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Eelectron PD00D01KNX Product Handbook

Presence detector, constant light controller
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PRESENCE DETECTOR, CONSTANT LIGHT CONTROLLER
Product:
PD00D01KNX
Description:
PRESENCE DETECTOR, CONSTANT CONTROLLER
Document
Version:
Date:
03/10/2017
Eelectron Spa
Via Claudio Monteverdi 6, I-20025 Legnano (MI), Italia
Tel +39 0331.500802 - Fax +39 0331.564826
info@eelectron.com www.eelectron.com
C.F. e P.IVA 11666760159 - Capitale sociale: 800.000,00 interamente versato
Tribunale di Milano 359157-8760-07 - CCIAA Milano 1486549
PD00D01KNX
Product Handbook
1.3
PD00D01KNX– Product Handbook
PD00D01KNXFI00030103.DOCX
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Summary of Contents for Eelectron PD00D01KNX

  • Page 1 PD00D01KNX– Product Handbook PRESENCE DETECTOR, CONSTANT LIGHT CONTROLLER PD00D01KNX Product Handbook Product: PD00D01KNX Description: PRESENCE DETECTOR, CONSTANT CONTROLLER Document Version: Date: 03/10/2017 Eelectron Spa Via Claudio Monteverdi 6, I-20025 Legnano (MI), Italia Tel +39 0331.500802 - Fax +39 0331.564826 info@eelectron.com www.eelectron.com C.F.

  • Page 2: Table Of Contents

    PD00D01KNX– Product Handbook INDEX General Introduction ......................5 Product and functional overview .................... 5 Presence / Motion detector ....................5 Presence detector (HVAC) ....................6 Functionality of the Presence detector / Motion detector / HVAC-detector ......7 Operating Sequence ..................... 7 Use as single device or as main detector, respectively secondary detector ....
  • Page 3 PD00D01KNX– Product Handbook Button mode A ......................37 Button Pair B [C, D, E, F] .................... 39 Communication objects ....................39 Appendix ..........................40 Determination of the correction factor of the brightness sensor (calibration) ....40 Determination of the control characteristic ............... 41 Determination of characteristic of used lights in the room ..........
  • Page 4 PD00D01KNX– Product Handbook Any information inside this manual can be changed without advice. This handbook can be download freely from the website: www.eelectron.com Exclusion of liability: Despite checking that the contents of this document match the hardware and software, deviations cannot be completely excluded.

  • Page 5: General Introduction

    PD00D01KNX– Product Handbook General Introduction This manual is intended to be used by installers and describes functions and parameters of the device PD00D01KNX and how is possible to change settings and configurations using ETS software tool. Product and functional overview The device is a presence/motion detector with integrated constant light level control.

  • Page 6: Presence Detector (Hvac)

    PD00D01KNX– Product Handbook Presence detector (HVAC) The detector has an additional control output for HVAC applications. For example, this function can switch systems that are used for heating, ventilating and climate control (HVAC) of the room from “Energy saving mode” in an unused room to “Comfort mode” in an occupied room and back to “Energy saving mode”, when the room is again unoccupied.

  • Page 7: Functionality Of The Presence Detector / Motion Detector / Hvac-Detector

    PD00D01KNX– Product Handbook Functionality of the Presence detector / Motion detector / HVAC-detector For each detector channel, 4 communication objects are available, overall 12 different communication objects. It is possible to send one or two KNX telegrams at the beginning and at the end of a detected presence, according to configuration.

  • Page 8: Brightness Measuring - Adjustable Via Knx

    PD00D01KNX– Product Handbook Brightness measuring – adjustable via KNX The device contains an independent light sensor. The signal measured there is available both at the KNX and internally. Because the light sensor measures directly, it must be possible to calibrate it for indirect measurement, so that it can be adapted to the different installation sites.

  • Page 9: Integrated Constant Light Level Control (Dimming)

    PD00D01KNX– Product Handbook Integrated constant light level control (dimming) The luminance of the day light falling through a window into a room decreases in the room with the distance from the window. Depending on lamp type, the lighting is controlled to the preset brightness value via dimming actuators or switching/dimming actuators.
  • Page 10 PD00D01KNX– Product Handbook control characteristic curve additional lighting groups has to be determined without day light. For that purpose the room has to be completely darkened or the characteristic curve has to be determined at night. Sending a start signal to communication object 71 starts the determination of the characteristic curves.

  • Page 11: Application Program

    PD00D01KNX– Product Handbook Application program You need the KNX Engineering Tool Software (ETS) version 3.0 f and higher to load the application program. Commissioning / Factory default settings After programming the device starts up with a warm-up phase of about 40 seconds.

  • Page 12: Parameter And Communication Objects

    PD00D01KNX– Product Handbook Parameter and Communication objects The communication objects listed in the following paragraphs are available. Which of them are visible and can be linked with group addresses will be determined by setting the parameters. Description Presence detector, constant light...

  • Page 13: Parameter Functional Blocks

    PD00D01KNX– Product Handbook Parameter Functional blocks Parameter Settings deactivated Motion detector active This parameter determines whether an analysis has to be carried out according to the motion detector criteria. If it is set to “inactive” all relevant additional parameters and objects are invisible.

  • Page 14: Brightness Measuring

    PD00D01KNX– Product Handbook Brightness measuring Parameter Parameter Settings Measuring method of internal light sensor indirect (calibration by user) The internal light sensor can only measure directly. The light level on the desk can be determined indirectly by recomputing, if the pa-rameter is set accordingly. For this, the detector's brightness measurement function must be calibrated.

  • Page 15: Communication Objects

    PD00D01KNX– Product Handbook Communication objects Obj.-no. Object name Function Type Flags Brightness value 2 Byte Value in LUX CRWT (internal) 9.004 This object sends its brightness value to the brightness measuring device. If cyclical sending is switched off, then the value can be determined via the bus with a read query.

  • Page 16: Motion Detector / Presence Detector

    PD00D01KNX– Product Handbook Motion detector / Presence detector Parameter In the following paragraphs the parameters for the functional block „Motion detector“ are described. The configuration for the functional block „Presence detector“ is performed similar. Parameter Setting Off(0) On(1) Value of locking object after bus voltage recovery...
  • Page 17 PD00D01KNX– Product Handbook detector sends no telegram Behaviour if lock is disabled detector sends current status (A-B or C-D) Detector sends no telegrams: : If the lock is disabled no telegram will be sent at all. up to brightness level 2Lux...

  • Page 18: Begin Of Motion

    PD00D01KNX– Product Handbook Begin of Motion The following parameters are visible only if the device is working as a standalone device or as a master (parameter “Device works as” is set to “Single or master device”). Parameter Setting no telegram...

  • Page 19: Overshoot Time

    PD00D01KNX– Product Handbook 0.0°C / 32F; 0.5°C / 32F; 1.0°C / 34F; 1.5°C /35F; … 16.5°C / 62F; … 39.5°C/ Value 103F; 40.0°C / 104F0.0°C / 32F; 0.5°C / 32F; 1.0°C / 34F; 1.5°C /35F; … 16.5°C / 62F; … 39.5°C/ 103F; 40.0°C / 104F This parameter is visible only if the preceding parameter “Second telegram (B)”...

  • Page 20: End Of Motion

    PD00D01KNX– Product Handbook End of Motion The following parameters are visible only if the device is working as a standalone device or as a master (parameter “Device works as” is set to “Single or master device”). Parameter Setting no telegram...

  • Page 21: Communication Objects Motion Detector

    PD00D01KNX– Product Handbook 0.0°C / 32F; 0.5°C / 32F; 1.0°C / 34F; 1.5°C /35F; … 16.5°C / 62F; … 39.5°C/103F; 40.0°C / 104F0.0°C / 32F; 0.5°C / 32F; Value 1.0°C / 34F; 1.5°C /35F; …16.5°C / 62F; … 39.5°C/ 103F; 40.0°C / 104F This parameter is visible only if the preceding parameter “Second telegram (D)”...

  • Page 22: Communication Objects Presence Detector

    PD00D01KNX– Product Handbook 1 bit Motion detector lock On/Off CRWTU 1.003 This object locks and releases the detector again. The parameter “Lock motion detector via object” is used to set whether the detector is locked when a “0” is received or when a “1”...
  • Page 23 PD00D01KNX– Product Handbook value 1 Byte/2 Byte End of Presence, C On/Off 1 bit CRWT scene recall 1 Byte Depending on the setting, this object sends one of the following values to the bus at the beginning of a detected presence or on external triggering: ...

  • Page 24: Hvac-Presence Detector

    PD00D01KNX– Product Handbook HVAC-Presence detector Parameter Parameter Setting Lock HVAC sensor via comm.-object Yes, if locking object = 0 Yes, if locking object = 1 This parameter determines how the value of the locking object is analyzed. Interval time for HVAC-Presence detection 0 –...
  • Page 25 PD00D01KNX– Product Handbook This determines the time interval between sending the first telegram (A) and the second telegram (B). 8-bit value Second telegram (B) scene recall 16-bit value (decimal) 16-bit value (temperature) 16-bit value (brightness) This parameter is visible only if the preceding parameter “Send second telegram (B)” is set to “Yes”.

  • Page 26: Overshoot Time

    PD00D01KNX– Product Handbook Overshoot time The following parameters are visible only if the device is working as a standalone device or as a master (parameter “Device works as” is set to “Single or master device”). Parameter Setting one overshoot time...
  • Page 27 PD00D01KNX– Product Handbook 8-bit value Second telegram (D) scene recall 16-bit value (decimal) 16-bit value (temperature) 16-bit value (brightness) This parameter is visible only if the preceding parameter “Send second telegram (D)” is set to “Yes”. This determines the format of the second telegram (D).

  • Page 28: Communication Objects

    PD00D01KNX– Product Handbook Communication objects Obj.-no. Object name Function Type Flags value 1 Byte/2 Byte On/Off 1 bit CRWT Start of HVAC-Presence, A recall 1 Byte Depending on the setting, this object sends one of the following values to the bus at the beginning of a detected presence or on external triggering: ...

  • Page 29: 2-Level Light Controller (On-Off)

    PD00D01KNX– Product Handbook 1 bit HVAC-Presence lock On/Off CRWTU 1.003 This object locks and releases the detector again. The parameter “Lock motion detector via object” is used to set whether the detector is locked when a “0” is received or when a “1”...

  • Page 30: Switch-Off

    PD00D01KNX– Product Handbook Switch-Off Parameter Setting Switch off, if brightness is higher than xx LUX 250 - 1600, 900 This parameter determines the starting brightness value from which the “Switching off” telegram (object no. 52) will be sent. Note 1: The internal light sensor has a measurement range from 20 to 1000 LUX. It is therefore sensible to set a threshold above 1000 LUX only if an external sensor, having a corresponding measurement range, is used for brightness measurement, or indirect measurement has been configured.

  • Page 31: Constant Light Level Control Continuous

    PD00D01KNX– Product Handbook Constant light level control continuous Parameter Actual value Parameter Setting only internal value only external value 25% intern / 75% extern Source for brightness value 50% intern / 50% extern 75% intern / 25% extern lower value of intern and extern upper value of intern und extern This parameter determines the source for the brightness value.

  • Page 32: Controller

    PD00D01KNX– Product Handbook Controller Parameter Setting +/- 5% +/- 10% Maximal deviation from setpoint value (hysteresis) +/- 15% +/- 20% This parameter determines the difference between current value and setpoint value that activates the controller. This parameter only affects the control of the main lighting group.

  • Page 33: Slaves

    PD00D01KNX– Product Handbook Max. dimming value Master [1 … 255] 1 – 255, 255 This parameter determines the maximum dimming value of the master. Min. dimming value Master [1 … 255] 1 – 255, 1 This parameter determines the minimum dimming value of the master.

  • Page 34: Slave Calibration Data

    PD00D01KNX– Product Handbook Slave calibration data The following parameters are only visible if the parameter “master/slave operation” has been set to “Yes” and the parameter “Mode of calculation” has been set to “calculation via characteristic”. Parameter Setting at measuring position A at measuring position B Position of Master [A …...
  • Page 35 PD00D01KNX– Product Handbook 2 Byte Setpoint abs. (DPT 9.004) (continuous) value in LUX CRWT 9.004 Via this object the setpoint for the constant light level control is set. Until the first value is received the value of the parameter “Maximum setpoint in LUX” is used as default value.

  • Page 36: Ir-Decoder

    PD00D01KNX– Product Handbook 1 Byte Output dimming value Slave2 (continuous) dimming value 5.001 Via this object the controller sends the dimming values for the second additional lighting group. 1 bit Output switching Slave3 (continuous) On/Off 1.001 Via this object the controller sends on and off control commands to the third additional lighting group. It sends the value “On”...

  • Page 37: Button Mode A

    PD00D01KNX– Product Handbook 0.5 seconds; 0.6 seconds; 0.8 seconds; 1.0 seconds; 1.2 seconds; 1.5 seconds; 2.0 seconds; 2.5 seconds; 3.0 Cycle time for stepping value seconds; 4.0 seconds; 5.0 seconds 6.0 seconds; 7.0 seconds; 10.0 seconds This parameter determines the cycle time after which, during a long key press, an increased or reduced value is sent for the stepping value.

  • Page 38: Eelectron Spa

    PD00D01KNX– Product Handbook The following parameters are visible only if the IR channel mode is set to „Single buttons”. Parameter Setting Lock IR-buttons via comm-object yes, if locking object = 0 yes, if locking object = 1 This parameter determines how the value of the locking object is analyzed.

  • Page 39: Button Pair B [C, D, E, F]

    PD00D01KNX– Product Handbook Button Pair B [C, D, E, F] Parameter Setting disabled Function button pair single buttons This parameter selects whether button pair B [C, D, E, F] is assigned functions jointly or individually. Alternatively, the button pair can be locked completely.

  • Page 40: Appendix

    PD00D01KNX– Product Handbook Appendix Determination of the correction factor of the brightness sensor (calibration) To be able to use the integrated brightness sensor, this must be calibrated, since the share of the reflected light, which the sensor measures, is dependent on the reflective area very strongly under the brightness sensor.

  • Page 41: Determination Of The Control Characteristic

    PD00D01KNX– Product Handbook Determination of the control characteristic The natural daylight drops off with increasing room depth. The controller can find the necessary lighting intensity out from the reference measurement under the sensor (master) from measured density values under the up to five lights. The determination of the five (5) density values must be carried out at daylight.

  • Page 42: Example Of Configuration

    PD00D01KNX– Product Handbook Example of configuration This example shows how a controller - consisting of 1 master and 4 expansions – with the functional block “motion detector” can be controlled fully automatically and be over steered manually: Fig. 10 Communication objects for a presence depending control with five light groups The communication objects represented in Fig.

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