LEGRAND 5 735 04, 5 735 12, 5 735 13, 5 735 05 Technical Data Manual

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Page 1

KNX Arteor 4 and 6 touches glass controls

5 735 04/05 5 735 12/13

Cat. No(s).: 5 735 04/05

5 735 12/13

CONTENT PAGE

1. Use ............................................................................................................................. 2

2. Range ........................................................................................................................... 2

3. Technical features ...............................................................................................................2

4. Overall dimensions (mm) .........................................................................................................2

5. Connection ......................................................................................................................2

6. Description of the mechanisms ...................................................................................................2

7. Operation .......................................................................................................................3

7.1 Actuation points ............................................................................................................................3

7.1.1 Main functions ............................................................................................................................3

7.1.2 Additional functions .......................................................................................................................4

7.2 Operation of the LEDs .......................................................................................................................5

7.2.1 Setting the brightness .....................................................................................................................5

7.2.2 Setting the colour and behaviour ..........................................................................................................5

8. NFC setting ......................................................................................................................6

9. Standards and approvals .........................................................................................................6

10. Maintenance ...................................................................................................................6

11. Communication objects description .............................................................................................7

11.1 General configuration .....................................................................................................................7

11.1.1 Leds configuration .......................................................................................................................7

11.1.2 Normal intensity General Parameters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

11.1.3 Use additionnal Eco intensity .............................................................................................................8

11.1.4 Use standby ..............................................................................................................................8

11.1.5 Use context information ..................................................................................................................9

11.1.6 Long push configuration. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10

11.1.7 Set maximum intensity after push during ................................................................................................10

11.1.8 Led behavior on Disable status ...........................................................................................................10

11.1.9 Use Alarm ...............................................................................................................................11

11.2 Channels configuration (1,2,3,4,5,6) .......................................................................................................12

11.2.1 Use separately ...........................................................................................................................12

11.2.2 Use Jointly ..............................................................................................................................29

11.3 Leds configuration ........................................................................................................................35

11.4 LEDs color and behaviour updating flowchart .............................................................................................37

11.5 LED intensity update flowchart ...........................................................................................................38

11.6 No configuration status and reset procedure ..............................................................................................38

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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Page 2

KNX Arteor 4 and 6 touches glass controls

Cat. No(s).: 5 735 04/05

5 735 12/13

1. USE

The KNX 4, 6 channels touch controls are wiring devices suitable to control lights, shutters or other kind of loads. They are equipped with 4 or 6 completely independent and configurable channels able to perform a wide range of functions.

Main configurable functions:

• 1/2 buttons switching/dimming

• 1/2 buttons shutters and blinds management

• value sending (shutter position, dimming %...)

• sequential value sending

• multiple commands

• conditional commands

• 1/8 bit scenario saving and recall

Each device is also equipped with 4 or 6 RGB LEDs fully configurable in term of colors and blinking mode and can switch operating profiles according to defined events or conditions.

2. RANGE

Cat. No(s) Description

573504 - 4 pushes - White 573505 - 4 pushes - Black

The KNX 4 channels touch controls are wiring devices suitable to control lights, shutters or other kind of loads.

5 735 04

5 735 05

5 735 12

5 735 13

They are equipped with 4 completely independent and configurable channels able to perform a wide range of functions.

Main configurable functions:

• 1/2 buttons switching/dimming

• 1/2 buttons shutters and blinds management

• value sending (shutter position, dimming %...)

• sequential value sending

• multiple commands

• conditional commands

• 1/8 bit scenario saving and recall

Each device is also equipped with 4 RGB LEDs fully configurable in term of colors and blinking mode and can switch operating profiles according to defined events or conditions

573512 - 6 pushes - White 573512 - 6 pushes - Black

The KNX 6 channels touch controls are wiring devices suitable to control lights, shutters or other kind of loads. They are equipped with 4 completely independent and configurable channels able to perform a wide range of functions.

Main configurable functions:

• 1/2 buttons switching/dimming

• 1/2 buttons shutters and blinds management

• value sending (shutter position, dimming %...)

• sequential value sending

• multiple commands

• conditional commands

• 1/8 bit scenario saving and recall

Each device is also equipped with 6 RGB LEDs fully configurable in term of colors and blinking mode and can switch operating profiles according to defined events or conditions

4. OVERALL DIMENSIONS (mm)

5 735 04/05

5 735 12/13

130

24,5

5. CONNECTION

For 4 or 6 channels touchs controls

4 x (Ø 0,6 mm < < Ø 0,8 mm)

29 V

6. DESCRIPTION OF THE MECHANISMS

For 4 or 6 channels touchs controls

24,5

3. TECHNICAL FEATURES

Prog & Reset

• Supply voltage: 29 V

• KNX connector: red/black

• Automatic clamp

• Terminal capacity: 4 x (Ø 0,6 mm < < Ø 0,8 mm)

• KNX BUS absorption: 4 pushes 8.8 mA

• Usage temperature: -5°C/+45°C

• Storage temperature: -25°C/+30°C

• IP40: assembled product

• IP20: without rocker plate

• IK02

Compliant with installation and manufacturing standards, see E-catalogue

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

6 pushes 9.5mA

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KNX Arteor 4 and 6 touches glass controls

Cat. No(s).: 5 735 04/05

5 735 12/13

7. OPERATION

7.1 Actuation points

Each actuation point can be configured independently or in pairs, for a short and a long press (time can be configured in the ETS software), for on/off control, dimming, roller blinds, scenario, lock, incremented scenarios, send value, double action send, etc.: Non-exhaustive list of the possible functions.

7.1.1 Main functions

Possible action

Switch On/Off • Pushbutton or remote switch

Cyclical ON/Off: short press

• Switch

ON: short press at top Off: short press at bottom

Roller blinds • 1 actuation point

Raise/lower: cyclical mode, long press Stop blind: short press

• 2 actuation points (pair)

Cyclical raise/stop: short press at top Cyclical lower/stop: short press at bottom Orientation of slats: long press at top or bottom Stop slats: release

Dim • 1 actuation point

Cyclical ON/Off: short press Cyclical dim +, dim -: press and hold down Stop dimming: release

ON/OFF

OFF

/ STOP

Orientation of slats

ON/OFF

short press

long press

short press

Press and hold

short press

STOP

short press

Release

+/-

STOP

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

Press and hold down

Release

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KNX Arteor 4 and 6 touches glass controls

7. OPERATION (continued)

7.1.1 Main functions (continued)

Dim (cont.) • 2 actuation points (pair)

ON/Off: short press at top and bottom Dim +: press at top and hold Dim –: press at bottom and hold Stop dimming: release

Possible action

OFF

Cat. No(s).: 5 735 04/05

5 735 12/13

Short press

Press and hold down

Scenario • Short press: send a scenario number that is in the

• Long press (10 seconds): save scenario.

All actuators with this scenario number will save their status at this moment

The length of this press cannot be configured in the

ETS software

7.1.2 Additional functions

Send a value (lighting level, position of blinds, slats, etc.)

Send 2 values (lighting level, position of blinds, slats, etc.)

• Short press: send a value between 0 and 255.

Example: Lighting 33% (value 85)

• Short press: send 1st value between 0 and 255. Example : Lighting 10% (value 25)

• Long press: send 2nd value between 0 and 255. Example : Lighting 50% (value 127)

actuator configuration

STOP

Send scenario

Save scenario

Possible action

Send value

Send value 1

Release

Short press

Long press (10 s)

Short press

Send value 2

Send priority (lock)

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

• Long press: lock "ON" or lock "Off"

• Short press (10 seconds): unlock "ON" or unlock "Off"

Example: on a long press, "lock ON", the output of the actuator will remain locked at "ON" until a short press to unlock it ("unlock ON", output at "ON", "unlock Off", output at "Off")

Lock

OFF

Unlock

OFF

Long press

Short press

Long press

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KNX Arteor 4 and 6 touches glass controls

7. OPERATION (continued)

7.1.2 Additional functions (continued)

Send incremented commands (by scrolling)

Double action send (send 2 commands)

• Successive short presses: send incremented

commands. The chosen commands are sent one after the other (incrementation or decrementation between a min. and max. value, between 0 and 255)

Example: 1st press: comfort (command 1), 2nd press: standby (command 2), 3rd press: eco (command 3), 4th press: comfort (command 1)

This function is used to associate products that do not have the scenario function with a scenario

Possible action

Send commands

Send double action

Press short

Short press

Cat. No(s).: 5 735 04/05

5 735 12/13

…

Press 1: comfort

Press 2: standby

Press 4: comfort

Press 3: eco

Conditional send Mode 1/Mode 2

Clean mode This function allows to disable the touch plate during

7.2 Operation of the LEDs

Each control has a number of configurable RGB LEDs (4 to 6 depending on the Cat. No.) which indicate, for each press, the status of the system using the colours, flashing and brightness of the LEDs. When the control has not yet been programmed, all the LEDs change colour quickly.

• Choice of 12 colours: green, blue, white, orange, gold, yellow, turquoise, cyan, light blue, purple, magenta, crimson

• Choice of LED behaviour: on continuously or various types of flashing

Key:

LED goes off LED blinks slowly

LED blinks quickly

When pressed, sends a command or a second different command, according to a condition. The control can manage different circuits according to an event.

Example: in a meeting room, one press activates the switch-on of the 4 luminaires (mode 1). When a mobile partition is used in this meeting room, one press activates the 2 luminaires on the corridor side of the room.

cleaning (10").

LED flashes

Send conditional Mode 1 or Mode 2

Short press

7.2.1 Setting the brightness

- Normal brightness: adjustable value

- Eco brightness: adjustable value

- Standby brightness: value cannot be adjusted (off) The LED's lights up at maximum brightness level for 30s after pressing any push button. The brightness setting will be the same for all the LEDs on the control

7.2.2 Setting the colour and behaviour

• Actuator status feedback: ON or OFF

• System status feedback: contextual information indicated via the BUS Example: over-consumption, broken lamp, too much wind for roller blinds. It is also possible to use the control in pilot light mode.

Meeting room

Mode 1

Without partition

Mode 2

With mobile partition

• Choice of the brightness of the LEDs (0 to 100%)

• Default modes: ON = steady green Off = steady blue Alarm = blinking red (cannot be modified) Control deactivated = steady orange

• Physical address programming mode: steady red LEDs

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX Arteor 4 and 6 touches glass controls

Cat. No(s).: 5 735 04/05

5 735 12/13

8. NFC SETTING

The different function parameters can be set using NFC after downloading the “Close Up” app from Google Play or legrandoc.com with an NFC compatible Android mobile device.

The device does not need be connected to the mains during parameter setting.

BEEP

1. Hold the mobile device close to the NFC symbol.

8. NFC SETTING continued

• Copying a device (not connected to the mains) (continued)

2. Then tag the target device (where the configuration is to be imported) and confirm the target device with OK.

3. Hold the mobile away from the device and then bring it closer to load the configuration, which completes the action.

2. The scanned device's data is displayed.

• Copying a device (not connected to the mains)

This function is used to copy the configuration from one device to another.

1. After selecting “Tools”, choose “Duplicate”.

9. STANDARDS AND APPROVALS

• Complies with standard IEC 60 669.2.1

• Marking: KNX EIB, CE

Note:

All technical information is available at

www.legrandoc.com

10. MAINTENANCE

Clean the surface with a cloth. Do not use acetone, tar-removing cleaning agents or trichloroethylene.

Caution:

Always test before using other special cleaning products.

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX Arteor 4 and 6 touches glass controls

11. COMMUNICATION OBJECTS DESCRIPTION

11.1 General configuration

KNX controls can be configured via ETS software (versions ETS 3 and 4).

General Parameters

This screen contains the main command parameters, common to all the channels:

• LED settings

• Standby mode settings

• Contextual information settings

• Long push settings

• Disable object settings

• Alarm settings

Cat. No(s).: 5 735 04/05

5 735 12/13

Communication Objects

Activation mode 1, 2. Mode 1 : default operation Mode 2 : conditional operation

No. Object name Function Size Flags

87 Mode Active mode 1 1.010 DP_Start (1 bit ) CW

Mode 1 activation telegrams are sent via the group address linked with this object

88 Mode Active mode 2 1.010 DP_Start (1 bit ) CW

Mode 2 activation telegrams are sent via the group address linked with this object

89 Mode Mode 1 (False) / 2 (True) 1.002 DP_Bool (1 bit ) CW

False : Mode 1 activation telegrams are sent via the group address linked with this object True : Mode 2 activation telegrams are sent via the group address linked with this object

11.1.1 Leds configuration

Leds conguration Same for all

Independently

Pilot light

This parameter determines the type of conguration for the LEDs

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX Arteor 4 and 6 touches glass controls

11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.1.2 Normal intensity General Parameters

(Mode 1 parameters)

Parameters Setting

Normal intensity 0 %

5 % 20 % 50% 70 % 100 %

This parameter determines the level in Normal intensity. (This value is felt not measured)

11.1.3 Use additionnal Eco intensity

Controlled by group address.

Cat. No(s).: 5 735 04/05

5 735 12/13

Eco is not usable, no accessible communication objects.

Yes (makes available mode eco object)

No. Object name Function Size Flags

81 Leds Eco/normal Eco (1)/normal (0) 1.002 DP_Bool (1 bit ) CW

False : Normal mode activation telegrams are sent via the group address linked with this object True : Eco mode activation telegrams are sent via the group address linked with this object

82 Leds Eco Eco intensity 1.010 DP_Start (1 bit ) CW

Eco mode activation telegrams are sent via the group address linked with this object

83 Leds Normal Normal intensity 1.010 DP_Start (1 bit ) CW

Normal mode activation telegrams are sent via the group address linked with this object

Parameters Setting

Eco intensity 0 %

11.1.4 Use standby

Controlled by communication object.

5 % 20 % 50% 70 %

Standby is not usable, no accessible communication objects.

Yes (makes available the standby object)

No. Object name Function Size Flags

84 Leds standby Standby 1.010 DP_Start (1 bit ) CW

Standby mode activation telegrams are sent via the group address linked with this object

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX Arteor 4 and 6 touches glass controls

11. COMMUNICATION OBJECTS DESCRIPTION (continued)

When standby is active the leds intensity is set to 0% (not adjustable)

Cat. No(s).: 5 735 04/05

5 735 12/13

Invert standby logic No

This parameter determines the type of logic for active standby

Wake-up

With the "Wake-up" function enabled, when the product is on standby, the first press on any button will light up the LEDs. However, the action will be sent only after the second press.

11.1.5 Use context information

The contextual information are all the feedback the system provide via the bus and displayed through the LEDs. The contextual information are displayed each time a push-button is pressed

Context information is not usable, no accessible communication object.

Yes (makes available the contextual information object)

No. Object name Function Size Flags

4 pushes 73,74,75,76

6 pushes 73,74,75,76,77,78

Context info telegram are received via the group address linked with this object. They are used to inform on event when you push on channel linked.

Channel 1(2,3,4) ContextInfo 1.010 DP_Start (1 bit ) CW

Yes

These parameters determine the behaviour of the led after a push when

Parameters

the “context info is used”. Feed back time when Context Info 500 ms

1 second 2 seconds 5 seconds 10 seconds 30 seconds 1 minute 1 min. 30s 2 min. 10 min. 15 min. 30 min. 45 min 1 h 1 h 30 Innite

Context information led behaviour O

On Slow blink Fast blink Soft blink Flash 1 Flash 2 Flash 3 Pulse

Setting

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX Arteor 4 and 6 touches glass controls

11. COMMUNICATION OBJECTS DESCRIPTION (continued)

Cat. No(s).: 5 735 04/05

5 735 12/13

These parameters determine the behaviour of the led after a push when the “context info is used”.

Context information color ( if Feed back time ContextInfo is used) Green (Vert)

11.1.6 Long push configuration

This parameter determines the minimum time for detecting a long push action.

Long push action min. 0.5 second

11.1.7 Set maximum intensity after push during

If selected, after a push, the intensity of the led is raised to 100% during the set time. Return to the initial value at the end of time.

Set maximum intensity after push during :

Parameters

Blue (Bleu) White (Blanc) Orange Gold (Or) Yellow (Jaune) Turquoise Cyan Light blue (Bleu) Violet Pink (Rose) Purple (Pourpre)

1 second 2 seconds 3 seconds 4 seconds 5 seconds 10 seconds

Not Used

500 ms 1 second 2 seconds 5 seconds 10 seconds 30 seconds 1 minute 1 min. 30s 2 min. 10 min. 15 min. 30 min. 45 min 1 h 1 h 30

Setting

11.1.8 Led behavior on Disable status

Determine the behaviour of leds when the commands receive disable telegram.

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX Arteor 4 and 6 touches glass controls

11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.1.8 Led behavior on Disable status (continued)

Parameters Setting

Disable : led behaviour O

On Slow blink Fast blink Soft blink Flash 1 Flash 2 Flash 3

Pulse The parameter determines the state of Led when a Disable telegram on Channel x is disabled. Disable : led color Green

Blue

White

Orange

Gold

Yellow

Turquoise

Cyan

Light blue

Violet

Pink

Purple The parameter determines the color of Led when a Disable telegram on Channel x is disabled. Invert enable/disable logic No

Yes This parameter determines the type of logic to active/deactive a Disable status.

Cat. No(s).: 5 735 04/05

5 735 12/13

11.1.9 Use Alarm

A message can activate in red blinking the 4 leds.

Alarm is not usable, no accessible communication object.

Yes (makes available the alarm communication object)

When alarm object is active all the LED blinks and the instensity is set to 100%

No. Object name Function Size Flags

86 Alarm Alarm 1.010 DP_Start (1 bit ) CW

Alarm activation telegrams are sent via the group address linked with this object

Parameters Setting

Invert alarm logic No

This parameter determines the type of logic to active/deactive an alarm Disable on Alarm Yes for all

The parameter determines if the channels are disabled on alarm. If is it chosen “Congure independently” it is possible to choose one by one the channel behaviour.

Yes

No for all

Congure Independatly

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX Arteor 4 and 6 touches glass controls

11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2 Channels configuration (1,2,3,4,5,6)

This screen allows to chose how to manage the channels and to configure their settings

Cat. No(s).: 5 735 04/05

5 735 12/13

11.2.1 Use separately

Channel X function

Not used

Channel is not usable, no accessible communication objects

11.2.1.1 Switching

No. Object name Function Size Flags

1 (10, 19, 28)

1 (10, 19, 28, 37, 46)

Switching telegrams are sent via the group address linked with this object

2 (11,20,29)

2 (11, 20, 29, 38, 47)

Switching status are received via the group address linked with this object.

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Switching Status 1.01 DP_Switch (1 bit ) CW

Switching 1.001 DP_Switch (1 bit ) CWT

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX Arteor 4 and 6 touches glass controls

Cat. No(s).: 5 735 04/05

5 735 12/13

11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.1 Switching (cont.)

SubFunction

Short/long

Parameters Setting

Short push reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: A short push does not change the object value and also does not send a telegram. “On”: After short push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: After short push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After short push, the switching value stored in the communication object is inverted and the new value is sent

Long push reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after long pressing the push button related to the channel. “No reaction”: A long push does not change the object value and also does not send a telegram. “On”: After long push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O” : After long push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After long push, the switching value stored in the communication object is inverted and the new value is sent

O

Toggle

O

Toggle

Push/Release

Parameters Setting

Push reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after pressing the push button related to the channel. “No reaction”: Pushing a button action does not change the object value and also does not send a telegram. “On”: Pressing a push-button, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: Pressing a push-button, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : Pressing a push-button, the switching value stored in the communication object is inverted and the new value is sent

Release reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after releasing the push button related to the channel. “No reaction”: A release of the push-button does not change the object value and also does not send a telegram. “On”: After releasing a push-button, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O” : After releasing a push-button, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : Releasing a push-button, the switching value stored in the communication object is inverted and the new value is sent

O

Toggle

O

Toggle

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX

Cat. No(s).: 5 735 04/05

Arteor 4 and 6 touches glass controls

11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.2 Shutter 1- input

No. Object name Function Size Flags

1 (10, 19, 28)

1 (10, 19, 28, 37, 46)

The movement commands Up/Down are sent via the address linked with this object in order to raise/lower the solar protection.

7 (16, 25, 34)

7 (16, 25, 34, 43, 52)

The command “STOP” or “Slats OPEN/CLOSE” are sent via the group address linked with this object.

6 (15, 24, 33 )

6 (15, 24, 33, 42, 51)

The shutter status telegrams are received from the shutter actuator via the group address linked with this object.

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Shutter Up/Down 1.008 DP_UpDown (1 bit ) CWT

Shutter Stop - slats 1.009 DP_OpenClose (1 bit ) CWT

Shutter Status 5.001 DP_Scaling (1 Byte) CW

5 735 12/13

Parameters Setting

Short push reaction No reaction

Here an adjustment is made to dene which movement command is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: a short push does not change the object value and also does not send a telegram. Cyclical Up / Down + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Down, Stop, Up, Stop, Down, Stop,etc. Up + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Up, Stop,,etc. Down + stop : each short push transfers the following sequence command values into the communication object: Down, Stop, Down, Stop, etc. Cyclical Up / Down: each short push transfers the following sequence command values into the communication object : Up, Down, Up, Down,,etc. Stop : a short push transfers into the communication object the stop command value (“1” or “0”) Open slats: a short push transfers into the communication object the stop (open slats) command value (“0”) Close slats: a short push transfers into the communication object the stop (close slats) command value (“1”) Up: a short push transfers into the communication object the Up command (value “0”) Down: a short push transfers into the communication object the Down command (value “1”)

Long push reaction No reaction

Cyclical Up / Down + stop

Up + stop

Down + stop

Cyclical Up / Down

Stop

Open slats

Close slats

Down

Cyclical Up/Down

Stop

Cyclical Open/Close slats

Open slats

Close slats

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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KNX Arteor 4 and 6 touches glass controls

Cat. No(s).: 5 735 04/05

5 735 12/13

11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.2 Shutter 1- input (continued)

Parameters Setting

Open slats: a long push action sends the (open slats) command (value “0”) Close slats: a long push action sends the (close slats) command (value “1”)

Long push release No reaction

Here an adjustment is made to dene which value is written into the storage cell of the communication object and sent when releasing the pushbutton releated to the input after a long push. “No reaction”: a release does not change the object value and also does not lead to the sending of a telegram. Stop : the stop command (value “1” or “0”) is transferred into the communication object and sent

11.2.1.3 8- bits scene control

This function allows to recall/save up to 64 scene. A short push recalls the scene and a special long push (10s) allows to save a scene; for the defined scene number all the involved actuators statuses are saved.

No. Object name Function Size Flags

4 (13, 22, 31)

4 (13, 22, 31, 40, 49)

The telegrams to recall the scene with the congured number (1..64) are sent via the group address link with this object.

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Stop

8-bits scene 17.001 DP_SceneNumber

(1 Byte)

Parameters Setting

Scene num. on short push 0..64 This parameters determines which scene (1..64) has to be recalled on rising edge.

If value “0” is set, no scene is going to be recalled

11.2.1.4 Priority

This function allows to send lock/unlock commands.

No. Object name Function Size Flags

4 (13, 22, 31)

4 (13, 22, 31, 40, 49)

The telegrams with the override commands are sent via the address linked with this object

Short push reaction Priority High / On (lock On)

Here it is chosen the desired value to be sent upon a short press of the push-button related to the channel. Long push reaction Priority High / On

Here it is chosen the desired value to be sent upon a long press of the push-button related to the channel.

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Parameters Setting

Override 2bits 2.001 DP_Switch_Control

(2 bits )

Priority High / O (lock O )

Priority Low / On (Unlock On)

Priority Low / O (Unlock O)

Priority High / O

Priority Low / On

Priority Low / O

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

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Cat. No(s).: 5 735 04/05

Arteor 4 and 6 touches glass controls

11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.4 Priority (continued)

Value Behaviour

00b Low Priority , O-State 01b Low Priority, On-State 10b High Priority , O-State 11b High Priority , On-State

11.2.1.5 Counting

This function allows to send incremental values at each pressure.

No. Object name Function Size Flags

4 (13, 22, 31)

4 (13, 22, 31, 40, 49)

The telegrams to recall the scene with the congured number (1..64) are sent via the group address link with this object.

2 (11, 20, 29)

2 (11, 20, 29, 38, 47)

If a telegram linked with this object is received, then the counter value is reset to the minimum value set by the “minimum value” parameter.

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Counting 17.001 DP_SceneNumber

(1 Byte)

Reset Counter 1.015 DP_Reset

(1 bit )

5 735 12/13

Parameters Setting

Minimum value 0..255, 0 An adjustment is made via this parameter to dene the minimum counter value.

In case of “decrement” value of “Increment decrement” parameter, the next counter value is set to the maximum. Maximum value 0..255, 255 An adjustment is made via this parameter to dene the maximum counter value

In case of “increment” value of “Increment decrement” parameter, the next counter value is set to the minimum. Increment / Decrement Increment

Here an adjustment is made as to whether the counter value is to be increased by value 1 or decreased by the value 1 after each rising edge. Add “Reset counter” Object Yes / No This parameter determines if the “Reset Counter” object is enabled or not.

11.2.1.6 Dimming

No. Object name Function Size Flags

1 (10, 19, 28)

6 pushes 1 (10, 19, 28, 37, 46) Switching telegrams are sent via the group address linked with this object.

2 (11, 20, 29)

2 (11, 20, 29, 38, 47)

Dimming telegrams are sent via the group address linked with this object.

6 (15, 24, 33)

6 (15, 24, 33, 42, 51)

Dimming status telegrams are received via the group address linked with this object.

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Decrement

Switching 1.01 DP_Switch (1bit) CWT

Dimming 3.007 DP_Control_Dimming

(4 bit)

Value Status 5.001 DP_Scaling (1 Byte) CW

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.6 Dimming (continued)

Parameters Setting

Switching value on short push No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: A short push button action does not change the object value and also does not send a telegram. “On”: After a short push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: After a short push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a short push, the switching value stored in the communication object is inverted and the new value is sent.

Dimming value on long push Dim +/-

Here an adjustment is made to dene which dimming value is written into the storage cell of the communication object and sent after long pressing the push button related to the channel. “No reaction”: A long push button action does not change the object value and also does send a telegram. “Dim+/-”: After a long push, the dimming value stored in the communication object is inverted and the new value is sent “Dim +” After a long push, the dimming value “Increase 100%” is transferred into the communication object and sent. “Dim -” : After a long push, the dimming value “Decrease 100%” is transferred into the communication object and sent.

Dimming value on release push No reaction

Here an adjustment is made to dene which dimming value is written into the storage cell of the communication object and sent after a long push release of the push button related to the Channel. “No reaction”: a release after a long push does not change the object value and also does not send a telegram. “Stop”: When the push button is released after a long push, the dimming value “Stop” is transferred into the communication object and sent.

O

Toggle

Dim +

Dim –

No reaction

Stop

11.2.1.7 1 x 1 unsigned byte

No. Object name Function Size Flags

4 (13, 22, 31)

4 (13, 22, 31, 40, 49)

The telegrams with the unsigned value are sent via the group address linked with this object

Byte value on short push (0-255) 0..255, 1 Here an adjustment is made to dene which unsigned 8 bits value is written into the storage cell of the communication object and sent after a rising

edge in the signal status at the channel (input). The rising edge corresponds to a change in the signal status at the Channel from logical “0” to “1”.

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Parameters Setting

Unsigned Value 5.010 DP_Value_1_Ucount

(1 Byte)

CONTENTS

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.8 2 x 1 unsigned byte

No. Object name Function Size Flags

4 (13, 22, 31)

4 (13, 22, 31, 40, 49)

The telegrams with the unsigned value are sent via the group address linked with this object

Byte value on short push (0-255) 0..255, 1 Here an adjustment is made to dene which unsigned-8 bits value is written into the storage cell of the communication object and sent after short

pressing of the push button attached to the channel. Byte value on short push (0-255) 0..255, 0 Here an adjustment is made to dene which unsigned-8 value is written into the storage cell of the communication object and sent after long

pressing of the push button attached to the input.

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Parameters Setting

Unsigned Value 5.010 DP_Value_1_Ucount

(1 Byte)

11.2.1.9 Multi action

This function allows to send two telegrams with a single pressure (Channel X and Channel X Action 2).

Switching:

No. Object name Function Size Flags

1 (10, 19, 28)

1 (10, 19, 28, 37, 46)

Switching telegrams are sent via the group address linked with this object

2 (11, 20, 29)

2 (11, 20, 29, 38, 47)

Switching status are received via the group address linked with this object.

8 (17, 26, 35)

8 (17, 26, 35, 44, 53)

Switching telegrams are sent via the group address linked with this object

Channel 1 (2,3,4) Action 1

Channel 1 (2,3,4,5,6) Action 1

Channel 1 (2,3,4) Action 1

Channel 1 (2,3,4,5,6) Action 1

Channel 1 (2,3,4) Action 2

Channel 1 (2,3,4,5,6) Action 2

Switching 1.01 DP_Switch (1 bit) CWT

Switching Status 1.01 DP_Switch (1 bit) CW

Switching 1.01 DP_Switch (1 bit) CWT

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.9 Multi action (continued)

Parameters Setting

Short push reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: A short push does not change the object value and also does not send a telegram. “On”: After a short push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: After a short push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a short push, the switching value stored in the communication object is inverted and the new value is sent

Long push reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after a long pressing the push button related to the channel. “No reaction”: A long push does not change the object value and also does not send a telegram. “On”: After a long push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O” : After a long push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a long push, the switching value stored in the communication object is inverted and the new value is sent

O

Toggle

O

Toggle

Shutter:

No. Object name Function Size Flags

1 (10, 19, 28)

1 (10, 19, 28, 37, 46)

The movement commands Up/Down are sent via the address linked with this object in order to raise/lower the solar protection.

7 (16, 25, 34)

7 (16, 25, 34, 43, 52)

The command “STOP” or “Slats OPEN/CLOSE” are sent via the group address linked with this object.

6 (15, 24, 33 )

6 (15, 24, 33, 42, 51)

The shutter status telegrams are received from the shutter actuator via the group address linked with this object.

8 (17, 26, 35 )

8 (17, 26, 35, 44, 53)

The movement commands Up/Down are sent via the address linked with this object in order to raise/lower the solar protection.

9 (18, 27, 36)

9 (18, 27, 36, 45, 54)

The command “STOP” or “Slats OPEN/CLOSE” are sent via the group address linked with this object.

Channel 1 (2,3,4) Action 1

Channel 1 (2,3,4,5,6) Action 1

Channel 1 (2,3,4) Action 1

Channel 1 (2,3,4,5,6) Action 1

Channel 1 (2,3,4) Action 1

Channel 1 (2,3,4,5,6) Action 1

Channel 1 (2,3,4) Action 2

Channel 1 (2,3,4,5,6) Action 2

Channel 1 (2,3,4) Action2

Channel 1 (2,3,4,5,6) Action 2

Shutter Up/Down 1.008 DP_UpDown (1 bit) CWT

Shutter Stop - slats 1.009 DP_OpenClose (1 bit) CWT

Shutter Status 5.001 DP_Scaling (1 Byte) CW

Shutter Up/Down 1.008 DP_UpDown (1 bit) CWT

Shutter Stop - slats 1.009 DP_OpenClose (1 bit) CWT

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.9 Multi action (continued)

Shutter (continued)

Parameters Setting

Short push reaction No reaction

Here an adjustment is made to dene which movement command is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: action does not change the object value and also does not send a telegram. Cyclical Up / Down + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Down, Stop, Up, Stop, Down, Stop,etc. Up + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Up, Stop,,etc. Down + stop : each short push transfers the following sequence command values into the communication object: Down, Stop, Down, Stop,,etc. Cyclical Up / Down: each short push transfers the following sequence command values into the communication object : Up, Down, Up, Down,,etc. Stop : a short push transfers into the communication object the stop command value (“1” or “0”) Open slats: a short push transfers into the communication object the stop (open slats) command value (“0”) Close slats: a short push transfers into the communication object the stop (close slats) command value (“1”) Up: a short push transfers into the communication object the Up command (value “0”) Down: a short push transfers into the communication object the Down command (value “1”)

Long push reaction No reaction

Here an adjustment is made to dene which movement command is written into the storage cell of the communication object and sent after long pressing the push button related to the channel. “No reaction”: action does not change the object value and also does not send a telegram. Up: a long push action send is transferred into the communication object the Up command (value “0”) Down: a long push action send the Down command (value “1”) Cyclical Up / Down: each short push send the following sequence commands: Up, Down, Up, Down,,etc. Stop : a long push action send the stop command (value “1” or “0”) Cyclical Open /Close slats : each short push send the following sequence commands : Open slats, Close slats, Open slats, Close slats Open slats: a long push action send is transferred into the communication object the stop (open slats) command (value “0”) Close slats: a long push action send is transferred into the communication object the stop (close slats) command (value “1”)

Long push release No reaction

Here an adjustment is made to dene which value is written into the storage cell of the communication object and sent after a long press release of the push button related to the Channel. “No reaction”: action does not change the object value and also does not send a telegram. Stop : the stop command (value “1” or “0”) is transferred into the communication object and sent.

Cyclical Up / Down + stop

Up + stop

Down + stop

Cyclical Up / Down

Stop

Open slats

Close slats

Down

Cyclical Up/Down

Stop

Cyclical Open/Close slats

Open slats

Close slats

Stop

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.9 Multi action (continued)

Scenario:

This function allows to recall/save up to 64 scene. A short push recalls the scene and a special long push (10s) allows to save a scene; for the dened scene number all the involved actuators statuses are saved.

No. Object name Function Size Flags

4 (8,13, 17)

4 (8, 13, 17, 22, 26)

The telegrams to recall the scene with the congured number (1..64) are sent via the group address link with this object.

31 (35, 40, 44)

31 (35, 40, 44, 49, 53)

The telegrams to recall the scene with the congured number (1..64) are sent via the group address link with this object.

Scene num. on short push (0:none) 0..64 This parameters determines which scene (1..64) has to be recalled on rising edge.

If value “0” is set, no scene is going to be recalled

Channel 1 (2,3,4) Action 1

Channel 1 (2,3,4,5,6) Action 1

Channel 1 (2,3,4) Action 2

Channel 1 (2,3,4,5,6) Action 2

Parameters Setting

8-bits scene 17.001 DP_SceneNumber

(1 Byte)

8-bits scene 17.001 DP_SceneNumber

(1 Byte)

1x1 unsigned byte:

No. Object name Function Size Flags

4 (8, 13, 17)

4 (8, 13, 17, 22, 26)

The telegrams with the unsigned value are sent via the group address linked with this object

31 (35, 40, 44)

31 (35, 40 ,44, 49, 53)

The telegrams with the unsigned value are sent via the group address linked with this object

Send on… Short push

Here an adjustment is made to dene the lenght of the push to send the byte value. Byte value on short push (0-255) 0..255, 1 Here an adjustment is made to dene which unsigned value is written into the storage cell of the communication object and sent after a rising edge

in the signal status of the channel (input). The rising edge corresponds to a change in the signal status of the Channel from logical “0” to “1”.

Channel 1 (2,3,4) Action 1

Channel 1 (2,3,4,5,6) Action 1

Channel 1 (2,3,4) Action 2

Channel 1 (2,3,4,5,6) Action 2

Parameters Setting

Unsigned Value 5.010 DP_Value_1_Ucount

(1 Byte)

Unsigned Value 5.010 DP_Value_1_Ucount

(1 Byte)

Long push

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.9 Multi action (continued)

2x1 unsigned byte:

No. Object name Function Size Flags

4 (8, 13, 17)

4 (8, 13, 17, 22, 26)

The telegrams with the unsigned value are sent via the group address linked with this object

31 (35, 40, 44)

31 (35, 40, 44, 49, 53)

The telegrams with the unsigned value are sent via the group address linked with this object

Channel 1 (2,3,4) Action 1

Channel 1 (2,3,4,5,6) ACtion 1

Channel 1 (2,3,4) Action 2

Channel 1 (2,3,4,5,6) Action 2

Unsigned Value 5.010 DP_Value_1_Ucount

Cat. No(s).: 5 735 04/05

5 735 12/13

(1 Byte)

Parameters Setting

Byte value on short push (0-255) 0..255, 1 Here an adjustment is made to dene which unsigned value is written into the storage cell of the communication object and sent after short pressing

the push button related to the channel. Byte value on long push (0-255) 0..255, 0 Here an adjustment is made to dene which unsigned value is written into the storage cell of the communication object and sent after long pressing

the push button related to the channel.

11.2.1.10 Conditional mode

This function allows to send a telegram of the same type in two groups according to Mode 1 or 2 :

- When mode 1 is active, is sent Channel X.

- When mode 2 is active, is sent Channel X Action 2.

Switching:

No. Object name Function Size Flags

1 (10, 19, 28)

1 (10, 19, 28, 37, 46)

Switching telegrams are sent via the group address linked with this object

2 (11, 20, 29)

2 (11, 20, 29, 38, 47)

Switching status are received via the group address linked with this object. They are only visible if “Add status object” parameter value is set to “yes”.

8 (17, 26, 35)

8 (17, 26, 35, 44, 53)

Switching telegrams are sent via the group address linked with this object .

Channel 1 (2,3,4) Mode 1

Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 1

Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 2

Channel 1 (2,3,4,5,6) Mode 2

Switching 1.01 DP_Switch (1 bit) CWT

Switching Status 1.01 DP_Switch (1 bit) CW

Switching 1.01 DP_Switch (1 bit) CWT

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.10 Conditional mode (continued)

Switching (continued):

Parameters Setting

Short push reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: A short push button action does not change the object value and also does not send a telegram. “On”: After a short push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: After a short push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a short push, the switching value stored in the communication object is inverted and the new value is sent,

Long push reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after long pressing the push button related to the channel. “No reaction”: A long push button action does not change the object value and also does not send a telegram. “On”: After a long push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O” : After a long push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a long push, the switching value stored in the communication object is inverted and the new value is sent

O

Toggle

O

Toggle

Shutter:

No. Object name Function Size Flags

1 (10,19, 28)

1 (10, 19, 28, 37, 46)

The movement commands Up/Down are sent via the address linked with this object in order to raise/lower the solar protection.

7 (16, 25, 34)

7 (16, 25, 34, 42, 52)

The command “STOP” or “Slats OPEN/CLOSE” are sent via the group address linked with this object.

6 (15, 24, 33)

6 (15, 24, 33, 43, 51)

The shutter status telegrams are received from the shutter actuator via the group address linked with this object.

8 (17, 26, 35)

8 (17, 26, 35, 44, 53)

The movement commands Up/Down are sent via the address linked with this object in order to raise/lower the solar protection.

9 (18, 27, 36)

9 (18, 27, 36, 45, 54)

The command “STOP” or “Slats OPEN/CLOSE” are sent via the group address linked with this object.

Channel 1 (2,3,4) Mode 1

Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 1

Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 1

Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 2

Channel 1 (2,3,4,5,6) Mode 2

Channel 1 (2,3,4) Mode 2

Channel 1 (2,3,4,5,6) Mode 2

Shutter Up/Down 1.008 DP_UpDown (1 bit) CWT

Shutter Stop - slats 1.009 DP_OpenClose (1 bit) CWT

Shutter Status 5.001 DP_Scaling (1 Byte) CW

Shutter Up/Down 1.008 DP_UpDown (1 bit) CWT

Shutter Stop - slats 1.009 DP_OpenClose (1 bit) CWT

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.10 Conditional mode (continued)

Shutter (continued):

Parameters Setting

Short push reaction No reaction

Here an adjustment is made to dene which movement command is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: action does not change the object value and also does not send a telegram. Cyclical Up / Down + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Down, Stop, Up, Stop, Down, Stop,etc. Up + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Up, Stop,,etc. Down + stop : each short push transfers the following sequence command values into the communication object: Down, Stop, Down, Stop,,etc. Cyclical Up / Down: each short push transfers the following sequence command values into the communication object : Up, Down, Up, Down,,etc. Stop : a short push transfers into the communication object the stop command value (“1” or “0”) Open slats: a short push transfers into the communication object the stop (open slats) command value (“0”) Close slats: a short push transfers into the communication object the stop (close slats) command value (“1”) Up: a short push transfers into the communication object the Up command (value “0”) Down: a short push transfers into the communication object the Down command (value “1”)

Long push reaction No reaction

Long push release No reaction

Here an adjustment is made to dene which value is written into the storage cell of the communication object and sent after releasing a long press on the push button related to the Channel. “No reaction”: action does not change the object value and also does not send a telegram. Stop : the stop command (value “1” or “0”) is transferred into the communication object and sent

Cyclical Up / Down + stop

Up + stop

Down + stop

Cyclical Up / Down

Stop

Open slats

Close slats

Down

Cyclical Up/Down

Stop

Cyclical Open/Close slats

Open slats

Close slats

Stop

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.10 Conditional mode (continued)

Scenario :

No. Object name Function Size Flags

4 (13,22,31)

4 (13,22,31,40,49)

The telegrams to recall the scene with the congured number (1..64) are sent via the group address link with this object.

Channel 1 (2,3,4) Action 1

Channel 1 (2,3,4,5,6) Action 1

8-bits scene 17.001 DP_SceneNumber

(1 Byte)

Mode 1

Parameters Setting

Scene num. on short push 0..64 This parameters determines which scene (1..64) has to be recalled on rising edge when mode 1 is active

If value “0” is set, no scene is going to be recalled

Mode 2

Parameters Setting

Scene num. on short push 0..64 This parameters determines which scene (1..64) has to be recalled on rising edge when mode 2 is active

If value “0” is set, no scene is going to be recalled

Dimming :

No. Object name Function DP Flags

1 (10, 19, 28)

1 (10, 19, 28, 37, 46)

Switching telegrams are sent via the group address linked with this object.

6 (15, 24, 33)

6 (15, 24, 33, 42, 51)

The dimming status telegrams are received from the dimming actuator via the group address linked with this object.

8 (17, 26, 35)

8 (17, 26, 35, 44, 53)

Switching telegrams are sent via the group address linked with this object.

5 (14, 23, 32)

5 (14, 23, 32, 41, 50)

The dimming telegrams are sent to the dimming actuator via the group address linked with this object.

9 (18, 27, 36)

9 (18, 27, 36, 45, 54)

The dimming telegrams are sent to the dimming actuator via the group address linked with this object.

Channel 1 (2,3,4) Mode 1

Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 1

Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 2

Channel 1 (2,3,4,5,6) Mode 2

Channel 1 (2,3,4) Mode 1 Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 2 Channel 1 (2,3,4,5,6) Mode 2

Switching 1.01 DP_Switch ( 1 bit) CWT

Value Status 5.001 DP_Scaling (1 Byte ) CW

Switching 1.01 DP_Switch ( 1 bit) CWT

Dimming 3.007 DP_Control_Dimming

( 4 bit)

Dimming 3.007 DP_Control_Dimming

( 4 bit)

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.10 Conditional mode (continued)

Dimming (continued):

Parameters Setting

Switching value on short push No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: A short push does not change the object value and also does not send a telegram. “On”: After a short press, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: After a short press, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a short press, the switching value stored in the communication object is inverted and the new value is sent

Dimming value on long push Dim +/-

Here an adjustment is made to dene which dimming value is written into the storage cell of the communication object and sent after long pressing the push button related to the channel. “No reaction”: A long push does not change the object value and also does not send a telegram. “Dim+/-”: After a long press, the dimming value stored in the communication object is inverted and the new value is sent “Dim +” After a long press, the dimming value “Increase 100%” is transferred into the communication object and sent. “Dim -” : After a long press, the dimming value “Decrease 100%” is transferred into the communication object and sent.

Dimming value on release push No reaction

Here an adjustment is made to dene which dimming value is written into the storage cell of the communication object and sent after releasing a long press of the push button related to the Channel. “No reaction”: A long push button action does not change the object value and also does not send a telegram. “Stop”: When the push button is released after a long push, the dimming value “Stop” is transferred into the communication object and sent.

O

Toggle

Dim +

Dim –

No reaction

Stop

1x1 unsigned byte :

No. Object name Function Size Flags

4 (8, 13, 17)

4 (8, 13, 17, 22, 26)

The telegrams with the unsigned value are sent via the group address linked with this object

31 (35, 40, 44)

31 (35, 40, 44, 49, 53)

The telegrams with the unsigned value are sent via the group address linked with this object

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

Channel 1 (2,3,4) Mode 1

Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 2

Channel 1 (2,3,4,5,6) Mode 2

Unsigned Value 5.010 DP_Value_1_Ucount

(1 Byte)

Unsigned Value 5.010 DP_Value_1_Ucount

(1 Byte)

CONTENTS

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.10 Conditional mode (continued)

1x1 unsigned byte (continued):

Cat. No(s).: 5 735 04/05

5 735 12/13

Mode 1

Parameters Setting

Send on… Short push

Here an adjustment is made to dene the length of push to send the byte value. Byte value on short push (0-255) 0..255, 1 Here an adjustment is made to dene which unsigned-8 bits value is written into the storage cell of the communication object and sent after a rising

edge in the signal status of the channel (input). The rising edge corresponds to a change in the signal status of the Channel from logical “0” to “1”, when the mode 1 is active.

Mode 2

Parameters Setting

Send on… Short push

edge in the signal status of the channel (input). The rising edge corresponds to a change in the signal status of the Channel from logical “0” to “1”, when the mode 2 is active.

2x1 unsigned byte:

No. Object name Function Size Flags

4 (8, 13, 17)

4 (8, 13, 17, 22, 26)

The telegrams with the unsigned value are sent via the group address linked with this object

31 (35, 40, 44)

31 (35, 40, 44, 49, 53)

The telegrams with the unsigned value are sent via the group address linked with this object

Channel 1 (2,3,4) Mode 1

Channel 1 (2,3,4,5,6) Mode 1

Channel 1 (2,3,4) Mode 2

Channel 1 (2,3,4,5,6) Mode 1

Long push

Unsigned Value 5.010 DP_Value_1_Ucount

(1 Byte)

Unsigned Value 5.010 DP_Value_1_Ucount

(1 Byte)

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.1.10 Conditional mode (continued)

2x1 unsigned byte (continued):

Cat. No(s).: 5 735 04/05

5 735 12/13

Mode 1

Parameters Setting

Byte value on short push (0-255) 0..255, 1 Here an adjustment is made to dene which unsigned 8 bits value is written into the storage cell of the communication object and sent after short

pressing of the push button related to the channel, when the mode 1 is active. Byte value on long push (0-255) 0..255, 0 Here an adjustment is made to dene which unsigned value is written into the storage cell of the communication object and sent after long pressing

the push button related to the channel, when the mode 1 is active.

Mode 2

Parameters Setting

Byte value on short push (0-255) 0..255, 1 Here an adjustment is made to dene which unsigned value is written into the storage cell of the communication object and sent after short pressing

the push button related to the channel, when the mode 2 is active. Byte value on long push (0-255) 0..255, 0 Here an adjustment is made to dene which unsigned value is written into the storage cell of the communication object and sent after long pressing

the push button related to the channel, when the mode 2 is active.

11.2.1.11 Add Enable object

No. Object name Function Size Flags

3 (12, 21, 30)

3 (12, 21, 30, 39, 48)

Enable telegrams are received via the group address linked with this object. They are used to lock (disable) or unlock (enable) the corresponding channel. They are only visible if “Add Enable object” parameter value is set to “yes”.

Channel 1 (2,3,4)

Channel 1 (2,3,4,5,6)

Enable 1.02 DP_Enable ( 1 bit) CW

11.2.1.12 Invert context information logic

Invert context information logic Yes / No This parameter determines the type of logic of context information.

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.2 Use Jointly

11.2.2.1 Switching

No. Object name Function Size Flags

4 pushes 1 (19 )

6 pushes 1 (19, 37)

Switching telegrams are sent via the group address linked with this object

4 pushes 2 (20)

6 pushes 2 (20, 38)

Switching status are received via the group address linked with this object.

4 pushes 3 (21)

6 pushes 3 (21, 39)

Enable telegrams are received via the group address linked with this object. They are used to lock (disable) or unlock(enable) the corresponding channels. They are only visible if “Add enable object” parameter value is set to yes.

Channel 1-2 (3-4) (5-6) Switching 1.01 DP_Switch ( 1 bit) CWT

Channel 1-2 (3-4) (5-6) Switching Status 1.01 DP_Switch ( 1 bit) CW

Channel 1-2 (3-4) (5-6) Enable 1.02 DP_Enable ( 1 bit) CW

Parameters Setting

Channel Xn - Short push reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: A short push does not change the object value and also does not lead to the sending of a telegram. “On”: After a short push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: After a short push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a short push, the switching value stored in the communication object is inverted and the new value is sent

Channel Xn+1 - Short push reaction No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: A short push does not change the object value and also does not send a telegram. “On”: After a short push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: After a short push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a short push, the switching value stored in the communication object is inverted and the new value is sent

Add Enable object Yes / No The parameter determines if the Channels (1-2 or 3-4) can be blocked via an additional Enable object or not. If the Channels are blocked (Enable value

= 1) the status changes of these channels are not transmitted.

O

Toggle

O

Toggle

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.2.2 Dimming

No. Object name Function Size Flags

4 pushes 1 (19 )

6 pushes 1 (19, 37)

Switching telegrams are sent via the group address linked with this object

4 pushes 5 (23 )

6 pushes 5 (23, 41)

Dimming telegrams are sent via the group address linked with this object

4 pushes 6 (24)

6 pushes 6 (24, 42)

The dimming status telegrams are received from the dimming actuator via the group address linked with this object.

4 pushes 3 (21)

6 pushes 3 (21, 39)

Channel 1-2 (3-4) (5-6) Switching 1.01 DP_Switch ( 1 bit) CWT

Channel 1-2 (3-4) (5-6) Dimming 3.007 DP_Control_Dimming

( 4 bit)

Channel 1-2 (3-4) (5-6) Value Status 5.001 DP_Scaling ( 1 byte) CW

Channel 1-2 (3-4) (5-6) Enable 1.02 DP_Enable ( 1 bit) CW

Parameters Setting

Channel X - Switching value on short push No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: A short push does not change the object value and also does not send a telegram. “On”: After a short push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: After a short push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a short push, the switching value stored in the communication object is inverted and the new value is sent.

Channel X - Switching value on long push No reaction

Channel X - Dimming value on long push Dim +/-

Here an adjustment is made to dene which dimming value is written into the storage cell of the communication object and sent after long pressing of the push button related to the channel. “No reaction”: A long push does not change the object value and also does not send a telegram. “Dim+/-”: After a long push, the dimming value stored in the communication object is inverted and the new value is sent “Dim +” After a short push, the dimming value “Increase 100%” is transferred into the communication object and sent. “Dim -” : After a short push, the dimming value “Decrease 100%” is transferred into the communication object and sent.

O

Toggle

Dim +

Dim –

No reaction

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.2.2 Dimming (continued)

Parameters Setting

Channel X - Dimming value on release push No reaction

Here an adjustment is made to dene which dimming value is written into the storage cell of the communication object and sent when long pressing the push button related to the Channel. “No reaction”: A long push button action does not change the object value and also does not send a telegram. “Stop”: When the push button is released after a long push, the dimming value “Stop” is transferred into the communication object and sent.

Channel X +1 - Switching value on short push No reaction

Here an adjustment is made to dene which switching value is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: A short push does not change the object value and also does send a telegram. “On”: After a short push, the switching value “ON” (binary value, “1”) is transferred into the communication object and sent. “O”: After a short push, the switching value “OFF” (binary value,”0”) is transferred into the communication object and sent. “Toggle” : After a short push, the switching value stored in the communication object is inverted and the new value is sent

Channel X +1 - Switching value on long push No reaction

Channel X +1 - Dimming value on long push Dim +/-

Channel X +1 - Dimming value on release push No reaction

Add Enable object Yes / No The parameter determines if the channels can be blocked via an additional Enable object or not. If the channels are blocked (Enable value = 1) the

status changes of these channels are not transmitted.

Stop

O

Toggle

Dim +

Dim –

No reaction

Stop

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.2.3 Shutter 2- input

No. Object name Function Size Flags

4 pushes 1 (19 )

6 pushes 1 (19, 37)

The movement commands Up/Down are sent via the address linked with this object in order to raise/lower the solar protection.

4 pushes 7 (25)

7 (25, 43)

The command “STOP” or “Slats OPEN/CLOSE” are sent via the group address linked with this object.

4 pushes 6 (24)

6 pushes 6 (24, 42)

The shutter status telegrams are received from the shutter actuator via the group address linked with this object.

4 pushes 3 (21)

6 pushes 3 (21, 39)

Channel 1-2 (3-4) (5-6) Shutter Up/Down 1.008 DP_UpDown ( 1 bit) CWT

Channel 1-2 (3-4) (5-6) Shutter Stop - slats 1.009 DP_OpenClose ( 1 bit) CWT

Channel 1-2 (3-4) (5-6) Shutter Status 5.001 DP_Scaling ( 1 Byte) CW

Channel 1-2 (3-4) (5-6) Enable 1.03 DP_Enable ( 1 bit) CW

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.2.3 Shutter 2- input (continued)

Parameters Setting

Channel X - Short push reaction No reaction

Here an adjustment is made to dene which movement command is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: actions do not change the object value and also does not send a telegram. Cyclical Up / Down + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Down, Stop, Up, Stop, Down, Stop,etc. Up + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Up, Stop,,etc. Down + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Up, Stop,,etc. Cyclical Up / Down: each short push transfers the following sequence command values into the communication object : Up, Down, Up, Down,,etc. Stop : a short push transfers into the communication object the stop command value (“1” or “0”) Open slats: a short push transfers into the communication object the stop (open slats) command value (“0”) Close slats: a short push transfers into the communication object the stop (close slats) command value (“1”) Up: a short push transfers into the communication object the Up command (value “0”) Down: a short push transfers into the communication object the Down command (value “1”)

Channel X - Long push reaction No reaction

Here an adjustment is made to dene which movement command is written into the storage cell of the communication object and sent after long pressing the push button related to the channel. “No reaction”: actions do not change the object value and also do not send a telegram. Up: a long push action send is transferred into the communication object the Up command (value “0”) Down: a long push action send the Down command (value “1”) Cyclical Up / Down: each short push send the following sequence commands: Up, Down, Up, Down,,etc. Stop : a long push action send the stop command (value “1” or “0”) Cyclical Open /Close slats : each short push send the following sequence commands : Open slats, Close slats, Open slats, Close slats Open slats: a long push action send is transferred into the communication object the stop (open slats) command (value “0”) Close slats: a long push action send is transferred into the communication object the stop (close slats) command (value “1”)

Channel X - Long push release No reaction

Here an adjustment is made to dene which value is written into the storage cell of the communication object and sent a long press release of the push button related to the channel. “No reaction”: actions do not change the object value and also do not send a telegram. Stop : the stop command (value “1” or “0”) is transferred into the communication object and sent

Cyclical Up / Down + stop

Up + stop

Down + stop

Cyclical Up / Down

Stop

Open slats

Close slats

Down

Cyclical Up/Down

Stop

Cyclical Open/Close slats

Open slats

Close slats

Stop

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.2.2.3 Shutter 2- input (continued)

Parameters Setting

Channel X +1 - Short push reaction No reaction

Here an adjustment is made to dene which movement command is written into the storage cell of the communication object and sent after short pressing the push button related to the channel. “No reaction”: actions do not change the object value and also do not send a telegram. Cyclical Up / Down + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Down, Stop, Up, Stop, Down, Stop,etc. Up + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Up, Stop,,etc. Down + stop : each short push transfers the following sequence command values into the communication object: Up, Stop, Up, Stop,,etc. Cyclical Up / Down: each short push transfers the following sequence command values into the communication object : Up, Down, Up, Down,,etc. Stop : a short push transfers into the communication object the stop command value (“1” or “0”) Open slats: a short push transfers into the communication object the stop (open slats) command value (“0”) Close slats: a short push transfers into the communication object the stop (close slats) command value (“1”) Up: a short push transfers into the communication object the Up command (value “0”) Down: a short push transfers into the communication object the Down command (value “1”)

Channel X +1 - Long push reaction No reaction

Here an adjustment is made to dene which movement command is written into the storage cell of the communication object and sent after long pressing the push button related to the Channel. “No reaction”: actions do not change the object value and also do not send a telegram. Up: a long push action send is transferred into the communication object the Up command (value “0”) Down: a long push action send the Down command (value “1”) Cyclical Up / Down: each short push send the following sequence commands: Up, Down, Up, Down,,etc. Stop : a long push action send the stop command (value “1” or “0”) Cyclical Open /Close slats : each short push send the following sequence commands : Open slats, Close slats, Open slats, Close slats Open slats: a long push action send is transferred into the communication object the stop (open slats) command (value “0”) Close slats: a long push action send is transferred into the communication object the stop (close slats) command (value “1”)

Channel X - Long push release No reaction / Stop Here an adjustment is made to dene which value is written into the storage cell of the communication object and sent a long press release of the

push button related to the channel. “No reaction”: actions do not change the object value and also do not send a telegram. Stop : the stop command (value “1” or “0”) is transferred into the communication object and sent

Add Enable object Yes / No The parameter determines if the Channels (1-2 or 3-4) can be blocked via an additional Enable object or not. If the Channels are (1-2 or 3-4) is blocked

(Enable value = 1) the status changes of these channels are not transmitted.

Cyclical Up / Down + stop

Up + stop

Down + stop

Cyclical Up / Down

Stop

Open slats

Close slats

Down

Cyclical Up/Down

Stop

Cyclical Open/Close slats

Open slats

Close slats

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.3 Leds configuration

Cat. No(s).: 5 735 04/05

5 735 12/13

Use led X

Use led X Yes / No

The parameter determines if the led X is used or not (it depend if the rockers has light diuser).

Mode1

ON status

Led color Green

The parameter determines the color of led X for ON status in Mode 1 Led behaviour O

The parameter determines the behaviour of led X for ON status in Mode 1

Blue

White

Orange

Gold

Yellow

Turquoise

Cyan

Light blue

Violet

Pink

Purple

Slow blink

Fast blink

Soft blink

Flash 1

Flash 2

Flash 3

Pulse

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.3 Leds configuration (continued)

Mode1 (continued)

OFF status

Led color Green

Blue

White

Orange

Gold

Yellow

Turquoise

Cyan

Light blue

Violet

Pink

Purple The parameter determines the color of led X for OFF status in Mode 1 Led behaviour O

Slow blink

Fast blink

Soft blink

Flash 1

Flash 2

Flash 3

Pulse The parameter determines the behaviour of led X for OFF status in Mode 1

Cat. No(s).: 5 735 04/05

5 735 12/13

Mode2

ON status

Led color Green

The parameter determines the color of led X for ON status in Mode 2 Led behaviour O

The parameter determines the behaviour of Led X for ON status in Mode 2

Blue

White

Orange

Gold

Yellow

Turquoise

Cyan

Light blue

Violet

Pink

Purple

Slow blink

Fast blink

Soft blink

Flash 1

Flash 2

Flash 3

Pulse

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.3 Leds configuration (continued)

Mode2 (continued)

OFF status

Led color Green

Blue

White

Orange

Gold

Yellow

Turquoise

Cyan

Light blue

Violet

Pink

Purple The parameter determines the color of led X for OFF status in Mode 2 Led behaviour O

Slow blink

Fast blink

Soft blink

Flash 1

Flash 2

Flash 3

Pulse The parameter determines the behaviour of Led X for OFF status in Mode 2

Cat. No(s).: 5 735 04/05

5 735 12/13

11.4 LEDs color and behaviour updating flowchart

The led color and behaviour changings are performed when :

- Is received an object of : Status, Alarm, Function, Enable.

- Is pushed a button : in shutter mode, 8-bits scene control, priority, counting, 1x1unsigned byte, 2x1 unsigned byte or if context information are active.

Request for leds status and color update

Mode 1

Mode 1||2?

Yes

Mode 2

Beginning?

Yes

Alarm?

Command

disabled?

ON ON

Mode 1

ON / OFF? ON / OFF?

OFF OFF

Yes

Mode 1||2?

Mode 2

Set initial led color

and behaviour in

Mode 1

Set initial led color

and behaviour in

Mode 1

Set the chosen

Disable status’ led

color and behaviour

Set the chosen

Mode 1 ON status’ led

color and behaviour

Set the chosen

Mode 1 OFF status’ led

color and behaviour

Set the chosen

Mode 2 ON status’ led

color and behaviour

Set the chosen

Mode 2 OFF status’ led

color and behaviour

Leds status and color update

Technical data sheet: S000090563EN-2 Updated: 07/06/2016 Created : 27/07/2015

CONTENTS

Set led color RED

and fast blinking

behaviour

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11. COMMUNICATION OBJECTS DESCRIPTION (continued)

11.5 LED intensity update flowchart

The leds intensity changings are perfomed when :

- Is received an object of : Standby, Eco mode, Normal mode, Eco/Normal, Alarm

- Is pressed a push-button. After Standby or Alarm mode the level is set to the previous level (Normal/Eco). Standby mode is disables if any button is pressed.

Request for leds intensity update

Alarm?

No Yes

Mode?

Cat. No(s).: 5 735 04/05

5 735 12/13

Normal Eco Standby

Set leds intensity

to the chosen

Normal level

Set leds intensity

to the chosen

Eco level

Set leds intensity

to OFF

Leds intensity update

11.6 No configuration status and reset procedure

Product not yet configured

The product has no physical address and no group addresses associated. The leds change colors randomly every 200ms.

Reset procedure

Short press PB

Prog/reset PB

All leds become

RED and fixed

Keep Prog/Reset

PB pressed for 10s

Nota : when in programming mode (RED and fixed leds) there are 30min before timing out.

During reset all

leds are RED

and fast blinking

Set leds intensity

to100%

Short press

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