HDL KNX / EIB – BUS
Contents
1. Change threshold 2 via bus Disable Fig4 4 threshold window Brightness value for switch ON of threshold Config the brightness for the switch ON Fade time for switch ON of threshold 0 255s Config the time for swich ON Fade time for switch OFF of threshold 0 255s Config the time for swich OFF Threshold 1 value is 0 255 Set threshold 1 value between 0 and 255 Default is 80 Threshold 2 value is 0 255 Set threshold 2 value between 0 and 255 Default is 180 Input value lt Lower threshold If the value of receiving telegram from bus lower than the minimum threshold value the switch will action according to below option ON or OFF or no Unchange Options Unchange Light Technology Nederland ditributor of HDL www light technology nl 28 43 HDL KNX EIB BUS Dimmer Actuator ON OFF Unchange The channel switch position no changed ON The channel switch position set to ON OFF The channel switch position set to OFF Lower threshold lt Input value lt Upper threshold If the value of receiving telegram from bus between Lower threshold and Upper threshold the switch will action according to below option ON or OFF or no action Options Unchange ON OFF Unchange The channel switch position no changed ON The channel switch position set to ON OFF The channel switch position set to OFF Input value gt Upper threshold If the value o2. Brightness value 10034255 A scene Fade time of brighter 0 255s A amp threshold amp theating Fade time of darker 0 255s Channel B B dimming config Time for brightness 0 255min Channel C C gt dimming config Time for brightness 0 59sec Channel D D dimming config Time for darkness D 255min Channel E E gt dimming config Time for darkness 0 59sec Channel F F gt dimming config Flashing number 1 255 0 Unlimited 0 L AD Ch Ch X M Mb 4E amp Brightness after stop flashing Invalid Fig4 2 flashing window Light Technology Nederland ditributor of HDL www light technology nl 25 43 HDL KNX EIB BUS Dimmer Actuator Flashing between ON and OFF in this mode Flashing operation Three Control modes for this function Options Start with 1 stop with 0 Start with 1 invalid with 0 Start with 1 0 can t stop Start with 1 stop with 0 Start flashing with 1 and stop flashing with O Start with 1 invalid with 0 Start flashing with 1 and invalid with O Start with 1 0 can t stop Start flashing with 1 or 0 can t stop Fade time of brighter 0 255s Fade seconds in the brighter state Fade time of darker 0 255s Fade seconds in the darker state Duration time for brightness 0 255 Min Duration minutes in the brightness state Duration time for brightnes
3. Not allocate Output brightness value 100 255 Fade time for brighter darker 0 255s 3 v L _j OK Cancel Default Info Fig4 3 scene window Fade time of scene dimming 0 255s Fade seconds in the brighter state Total 10 scenes configuration as following the setting like below Eace scene is same as following gt gt Output assigned to scene 1 64 Allocate the scene Output brightness value Set the output brightness value 0 100 Fade time for brighter darker 0 255s Set the time for brighter or darker Light Technology Nederland ditributor of HDL www light technology nl 27 43 HDL KNX EIB BUS Dimmer Actuator 3 6 4 A function threshold MM1 1 3 N D06 1 General A threshold G sequence 1 Channel A A gt dimming config A function Astaircase light flashing A scene Brightness value for switch ON of threshold 100 255 Fade time for switch ON of threshold 0 255s 3 Fade time for switch OFF of threshold 0 255s 3 Acheating Threshold 1 value is 0 255 80 Channel B B dimming config Threshold 2 value is 0 255 180 Channel C C gt dimming contig Input value lt lower threshold OFF Channel D D gt dimming config lower threshold lt input value lt upper threshold ON Channel E E gt dimming config Input value lupper threshold OFF Channel F 2 F gt dimming config Change threshold 1 via bus Disable
4. Options NO YES YES PWM running automatic at power on NO PWM running by manual Light Technology Nederland ditributor of HDL www light technology nl 31 43 HDL KNX EIB BUS Dimmer Actuator 4 Communication objects description Note In following sections the N A B C 4 1 Objects General Number Name Object Function Descrint Group Add Length C R Wi T U Go General Send cycles 1 bit COURS tsk p Eji General Sequence 1 1 bit S wo Uu M2 General Sequence 2 1 bit wo Uu Hs General Sequence 3 1 bit c Woe Uu El 4 General Sequence 4 1 bit Cc Ww u Bs General Sequence 5 1 bit C Ww u NO Object name Function Flags Data type 0 General Send cycles C R T DPT 1 003 1bit This communication object is always active and valid invert the value send telegram to bus in next frame e g last telegram value is 1 the next telegram value is 0 1 5 General Sequence1 5 C W U DPT 1 010 1bit These communication object used to start or stop sequence Send telegram value 1 for start one sequence Send telegram value 0 for stop one sequence 4 2 Objects Channel N output Number Name Object Function Descript Group Add Length R Wi T U Gado General Send cycles 1 bit C R Gio Output A Channel output 1 bit C W U el 11 Output Relative dimming 4bit 4 bit C Ww u el 12 Output Absolute dimrning 8bit 1Byte C Ww u Eso Output B Channel ou
5. 12 Output N C W U Absolute DPT 5 001 dimming 1byte This communication objects of the channel output used for absolute diming an channel output The channel output absolute dimming to a brightness according to receive a telegram value C W U 4 3 Objects Respone Number Name Object Function Descript Group Add Length Ci R Wi T U Glo General Send cycles 1 bit GIR S20 1T Jin Output Channel output 1 bit Gos Wee Uy rl 13 Output 4 Respone state 1 bit GR 25 fm Respone bit status Number Name Object Function Descrip Group Add Length C wi TU Gao General Send cycles 1 bit CR A in Output Channel output 1 bit C Ww u E 14 Output 4 Respone state 1 Byte rm c XT Respone 1byte status NO Object name Function Flags Data type 13 Output N Respone status C R T DPT 1 001 1bit This communication object used response the channel ouput N state channel state is ON the response state is 1 Otherwise the state is 0 14 Output N Respone status C W U DPT 5 001 1byte This communication object used response the channel ouput N brightness Light Technology Nederland ditributor of HDL www light technology nl 33 43 HDL KNX EIB BUS Dimmer Actuator 4 4 Objects Statistics ON time Number Name Object Function Descript Group Add Length C R Wi T mo General Send cycles 1 bit C R s Jes Eo Output 4 Chann
6. The response of channel state Invalid C dimming config Channel D The status after bus voltage recovery DFF D dimming config Channel E Over temperature protection Invalid E dimming config Channel F Read temperature Degrees Celsius Disable F gt dimming config Maximum level i 00 255 Upper threshold level 100 255 Lower threshold level 0 0 Dimming minimum level 0 0 Show the function page gt gt Disable Fig2 Channel N parameter N A B C windows In the parameter windows of the Channel N you can set some common functions Through functional selection and download the database to the device and device will work in accordance with the selected function The response of channel state If the dimmer was controlled will be respone Options Invalid 1 bit always respone 1 bit only changed 1 byte always respone 1 byte only changed 1 bit always response it always respone If the channel is ON then respone 1 If the dimmer is OFF respone 0 1 bit only changed it will be respone when the dimmer state was changed 1 byte always respone it always respone of the light level value 1 byte only changed it will be respone when the light value was changed Light Technology Nederland ditributor of HDL www light technology nl 16 43 HDL KNX EIB BUS Dimmer Actuator Statistics total ON time to allow 0 65535h 7 4years L 1 1 3 N D0
7. 20 43 HDL KNX EIB BUS Dimmer Actuator Disable No allow to read temperature Enable Allow to read temperature Maximum level Set the maximum level Options 0 0 100 255 Upper threshold level Set the upper threshold level Options 0 0 100 255 Lower threshold level Set the lower threshold level Options 0 0 100 255 Dimming minimum level Set the dimming minimum level Options 0 0 100 255 Brightness 100 Maximum level Upper threshold level Lower threshold level 0 T Fig 2 5 Switch ON OFF or Absolute dimming Brightness 100 Maximum level Upper threshold level Dimming minimum level 0 T Light Technology Nederland ditributor of HDL www light technology nl 21 43 HDL KNX EIB BUS Dimmer Actuator Fig 2 6 Relative dimming Show the function page Set the enable and show the function page Options Disable Enable Disable Don t show the function page about dimmer Enable Show the function page the page is set the function about dimmer 3 5 A dimming config E i 1 3 N D06 1 General A dimming config G sequence 1 Channel A ing config A function Channel B Switching OFF fade time 0 255s Switching ON fade time D 255s B dimming config T Channel C nable relative dimming Enable C gt dimming config Channel D D gt dimming config Channel E nable absolute dimming Enable E gt dimming config Fielative 4bits dimming fade 5
8. 65535s 0 invalid 0 C gt dimming config Channel D Enable sequence 1 Disable D gt dimming config Channel E Enable sequence 2 Disable E gt dimming config Channel F Enable sequence 3 Disable F gt dimming config Enable sequence 4 Disable Enable sequence 5 Disable Fig1 General parameter window In the parameter of the general windows can set 7 parameters System delay after recovery Cycle send general telegram and Enable sequence 1 5 System delay after recovery 2 255s Can operate relay for a delay time 2 255s after the power on The default value is 2 seconds The Min value is 2 seconds and the max value is 255 seconds Options 2 255s When the power on and the timer start when time out The dimming can be allowed to operating This function is selected by user Cycle send general telegram 1 65535s 0 invalid The range of the parameter is 0 to 65535s Zero of parameter disable the function other of parameter enable this function Options 0 65535s Light Technology Nederland ditributor of HDL www lighf technology nl 13 43 HDL KNX EIB BUS Dimmer Actuator The parameter set to nonzero Device will send a telegram data cyclically when time out Send the value alternately between 0 and 1 Enable sequence 1 Set the enable of the sequence Options Disable Enable Disable Disable the sequence function Enable Enable the sequence func
9. ime brightness01 _100 2 255s Absolute 1 byte dimming fade menak ex ime brightness0 1007 0 256s E F dimming config OK J Cancel Default nfo H jJ i Fig3 A gt dimming config Switching ON fade time 0 255s Set the time for switch ON Note brightness0 100 0 255s Switching OFF fade time 0 255s Set the time for switch OFF Note brightness0 100 0 255s Enable relative dimming Options Disable Enable Disable No allow to relative dimming Enable Allow to relative dimming Light Technology Nederland ditributor of HDL www light technology nl 22 43 HDL KNX EIB BUS Dimmer Actuator Note Relative dimming fade time brightnessO 100 0 255s the data length is 4bits Enable absolute dimming Options Disable Enable Disable No allow to absolute dimming Enable Allow to absolute dimming Note Ablolute dimming fade time brightness0 100 0 255s the data length is 1byte 3 6 A function L 1 1 3 N D06 1 General A function G sequence 1 Channel A A dimming config Enable function staircase light Enable A staircase light Enable function flashing Enable Aflashing scene Enable function scene Enable A threshold A heating Enable function threshold Enable annel B B gt dimming config Enable function heating Enable Channel C F C dimming config NOTE gt gt Recommend to only use a function for a channel Chann
10. mode of the sequence 1 Set the control mode Light Technology Nederland ditributor of HDL www light technology nl 14 43 HDL KNX EIB BUS Dimmer Actuator Options FWD REW Random FWD Forward mode REW Back work mode RANDOM Random mode Running mode of the sequence 1 Set the running mode Options Single Cycle Single Run only ones Cycle Cycle run Running time 0 255hours 0h amp 0m unlimited Set the sequence running time Options 0 255 Running time 0 59mins 0h amp 0m unlimited Set the sequence running time The longest time is 59mins Options 0 59 Note Unlimited when the time set to 0h amp 0m Position after time out If the sequence running in Cycle mode and is run time greater than zero After time out the sequence will back to this set position Total 24steps configuration as following Step 1 configuration Options invalid Scene NO 01 Scene NO 64 Time for step 1 0 65535s Set the time for the step The longest time is 65535s Time for step 1 0 999ms Set the time for the step The longest time is 999ms Set of other steps is same as the step 1 Light Technology Nederland ditributor of HDL www light technology nl 15 43 HDL KNX EIB BUS Dimmer Actuator 3 4 Function parameter Channel N W 1 1 3 H D06 1 General Channel A amp gt dimming config Channel B B gt dimming config S Channel C Statistics total ON time to allow 0 65535h 7 4years Disable
11. over temperature will Reduce power Light Technology Nederland ditributor of HDL www light technology nl 18 43 HDL KNX EIB BUS Dimmer Actuator Alarm When over temperature will alarm L i 1 3 AT General G sequence 1 Channel A dimming config Channel B The response of channel state Invalid B gt dimming config Statistics total ON time to allow 0 65535h 7 4years Disable Channel C C dimming config The status after bus voltage recovery Channel D D dimming config ver temperature protection Channel E E dimming config Compare temperature base 50 255 D egrees Celsius Channel F F gt dimming config Alarm temperature time interval 1 255s Read temperature Degrees Celsius Disable Maximum level 1002255 Upper threshold level 100 255 Lower threshold level 0 0 Dimming minimum level 00 Show the function page gt gt Disable a mm Fig2 3 Over temperature protection x Compare temperature protection Set the standard temperature when the temperature over the standard and this channel will be protection The range is 70 90 x Alarm temperature time interval The alarm telegram time interval range is 1 255 Off When over temperature will off W 1 1 3 N D06 1 General G sequence 1 Channel A amp dimming config Channel B B gt dimming contig Channel C C gt dimming config The sta
12. 17 43 HDL KNX EIB BUS Dimmer Actuator The status after bus voltage recovery W 1 1 3 N D06 1 General Channel A G sequence 1 Channel A amp gt dimming config Channel B B gt dimming contig Channel C Codimming config The status after bus voltage recovery Channel D D gt dimming config Brightness value Channel E E gt dimming config Over temperature protection Invalid Channel F F gt dimming config Read temperature Degrees Celsius Disable The response of channel state Invalid Statistics total ON time to allow 0 65535h 7 4years Disable Maximum level 100255 Upper threshold level 100244255 Lower threshold level oxo Dimming minimum level 0 0 Show the function page gt gt Disable Fig2 2 The status after bus voltage recovery Set the status of restore mode after power on for each channel Options Off Defined brightness value Last brightness value Off After power on and the channel s status is off Defined brightness value After power on and the channel s status is defined brightness value Last brightness value After power on and the channel s status is last brightness value Over temperature protection Set the mode of the channel when over temperature Options Invalid Alarm Off Reduce power Invalid no the function Alarm When over temperature will alarm OFF When over temperature will OFF Reduce When
13. 6 1 General Channel A G sequence 1 Channel A amp gt dimming config Channel B m R ener TT B gt dimming config Statistics total ON time to allow 0 65535h 7 4years Channel C EM C dimming config Alarm when time out 1 B5535h f invalid 30000 Channel D D gt dimming config Transmit telegram interval when alarm 1 255s 10 Channel E E gt dimming config The status after bus voltage recovery OFF Channel F F gt dimming config Over temperature protection Invalid The response of channel state Tbit only changed Read temperature Degrees Celsius Disable Maximum level 100255 Upper threshold level 100 255 Lower threshold level 0 0 Dimming minimum level 0 0 Show the function page gt gt Disable K J Cancel Default Info He Fig2 1 Statistics total ON time to allow This function is used to calculate the total ON time for channel output The maximum time is 65535h This function is very useful Because can know channel work status through this function Options Disable Enable Disable don t timing Enable Statistics time xs Alarm when time out 1 65535h 0 invalid When the device s operating time arrive the setting value will alarm The value rang is 1 65535h 0 is invalid a Transmit telegram interval when alarm Set the alarm time interval Light Technology Nederland ditributor of HDL www light technology nl
14. Channel output 1 bit Gi a Woes y G23 Output Scene 8bit 1 Byte Cc w u 324 Output Scene dimming 4bit 4 bit E w u NO Object Function Flags Data type name 23 Output N Scene 8bit C W U DPT 18 001 1byte This communication object used to call or save the scene of channel ouput The scene control see following explain Telegram value C RINN N INININ C O Call scene 1 Store scene If scene allocated and the scene is the current switch state R Reserved N Scen NO bin 000000 111111 NO 1 64 e g Hexadecimal 00h call scene 1 If scene allocated 01h call scene 2 lf scene allocated 3Fh call scene 64 If scene allocated 80h store scene 1 If scene allocated 81h store scene 2 If scene allocated BFh store scene 64 If scene allocated 24 Output N Scene C W U DPT 3 007 dimming 4bit Abit This communication object used to dimming the scene of channel ouput Light Technology Nederland ditributor of HDL www light technology nl 36 43 HDL KNX EIB BUS Dimmer Actuator 4 9 Objects Threshold Number Name Object Function Descript Group Add Length CIRI W T U Glo General Send cycles 1 bit GAR ves TT el 10 Output Channel output 1 bit Goss 1W 2 p E325 Output 4 Threshold input 1 Byte E w u E326 Output Change threshold 1 1 Byte C w u m27 Output A Change threshold 2 1 Byte i wW U N
15. E E dimming config Channel F F dimming config Channel A The response of channel state Invalid Statistics total ON time to allow 0 65535h 7 4years Disable The status after bus voltage recovery Last brightness value Over temperature protection Compare temperature base 50 255 D egrees Celsius Reduce power value x C Alarm temperature Dearees Celsius Alarm temperature time interval 1 255s Read temperature Degrees Celsius Disable 2 Maximum level 1002255 Upper threshold level 1 00 255 Lower threshold level 020 Dimming minimum level 000 Show the function page gt gt Disable v v 0K Cancel Default nfo Fig2 4 Over temperature protection R K R K Compare temperature base 70 90 Degrees Celsius Set the standard temperature the devices will be reduce power when the temperature over the standard The range is 70 90 Reduce power value x 5C Set the standard temperature when the temperature over the standard will be alarm Alarm temperature Degrees Celsius Set the standard temperature when the temperature over the standard will be alarm Alarm temperature time interval 1 255s The time interval range is 1 255 Read temperature Degrees Celsius Set the enable to read temperature Options Disable Enable Light Technology Nederland ditributor of HDL www light technology nl
16. HDL KNX EIB BUS Dimmer Actuator FIO Le T PAESE nteligenf gd af TT Light Technology Nederland ditributor of HDL www light technology nl 1 43 HDL KNX EIB BUS Dimmer Actuator HDL KNX EIB BUS Intelligent Installation Systems Product Manual Contents 3 6 1 3 6 2 3 6 3 3 6 4 3 6 5 4 4 1 TE TI T L vat fases e A Product Function PP c c 5 Har W SF Ge oie te ave Sie we wee NIB d u ERE eee ERE ae pue D Technical Gata rrr m 6 Dimension fAW TNQS c2 2266022266200 nean annt 8 toTg gelie to rz P 8 Maintenance and Cautions 10 SOTUN I b n ngang bay Ga na nv Pes te tdsor Ka xoa E Ea E 11 Database functions Overview 11 Object Association Group address define 12 Function parameter General 13 Function parameter Channel N 16 A Gimmie T cis s o sa ag cdiea xot Pee cee Rua Deua Pc TON COM ciscus Evan qu FE GREC Nun E OPE ba EE A 29 A function staircase light 24 A Tunc on flashing auxusesexestesteiemeieneiee o A function scene Tri A function threshold qidssexens oos ubt uenxHc ur 28 AS TH TIG heating szxxskexkeskexxotzotvemcencencenest d Communication objects description 32 Objects General cocer tiro er ates tn 32 2 43 Light Technology Nederland ditributor of HDL www light tech
17. O Object Function Flags Data type name 25 Output N Threshold input C WU DPT 5 004 1byte If this communication object is activity the input value of receiving telegram from bus compare with threshold 1 and threshold 2 calculate the state of switch according to the setting of database 26 Output N Change threshold 1 C W U DPT 5 004 1byte t Change threshold1 value via bus 27 Output N Change threshold2 C W U DPT 5 004 1byte Change threshold2 value via bus 4 10 Objects Heating Number Mame Object Function Descrip Group Add Length EJ RI Wi T U Glo General Send cycles 1 bit GR nee um n Output amp Channel output 1 bit Cou Ww sx jg G28 Output Heat with 1bit control 1 bit c W u 1 bit heating control Number Name Object Function Descript Group Add Length C R Wi T U cro General Send cycles 1 bit C R T mo Output 4 Channel output 1 bit C ME d ze Output 4 Heat with 1byte control 1 Byte Ww u 1 byte heating control NO Object Function Flags Data type name 28 Output N Heat with 1bit control 1C W U DPT1 001 1bit If work in heating actuator this communication object default show and valid Start PWM by receive telegram 1 stop PWM by receive telegram 0 start running automatic when power on set by ETS Light Technology Nederland ditributor of HDL www light technology nl 37 43 HDL KNX EIB BUS Dimmer Act
18. aM u is Output Staircase light 1 bit C os W u Ezo Output 4 Change staircase light time 2 Byte C W u jz Output Warning staircase light 1 bit GC aR se Te NO Object Function Flags Data type name 19 Output N Staircase light C W U DPT 1 001 1bit This communication object used to start or stop the staircase light function Start the staircase light when receive the telegram value 1 light 20 Output N Change staircase C W U DPT 7 005 light time 2byte This communication object used to change the staircase light time 21 Output N Warning staircase C R T DPT 1 005 1bit This communication object used to wairning the staircase light 4 7 Objects Flashing Number Name Object Function Descrip Group Add Length R Wi T Gado General Send cycles 1 bit Cook T Gio Output 4 Channel output 1 bit Gove TW U E22 Output A Flashing 1 bit c wW u NO Object Function Flags Data type name 22 Output N Flashing C W U DPT 1 001 1bit This communication object used to flashing of channel light The channel light flashing when receive the start value Light Technology Nederland ditributor of HDL www light technology nl 35 43 HDL KNX EIB BUS Dimmer Actuator 4 8 Objects Scene Number Name Object Function Descript Group Add Length R wj T U Ejo General Send cycles 1 bit Gy Ris She m Eo Output
19. config Fig4 5 heating window Brightness value for switch ON of heating Config the brightness for the switch ON Fade time for switch ON of heating 0 255s Config the time for swich ON Fade time for switch OFF of heating 0 255s Config the time for swich OFF PWM cycle time set 1 65535min Options 1 65535m This cycle time is set Minimum is 1 minutes PWM cycle time set 1 59sec Options 0 59s This cycle time is set in seconds Light Technology Nederland ditributor of HDL www light technology nl 30 43 HDL KNX EIB BUS Dimmer Actuator Control telegram is received as Type of control can be control as 1bit or 1byte Options 1bit PWM 1 start 0 stop 1byte 255 switch ON 0 switch OFF other valve 1bit PWM 1 start 0 stop The PWM start and switch ON by the value of receiving telegram 1 and stop by O 1byte 255 ON 0 OFF other valve the switch ON always by the value of receiving telegram 255 the switch OFF by the value of receiving telegram 0 The PWM runs and pulse width of PWM is set according to the value of receiving telegram 1 to 254 The scale of ON This parameter will set the valve of the PWM pulse width Options 0 OFF 10 26 20 51 30 77 40 102 50 128 60 153 70 179 80 204 90 230 100 ON Power on and running automatically The PWM runs automatic by the setting YES The PWM runs by manual when set to NO
20. e The technical properties of HDL KNX EIB Dimmer Actuators as the following sections 2 1 Technical data Power supply Operating voltage supply by the bus 21 30 V DC Current consumption EIB KNX operate 15 mA Current consumption EIB KNX standby 5mA Power consumption EIB KNX operate 450 mW Power consumption EIB KNX standby lt 150 mW Output nominal values Type of Device M D01 1 M DO2 1 M D04 1 M DO6 1 Number of contacts 1 2 4 6 n rated current 6A 3A 1 5A 1A Power loss per device at max load 2 7 W 5 4W 8W Un rated voltage 250 440V AC 50 60 Hz Output life expectancy Mechanical Life 50years Electrical Life 20years Output dimmer actuator without additional DC power Connections EIB KNX Bus Connection Terminal 0 8 mm single core Load circuits Screw terminal with Slotted head 0 2 4 mm multi core 0 4 6 mm single core cable shoe 12mm Tightening torque Max 0 8 Nm Operating and display Red LED and EIB KNX program button for assignment of the physical address Light Technology Nederland ditributor of HDL www light technology n 6 43 HDL KNX EIB BUS Load type Dimmer Actuator When power on and if first half of the key led flashing for 5 second then the Load type practical at capacitive load If last half of the key led flashing for 5 second then the load type practical at Inductive load Default the load type is the capacitive load Press the
21. eceive data 1 and the staircase light start run automatic stop with time out or stop with 0 Start with 1 invalid with 0 When receive data 1 and the staircase light start run automatic O is invalid Start with 1 0 can t stop When receive data 1 0 and the staircase light start run automatic Can t stop Brightness value Set the brightness value of staircase light Fade time of brighter 0 255s Fade seconds in the brighter state Fade time of darker 0 255s Fade seconds in the darker state Duration time for brightness 0 255 Min Light Technology Nederland ditributor of HDL www light technology nl 24 43 HDL KNX EIB BUS Dimmer Actuator Duration minutes in the brightness state Duration time for brightness 0 59 Sec Duration seconds in the brightness state Change staircase lighting time via bus Options Disable Enable Disabel Can t modify staircase lighting delay off time via bus only can be set by database Enable allow modify staircase lighting delay off time via bus by user Warning staircase lighting Options Disable Enable Disable Prohibition Alarm Enable Allow send out warning state use warning data point for ON OFF staircase light 3 6 2 A function flashing W i 1 3 H D06 1 General A flashing G sequence 1 Channel A amp dimming config Afunction Astaircase light Flashing operation S tart with 1 Stop with D
22. el D D gt dimming config Channel E E gt dimming config Channel F F gt dimming config OK Cancel Default nfo Fig4 Function window The window is set the enable for the below function Enable function staircase light Enable function flashing Enable function scene Enable function threshold Enable function heating Light Technology Nederland ditributor of HDL www light technology nl 23 43 HDL KNX EIB BUS Dimmer Actuator 3 6 1 A function staircase light E i 1 3 E D06 1 General A staircase light G sequence 1 Channel A A gt dimming config amp functian Staircase light operation Start with 1 Stop with 0 Brightness value 10074255 Aflashing scene Athreshold Aheating Fade time of darker 0 255s Channel B B dimming config Time for brightness f 255min Channel C C dimming config Time for brightness 0 59sec Channel D i D gt dimming config Change staircase light time via bus Disable Channel E E E dimming config Warning staircase light via bus Disable Channel F F gt dimming config Fade time of brighter D 255s Fig4 1 staircases light window For staircase application Staircase lighting operation Options Start with 1 stop with 0 Start with 1 invalid with 0 Start with 1 0 can t stop Start with 1 stop with 0 When r
23. el output 1 bit C W U is Output 4 RjW total ON time 2 Byte C aR ow a I a 16 Output Alarm when total ON time out 1 bit E R e T NO Object name Function Flags Data type 15 Output N R W total ON C RW T DPT 7 007 time U 2byte This communication object used to change the initial value Statistical ON time and increase again every hour 16 Output N Alarm when total C R T DPT 1 005 ON time out 1bit This communication object used to alarm when statistical ON time reach a set maximum value 4 5 Objects Temperature Number Mame Object Function Descrip Group Add Length CEIRI W T U Tjo General Send cycles 1 bit C R mjo Output A Channel output 1 bit Ew Ow u E7 Output Temperature alarm 1 bit XR T Gis Output amp Read temperature 2 Byte C R T NO Object name Function Flags Data type 17 Output N Temperature C W U DPT 1 005 alarm 1bit This communication object used to alarm when over temperature 18 Output N Read C R T DPT 9 001 temperature 2byte This communication object used to read the channel output temperature Light Technology Nederland ditributor of HDL www light technology nl 34 43 HDL KNX EIB BUS 4 6 Objects Staircase light Dimmer Actuator Number Name Object Function Descript Group Add Length C R wi T mjo General Send cycles 1 bit C R Eio Output Channel output 1 bit C cw
24. f receiving telegram from bus more than the upper threshold value the switch will action according to below option ON or OFF or no action Options Unchange ON OFF Unchange The channel switch position no changed ON The channel switch position set to ON OFF The channel switch position set to OFF Change threshold 1 via bus Options Disable Enable Disable No allow to change the threshold 1 value from bus Enable Allow to change the threshold 1 value from bus Change threshold 2 via bus Options Disable Enable Light Technology Nederland ditributor of HDL www light technology n 29 43 HDL KNX EIB BUS Dimmer Actuator Disable No allow to change the threshold 2 value from bus Enable Allow to change the threshold 2 value from bus 3 6 5 A function heating E i 1 3 N D06 1 General A heating G sequence 1 Channel A A dimming config A function Astaircase light Acflashing A scene Fade time for switch OFF of heating 0 255s Athreshold Brightness value for switch ON of heating E 00 255 Fade time for switch ON of heating 0 255s PWM cycle time set 1 65535min Channel B B gt dimming config PWM cycle time set 0 59sec Channel C C gt dimming contig Control telegram is received as Th t pwmf ON start OFF stop Channel D 5 D gt dimming config The scale of ON 50 128 Channel E E gt dimming config Power on and running automatically NO Channel F F gt dimming
25. first and last key buttons together to change the load type Meanwhile the key led will flashing 5 second for Indicating Eg MD06 1 gt press key A and key H together for change the load type Temperature range Operation Storage Transport Environment conditions humidity Appearance design Modular Type M R Dimensions H x W x D Width W unit mm Mounting width 1P 18 mm Mounting depth unit mm Weight unit kg Installation Mounting position Material and Colour Standard and Safety LVD Standard EMC Standard CE mark 5 C 45 C 25 C 55 C 25 C 70 C max 95 Non condensing DIN Rail Modular installation 01 1 02 1 041 06 1 90 x W x 64 144 216 216 216 8P 12P 12P 12P 64 64 64 64 0 26 0 49 0 72 Use 35 mm mounting rail Electric dimmer box Plastic Black Certificated EN60669 2 1 EN60669 1 EN50090 2 2 In accordance with the EMC guideline and low voltage guideline Pollutant Note All of loads at 230 V AC Application table Comply with RoHS Type M D01 1 M D02 1 M D04 1 M D06 1 Max number of communication objects 30 50 90 130 Max number of group addresses 254 254 254 254 Max number of associations 254 254 254 254 Note The programming requires the EIB Software Tools ETS2 V1 3 or ETS3 0 If use ETS2 V1 3 then import vd2 If use ETS3 0 then Import vd3 Light Technology Nederland ditributor of HDL www light technology nl 7 43 HDL KNX EIB BUS D
26. immer Actuator 2 2 Dimension drawings OOOOOOOO_ OOOOOOOO E HDL Kn3 zz M DO1 1 M D02 1 M D04 1 M DO6 1 X 72mm 216mm 216mm 216mm Jt OODOO QOOODOQUDU T PE HDL Kn3 zz M D01 1 Un 230V In 1x6A Prog LED DC30V os Bi O 4 3 KNX EIB BUS Light Technology Nederland ditributor of HDL www light technology n 8 43 HDL KNX EIB BUS Dimmer Actuator PE AC250V N gt Tee L OOOOOOOO_ OO OOOOO_ OOOOOOOO C E NA B HDL Kn3 zz KNX EIB BUS PE AC250V N NISI L OOQOOOOO OOCOOOOO OOOOOOOO E NA B C D HDL K n3 zz M D04 1 Un 230V In 4x1 5A KNX EIB BUS PE AC250v N L OOOOO QOQOOOOO OOOOOOOO PE NA B Noi OF HDL Kn3 zz AL BL OL OL 9 M DO6 1 Un 230V In 6x1A O Prog LED o o DC30V 9 KNX EIB BUS Light Technology Nederland ditributor of HDL www light technology nl 9 43 HDL KNX EIB BUS Dimmer Actuator 1 Label area 2 Power input 3 KNX EIB Bus Connector 4 Programming b
27. nology nl HDL KNX EIB BUS Dimmer Actuator 4 2 Objects Channel N output 32 4 3 Objects Respe iixxi siitsieizats11 xi6 s4taiLA0166 646 dean 33 44 Objects Statistics ON time 1 ccr nen ERR Ren 34 4 5 Objects Temperature 1 2 3 0 peas Das darc ERR Fan ian 34 4 6 Objects Staircase light 1 e e etes 35 4 7 Objects Flashing sedyjzssseocossseersdgbstidEbsiskAeasooddsselbeaslee 35 4 8 Objects Scene susizesssiiissuesbaoutsbanedbtfaibeindlibisjbtitssei 36 4 9 Objects Threshold sasaivdeiaaetdodiiagdbeaplesedsaalewlsassldese34 37 4 10 Objects Heating xuixsxxsssesestxseustunetaxVeex xke enea 37 5 Application scriata 39 5 1 Program functions diagram se ssasaoeecpsalsekoseekasassgksaeebds 39 Light Technology Nederland ditributor of HDL www light technology nl 3 43 HDL KNX EIB BUS Dimmer Actuator 1 General HDL KNX EIB series dimmer actuator output modules are developed by HDL Using KNX EIB BUS communicate with other KNX devices The database need to be downloaded to the dimmer actuator using ETS2 V1 3 or ETS 3 0 and the document descript how to use these products Our products use standard according to EMC electrical safety environmental conditions The dimmer actuators are used to control some loads such as Lighting Motor Curtain Heating Other Equipments The rights and the copyright to this manual are exclusively the proper
28. of HDL www light technology n 10 43 HDL KNX EIB BUS Dimmer Actuator 3 Software HDL KNX EIB Dimmer Actuators database use ETS3 0 to do the design The device types are M D01 1 M D012 1 M D04 1 and M D06 1 and the databases name are Dimmer 1fold Actuator Dimmer 2fold Actuator Dimmer 4fold Actuator Dimmer 6fold Actuator All Interface and the functions Apply parameters please overview the following description of the paragraph Each channel ouput of the Dimmer Actuators are independent and the same So Understand only one channel ouput is enough The following paragraph will description of the first channel output in detail 3 1 Database functions Overview The following table provide an overview of the functions and some parameters with the switch actuators Switch function M D01 1 M D02 1 M D04 1 M DO6 1 General Cycle telegram Y Y Y Y heartbeat System delay after Y Y Y Y recovery Sequence Y Y Y Y Statistics total ON 1 Y Y Y Y time Voltage Y Y Y Y Recovery state Over temperature Y Y Y Y protection Read temperature Y Y Y Y Dimming Switch ON OFF Y Y Y Y Relative dimming Y Y Y Y Absolutre dimming Y Y Y Y LIT MENS NUNE NN NE EM EE Staircase light Y Y Y Y Flashing Y Y Y Y Scene Y Y Y Y SceneNO 1 64 Y Y Y Y Light Technology Nederland ditribut
29. or of HDL www light technology nl 11 43 HDL KNX EIB BUS Dimmer Actuator Threshold Threshold lower Y Y Y Y Threshold middle Y Y Y Y Threshold upper Y Y Y Y PWM Y Y Y Y Table1 Database application overview 3 2 Object Association Group address define In following table The objects is assigned to the some function of the channel output pages If active some functions and the object will be valid One or more group addresses can be assigned to a object The association will connect group addresses to the object Max number of Max number Max number communication of associations of group objects addresses Dimmer 1fold M D01 1 30 254 254 Actuator Dimmer 2fold M D02 1 50 254 254 Actuator Dimmer 4fold M D04 1 90 254 254 Actuator Dimmer 6fold M D06 1 130 254 254 Actuator Table2 Overview the max number of the objects max number of associations and max number of the group addresses Note If you use ETS2V1 3 Please import VD2 But you use the ETS3 0 Please Import VD3 to VD3 Light Technology Nederland ditributor of HDL www light technology nl 12 43 HDL KNX EIB BUS Dimmer Actuator 3 3 Function parameter General MM1 1 3 N D06 1 General Channel A amp gt dimming config 7 E Channel B System delay operation after recovery 2 255s B dimming config k Channel C Cycle send general telegram 1
30. s 0 59 Sec Duration seconds in the brightness state Duration time for darkness 0 255 Min Duration minutes in the darkness state Duration time for darkness 0 59 Sec Duration seconds in the darkness state Flashing number 0 255 0 Unlimited The number of flashing range between 0 and 255 0 is unlimited Brightness after stop flashing Brightness after stop flashing by overflow counter the range is 0 0 100 255 Light Technology Nederland ditributor of HDL www light technology nl 26 43 HDL KNX EIB BUS Dimmer Actuator 3 6 3 A function scene E i 1 3 M D06 1 General G sequence 1 Channel A A gt dimming config Afunction Acstaircase light Aflashi Fade time of scene dimming 2 255s Total 10 scenes configuration as following utput assigned to scene 1 64 Not allocate amp Id cheating Output brightness value 100 255 Channel B B gt dimming config Fade time for brighter darker 0 255s 3 Channel C 3 D dimming config utput assigned to scene 1 54 Not allocate Channel D D dimming config Dutput brightness value 100 255 Channel E z E gt dimming config Fade time for brighter darker 0 255s 3 Channel F F gt dimming config gt gt Qutput assigned to scene 1 64 Not allocate Output brightness value 100 255 Fade time for brighter darker 0 255s 3 gt gt Dutput assigned to scene 1 B4
31. tion Set as follows _ 1 1 3 H D06 1 Em B sequence 1 A dimming config Operaton mode of the sequence 1 Start with 1 Stop with v Channel B B gt dimming config Control mode of the sequence 1 FWD Channel C D dimming config Channel D D dimming config Runing time 0 255 hours Oh amp Orm unlimited 0 Channel E E gt dimming config Runing time 0 59 mins fh amp m unlimited 0 Channel F x F gt dimming config Position after time out Invalid Runing mode of the sequence 1 Cycle Total 24 steps configuration as following gt gt Step 1 configuration Invalid Time for step 1 0 65535s 5 Time for step 1 0 999ms 0 Nb BE gt gt Step 2 configuration Invalid Time for step 2 0 65535s 5 eh S Time for step 2 0 999ms 0 gt gt Step 3 configuration Invalid OK Cancel Default Fig 1 1 G sequence 1 parameter window It includes 24 steps Operation mode of the sequence 1 Set the operation mode Options Start with 1 Stop with 0 Start with 0 Stop with 1 Start with 1 0 can t stop Start with 1 Stop with 0 When receives then run sequence 1 When receives 0 then stop sequence 1 Start with 0 Stop with 1 when receives 0 then sequence 1 When receives 1 then stop sequence 1 Start with 1 0 can t stop Both receive 1 or O start the sequence 1 Control
32. tput 1 bit m Ww U E Output B Relative dimming 4bit 4 bit C Ww u 332 Output B Absolute dimming Sbit 1 Byte C Ww U so Output C Channel output 1 bit C Ww U Eisi Output C Relative dimming 4bit 4 bit C Ww U Esz Output C Absolute dimrning 8bit 1 Byte C c OW u Ejo Output D Channel output 1 bit Ge i5 Cy ce SUF E371 Output D Relative dimming 4bit 4 bit C We U azz Output D Absolute dimming Sbit 1 Byte C W U tel 2n Output E Channel output 1 bit C OW u Eoi Output E Relative dimming 4bit 4 bit C Ww u Ejaz Output E Absolute dimming 8bit 1Byte e W u cel 110 Output F Channel output 1 bit C Ww u Ti Output F Relative dimmina 4bit 4 bit C Ww u El 112 Output F Absolute dimrning 8bit 1 Byte C Ww U Light Technology Nederland ditributor of HDL www light technology nl 32 43 HDL KNX EIB BUS Dimmer Actuator NO Object name Function Flags Data type 10 Output N Channel putput C W U DPT 1 001 1bit This communication objects of the channel output used for ON OFF an channel output the dimmer channel output ON when the object receive the value is 1 The dimmer channel output OFF when the object receive the value is 0 11 Output N Relative DPT 3 007 dimming 4bit This communication objects of the channel output used for relative diming an channel output Relative dimming mode is UP or DOWN Dimming UP when receive the telegram increase value and dimming DOWN when receive the telegram decrease value
33. tus after bus voltage recovery Channel D D gt dimming config Over temperature protection Channel E E gt dimming contig Compare temperature base 50 255 Degrees Celsius Channel F F gt dimming config Alarm temperature Degrees Celsius The response of channel state Invalid Statistics total ON time to allow 0 65535h 7 4years Disable Alarm temperature time interval 1 255s Read temperature Degrees Celsius Disable Maximum level 100 255 Upper threshold level 100 255 Lower threshold level 0 0 Dimming minimum level 0 0 Show the function page gt gt Disable Cancel Default dno Help Fig2 3 Over temperature protection Light Technology Nederland ditributor of HDL www light technology nl 19 43 HDL KNX EIB BUS Dimmer Actuator Compare temperature protection Set the standard temperature the devices will be off when the temperature over the standard The range is 70 90 Alarm temperature Degrees Celsius Set the standard temperature when the temperature over the standard will be alarm Alarm temperature time interval 1 255s The time interval range is 1 255 Reduce power When over temperature will reduce power L 1 1 3 N D06 1 General G sequence 1 Channel A A dimming config Channel B B dimming config Channel C D dimming config Channel D D dimming config Channel
34. ty of HDL Light Technology Nederland ditributor of HDL www light technology nl 4 43 HDL KNX EIB BUS Dimmer Actuator 1 1 Product Function OOOOOOOO OOOOOOOO NEU Au i u XN TU s HDL uea up vow M DO1 1 M D06 1 The Dimmer Actuators can dimming for1 2 4and 6 channels independent AC loads The Control parameters is Each channel output maximum 6A current for Dimmer 1fold Actuator and can not exceed 6A of total current Each channel output maximum 3A current for Dimmer 2fold Actuator and can not exceed 6A of total current Each channel output maximum 1 5A current for Dimmer 4fold Actuator and can not exceed 6A of total current Each channel output maximum 1A current for Dimmer 6fold Actuator and can not exceed 6A of total current The following functions can be set individually for each output channel 1 Statistics total ON time 2 Status respone 3 Status recovery 4 Over temperature protection 5 Read temperature 6 Over temperature alarm 7 Staircase light 8 Flashing light 9 Scene control 10 Scene dimming 11 Sequence control 12 Threshold switch 13 Heating actuator PWM Light Technology Nederland ditributor of HDL www light technology nl 5 43 HDL KNX EIB BUS Dimmer Actuator 2 Hardwar
35. uator 28 Output N Heat with 1byte control C W U DPT 5 004 1byte If select heat with byte control this communication object has been showed and valid Can modify value of PWM by receive 1byte data output ON always if receive value is 255 output OFF if receive value is 0 otherwise output PWM according to the value of receiving telegram from bus Light Technology Nederland ditributor of HDL www light technology nl 38 43 HDL KNX EIB BUS Dimmer Actuator 5 Application 5 1 Program functions diagram Program start General Channel function Disable gt Sequence Disable Enable Enable Y Scene I Staircase light Flashing Threshold Heating Disable Disable Disable Disable Disable gt Enable Enable Enable en Enable OUTPUT Light Technology Nederland ditributor of HDL www light technology nl 39 43 HDL KNX EIB BUS Dimmer Actuator Light Technology Nederland ditributor of HDL www light technology nl 40 43 HDL KNX EIB BUS Dimmer Actuator Light Technology Nederland ditributor of HDL www light technology n 41 43 HDL KNX EIB BUS Dimmer Actuator Light Technology Nederland ditributor of HDL www light technology nl 42 43 HDL KNX EIB BUS Dimmer Actuator Light Technology Nederland ditributor of HDL www light technology n 43 43
36. utton amp Programming LED 5 Contact position indication and manual operation 6 Led state 7 Terminal for Load Connection sequence Note a Dimensions of the space to be provided for each dimmer b Dimensions and position of the means for supporting and fixing the dimmer within this space c Minimum clearance between the various parts of the dimmer and the surrounding parts where fitted d Minimum dimensions of ventilating opening if needed and their correct arrangement e The protective devices e g fuses automatic protective devices etc to be connected to the load to avoid overloading 2 4 Maintenance and Cautions Please read this user manual carefully before any operation Don t close to the interfering devices The site should be ventilated with good cooling environment Pay attention to damp proof quakeproof and dustproof Avoid rain other liquids or caustic gas Please contact professional maintenance staff or HDL service center for repair or fix Remove the dust regularly and do not wipe the unit with the volatile liquids like alcohol gasoline etc If damaged by damp or liquid turn off it immediately Regularly check the circuitry and other related circuit or cables and replace the disqualified circuitry on time For security each circuit to connect an MCB or fuse Installation location should be well ventilated pay attention to moisture shock dust proof Light Technology Nederland ditributor
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