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PD00E0XKNXFI00020100_HANDBOOK_EN.DOCX

PD00E0xKNX KNX PRESENCE DETECTORS RANGE Handbook

Eelectron SpA, Via Monteverdi 6,
I-20025 Legnano (MI), Italia
Tel: +39 0331.500802 Fax:+39 0331.564826
E-mail: [email protected] Web:

www.eelectron.com

C.F. e P.IVA 11666760159

Tribunale di Milano 359157-8760-07
CCIAA Milano 148549

3/46

Loop among values ................................................................................................................................................................................ 26

15.

Analog input ........................................................................................................................................................................................ 26

Additional probe description ....................................................................................................................................................... 27

Additional probe parameters ...................................................................................................................................................... 27

16.

Temperature sensor ........................................................................................................................................................................ 27

KNX probe .................................................................................................................................................................................................... 28

17.

Thermostat............................................................................................................................................................................................ 28

Setpoint Settings ..................................................................................................................................................................................... 28

SETPOINT Object .................................................................................................................................................................................... 28

HVAC MODE obj. (switched heat / cool) .................................................................................................................................. 28

HVAC MODE obj. (automatic heat / cool) ............................................................................................................................... 29

SETPOINT COMFORT, STANDBY, ECONOMY ......................................................................................................................... 29

COMFORT Object ..................................................................................................................................................................................... 30

Object ENABLE HEATING/COOLING ........................................................................................................................................... 30

Object LOCK HEAT/COOL ................................................................................................................................................................... 30

WINDOW CONTACT Object .............................................................................................................................................................. 30

Object THERMOSTAT OFF.................................................................................................................................................................. 31

SETPOINT ADJUSTMENT object .................................................................................................................................................... 31

ACTUAL SETPOINT object .................................................................................................................................................................. 31

Two points on/off ..................................................................................................................................................................................... 31

Integral proportional control PWM ............................................................................................................................................. 32

Integral proportional contr. continuous................................................................................................................................... 32

Fan coil on/off ............................................................................................................................................................................................. 32

Manage valve independently .......................................................................................................................................................... 34

Fan coil control PI .................................................................................................................................................................................... 34

Additional valve ........................................................................................................................................................................................ 34

Additional valve 6 ways ....................................................................................................................................................................... 35

Force fan coil speed ............................................................................................................................................................................... 35

Ventilation mode ..................................................................................................................................................................................... 35

Temperature probe failure / out of range measurement ............................................................................................. 36

Temperature alarm object ................................................................................................................................................................ 36

18.

Thermostat behaviour on bus failure, recovery and download ...................................................................... 37

Behaviour on bus voltage failure .................................................................................................................................................. 37

Behaviour on bus voltage recovery ............................................................................................................................................. 37

Behaviour on ETS Download ........................................................................................................................................................... 37

Wrong application download ......................................................................................................................................................... 37

19.

Logics ........................................................................................................................................................................................................ 37

20.

Circadian rhythm function ........................................................................................................................................................ 39

Set color temperature .......................................................................................................................................................................... 41

Set brightness ............................................................................................................................................................................................ 41

21.

Virtual holder ...................................................................................................................................................................................... 42

How it works ............................................................................................................................................................................................... 42

Communication Objects ..................................................................................................................................................................... 42

Parameters General ............................................................................................................................................................................ 42

Parameters Remote inputs............................................................................................................................................................ 43

Remote Sensor Inputs (Global Enable)..................................................................................................................................... 43

Summary of Contents for KNX PD00E00KNX

Page 1: ... 8760 07 CCIAA Milano 148549 1 46 Product Handbook PD00E00KNX KNX PRESENCE DETECTOR BASIC PD00E01KNX KNX PRESENCE DETECTOR STANDARD WITH LIGHTING CONTROL PD00E02KNX KNX PRESENCE DETECTOR MULTISENSOR LIGHTING CONTROL TEMPERATURE HUMIDITY SOUND SENSOR PD00E03KNX KNX PRESENCE DETECTOR MULTISENSOR LIGHTING CONTROL TEMPERATURE HUMIDITY SOUND SENSOR OCCUPANCY AND UTILIZATION REPORTING PD00E09KNX KNX HIG...

Page 2: ...emote presence 12 9 Use of remote presence 13 10 Remote illuminance 13 11 Use of remote illuminance 14 12 Sound sensor 15 13 Channels configuration 16 Follow up time 16 Objects A B C presence absence 17 Stand by function corridor function 17 Lock function 18 Stop function 18 Utilization function 19 Occupancy FUNCTION 19 Simple presence 20 Automatic presence illuminance depending 20 Semi automatic ...

Page 3: ...OOL 30 WINDOW CONTACT Object 30 Object THERMOSTAT OFF 31 SETPOINT ADJUSTMENT object 31 ACTUAL SETPOINT object 31 Two points on off 31 Integral proportional control PWM 32 Integral proportional contr continuous 32 Fan coil on off 32 Manage valve independently 34 Fan coil control PI 34 Additional valve 34 Additional valve 6 ways 35 Force fan coil speed 35 Ventilation mode 35 Temperature probe failur...

Page 4: ...cannot be completely excluded We therefore cannot accept any liability for this Any necessary corrections will be incorporated into newer versions of this manual Symbol for relevant information Symbol for warning DISPOSAL The crossed out bin symbol on the equipment or packaging means the product must not be included with other general waste at the end of its working life The user must take the wor...

Page 5: ...NG CONTROL 2 DIGITAL INPUTS 1 ANALOG DIGITAL INPUT 1 WITH EMBEDDED TEMPERATURE SENSOR The STANDARD MULTI SPACE and HIGH BAY versions include a brightness sensor for controlling ambient lighting the MULTI and SPACE versions also include humidity and temperature sensors with relative control algorithms and a sound sensor that can be used in environments with parts not totally visible to the infrared...

Page 6: ...sitivity Sensor follow up time ILLUMINANCE MODULE Here the parameters referring to the light sensor are defined Adjustment method calibration Correction parameters Data sending parameters REMOTE PRESENCE MODULE Here up to 4 slave channels are enabled it is possible to receive the presence detection data from other 4 sensors to better coordinate the control of areas that must be covered by multiple...

Page 7: ...s management with single button or with double button Control sequences with 1 bit to manage switching on off lights or rows of lights RGB color setting with fixed value short pressure or color change long pressure 1 byte datapoint or 3 byte selectable MUR DND Make Up Room Do Not Disturb function with built in logics Loop function between values to send step by step a sequence of values of 1 byte ...

Page 8: ...can be activated remotely Hints Illuminance measurement Ambient illuminance measurement is performed indirectly and calibration is therefore necessary The sensor is installed on the ceiling and the detected illuminance can differ significantly from that of the work surface using the SW ETS it is possible to set correction parameters for the device on the basis of an on site measurement using a lux...

Page 9: ...d SM03E01ACC Use circadian rhythm disabled enabled Enable the circadian rhythm module see paragraph 20 Use virtual Holder disabled enabled By setting this parameter it is possible to enable a virtual holder that is a logical function that automatically recognizes the presence of a person in a room This function can be used in hotels or similar installations and requires connection to other devices...

Page 10: ...y If the day night switching object is enabled general parameter it will be possible to diversify the sensitivity at different times of the day Sensor sensitivity night Presence sensor send absence only send presence only send both absence presence For the basic module it defines in which cases to send the 1 bit telegram Presence telegram OFF is presence ON is presence Defines the value of the 1 b...

Page 11: ...tract 80 Lux 8 10 80 from the measured value The value 0 is equivalent to not applying any offset 1 point adjustment The 1 point calibration uses the correction offset which is calculated directly by the sensor requires setting of 2 ETS parameters KNX PARAMETER SETTINGS Measured value ceiling 10 Lux 0 255 Measured value desk 10 Lux 0 255 To set the correct values of the parameters use a lux meter ...

Page 12: ...ghting up to read 700 900 Lux on the lux meter placed on the work surface 6 Read the brightness value measured by the sensor and available on object 8 Illuminance Output 7 Set in ETS the parameter Value measured on the ceiling PT2 with the value sent by the sensor divided by 10 and the parameter Value measured on the desk PT2 with the value measured by the lux meter divided by 10 KNX PARAMETER SET...

Page 13: ...of each channel it is necessary to have enabled and connected the communication objects as described in the previous chapter KNX PARAMETER SETTINGS Use remote presence no yes Choose yes to consider data from other sensors for this channel Presence do not use use Choose use to use the information of the presence channel of the device itself Remote presence 1 2 4 do not use use the remote sensor 1 2...

Page 14: ...ge of each channel it is necessary to enable and connect the communication objects as described in the previous chapter function not available on the BASIC model 13 16 Remote Illuminance x Input 2 byte CW Object to receive Lux value from other sensors KNX PARAMETER SETTINGS Usa illuminazione remota no yes Choose yes to use brightness values from other sensors for this channel Weight illuminance da...

Page 15: ...lly turned off the sound sensor can listen for a set period so that the light can be reactivated by the sounds even after turned off The sensor can be configured with different sensitivity values from very high to very low it is important to select the appropriate value based on the intended use of this sensor The sound sensor detects sounds or noises whose intensity differs from the average value...

Page 16: ... model does not provide any function related to brightness No action Simple presence Automatic presence illuminance depending semi automatic presence semi automatic presence illuminance depending Constant illuminance Constant illuminance presence depending Constant illuminance presence depending semi automatic Some settings are recurring and may appear on more than one function these settings will...

Page 17: ...ms 1 s 2 s 5 s 10 s Delay for sending object C respect to objects A and B Stand by function corridor function The stand by function is connected to presence detection by activating this function the device at the end of the follow up time does not turn off the lights but still keeps them on typically at a lower brightness level to save energy but avoiding that the area remains completely in the da...

Page 18: ...ed locked state before power off Assigns the status of the block function at the end of the power on sequence Automatic unlocking time 0 255 0 no automatic unlock It is possible to set a time after which the block function is automatically disabled Output behaviour when locked telegram Disable sensor and send telegram Output A B nothing off on Output C nothing value Value Only for output C enabled...

Page 19: ...mited min 0 255 If different from zero this parameter defines after how long the sensor channel exits the manual forcing stop and returns to automatic mode Utilization function Function available on product code PD00E03KNX SPACE_sensor The UTILIZATION function is associated with each channel which includes the presence detection function the function can be enabled on the channel pages Using the U...

Page 20: ...nication objects are the same seen in the settings of the simple presence mode plus some specific parameters for the management of the on off control of the light A The detector identifies a movement and activates presence because the illuminance is lower than the setpoint the light is turned on B The illuminance exceeds the setpoint value the hysteresis and the sensor goes into the absence state ...

Page 21: ... are the same as in the Simple Presence mode Semi automatic presence illuminance depending In this mode the sensor is activated by a manual command i e a 1 bit telegram which is sent on the bus and received by the sensor see 0 Semi automatic The functions and parameters of this mode are the same as those for automatic presence Illuminance depending Constant illuminance This channel is independent ...

Page 22: ...e the parameter is for zones 1 to 5 Offset after download disabled enabled Defines whether offset management is active after download Offset at power on disabled enabled before power off It defines the state of the management of the offsets at power on it can be active deactivate or remain in the state before the power off Constant illuminance presence depending This configuration is similar to th...

Page 23: ...generic unsigned int Value 0 100 scaling value in steps of 5 HVAC Mode DPT_HVACMode 20 102 KNX PARAMETER SETTINGS Cyclic sending when button pressed Never 0 3 sec 0 4 sec 0 5 sec 0 8 sec 1 0 sec 1 2 sec 1 5 sec 2 0 sec 3 0 sec 5 0 sec 8 0 sec 10 sec As long as the button is pressed the telegram with selected size and value is sent cyclically this parameters defines the time interval between two se...

Page 24: ... press of the buttons Each input uses 2 communication objects 1 bit dimension for STEP STOP command associated to short press operation 1 bit dimension for UP DOWN command associated to long press operation associated to long press action Scene In this configuration pag button for scene management learn and recall scene commands These different behaviour recall and learn are performed through two ...

Page 25: ...of objects 2 3 This set parameter defines the number of 1 bit objects that will be visible and that will send the values 0 or 1 on the bus Number of steps in the sequence 2 8 Indicates the number of steps in the sequence Long press to restart sequence disabled enabled Allows to associate the long action of the button connected to the input with the restart action of the sequence at step zero Resta...

Page 26: ...ssociate a color to each of the 3 states DND active MUR active MUR DND not s also possible to send the same color on the bus using a 3Byte Object DPT 232 600 RGB value 3x 0 255 Loop among values With this function you can configure a button to send a 1 byte value in sequence The sequence is composed of a number of values between 3 and 9 Each time a pressure or release according to the active edge ...

Page 27: ... of the threshold on off telegrams State after download Disabled enabled Defines whether the sending of the threshold on off telegrams is enabled or disabled after download Hysteresis 0 5 C 1 0 C 2 0 C 5 0 C Defines the hysteresis value to be applied on the high and low thresholds Upper Setpoint value 20 C 100 C TS01A01ACC 50 C 60 C TS01B01ACC Lower Setpoint value 20 C 100 C TS01A01ACC 50 C 60 C T...

Page 28: ...s more than double the period set for the cyclical sending of the additional sensor 17 Thermostat The temperature function can be configured as a thermostat to control the temperature of a room or area by driving heating or cooling equipment air conditioning fan coils valves or through commands on off to heating cooling elements such as radiators heat pumps split etc Thermostat operates temperatur...

Page 29: ...and using the relative parameter the comfort value is common to the heating and cooling mode KNX PARAMETER SETTINGS Comfort setpoint Setpoint H C Dead band center SETPOINTCOMFORT STANDBY ECONOMY These 2 byte objects are used to set the setpoint values for COMFORT STAND BY ECONOMY mode Whenever change the setpoint are in saved in memory After download these setpoint are reset to values according to...

Page 30: ... lock the heating or cooling mode in the current state Lock Telegram telegram Telegram to block the mode WINDOW CONTACT Object This object if enabled has higher priority than HVAC MODE SETPOINT MODE COMFORT objects When a telegram is received 0 or 1 on the communication object WINDOW CONTACT thermostat enters a power saving mode KNX PARAMETER SETTINGS Action to execute for setpoint Modify Relative...

Page 31: ...de Comfort and Standby when device enters Economy mode this value can delta setpointon HVAC economy Entering Building Protection mode the value of object SETPOINT ADJUSTMENT is forced to 0 Similarly if the thermostat is operating in SETPOINT MODE the offset value is applied also when the setpoint value received on this object changes ACTUAL SETPOINT object The ACTUAL SETPOINT object send the setpo...

Page 32: ...nside this range device wait the end of the cycle time before calculating the duty cycle of the next cycle When temperature is outside of this range below cooling mode it starts a new cycle as soon as temperature enters the Bp Integration time Ti 5 250 min Defines the integration time Integral proportional contr continuous This setting i control with PWM parameters This mode uses a 1 byte object v...

Page 33: ...rature TdrV1SP regulation differential in cooling for V1 SP TdrV1V2 regulation differential in cooling for V1 V2 TdrV2V3 regulation differential in cooling for V2 V3 VALVE ON VALVE OFF V2 ACTIVE V1 ACTIVE TEMP SP TdrV1V2 TdrV2V3 VENTILATION OFF TEMP SP TdrV1SP V3 ACTIVE TEMP SP TdrV1V2 TEMP SP Tsp VENTILATION OFF REGULATION DIFFERENTIAL V1 SP REGULATION DIFFERENTIAL V1 V2 REGULATION DIFFERENTIAL V...

Page 34: ...s Fan coil control PI Logic and parameters are the same used in On off with PWM control mode the difference is that now the proportional value is sent to the bus via a 1 byte object format as a value from 0 to 100 This mode is useful to control fan coils selecting 2 or 4 pipes or generic proportional actuators as valve drivers only linking the 1 byte communication object and avoiding to link the v...

Page 35: ...ional valve in 6 way mode it is possible to define different control differentials around the setpoint value as shown below This makes it possible to adjust the opening and closing of the additional valve independently of the speed control for example once the setpoint has been exceeded a maintenance action can be taken keeping the valve open again without activating the speeds KNX PARAMETER SETTI...

Page 36: ...t the control action is interrupted and the controlled actuators are switched off The value of temperature sent on the bus in case of probe disconnection or short circuit or for out of range measured value is 0 C according to KNX DPT_Value_Temp 9 001 Temperature alarm object Alarm objects are available for each thermostat and for each temperature probe in case of probe failure or out of range meas...

Page 37: ...commands to actuators are calculated using actual setpoint and temperature After power on device recalculates the commands to actuators and switch them on if necessary otherwise does not carry out any action you are recommended to set the behaviour of actuator in order to switch the heating cooling equipment off after bus power on Behaviour on ETS Download s possible to set initial value of Heat C...

Page 38: ...0 1 or nothing is sent IN1 is a byte IN2 is disabled OUT is a bit byte threshold 1 ETS parameter BYTE_V When a value less or equal to BYTE_V is received then a telegram 0 1 or nothing is sent When a value greater than BYTE_V is received then a telegram 0 1 or nothing is sent IN1 is a byte IN2 is disabled OUT is a bit 2 byte float threshold 1 ETS parameter 2BYTE_F When a value less or equal to 2BYT...

Page 39: ...logic AND logic OR logic XOR logic NOT greater than less than equal to ternary conditional and grouping operands Ternary conditional condition expression1 expression2 Where condition is the expression to be evaluated expression1 is evaluated when condition is TRUE expression2 is evaluated when condition is FALSE expression1 or expression2 Expression examples A B C 3 calculate the mean of the A B C...

Page 40: ...rameters are common to the 2 modes such as KNX PARAMETER SETTINGS Elevation curve wide fast normal narrow slow Defines the duration of the transition phases between sunrise noon sunset wide fast curve refers to a fast transition narrow slow curve refers to a slow transition Output mode warm cool lamp RGB R G B warm cold lamp use when lamps have 2 different ballasts 1 per component RGB use when the...

Page 41: ...ure control must be done taking into account the type of lighting fixtures that are going to be controlled and the characteristics of warm white and cold white which can be different from lamp to lamp KNX PARAMETER SETTINGS Warm minimum color 500 3500 temperature Cool maximum color temperature 3500 6500 Forced color temperature after download 500 6500 These parameters set the characteristics of th...

Page 42: ...ventional with dry contact output to be connected a KNX input This device must send on the bus the when presence is not detected Communication Objects VH Room Booked IN 1 bit the room is booked or not default value for this status can VH Signal for guest Type1 IN 1 bit VH Signal for service Type2 IN 1 bit VH Signal for maintenance Type3 IN 1 bit This COs can be used to communicate to the VH module...

Page 43: ...ional CO to transmit on the bus a command linked to presence or absemce events Parameters Remote inputs In this page the installer must set which type of sensor are linked to the VH module KNX PARAMETER SETTINGS Remote input x disabled door presence bus sniffer disabled non used door set this option if the communication object VH Remote Input x Door is linked to a door contact KNX input presence s...

Page 44: ...of the 2 single rooms must be activated and configured The principle is to connect the sensors door presence and sniffer of room 1 to room 2 and vice versa however the Subordinate to Remote Inputs Enable parameter for each single Remote Input should be properly configured For sensors located in Room 1 this parameter must be set to not subordinate on room 1 Virtual Virtual Holder The same principle...

Page 45: ...ctron SpA Via Monteverdi 6 I 20025 Legnano MI Italia Tel 39 0331 500802 Fax 39 0331 564826 E mail info eelectron com Web www eelectron com C F e P IVA 11666760159 Tribunale di Milano 359157 8760 07 CCIAA Milano 148549 45 46 FIG 1 DIAGRAM OF LOGICAL CONNECTIONS FOR VIRTUAL HOLDER LOGIC MODULE ...

Page 46: ...SpA Via Monteverdi 6 I 20025 Legnano MI Italia Tel 39 0331 500802 Fax 39 0331 564826 E mail info eelectron com Web www eelectron com C F e P IVA 11666760159 Tribunale di Milano 359157 8760 07 CCIAA Milano 148549 46 46 FIG 2 DIAGRAM OF LOGICAL CONNECTIONS FOR REMOTE SENSOR INPUT ENABLE GLOBAL ENABLE ...

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