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ROGRAMMING MANUAL

 

SRKNX

 

-

 V2.1

 

 

 

 

        

 

Motion sensor 

1 de 23 

 

Index 

1

 

General description ______________________________________________________________ 2

 

2

 

Technical information  ____________________________________________________________ 3

 

3

 

Programming ___________________________________________________________________ 4

 

3.1

 

Communication objects ______________________________________________________________ 4

 

3.2

 

Objects description  _________________________________________________________________ 4

 

3.3

 

Parameters ________________________________________________________________________ 6

 

3.3.1

 

General parameters _________________________________________________________________________  6

 

3.3.2

 

Channel 1/2 Telegrams ______________________________________________________________________  8

 

3.3.3

 

Channel 1/2 Delays  _________________________________________________________________________  9

 

4

 

Recommendations ______________________________________________________________ 11

 

4.1

 

Installation _______________________________________________________________________ 11

 

4.1.1

 

Positioning _______________________________________________________________________________ 11

 

4.1.2

 

Detection side  ____________________________________________________________________________ 14

 

4.2

 

Supply ___________________________________________________________________________ 14

 

4.2.1

 

Supply using an Auxiliary power supply (recommended)  __________________________________________ 14

 

4.2.2

 

Supply through BUS KNX ____________________________________________________________________ 14

 

4.3

 

Advanced configuration _____________________________________________________________ 15

 

4.3.1

 

Sensitivity ________________________________________________________________________________ 15

 

4.3.2

 

Smoothing and sampling time  _______________________________________________________________ 16

 

4.3.3

 

Saturation  _______________________________________________________________________________ 16

 

5

 

Application examples  ___________________________________________________________ 17

 

5.1

 

Motion switching with double channel  ________________________________________________ 17

 

5.1.1

 

Devices __________________________________________________________________________________ 17

 

5.1.2

 

Description _______________________________________________________________________________ 17

 

5.1.3

 

Objects links ______________________________________________________________________________ 17

 

5.1.4

 

Parameter settings  ________________________________________________________________________ 18

 

5.2

 

Master / Slave mode: 1 light and 3 sensors  _____________________________________________ 19

 

5.2.1

 

Devices __________________________________________________________________________________ 19

 

5.2.2

 

Description _______________________________________________________________________________ 19

 

5.2.3

 

Objects links ______________________________________________________________________________ 19

 

5.2.4

 

Parameter settings  ________________________________________________________________________ 20

 

5.3

 

Manual on and automatic off ________________________________________________________ 21

 

5.3.1

 

Devices __________________________________________________________________________________ 21

 

5.3.2

 

Description _______________________________________________________________________________ 21

 

5.3.3

 

Objects links ______________________________________________________________________________ 21

 

5.3.4

 

Parameter settings  ________________________________________________________________________ 22

 

 

 

 

Summary of Contents for SRKNX

Page 1: ...ue Tecnológico de Asturias Parcela 50 33428 Llanera Asturias Spain Tel 34 985 118 859 Fax 34 984 283 560 ingeniumsl ingeniumsl com www ingeniumsl com TECHNICAL DEPARTMENT Tel 34 985 113 339 tecnico ingeniumsl com PROGRAMMING MANUAL ...

Page 2: ...sitivity________________________________________________________________________________ 15 4 3 2 Smoothing and sampling time _______________________________________________________________ 16 4 3 3 Saturation _______________________________________________________________________________ 16 5 Application examples ___________________________________________________________ 17 5 1 Motion switching ...

Page 3: ... of surface except the metallic ones Its hidden installation guarantees safety against non desired intrusions or vandalism Moreover it combines esthetics and automation in a single installation It allows a wide and easy parameterization being suitable for lighting functions as well as people detection and intruder control Detects movement through solid non metallic objects brick wood etc Detects m...

Page 4: ...liary power supply 1mA from KNX BUS o KNX BUS Optional 35mA from KNX BUS Connections Screw terminal four poles terminal block Type of protection IP20 Extra low security voltage SELV 24V direct current Temperature range Running 10ºC a 55ºC Storage 30ºC a 60ºC Transport 30ºC a 60ºC Size weight 25x45x65mm 115g Mount over false ceilings or hidden in walls or bricks Standardization for KNX Detection ra...

Page 5: ...0 8 Channel 2 Detection event Temperature 2 byte 9 001 9 Channel 2 Enable disable channel 1 bit 1 001 10 Channel 2 Force remote detection 1 bit 1 001 11 Channel 2 Remaining time seconds 2 byte raw 3 2 OBJECTS DESCRIPTION Object 0 Channel 1 Detection event Bit Channel 1 detection communication object in 1 bit format When a motion is detected and the sensor is triggered it sends the correspondent pa...

Page 6: ... for end of detection event The remaining time of the countdown after motion detection can be read by this communication object Object 6 Channel 2 Detection event Bit Channel 2 detection communication object in 1 bit format When a motion is detected and the sensor is triggered it sends the correspondent parameter On When the countdown finishes switch off delay it sends the correspondent parameter ...

Page 7: ...t detection event Slave sensors emulate Master detections link bit detection event of the slave with Object 11 Channel 2 Remaining time seconds 0 65535 Remaining time in seconds for end of detection event The remaining time of the countdown after motion detection can be read by this communication object 3 3 PARAMETERS 3 3 1 GENERAL PARAMETERS General parameters allow to set the detection character...

Page 8: ...t is not recommended to enter values over 80 which could make the SRBUS extremely sensitive to vibrations in the zone installed whatever their origin may be Recommended values depending on usage Movement detection example activate lighting 40 60 lower value for smaller rooms Intruder 20 Advanced sampling time Values From 0 to 255 Description This value ranges between 0 and 255 but it is not recomm...

Page 9: ...Channel 1 2 Motion bit telegram Values From 0 to 1 Description Value sent in object 0 6 DPT1 00X when a motion is detected Channel 1 2 No motion bit telegram Values From 0 to 1 Description Value sent in object 0 6 DPT1 00X after switch off delay Channel 1 2 Motion temperature telegram Values From 1000 to 1000 ºC Description Value sent in object 2 8 DPT9 002 when a motion is detected Channel 1 2 No...

Page 10: ...detection the sensor sends ON telegrams in objects 0 1 2 for channel 1 and objects 6 7 8 for channel 2 Channel 1 2 Telegrams after motion detection Values Yes No Description If this parameter is enabled if there is no motion within the switch off delay the sensor sends OFF telegrams in objects 0 1 2 for channel 1 and objects 6 7 8 for channel 2 Channel 1 2 Off telegrams when channel disable Values...

Page 11: ...nnel enable delay Values From 0 to 65535 Description The channel does not respond until the enable delay time set has elapsed Channel switch off delay Values From 0 to 65535 Description This parameter is the time between the last motion detection and the sending of switch off events In lightning control the switch off delay determines how long after a motion is detected the light is to be switched...

Page 12: ...tant to place the SRKNX in the correct position The correct solution is to place it lengthwise with the length of the device parallel to the length of the room Next image shows the detection directions and the area detection on each one estimated for place the SRKNX at 2 5m from the floor The detection area placing the SRKNX at 2 5m from the floor is Guaranteed 6x3 m Maximum 12x6m These values cou...

Page 13: ...oom where it is installed for example a meeting room with long shape The first positioning may cause problems with false detections outside the meeting room or non detections in some areas of the room The second positioning is the best because the detection area of the sensors fits better with the shape of the room ...

Page 14: ... one side of the room it is recommended to reduce the detection area with metal tape in order to avoid false detections by movements behind the wall In addition the SRKNX must be firm fixed to the surface it will be installed on to avoid false detections and also it is very important no to install the device in locations susceptible to vibrations or over fluorescents lights for example ...

Page 15: ...s possible to choose between two different options to supply the SRKNX using an auxiliary power supply recommended or through BUS KNX 4 2 1 SUPPLY USING AN AUXILIARY POWER SUPPLY RECOMMENDED The consumption for this option is 30 mA from the auxiliary power supply 12 30Vdc and 1 mA from the BUS KNX To supply the SRKNX device using an auxiliary power supply instead of the KNX BUS the wiring connecti...

Page 16: ...n programmed from ETS parameters When the sensitivity is 100 the detection range of the sensor covers an area of 12 x 6 m approximately at 2 5 height If we reduce the sensitivity we will reduce the detection range proportionally so this parameter must be configured accorded to the size of the room or area that should be covered In the next figure is shown what is the SRKNX behavior depending on th...

Page 17: ...ld be faster and higher to generate a motion detection because more pulses are necessary The telegrams executed by the sensor when there is a motion detection are sent after every sampling time so increasing the sampling time makes the sensor response slower If the smoothing does not change the movement needed to generate a motion detection can be the same but the sensor does not switch on the lig...

Page 18: ...r 1 and number 2 are connected to outputs 1 and 2 Z1 and Z2 of the 6E4S KNX actuator The SRKNX controls the lights by motion detection Light number 1 will be controlled by the firs channel of the sensor and will be switched on for 15 seconds and the Light number 2 will be controlled by the second channel and will be switched on for 20 seconds 5 1 3 OBJECTS LINKS SRKNX Object 0 Object 4 6E4S KNX SR...

Page 19: ...cation yes Ch1 Delays Channel enable delay 0 Channel disable delay 0 Switch off delay 15 Ch2 Event values Bit event on 1 Bit event off 0 Detection event notification yes End of detection event notification yes Ch2 Delays Channel enable delay 0 Channel disable delay 0 Switch off delay 20 A Smoothing 2 and Sampling time 16 are generally recommended for normal lightning control by motion detection Th...

Page 20: ...ut 1 Z1 of the 6E6S KNX actuator and lights are placed along a corridor Three SRKNX sensors one in the middle and another two placed on each side of the corridor will control the lights by motion detection The lights will be switched on for 15 seconds 5 2 3 OBJECTS LINKS Slave 1 SRKNX Object 0 Object 4 Master SRKNX Slave 2 SRKNX Object 0 Object 4 Master SRKNX Master SRKNX Object 0 Object 4 6E4S KN...

Page 21: ...elays Channel disable delay 0 Switch off delay 5 Slave 2 Ch1 Bit event on 1 Event values Bit event off 0 Detection event notification yes End of detection event notification yes Slave 2 Ch1 Channel enable delay 0 Delays Channel disable delay 0 Switch off delay 5 A Smoothing 2 and Sampling time 16 are generally recommended for normal lightning control by motion detection The sensitivity depends on ...

Page 22: ... but when the light is switched on it must be guaranteed to switch off when the room is left The light of the room is connected to the output 1 Z1 of the 6E4S KNX actuator and it should be switched on manually as required with the input of the device I1 or any other KNX pushbutton The SRKNX controls the lights by motion detection but its sole purpose is to switch off the light after 30 seconds wit...

Page 23: ... Delays Channel enable delay 0 Channel disable delay 0 Switch off delay 30 A Smoothing 2 and Sampling time 16 are generally recommended for normal lightning control by motion detection The sensitivity depends on the detection area desired so it must be configured according to the area that should be covered About the Saturation function if it is not used it should have a value of 100 See 4 3 Advan...

Page 24: ...Parque Tecnológico de Asturias Parcela 50 33428 Llanera Asturias Spain Tel 34 985 118 859 Fax 34 984 283 560 ingeniumsl ingeniumsl com www ingeniumsl com ...

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