Ingenium SRKNX Manuel du propriétaire

Motion sensor

SRKNX

V2.1

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

TECHNICAL DEPARTMENT

Tel +34) 985 113 339

tecnico@ingeniumsl.com

ROGRAMMING MANUAL

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V2.1

Motion sensor

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Index

General description ______________________________________________________________ 2

Technical information ____________________________________________________________ 3

Programming ___________________________________________________________________ 4

3.1 Communic tion objects ______________________________________________________________ 4

3.2 Objects description _________________________________________________________________ 4

3.3 P r meters ________________________________________________________________________ 6

3.3.1

General parameters _________________________________________________________________________ 6

3.3.2

Channel 1/2 Telegrams ______________________________________________________________________ 8

3.3.3

Channel 1/2 Delays _________________________________________________________________________ 9

Recommendations ______________________________________________________________ 11

4.1 Inst ll tion _______________________________________________________________________ 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 Adv nced configur tion _____________________________________________________________ 15

4.3.1

Sensitivity ________________________________________________________________________________ 15

4.3.2

Smoothing and sampling time _______________________________________________________________ 16

4.3.3

Saturation _______________________________________________________________________________ 16

Application examples ___________________________________________________________ 17

5.1 Motion switching with double ch nnel ________________________________________________ 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 M ster / Sl ve mode: 1 light nd 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 M nu l on nd utom tic off ________________________________________________________ 21

5.3.1

Devices __________________________________________________________________________________ 21

5.3.2

Description _______________________________________________________________________________ 21

5.3.3

Objects links ______________________________________________________________________________ 21

5.3.4

Parameter settings ________________________________________________________________________ 22

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ENERAL DESCRIPTION

The SRKNX is a hidden 360º radiofrequency movement detector for installation above false or technical ceilings.

It is also possible to install it in brick walls or plasterboards. This device is oriented to substitute the ceiling 360º

passive detectors, clearly overcoming their performances.

It is based on radio frequency technology, that allows it to pass through any kind 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 minimum movements.

•Hidden installation in false ceilings or walls.

•Easy to install, adds elegance to the lighting design

•It is immune to vandalism.

•Automatic reset after detection.

•Adjustable timer from pulse to 17min.

•Adjustable sensitivity up to 12m.

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ECHNICAL INFORMATION

•Supply - 29 Vdc from auxiliary power supply or from KNX BUS.

•Consumption - depends on source):

oAuxiliary Power Supply 12-30Vdc Recommended)

35 mA from auxiliary power supply.

1mA from KNX BUS

oKNX 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 range: 12 x 6 m at 2.5 height).

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ROGRAMMING

3.1 C

OMMUNICATION OBJECTS

Number of communication objects: 11.

Number of assignments: 33.

Object N me / Function Length DPT

Fl gs

0 Channel 1 - Detection event: Bit 1 bit 1.001 ● ● ●

1 Channel 1 - Detection event: Byte 1 byte 5.010 ● ● ●

2 Channel 1 - Detection event: Temperature 2 byte 9.001 ● ● ●

3 Channel 1 - Enable / disable channel 1 bit 1.001 ● ●

4 Channel 1 - Force remote detection 1 bit 1.001 ● ●

5 Channel 1 - Remaining time seconds) 2 byte 7.005 ● ● ●

6 Channel 2 - Detection event: Bit 1 bit 1.001 ● ● ●

7 Channel 2 - Detection event: Byte 1 byte 5.010 ● ● ●

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 O

BJECTS DESCRIPTION

Object 0: Ch nnel 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 parameter On. When the countdown finishes switch-off delay) it sends

the correspondent parameter Off.

Object 1: Ch nnel 1 - Detection event: Byte

Channel 1 detection communication object in 1 byte 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 Off.

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Object 2: Ch nnel 1 - Detection event: 2 Bytes

Channel 1 detection communication object in 2 bytes 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 Off.

Object 3: Ch nnel 1 - En ble / dis ble ch nnel

1 = Motion detection enabled.

0 = Motion detection disabled stand-by mode).

Object 4: Ch nnel 1 - Force remote detection

1 = Forces a remote detection.

0 = Forces a remote end of detection.

Used for Master-Slave mode. It allows to emulate a detection without any motion. By sending 1, the detector is

activated remotely performing the start detection event. Slave sensors emulate Master detections: link bit

detection event of the slave with

Object 5: Ch nnel 1 - Rem ining 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.

Object 6: Ch nnel 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 Off.

Object 7: Ch nnel 2 - Detection event: Byte

Channel 2 detection communication object in 1 byte 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 Off.

Object 8: Ch nnel 2 - Detection event: 2 Bytes

Channel 2 detection communication object in 2 bytes 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 Off.

Object 9: Ch nnel 2 - En ble / dis ble ch nnel

1 = Motion detection enabled.

0 = Motion detection disabled stand-by mode).

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Object 10: Ch nnel 2 - Force remote detection

1 = Forces a remote detection.

0 = Forces a remote end of detection.

Used for Master-Slave mode. It allows to emulate a detection without any motion. By sending 1, the detector is

activated remotely performing the start detection event. Slave sensors emulate Master detections: link bit

detection event of the slave with

Object 11: Ch nnel 2 - Rem ining 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 P

ARAMETERS

3.3.1 G

ENERAL PARAMETERS

General parameters allow to set the detection characteristics of the sensor and are described as follows:

BUSing Address

Values From 0 to 255

Description

Not used

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Adv nced: smoothing

Values From 0 to 10

Description

Is the value that represents the persistence of the detected movement. This value can range

between 0 and 10. The greater value, the more continuous the movement must be for activation

to occur. This value must be lesser than or equal to half the Sampling time parameter.

Recommended values depending on usage:

−Movement detection example: activate lighting): 2.

−Intrusion detection: 8.

Sensitivity

Values From 0 to 100

Description

This is the sensitivity percentage value with which the SRBUS detects movements, i.e., it increases

or decreases the detection area. This value can range between 0 and 100%, where 100% is the

maximum sensitivity.

It 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%.

Adv nced: s mpling time

Values From 0 to 255

Description

This value ranges between 0 and 255, but it is not recommended to be over 64. It represents the

number of samplings taken to evaluate a detection. The greater the value, the slower the device

response it is measured in microcontroller cycles, not seconds).

Recommended values depending on usage:

−Movement detection example: activate lighting): 16.

−Intrusion detection: 64

Adv nced: s tur tion

Values From 0 to 100

Description

Is the value that represents the level of movement with which the device is activated,

independently of the Sampling time and Smoothing. If it is not used, it must be set to 100%.

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3.3.2 C

HANNEL

1/2

ELEGRAMS

The configuration of the sensor behavior when there is a motion detection and when it finishes is done here.

The working mode and parameterization of both channels is done in the same way and they have similar

parameters that are explained next:

Ch nnel 1 / 2 - Motion bit telegr m

Values From 0 to 1

Description

Value sent in object 0/6 DPT1.00X) when a motion is detected.

Ch nnel 1 / 2 - No motion bit telegr m

Values From 0 to 1

Description

Value sent in object 0/6 DPT1.00X) after switch-off delay.

Ch nnel 1 / 2 - Motion temper ture telegr m

Values From -1000 to 1000 ºC

Description

Value sent in object 2/8 DPT9.002) when a motion is detected.

Ch nnel 1 / 2 - No motion temper ture telegr m

Values From -1000 to 1000 ºC

Description

Value sent in object 2/8 DPT9.002) after switch-off delay.

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Ch nnel 1 / 2 - Motion byte telegr m

Values From 0 to 255

Description

Value sent in object 1/7 Byte) when a motion is detected.

Ch nnel 1 / 2 - No motion byte telegr m

Values From 0 to 255

Description

Value sent in object 1/7 Byte) after switch-off delay.

Ch nnel 1 / 2 - Telegr ms when motion detection

Values Yes / No

Description

If this parameter is enabled, after a motion detection, the sensor sends ON telegrams in objects

0,1,2 for channel 1 and objects 6,7,8 for channel 2.

Ch nnel 1 / 2 - Telegr ms fter 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.

Ch nnel 1 / 2 - Off telegr ms when ch nnel dis ble

Values Yes / No

Description

If this parameter is enabled, after a channel is switched off with objects 3 or 9, the OFF events are

sent by objects 0,1,2 for channel 1 and objects 6,7,8 for channel 2.

3.3.3 C

HANNEL

1/2

ELAYS

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