
Manual
operation
Manualoperationactiveduringo-period

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DESCRIPTION OF APPLICATIONS
9.2 Light channel function
Options:
Switching: ON/OFF to a defined threshold.
Controlling: ON/light control to a defined set value/(OFF) constant light control.
Regulating: Light is regulated via linear correlation between the dim value and
the light value.
Defaultsetting:Switching
9.3Lightchannelswitch-odelaytime
•Lightchannelswitch-odelaytime
Options:0seconds,30seconds–12hours
Defaultsetting:5minutes
9.4 Processing actuator feedback
Objects16and17(orobject16when“controlling”or“regulating”isselected)
can be used to evaluate the status object of an actuator. In the event that the
actuator is not only controlled by the detector, the light channel switches to
standby mode if the status of the channel differs from that of the actuator.
9.5 Cyclic sending
The light channel sends its current status in cycles according to specified time
intervals. At the same time, it is also possible to determine whether it repeatedly
sends OFF or ON telegrams in cycles.
9.6 Behaviour at switching lock ON or OFF
Optionsforeachinclude:“Noreaction”,“Switcho”or“Switchon”the
light channel.
9.7 Telegram filter
This can be used to prevent OFF or ON telegrams from being sent through
the light channel.
9.8 Lighting controlled regardless of presence
9.9 Lighting controlled/regulated regardless of presence
AnONtelegramcanbesentviaobject7toinitiatelightcontrol/regulation
regardless of presence if this function has been enabled in the parameters
(only visible in controlling/regulating operating mode).

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DESCRIPTION OF APPLICATIONS
10. LIGHT CHANNEL FUNCTION
10.1 Switching
Threshold 0 = disabled, motion detection only
Threshold1–2,000lux(usingtheup/downmenu)ordirectlyenteravalue
between0and2,000lux
Defaultsetting:500lux
There is an option of determining an offset (can also be assigned using
objects14and15)between“switchingthresholdON/OFF1”and“switching
threshold ON/OFF 2”
-50%to+50%
Defaultsetting:±0%
Outputtelegramscanbesentinbinaryform(objects8and9),asdimvalues
(objects12and13),(0-100%),orasscenes(objects3/4and5/6),(1-64).
Individual parameters can be set for the switch ON and OFF values.
10.2 Controlling
•Dimvaluewhencontrollingbegins
Options:0-100%(usingtheup/downmenu)ordirectentry0-100%
Defaultsetting:60%
Controltiming:Options:0.5-10seconds(up/downmenu)
Ifthesnoozefunctionisenabledandpresenceisdetected,thedetectorsends
a value specified in the parameters instead of controlling/regulating the light.
Note: If the control loop exhibits a hunting tendency, the sensor can be adjusted to
various illuminants and ballasts using the “control timing” parameter.
As a rule of thumb: the slower the lighting responds, the longer the control timing
(0.5-10 seconds).

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www.esylux.com 10 / 13
DESCRIPTION OF APPLICATIONS
10.3 Regulating
Lowerlightvalue:0-2,000lux
Upperlightvalue:0-2,000lux
Lowerminimaldimvalue:0-100%
Uppermaximaldimvalue:0-100%
Caution: Always ensure that the maximal value selected is higher than the chosen
minimal value.
Steptime:Options:0.5-10seconds(up/downmenu)
Ifthesnoozefunctionisenabledandpresenceisdetected,thedetectorsends
a value specified in the parameters instead of controlling/regulating the light.
Note: If the control loop exhibits a hunting tendency, the sensor can be adjusted to
various illuminants and ballasts using the “step time” parameter.
As a rule of thumb: the slower the lighting responds, the longer the step time (0.5-10 seconds).
Defaultsetting:2seconds
You can specify 2 light values for light regulation using parameters or telegrams
(communicationobjects14and15).Ifthemaximallightvalueisreached,a
telegram is sent with a value of 0%. If the lower light value is measured, a
telegramissentwithavalueof100%.Inbetweenthis,thecontrolvariableis
calculatedonalinearbasisandsenttothedimmingactuator(objects12&13).
Theexternallyconnectedorinternallightsensormustbepositionedinsuchaway
to ensure that it receives a large amount of natural light, but little artificial light.
Example
Control variable
max. lux
upper light value
100 %
0 %
min. lux
lower light value
Light value
Settingofminimalandmaximaldimvaluestep(0-10%),enabledduring
controlling and regulating
Settingofminimalandmaximaldimvalue(0-100%),enabledduringcontrolling
and regulating

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DESCRIPTION OF APPLICATIONS
10.4 Orientation light value
•Orientationlightvalue1
Options:0/5-50%(up/downmenu)in5%steps
Note: only active for “Controlling” and “Regulating”! The orientation light value
1 is active as standard. Via object 18, an ON telegram changes the setting to
orientation light value 2 and an OFF telegram changes the setting to orientation
light value1. This is only active if the orientation light has been set to “ON”.
Defaultsetting:10%
•Orientationlightvalue2
Options:0/5-50%(up/downmenu)in5%steps
Note: only active for constant light control/regulation! Only active if orientation
light has been set to “ON”.
Defaultsetting:25%
AnOFFtelegramviaobject19isusedtoswitchotheorientationlightfunction,
while an ON telegram switches it on. If the orientation light function is switched
off, the detector switches to OFF/0% once there is no more presence and once
the switch-off delay time has elapsed.

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12. TWILIGHT SWITCHES
In normal operating mode, the twilight switch sends an ON telegram if the
threshold value is not reached during the entire switching time and an OFF
telegramifthethresholdvalueisexceeded(plushysteresis)duringtheentire
switching time (via communication object 38). The output telegram can be
sentinbinaryform(object38),asadimvalue(object39),(0-100%)orasa
scene(object40),(1-64).IndividualparameterscanbesetfortheswitchON
and OFF values. The twilight switch remains inactive if it is manually switched
usingcommunicationobject37untiltheo-periodhaselapsed,atwhichpoint
it reverts to normal operating mode.
DESCRIPTION OF APPLICATIONS
11. HVAC CHANNEL
Note: the presence output is independent of the set light values.
Optionofselectinginputdelayof0minutesor2minutes–30minutes.
Defaultsetting:0minutes
Optionofselectingaswitch-odelaytimeof0,1-60minutesorupto12hours.
Defaultsetting:60minutes
11.1 Cyclic sending
The HVAC channel sends its current status in cycles according to specified
time intervals. At the same time, it is also possible to determine whether it
repeatedly sends OFF or ON telegrams in cycles.
11.2 Behaviour at switching lock ON or OFF
Optionsforeachinclude:“Noreaction”,“Switcho”or“Switchon”the
light channel.

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ESYLUX GmbH
AnderStrusbek40,22926Ahrensburg/Germany
Internet:www.esylux.com
e-mail:[email protected]
MA00486900•KAT07/14
13. LIGHT VALUE
13.1 Current light value
The current light value can be transmitted either in cycles or from a specified
osettothelastactualvaluesent.Thisvalueiscalculatedasfollows:
Value=[lightvaluefromsensorxmodierxmultiplier]+oset
Object21canbeusedtolocksendingofthecurrentlightvalue.Thisallows
you to send either the current value or a value specified in the parameters.
13.2 External light value
AnexternalsensorcanalsobeintegratedandassessedviaKNXforinternal
lightcontrol/regulation.Theactualvalueforcontrolling/regulatingisthen:
Value = actual light value + [external light value x modifier x multiplier]
13.3 Internal light value
Youcanalsochecklightcontrol/regulationbyusingobjects23and24
to output the internal light value directly from the sensor without factor or
offset values. This value is always sent along with the current light value via
communicationobject25.
14.ALARM
The alarm function can be set to react differently or the same at switch ON
and switch OFF.
Thealarmoutput(object45)canbelockedusingobject43.Optionsfor
behaviouratswitchinglockONorOFFviaobject43include“noreaction”,
“switch OFF”, “switch ON”.
The number of detected movements within a time frame can be set.