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PD00D01KNX

– Product Handbook

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C.F. e P.IVA 11666760159 - Capitale sociale: 800.000,00 interamente versato
Tribunale di Milano 359157-8760-07 - CCIAA Milano 1486549

PD00D01KNXFI00030103.DOCX

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PRESENCE DETECTOR, CONSTANT LIGHT CONTROLLER

PD00D01KNX

Product Handbook

Product:

PD00D01KNX

Description:

PRESENCE DETECTOR, CONSTANT CONTROLLER

Document

Version

1.3

Date:

03/10/2017

Summary of Contents for PD00D01KNX

Page 1: ...ww eelectron com C F e P IVA 11666760159 Capitale sociale 800 000 00 interamente versato Tribunale di Milano 359157 8760 07 CCIAA Milano 1486549 PD00D01KNXFI00030103 DOCX 1 42 PRESENCE DETECTOR CONSTANT LIGHT CONTROLLER PD00D01KNX Product Handbook Product PD00D01KNX Description PRESENCE DETECTOR CONSTANT CONTROLLER Document Version 1 3 Date 03 10 2017 ...

Page 2: ...evel control dimming 9 Application program 11 Commissioning Factory default settings 11 Parameter and Communication objects 12 General 12 Parameter General 12 Parameter Functional blocks 13 Brightness measuring 14 Parameter 14 Communication objects 15 Motion detector Presence detector 16 Parameter 16 Begin of Motion 18 Overshoot time 19 End of Motion 20 Communication objects motion detector 21 Com...

Page 3: ...00 000 00 interamente versato Tribunale di Milano 359157 8760 07 CCIAA Milano 1486549 PD00D01KNXFI00030103 DOCX 3 42 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 41 Example of confi...

Page 4: ...PD00D01KNXFI00030103 DOCX 4 42 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 We therefore cannot accept any liability for this Any necessary corrections will be ...

Page 5: ...tional overview The device is a presence motion detector with integrated constant light level control The device communicates via KNX with actuators or other KNX devices It is designed for mounting on the ceiling Owing to its tilting sensor head the device can be aligned with the required capture area The main application for the device is automatic control of the lighting on an office workplace P...

Page 6: ...Milano 1486549 PD00D01KNXFI00030103 DOCX 6 42 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: ...unctional block It is used to protect the actuators that are connected to the detector If a presence is detected during the dead time neither telegrams are sent nor the overshoot time is started In the following the telegrams which are send at the beginning of a presence are called A and B the telegrams which are sent at the end of a presence are called C and D Operating Sequence After the device ...

Page 8: ... for the detector s remaining functional blocks For indirect brightness measuring a maximal distance of 2 8 m is recommended In case of larger distances the measuring can be realized via a reference area with 2 8 m distance Integrated 2 level light control switching If the brightness controller is enabled automatic mode the lighting is switched on as soon as the brightness falls below a set lower ...

Page 9: ...ws controlling the light level in a room with only one presence detector with constant light level control Depending on the relative distance of the additional lighting groups to the window compared to the main lighting group each of these additional lighting groups has to be dimmed brighter or darker than the main lighting group Firstly this requires determining the installation position of the p...

Page 10: ...ion or interruption of the calibration run the controller is in the state inactive In case of successful completion the lighting groups are set to 50 in case of a failure to minimum value 6 During operation the constant light level controller can take up to four different states Active In this state the constant lighting control is active In a configurable period the controller compares set point ...

Page 11: ...er Operating Mode is set to Setting Mode While the device is in Setting Mode the integrated programming LED displays the PIR sensor state illuminates briefly with motion Programming mode A short press of the learning button 2 s enables the programming mode This is indicated by the programming key LED An additional press disables the programming mode Factory settings A very long press of the learni...

Page 12: ...est mode 5s ramp up without LED test mode 5s ramp up with LED Use these parameters to determine the mode During the test phase the test mode with or without LED can be selected If test mode 5s ramp up without LED is selected the LED of the detector does not flash So it is possible to test the brightness threshold and the delay time In test mode 5s ramp up with LED the integrated programming LED sh...

Page 13: ...is parameter determines whether an analysis has to be carried out according to the criteria for HVAC control If it is set to inactive all relevant additional parameters and objects are invisible Light control on off active deactived This parameter determines whether an analysis has to be carried out according to the criteria for light control If it is set to inactive all relevant additional parame...

Page 14: ... either via an object no 27 or via adjustment factor Adjustment factor x 0 1 1 200 10 This parameter is visible only if the parameter Calibration is set to with adjustment factor In this case the light measured by the light sensor is multiplied by 0 1 of the set adjustment factor Number of values for calculation of average 1 2 4 8 The internal light sensor measures every second For brightness meas...

Page 15: ... should be that used later as the setpoint for constant lighting control The ETS diagnostic mode send telegram is used to send the previously measured value to the device via the above object The measured value is entered as a decimal number in the entry field of the ETS The ETS codes this value as DPT 9 004 EIS5 and sends it to the device As soon as the value has been received the adjustment fact...

Page 16: ... only when parameter Lock acts on is set to objects A B C D detector sends no telegram Throughout the entire time that the detector has been locked it is still passively monitoring to detect motion but just not sending any of the associated telegrams This parameter has the following parameter set Behaviour if lock is disabled detector sends current status A B or C D detector sends no telegram dete...

Page 17: ...If a movement has already been detected overshoot time running then there is no further analysis of the ambient brightness In other words if further motions are detected during a detected motion then the overshoot time is restarted Source for brightness value internal value external value This parameter determines which brightness value is used for analyzing the brightness threshold If this parame...

Page 18: ...eding parameter If motion is detected send A is set to 16 bit value decimal This sets the 16 bit value to be sent in the range 0 65 535 Value 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 104F This parameter is visible only if the preceding parameter If motion is detected send A is set to 16 bit value temperature This sets the 16 bit value to be sent in the range 0 0 C 32F ...

Page 19: ...the master if motion has been detected to trigger this via the secondary input The internal overshoot time of 10 seconds is fixed i e a telegram can be sent every 10 seconds to the master at most If the slave detector is triggered permanently then a telegram is sent to the master only on the first triggering However if the user in this case wants to send further telegrams then this can be achieved...

Page 20: ...f motion is detected send A is set to 16 bit value decimal This sets the 16 bit value to be sent in the range 0 65 535 Value 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 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 If motion is detected send A is set to 16 bit value temperature This...

Page 21: ...wise telegram D may fail Note 2 Because the sensor is enabled internally for approximately 3 seconds after detecting a motion it can be that a motion detected during the dead time also triggers a telegram This is the case if the motion is detected during the last 3 seconds of the dead time To guarantee that the dead time is effective it should be chosen to be as large as possible Dead time is also...

Page 22: ...detector receives the value 0 via this object telegram C and D object 3 and 4 are sent according to the configuration The extension objects are enabled during lock mode 28 8 bit value selection Motion A C value 1 value 2 1 bit CRW The detector sends value 1 0 255 in case of receiving 0 and value 2 0 255 when 1 In case of bus voltage recovery value 1 is used as default Obj no Object name Function T...

Page 23: ...e Depending on configuration either an actual value DPT 8 001 resolution 1 second or one of the preconfigured overshoot times overshoot time 0 or overshoot time 1 is selected This object is saved at bus voltage failure and restored at bus voltage recovery 14 Presence lock On Off 1 bit 1 003 CRWTU This object locks and releases the detector again The parameter Lock motion detector via object is use...

Page 24: ... value temperature 16 bit value brightness This parameter determines whether a telegram is sent after a presence is detected and what format the telegram has Send second telegram B no yes This parameter determines whether a second telegram is sent after a delay to the first Value 0 255 0 255 0 This parameter is visible only if the preceding parameter If HVAC presence is detected send A is set to 8...

Page 25: ... 62F 39 5 C 103F 40 0 C 104F This parameter is visible only if the preceding parameter Second telegram B is set to 16 bit value temperature This sets the 16 bit value to be sent in the range 0 0 C 32F 40 0 C 104F Value 0LUX 1LUX 2LUX 3LUX 4LUX 5LUX 7LUX 10LUX 20LUX 50LUX 100LUX 150LUX 200LUX 250LUX 300LUX 350LUX 400LUX 450LUX 500LUX 550LUX 600LUX 650LUX 700LUX 750LUX 800LUX 850LUX 900LUX 950LUX 10...

Page 26: ...f 8 bit value scene recall 16 bit value decimal 16 bit value temperature 16 bit value brightness This parameter determines whether a telegram or which telegram is sent if no further HVAC presence has been detected by the end of the overshoot time Send second telegram D no yes This parameter determines whether a second telegram is sent after a delay to the first Value 0 255 0 255 0 This parameter i...

Page 27: ...500LUX 550LUX 600LUX 650LUX 700LUX 750LUX 800LUX 850LUX 900LUX 950LUX 1000LUX 2000LUX This parameter is visible only if the preceding parameter Second telegram D is set to 16 bit value brightness This sets the 16 bit value to be sent in the range 0 LUX 2000 LUX Send second telegram D cyclically no 1 second 5 seconds 10 seconds 30 seconds 1 minute If you want cyclical sending after a motion is dete...

Page 28: ...00LUX DPT 9 004 8 bit scene recall DPT 17 001 Telegram B is sent after telegram A if this has been configured The delay time between A and B is also configurable 19 End of HVAC Presence C value 1 Byte 2 Byte CRWT On Off 1 bit 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 Switch...

Page 29: ...anual process 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 Note 2 Depending on the internal recalculation of the value this can cause impreciseness when resolving...

Page 30: ...ing on value in LUX 2 Byte 9 004 CRW This object notifies the brightness controller of the setpoint for switching on in automatic mode Until the first occurrence of a value the value from the parameter Switch on if brightness value less than xx LUX is used as the setpoint This object is saved at bus voltage failure and restored at bus voltage recovery 47 Setpoint for switching off value in LUX 2 B...

Page 31: ...nds see objects 55 and 56 Max setpoint in LUX 250 1600 Start value 250 1600 1000 This parameter is only visible if the previous parameter Setpoint value via has been set to parameter changeable via object This parameter determines the maximum brightness setpoint for constant light level control changed via relative and absolute dimming commands see object 55 and 56 If the maximum brightness level ...

Page 32: ...ent light level value drops below the setpoint value minus hysteresis minus additional hysteresis then the controller automatically changes into the state active Note If setpoint value minus hysteresis minus additional hysteresis is lower than 50 LUX then 50 LUX is used as the limit for changing back to the state active Start and finish constant light level control with only dimming value telegram...

Page 33: ...dditional lighting groups If this setting is selected parameter settings in 3 6 6 a apply calculating via offset The control values for the additional lighting groups are derived from the main control value by an offset that is entered for each additional lighting group If this setting is selected parameter settings in 3 6 6 b apply Number of slaves 1 4 4 This parameter determines the number of ad...

Page 34: ...nge of 0 2000 LUX Measured LUX value at position E 0 2000 0 2000 0 This parameter is only visible if the parameter number of slaves has been set to 4 Enter the illumination value measured at lighting position E with an luminance LUX meter in the range of 0 2000 LUX Control characteristic Parameter Setting Delay until next step 10 60 12 This parameter determines the period range 10 to 60 seconds be...

Page 35: ...p dimming continuous brighter darker 4 bit 3 007 CWTU When a value is received via this object then the controller changes its state to inactive In this state the controller is passive i e no control commands are sent onto the bus 59 Control stop dimming value continuous dimming value 1 Byte 5 001 CWTU When a value is received via this object then the controller changes its state to inactive In th...

Page 36: ...e 1 Byte 5 001 CWT Via this object the controller sends the dimming values for the second additional lighting group 67 Output switching Slave3 continuous On Off 1 bit 1 001 CWT Via this object the controller sends on and off control commands to the third additional lighting group It sends the value On when the brightness is below the defined brightness setpoint for a defined time It sends the valu...

Page 37: ...imming It sets which telegram is sent via the corresponding object when the buttons are pressed On or Off On pressing an On or an Off telegram is sent Toggle With each press the inverse object value for the corresponding switching object is sent toggling Upper limit 0 255 255 Step value increase 0 255 1 These two parameters are visible only if the parameter Function has been set to 8 bit value var...

Page 38: ...ly if the parameter Function button left or Function button right have been set to On The result is that a corresponding telegram is sent when the button is released Value 0 255 0 255 0 This parameter is visible only if the parameter Function button left or Function button right have been set to 8 bit value This sets the 8 bit value to be sent in the range 0 255 Value 0 65535 0 65535 0 This parame...

Page 39: ...e 1 bit 1 001 up down 1 bit 1 008 recall save 1 Byte 18 001 These objects send the switching dimming or shutter telegrams from channel X How the telegrams are interpreted depends on the setting of the associated parameter Function 31 33 35 37 39 41 IR Channel A B C D E F right value 8 bit decimal 1 Byte 5 001 CRWT value 16 bit decimal 16 bit temperature 16 bit brightness 2 Byte 7 001 9 001 9 004 s...

Page 40: ...regulator needs the brightness for the evaluation however in the recording area This can be calculated by a correction factor multiplied The so certain correction factor is under parameter brightness measuring to type correction factor in Example LUX if a LUX metre on the job surface 500 LUX suited to below however at the ceiling includes only 200 LUX the factor simply can be found out arithmetica...

Page 41: ...ficiently natural daylight and no artificial light The determination of the control characteristic is presupposed at the use of parameter start value The calculation works all the better the bigger the measurements are The regulation needs only the relationship of the density values since these are standardized Determination of characteristic of used lights in the room The light distribution is in...

Page 42: ... be enabled and disabled via object 53 This object is connected to the objects 1 and 3 with the same group address Object 27 is only visible when the parameter setting is Calibration about object The determination of the correction factor calibration must be carried out only once being repeated however if e g the underground or the reflective area changes Objects 57 59 are needed for a manual over...

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