PD 442KNXTC4 KONNEX TOUCH TRANSMITTER 1 4 CHANNELS … · KONNEX TOUCH TRANSMITTER 1 4 CHANNELS 2m...

AGGIORNATO 01 VARIANTE N° ESEGUITO R.S. PEL ESEGUITA APPROVATO D.R. DT APPROVATA DATA 05-09-17 DATA

SEZIONE DOC 50 KONNEX TOUCH KEYBOARD 1 4 CH. 2m S44 – 442KNXTC4 FILE PD442KNXTC4 PRODUCT DESCRIPTION DATA 23-02-17 CONTR. R.S. PEL PAG. N° DI PAGG. N° DIS. N°

DIS. R.C. PEL APPR. D.R. DT 1 43 PD 442KNXTC4 LA PROPRIETA’ DI QUESTO DISEGNO E’ RISERVATA A TERMINI DI LEGGE CON DIVIETO DI RIPRODUZIONE O DI COMUNICAZIONE A TERZI SENZA PREVENTIVA AUTORIZZAZIONE SCRITTA – rel. 02 – 01/01

PD 442KNXTC4

KONNEX TOUCH TRANSMITTER 1 4 CHANNELS 2m S44 PRODUCT DESCRIPTION

1. Introduction

The code 442KNXTC4 implements both the communication part (physical + data-link layer) and the application part of one/four Konnex points. The application part detects the rising and falling edges of the available touch buttons and transfers this information, together with the operating mode (hereinafter called "function") to the communication part, which manages the logical and physical interface with the line Konnex. The 442KNXTC4 is built in a two-module "hidden" enclosure of the System 44, and is mechanically compatible with all other devices of the same system. It is intended to be installed on the back of finishing plates.

2. Characteristics

The characteristics are described with reference to fig.1:

fig. 1a fig. 1b fig. 1c

P1

- + BUS




2.1. Internal structure

fig. 2 2.2. Mechanics

Enclosure: 2 “hidden” modules S44 (45 l x 45 h x 29 d) mm, to be completed with glass or aluminium plate.

Protection Degree: IP20; IP40 when installed Mass: 34g Compatible with all elements of the system 44.

2.3. Connections

2 pole removable terminal standard Konnex TP1 (red + black) Wire insulation stripping: 6mm Clamping: spring Capacity: 4 x rigid wire; 0,6mm < < 0,8mm; Terminal -: GND Terminal +: BUS positive

2.4. Environmental conditions

Reference temper. and relative humidity: 25°C RH 65% Operating amb. temp. range: from -5°C to +45°C Maximum Relative Humidity: 90% at 35°C Maximum Height: 2000m a.s.l.

2.5. Power supply 2.5.1. Rated voltage

V = 29 VDC (SELV Konnex power supply)

KNX

POWER SUPPLY TOUCH

APPLICATION UART

DC/DC PS

UART

KNX

AVE KNX PRODUCT & RELATED DATA-BASE




2.5.2. Max absorption 12,7 mAMAX with four active LED optical signals purple color 11,6 mAMAX with four active LED optical signals blue color 11,5 mAMAX with four active LED optical signals blue color amber 10,5 mAMAX without active LED optical signals

2.6. Sensitive front area

The front area is divided into nine sensitive areas. In programming phase, it is possible to choose the areas which can be activated (a max of four) and which functions assign to each area.

2.7. Configuration and installation

The device can be configured by using the application program ETS (Engineering Tool Software) and the application program 442KNXTC4AP, made available by Ave. No additional software tools or plugins are required. For more information on ETS, visit also www.knx.org.

2.7.1. Configuration

The functionality of the device depends on the settings determined by ETS4 (or later) and the application program Ave AP442KNXTC4 ##. Knxprod (## = version), which can be downloaded from the www.ave.com site. With the application program, it is possible to upload the device in a new project and configure all the product operation parameters, which will be described in detail later in this manual.

2.7.2. P1 programming Button

It is accessible by means of a 3x1mm slotted screwdriver, through the opening specially crafted on the side of the device (see fig.1b). It allows the programming of the device (see par. 3).

http://www.knx.org.

http://www.ave.com




3. Structure of the application program The structure of the application program is schematically shown in the flow chart in fig.3. In the continuation of this document, N indicates the umpteenth key/LED of the capacitive keyboard: therefore, the object of communication

1+ (N-1): Key N - Switching It is meant to be intended as a summary of the following communication objects:

1: Key 1 – Switching 2: Key 2 – Switching 3: Key 3 – Switching 4: Key 4 – Switching

Bold values are those proposed by default.




Fig. 3




3.1. General section 3.1.1. Active columns

The front of the device is divided into nine positions, grouped into three columns of three positions. The central column (2) is an alternative to the two outer columns (1 and 3). The product is configured by default with the active central column (fig. 4b).

fig. 4a fig. 4b

Parameter Name Conditions Values Number of columns Always present 1 = Only central column is active

2 = The external columns are active The parameter is set during the installation phase and cannot be modified during normal operation by means of a communication object.

3.1.2. Positions

For each column, it can be activated either the central position (internal) or the two positions at the top and at the bottom (externals). Therefore, it is possible to have a minimum of zero active positions and a maximum of four. With one colums (central):

fig. 5a fig. 5b fig. 5c

1 3

2




Parameter Name Conditions Values

Positions column Number of columns = 1 None Internal Externals

When the parameter is set to "None", no key or LED results active for that column. In the images 5b and 5c are represented the possible positions of the electrodes that could be already enabled. The parameter is set during the installation phase and cannot be modified during normal operation.

With two columns:

fig. 5d fig. 5e fig. 5f fig. 5g fig. 5h fig. 5i fig. 5m fig. 5n fig. 5p





Positions column 1 Number of columns = 2 None Internal Externals

When the parameter is set to "None", no key or LED results active for that column. Parameter Name Conditions Values

Positions column 2 Number of columns = 2 None Internal Externals

When the parameter is set to "None", no key or LED results active for that column. 3.1.3. Areas/channels numeration

The automatic assignment of the number for each active position follows the progressive numeration criterion, starting from the first position at the top left and descending to the bottom, and then doing the same thing in the right column. Here below the possible combinations of active positions, with the corresponding number assignment: With one column:

fig. 6a fig. 6b

1 1

2




With two columns: fig. 6c fig. 6d fig. 6e fig. 6f fig. 6g fig. 6h fig. 6i fig. 6m 3.1.4. Keys sensibility control

It is possible to modify the sensibility to the "touch" according to two levels: High sensibility: for a touch detection up to 5 mm Low sensibility: for a contact detection


Keys sensibility control Always present Disable Enable

In "Enable" the parameter executes the activation of the one bit objects:

150: Keys sensibility – Set 151: Keys sensibility – Status

With these, it is possible to remotely monitor and report the touch sensibility of all electrodes set as active on the keyboard. This parameter is unique and shared by all the electrodes.

1

1

1

2 1

2

1

2

1 2

3

1

2 3

1

2

3

4





Keys sensibility Keys sensibility control = Enable Low High

It is possible to set the degree of sensibility of the electrodes by means of ETS: this setting can be overwritten when receiving the communication object:

150: Keys sensibility – Set

3.1.5. Led brightness

For each active position it’s possible to have an optical signal. Its brightness level is programmable with ETS. 100% : aligned with all other Ave Touch controls 60% : reduced brightness 30% : night mode 0% : off

Parameter name Conditions Values

LED positions Always present Disable Enable

By setting this option to "Disable", all the position LED are forced OFF (this setting is revoked by using the communication object:

152: LED positions – Enable. The communication object:

153: LED positions - Enable Status notifies instead the current status of the LED.

Parameter name Conditions Values Positions in OFF LED positions = Disable All

OFF state By setting this parameter to "All", all the optical signals are switched OFF. By setting this parameter to "OFF state", only the optical signals that are in the OFF state are switched off, while the others remain active, alarms included.





LED mode Always present Night = 30% Day = 60% or 100%

This parameter defines the brightness level of the active LED: the choice between the brightness at 60% or 100% is done by using the parameter "LED brightness". To this parameter are associated the two communication objects:

154: LED Mode – Set day/night 155: LED Mode - Day/night status

with which it is possible to respectively force and notify the night/day status of the LED.

Parameter name Conditions Values LED brightness LED mode = Day Reduced = 60%

Standard = 100% This parameter defines the brightness level to 60% or 100% of the active LED. To this parameter are associated the two communication objects:

156: LED brightness – set standard/reduced 157: LED brightness - standard/reduced status

with which it is possible to respectively force and notify the standard/reduced LED brightness.

The combination of the settings and their effect are summarized in the following table: LED positions LED mode LED brightness % Brightness 0 = Disable X X 0 1 = Enable 1 = Night X 30 1 = Enable 0 = Day 1 = Reduced 60 1 = Enable 0 = Day 0 = Standard 100

3.1.6. Acustic signallings At the command recognition, the device emits a short confirmation sound (click). It is possible to deactivate it by appropriately programming the corresponding parameter with ETS. Other two different acoustic signals can also be activated by a communication object coming from the Bus, for example when a generic alarm activates or there is a call at the entrance of the house. The interruption of the acoustic signal will take place at the reception of a different object of communication, or at the touch of any of the front keys.




Parameter name Conditions Values Keys click Always present Disable

Enable This parameter enables or excludes the functionality of the acoustic feedback when pressing the key. To this parameter are associated the two communication objects:

158: Keys click - Enable 159: Keys click - Enable Status

with which it is possible to respectively enable and notify the enable status of the acoustic click of the keys.

Parameter name Conditions Values Buzzer call function Always present Disable

Enable This parameter activates or excludes the functionality of the acoustic call feedback. To this parameter are associated the following communication objects:

160: Buzzer call – Enable 161: Buzzer call – Enable status 162: Buzzer call – Activate 163: Buzzer call – Activate status

For the signaling to appear activated, first it must be enabled and then activated by the communication objects 160 and 162. The two status objects allow notifying to a supervisor of the enable and activate status of the acoustic signal.

Parameter name Conditions Values Buzzer alarm function Always visible Disable

Enable This parameter activates or excludes the functionality of the acoustic alarm feedback. To this parameter are associated the following communication objects:

164: Buzzer alarm – Enable 165: Buzzer alarm – Enable status 166: Buzzer alarm – Activate 167: Buzzer alarm – Activate status

For the signaling to appear activated, first it must be enabled and then activated by the communication objects 164 and 166. The two status objects allow notifying to a supervisor of the enable and activate status of the acoustic signal.




The activation of the alarm condition appears to have priority over the call condition. Therefore, if a call signal were in execution, the alarm could impose itself: the opposite is not possible.

3.1.7. Plate cleaning function (temporary inhibition)

To enable the cleaning of the front glass plate without continuous activations of the associated outputs, it is possible to temporarily inhibit the operation of the device by sending to it a temporary exclusion message. The function can be excluded in advance, during installation phase by means of the ETS application.

Parameter name Conditions Values Keypad lock Always present Disable

Enable With this parameter it is possible to access the activation object:

168: Keypad lock – Activate to gain access to plate cleaning (temporary inhibition of the keys). The activation status of plate cleaning is notified with the communication object:

169: Keypad lock – Activate status

Parameter name Conditions Values Lock message value Keypad lock= Enable Message 0

Message 1 This parameter decides the logical value to associate with the keypad lock enable object, in order to gain access to plate cleaning function.




3.1.8. Communication objects of the General section

N° Object name Object function Condition 150 Keys sensibility Set Keys sensibility control = Enable 151 Keys sensibility Status Keys sensibility control = Enable 152 LED position Enable Always present 153 LED position Enable status Always present 154 LED mode Set day/night Always present 155 LED mode Day/night status Always present 156 LED brightness Set standard/reduced Always present 157 LED brightness Standard/reduced status Always present 158 Keys click Enable Always present 159 Keys click Enable status Always present 160 Buzzer call Enable Always present 161 Buzzer call Enable status Always present 162 Buzzer call Activate Always present




163 Buzzer call Activate status Always present 164 Buzzer alarm Enable Always present 165 Buzzer alarm Enable status Always present 166 Buzzer alarm Activate Always present 167 Buzzer alarm Activate status Always present 168 Keypad lock Activate Keypad lock = Enable 169 Keypad lock Activate status Keypad lock = Enable

3.2. Configuration parameters of the Position N - Key N section

It is possible, for each active position, to have the presence of a capacitive touch control, assigning it different actions to a short touch or to a long one (by using ETS software for timing configuration), to achieve: on/off command, dimming, shutters management, scene, lock, sending incremental commands, sending values, etc.: This is only the list of the main possible functions, it is not an exhaustive one. only feedback: led active, non active button ON / OFF Shutter Up/Down Shutter Stop Shutter adjustable rotating blades / stop rotation Dimmer ON/OFF Dimming Scene Send value (set between 0 and 255) Send two values Send priority (Forcing or Lock)





Key function N Key position = active

Disable Switching Dimmer Scene Shutters and blinds Send value Control value

The parameter allows to select the function which will be associated with the selected key. By activating the function, the communication objects are made available for purposes that will be described in detail in the respective parameter of this document.

In addition to blocking the entire keyboard, seen in the General section, you can selectively lock the functionality of each key, regardless of the associated function. The following description is also valid for all the functions that will be described below: Switching, Dimmer, Scenario, Shading, etc. Parameter name Conditions Values

Function lock Key function N ≠ disable Disable Enable

The parameter inserts the object for enabling/inhibiting the function associated with the key:

91+(N-1): Key N - Enable function lock The enable status can be notified remotely (for example to a supervisor) via communication object:

97+(N-1): Key N - Function lock enable status Parameter name Conditions Values

Lock message value Key function N ≠ disable Function lock = Enable

Message 0 Message 1

It establishes the logical level to be associated with the function lock enable object. Message 0 = Activation when receiving value 0 Message 1 = Activation when receiving value 1

Object name Communication object function Condition N°

object Key N Enable function lock Lock function = Enable 91+(N-1) Key N Function lock enable status Lock function = Enable 97+(N-1)




3.2.1. Switching key function

Button (channels managed individually) ON/OFF cyclic (step): short touch

ON/OFF Short touch

Button (channels managed in pairs) ON: Short touch

OFF: Short touch

ON Short touch OFF Short touch

Parameter name Conditions Values Press and release mode Key function N = Switch Disable

Enable By enabling the parameter, it sends the switching on (ON) command to the pressure and the switching off (OFF) one at the release. When the "Press and release mode" is enabled, the "Short press mode" parameter is made inaccessible. For each key enabled with this function, is generated the group object:

1+(N-1): Key N – Switching





Short press mode Key function N = Switch Press and release mode = Disable

ON OFF ON/OFF

It establishes the command that must be sent at the front of the keypress. For each key enabled with this function, is generated the group object:

1+(N-1): Key N – Switching If the “Long press mode” is not set to "None", the sending of the object takes place in correspondence of the keypress, otherwise in correspondence of the key release one.


Long press mode Key N function = Switching Press and release mode = Disable

None ON OFF ON/OFF Recall scene

Establishes the command that must be sent in correspondence of the key release. For each key enabled with this function, is generated the group object:

7+(N-1): Key N – Switching (long press)

Channels managed individually Send switching at short touch In combination with Send a scene number that can be found in

the memory of the actuators in the event of

prolonged/long touch

Send On/Off Short touch Send Long touch Scene





Scene number

Key function N = Switch Press and release mode = Disable Long press mode = Recall scene

1 [In the range 1…64]

It establishes the command that must be sent to the recognition of key pressure front. For each key enabled with this function, is generated the group object:

31+(N-1): Key N – Scene (long press)


Long press time

Key function N = Switch Press and release mode = Disable Long press mode = Recall scene

0,5s 1s 1,5s 2s 2,5s 3s 4s 5s 7s 10s

It establishes the duration for the recognition of the key long press.




For a toggle command (ON / OFF), a communication object was created to align the various command points:

Parameter name Conditions Values Status group objects Key function N = Switch Disable

Enable If enabled, the communication object:

13+(N-1): Key N - Switching status is exposed. The command sent with the object “1+(N-1): Key N – Switching” is consequent to the status feedback object associated with the receiver.

Object name Object function Conditions N°

object Key N Switching Key function N = Switch 1+(N-1)

Key N Switching (long press) Key function N = Switch Long press mode ≠ None 7+(N-1)

Key N Switching status Key function N = Switch Status group objects = Enable 13+(N-1)

Key N Switching status (long press) Key function N = Switch Long press mode ≠ None Status group objects = Enable

19+(N-1)

Key N Scene (long press) Key function N = Switch Long press mode = Recall scene

31+(N-1)




3.2.2. Dimmer key function Channels managed individually ON/OFF cyclic (step): Short touch

Dimming +, Dimming -: cyclic,

continuous touch

Stop dimming: continuous touch

interruption

ON/OFF Short touch + / - continuous touch STOP

Channels managed in pairs ON: Short touch

OFF: Short touch

Dimming + : continuous touch

Dimming - : continuous touch

Stop dimming: continuous touch

interruption

ON Short touch OFF Short touch + continuous touch - continuous STOP touch


Long press mode Key function N = Dimmer Increase Decrease Increase/Decrease

It establishes the command that must be sent at the recognition of a long press event. The communication object associated is:

25+(N-1): Key N – Dimming





Long press time Key function N = Dimmer

0,5s 1s 1,5s 2s 2,5s 3s 4s 5s 7s 10s

It establishes the duration for the recognition of the key long press. Parameter name Conditions Values

Dimmer increase Key function N = Dimmer

1% 3% 6% 12% 25% 50% 100%

It sets the step of increase of dimming sent to the actuator. Similarly to the ON / OFF switching function (see previous paragraph), even for the Dimmer function, in the Increment / Decrement mode, you must align the various control points.

Parameter name Conditions Values Status group objects Key function N = Dimmer Disable

Enable If enabled, the communication object:

13+(N-1): Key N - Switching status is exposed. In this case the command sent with the object “1+(N-1): Key N – Switching” is consequent to the status feedback object associated with the receiver.




Object name Object function Conditions N° object Key N Switching Key function N = Dimmer 1+(N-1)

Key N Switching status Key function N = Dimmer Status group objects = Enable 13+(N-1)

Key N Dimming Key function N = Dimmer 25+(N-1) The dimming object is used to send a change of intensity (increase or decrease) to a dimmer actuator. Three values are used and they correspond to the commands: increase start 100%, decrease start 100%, stop variation. The increase / decrease commands are sent following a long press; the stop follows the release of the key. The value sent during activation can always be the same value or alternate between the two possible values (up / down) at every activation.

0 0 0 11

Decrease 100%

1 0 0 1Increase 100%

3 2 1 0 Bit Number

X 0 0 0 Stop

Direction: 1 = Increase 0 = Decrease

Amplitude (001b…111b) o Stop (000b)

4 Bit




3.2.3. Scene key function Channels managed individually Send a scene number that can be found in

the memory of the actuators: short touch

Save scene: touch maintained (e.g.) for 10s.

Note: all actuators equipped with this scene

number will save their status in this moment.

Send scene Short touch Save Long scene touch


Scene number Key function N = Scene 1 [in the range 1…64]

It establishes the command that must be sent to the recognition of the key short press. For each key enabled with this function, is generated the group object:

31+(N-1): Key N - Scene

Parameter name Conditions Values Long press mode Key function N = Scene None

Save scene It allows saving the scene on the actuators when it detects a key long press. The generated group object remain:

31+(N-1): Key N – Scene

However, save bit 7 is modified as described below.





Long press time Key function N = Scene

0,5s 1s 1,5s 2s 2,5s 3s 4s 5s 7s 10s

It establishes the time for the recognition of the key long press for the scene saving.

Object name Object function Conditions N° object Key N Scene Key function N = Scene 31+(N-1) Saves or recalls a scene. The lower 6 bit in the code byte represents the scene number, while the highest bit is the operation code (save or recall).

7 6 5 4 Bit Number

3 2 1 0

1 Byte

0 = recall, 1 = save

Scene Number (1-64)

Not used




3.2.4. Shutters and blinds function Channels managed separately Start Up/Down: cyclic, with long touch

Stop: Short touch

/ Long STOP Short touch touch

Channels managed in pairs Start Up / Stop: cyclic, with short touch

Start Up /Stop: cyclic, with short touch

Blades orientation: continuous touch

Stop blades orientation: stop continuous

touch

/STOP Short touch /STOP Short touch Long touch Long STOP touch


Short press mode Key function N = Shutters and blinds

Disable Up + stop Down + stop Up/down + stop Up Down Up/down Stop Open slats Close slats

It establishes the command that must be transmitted on the front of pressure or quick key release. If the "Long press mode" appears to be disabled, the message sending always occurs on the front of pressure instead of the release one. The communication objects interested in sending the command are:

1+(N-1): Key N - Shutter stop 7+(N-1): Key N - Shutter move





Long press mode Key function N = Shutters and blinds

Disable Up Down Up/down Stop Open slats Close slats Open/close slats

It establishes the command that must be sent to the recognition of a long press event. The communication object interested in sending the command is the same as for the short press:

1+(N-1): Key N - Shutter stop 7+(N-1): Key N - Shutter move

Note. With the values: Open slats, Close slats and Open/close slats, for the duration of the push of the button over the long press, the same command is repeatedly sent at 1 s interval.

Parameter name Conditions Values Release after long press mode Key function N = Shutters and blinds

Long press mode ≠ Disable Disable Stop

It establishes the command that must be sent on the front of key release, after recognizing a long press event. The communication object interested in sending the stop command are the same as for the short/long press:

1+(N-1): Key N - Shutter stop


Long press time Key function N = Shutters and blinds Long press mode ≠ Disable

0,5s 1s 1,5s 2s 2,5s 3s 4s 5s 7s 10s

It establishes the time for the recognition of the key long press.




Object name Object function Conditions N° object Key N Shutter stop Key function N = Shutters and blinds 1+(N-1) Key N Shutter move Key function N = Shutters and blinds 7+(N-1)

3.2.5. Send value function (brightness level, position of the roller shutters, the slats, etc.)

Channels managed individually Send value: Short touch

Send a value between 0 and 255.

Eg.: brightness = 33% (value 85)

Send Short touch value

Short touches in sequence: sending

incremental commands. The chosen

commands are sent one after the other

(increase or decrease between a minimum

and maximum value, comprised between 0

and 255) Example: 1° touch: comfort (command1); 2° touch: stand-by (command2); 3° touch: eco (command 3); 4° touch: comfort (command1)

Send Short Command touch

3° Touch: Eco

2° Touch: Stand-by

1° Touch : Comfort

4° Touch: …





Values number Key function N = Send value

1 2 3 4

It establishes the number of the set of values that will be sent in sequence, at every short press of the key.

Parameter name Conditions Values Value 1 Key function N = Send value

Values number ≥ 1 1 [in the range 0..255]

It establishes the value that is going to be transmitted with the status object:

37+(N-1): Key N – Send value


Values number ≥ 2 2 [in the range 0..255]




Value 3 Key function N = Send value Values number ≥ 3

3 [in the range 0..255]




Values number = 4 4 [in the range 0..255]






Channels managed individually Send 1° value: short touch

Send a value comprised between 0 and 255.


Send 2° value: long touch

Send a value comprised between 0 and 255.


Send Short touch Value 1 Send Long Value 2 touch


Long press mode Key function N = Send value Disable Enable

If enabled, introduces the object :

43+ (N-1): Key N - Send value (long press) for the transmission of the value also at the recognition of a key long press.





Long press time Key function N = Send value Long press mode = Enable

0,5s 1s 1,5s 2s 2,5s 3s 4s 5s 7s 10s

It establishes the time for the recognition of the key long press.


Values number Key function N = Send value Long press mode = Enable

1 2 3 4

It establishes the number of the set of values that will be sent in sequence, at every key long press.


Value 1 Key function N = Send value Long press mode = Enable Values number ≥ 1


It establishes the value that is going to be transmitted with the status object: 43+(N-1): Key N – Send value (long press )








It establishes the value that is going to be transmitted with the status object : 43+(N-1): Key N – Send value (long press )








Object name Object function Conditions N°

object Key N Send value Key function N = Send value 37+(N-1) Key N Send value (long press ) Key function N = Send value 43+(N-1)

3.2.6. Function - Control value (lock) Channels managed in pairs Lock ON: Long touch Lock OFF: Long touch Unlock ON: Short touch Unlock OFF: Short touch

Example: with a long touch, "Lock ON", the actuator output remains locked "ON" until the unlock short touch ("unlock ON ", exit with "ON" state and " unlock OFF ", exit with "OFF " state).

Lock ON OFF Long touch Unlock ON OFF Short touch





Short press mode Key function N = Control value

No control, OFF No control, ON Control, OFF Control, ON

It establishes the command that is going to be sent when detecting a short press of the button. The first two selection items correspond to the on/off control, while the control ones also imposes the forcing (in addition to the command). The communication object associated with this command is:

49+(N-1): Key N – Control


Long press mode Key function N = Control value

No control, OFF No control, ON Control, OFF Control, ON

It establishes the command that is going to be sent, when detecting a long press of the button. The considerations made for the previous parameter also apply for this one.


Long press time Key function N = Control value

0,5s 1s 1,5s 2s 2,5s 3s 4s 5s 7s 10s

It establishes the time for the recognition of the key long press event.




Object name Object function Conditions N° object Key N Control Key function N = Control value 49+(N-1) The group object of Switch Control type (priority or forcing) has a 2 bit size. If the 2 bit value of the object is 0 or 1 (therefore, the bit to the left is zero), the addressed actuator is normally controlled by means of the communication object. If the priority value of the object is 2 (therefore, the bit on the left is one and the right one is zero), the output will be deactivated or activated when the value is 3 (both bits are 1). The communication object value in this case is ignored, as long as the forcing is not removed.

1 0

0 = no forcing, 1 = forcing

Switching On/Off

Bit Number

2 Bits




3.3. Configuration parameters of the Position N - LED N section On the front are visible from one to four optical signals in correspondence with each active position. When receiving status feedback from the receivers, the LED can be programmed by using the ETS in order to choose a certain color and status. When approaching the finger to the front of the device, the intensity of the LED light increases: The possible colors are blue, red-amber and purple. The possible status are: ON Blinking (duty 50% and TON=TOFF can be set between 0,5s e 10s) OFF

Parameter name Conditions Values LED N Position N = activated Disable

Enable Parameter used to enable the light signal. It activates the communication object:

55+(N-1): LED N - Set ON/OFF


OFF color Led N = Enable

OFF Blue Red Purple

It sets the color to associate to the off status

Parameter name Conditions Values OFF mode Led N = Enable

OFF color ≠ OFF Steady Blink

It sets the blink or steady mode for the signaling of the OFF status.





OFF blink period

Led N = Enable OFF Color ≠ OFF OFF mode = Blink

0,5 s 1 s 1,5 s 2 s 2,5 s 3 s 3,5 s 4 s 4,5 s 5 s 5,5 s 6 s 6,5 s 7 s 7,5 s 8 s

It sets the blinking period of the signaling of the OFF status.


ON color Led N = Enable

OFF Blue Red Purple

It sets the color to associate to the ON status.


ON mode Led N = Enable ON color ≠ OFF

Steady Blink

It sets the blink or steady mode for the signaling of the ON status.





ON blink period

Led N = Enable ON color ≠ OFF ON mode = Blink


It sets the blink period of the signaling of the ON status.


Alarm 1 color Led N = Enable

OFF Blue Red Purple

It sets the color that is going to be associated to the Alarm 1 status. If set to other than OFF, it enables the communication object for the activation of the alarm signal:

67+(N-1): LED N – Set alarm 1

Parameter name Conditions Values Alarm 1 mode Led N = Enable

Alarm 1 color ≠ OFF Steady Blink

It sets the blink or Steady mode for the signaling of the Alarm 1 status.





Alarm 1 blink period

Led N = Enable Alarm 1 color ≠ OFF Alarm 1 mode = Blink


It set the blink period for the Alarm 1 status.


Alarm 2 color Led N = Enable

OFF Blue Red Purple

It sets the color that is going to be associated to the Alarm 2 status. If set to other than OFF, it enables the communication object for the activation of the alarm signal:

79+(N-1): LED N – Set alarm 2


Alarm 2 mode Led N = Enable Alarm 2 color ≠ OFF

Steady Blink

It sets the blink or Steady mode for the signaling of the Alarm 2 status.





Alarm 2 blink period

Led N = Enable Alarm 2 color ≠ OFF Alarm 2 mode = Blink


It set the blink period for the Alarm 2 status.


Status group objects Led N = Enable Disable Enable

Provides status indication of optical signals. It activates the following group objects:

61+(N-1): LED N –ON/OFF status 73+(N-1): LED N – Alarm 1 status Condition = Alarm 1 color ≠ OFF 85+(N-1): LED N – Alarm 2 status Condition = Alarm 2 color ≠ OFF




Object name Object function Conditions N° object

Led N Set ON/OFF LED N = Enable 55+(N-1)

Led N ON/OFF status LED N = Enable Status group objects = Enable 61+(N-1)

Led N Set Alarm 1 LED N = Enable Alarm 1 color ≠ OFF 67+(N-1)

Led N Alarm 1 status LED N = Enable Alarm 1 color ≠ OFF Status group objects = Enable

73+(N-1)

Led N Set alarm 2 LED N = Enable Alarm color 2 ≠ OFF 79+(N-1)

Led N Alarm 2 status LED N = Enable Alarm 2 color ≠ OFF Status group objects = Enable

85+(N-1)




3.4. Defining the data type of the communication objects (DPT)

N° ogg. Name - Object function Dim. Flags DPT

1 Key 1 - Switching 1 Bit C R W T - [1.001] Switch 1 Key 1 - Shutter stop 1 Bit C R W T - [1.007] Step 2 Key 2 - Switching 1 Bit C R W T - [1.001] Switch 2 Key 2 - Shutter stop 1 Bit C R W T - [1.007] Step 3 Key 3 - Switching 1 Bit C R W T - [1.001] Switch 3 Key 3 - Shutter stop 1 Bit C R W T - [1.007] Step 4 Key 4 - Switching 1 Bit C R W T - [1.001] Switch 4 Key 4 - Shutter stop 1 Bit C R W T - [1.007] Step 7 Key 1 - Shutter move 1 Bit C R W T - [1.008] UpDown 7 Key 1 - Switching (long press ) 1 Bit C R W T - [1.001] Switch 8 Key 2 - Shutter move 1 Bit C R W T - [1.008] UpDown 8 Key 2 - Switching (long press ) 1 Bit C R W T - [1.001] Switch 9 Key 3 - Shutter move 1 Bit C R W T - [1.008] UpDown 9 Key 3 - Switching (long press ) 1 Bit C R W T - [1.001] Switch

10 Key 4 - Shutter move 1 Bit C R W T - [1.008] UpDown 10 Key 4 - Switching (long press ) 1 Bit C R W T - [1.001] Switch 13 Key 1 – Switching status 1 Bit C - W - - [1.001] Switch 14 Key 2 – Switching status 1 Bit C - W - - [1.001] Switch 15 Key 3 – Switching status 1 Bit C - W - - [1.001] Switch 16 Key 4 – Switching status 1 Bit C - W - - [1.001] Switch 19 Key 1 – Switching status (long press ) 1 Bit C - W - - [1.001] Switch 20 Key 2 – Switching status (long press ) 1 Bit C - W - - [1.001] Switch 21 Key 3 – Switching status (long press ) 1 Bit C - W - - [1.001] Switch 22 Key 4 – Switching status (long press ) 1 Bit C - W - - [1.001] Switch 25 Key 1 - Dimming 3 Bit C R - T - [3.007] Control_Dimming 26 Key 2 - Dimming 3 Bit C R - T - [3.007] Control_Dimming 27 Key 3 - Dimming 3 Bit C R - T - [3.007] Control_Dimming 28 Key 4 - Dimming 3 Bit C R - T - [3.007] Control_Dimming 31 Key 1 - Scene 1 Byte C R - T - [17.001] Scene_Number 31 Key 1 - Scene (long press ) 1 Byte C R - T - [17.001] Scene_Number 32 Key 2 - Scene 1 Byte C R - T - [17.001] Scene_Number 32 Key 2 - Scene (long press ) 1 Byte C R - T - [17.001] Scene_Number 33 Key 3 - Scene 1 Byte C R - T - [17.001] Scene_Number 33 Key 3 - Scene (long press ) 1 Byte C R - T - [17.001] Scene_Number 34 Key 4 - Scene 1 Byte C R - T - [17.001] Scene_Number 34 Key 4 - Scene (long press ) 1 Byte C R - T - [17.001] Scene_Number 37 Key 1 – Send value 1 Byte C R W T - [5.010] Counter_Pulses 38 Key 2 – Send value 1 Byte C R W T - [5.010] Counter_Pulses 39 Key 3 – Send value 1 Byte C R W T - [5.010] Counter_Pulses 40 Key 4 – Send value 1 Byte C R W T - [5.010] Counter_Pulses 43 Key 1 – Send value (long press ) 1 Byte C R W T - [5.010] Counter_Pulses 44 Key 2 – Send value (long press ) 1 Byte C R W T - [5.010] Counter_Pulses 45 Key 3 – Send value (long press ) 1 Byte C R W T - [5.010] Counter_Pulses 46 Key 4 – Send value (long press ) 1 Byte C R W T - [5.010] Counter_Pulses




49 Key 1 – Control 2 Bit C R W T - [2.001] Switch_Control 50 Key 2 – Control 2 Bit C R W T - [2.001] Switch_Control 51 Key 3 – Control 2 Bit C R W T - [2.001] Switch_Control 52 Key 4 – Control 2 Bit C R W T - [2.001] Switch_Control 55 LED 1 – Set ON/OFF 1 Bit C R W T - [1.001] Switch 56 LED 2 – Set ON/OFF 1 Bit C R W T - [1.001] Switch 57 LED 3 – Set ON/OFF 1 Bit C R W T - [1.001] Switch 58 LED 4 – Set ON/OFF 1 Bit C R W T - [1.001] Switch 61 LED 1 – ON/OFF status 1 Bit C R - T - [1.001] Switch 62 LED 2 – ON/OFF status 1 Bit C R - T - [1.001] Switch 63 LED 3 – ON/OFF status 1 Bit C R - T - [1.001] Switch 64 LED 4 – ON/OFF status 1 Bit C R - T - [1.001] Switch 67 LED 1 – Set alarm 1 1 Bit C R W T - [1.001] Switch 68 LED 2 – Set alarm 1 1 Bit C R W T - [1.001] Switch 69 LED 3 – Set alarm 1 1 Bit C R W T - [1.001] Switch 70 LED 4 – Set alarm 1 1 Bit C R W T - [1.001] Switch 73 LED 1 – Alarm 1 status 1 Bit C R - T - [1.001] Switch 74 LED 2 – Alarm 1 status 1 Bit C R - T - [1.001] Switch 75 LED 3 – Alarm 1 status 1 Bit C R - T - [1.001] Switch 76 LED 4 – Alarm 1 status 1 Bit C R - T - [1.001] Switch 79 LED 1 – Set alarm 2 1 Bit C R W T - [1.001] Switch 80 LED 2 – Set alarm 2 1 Bit C R W T - [1.001] Switch 81 LED 3 – Set alarm 2 1 Bit C R W T - [1.001] Switch 82 LED 4 – Set alarm 2 1 Bit C R W T - [1.001] Switch 85 LED 1 – Alarm 2 status 1 Bit C R - T - [1.001] Switch 86 LED 2 – Alarm 2 status 1 Bit C R - T - [1.001] Switch 87 LED 3 – Alarm 2 status 1 Bit C R - T - [1.001] Switch 88 LED 4 – Alarm 2 status 1 Bit C R - T - [1.001] Switch 91 Key 1 – Enable function lock 1 Bit C R W T - [1.003] Enable 92 Key 2 – Enable function lock 1 Bit C R W T - [1.003] Enable 93 Key 3 – Enable function lock 1 Bit C R W T - [1.003] Enable 94 Key 4 – Enable function lock 1 Bit C R W T - [1.003] Enable 97 Key 1 – Function lock enable status 1 Bit C R - T - [1.011] State 98 Key 2 – Function lock enable status 1 Bit C R - T - [1.011] State 99 Key 3 – Function lock enable status 1 Bit C R - T - [1.011] State

100 Key 4 – Function lock enable status 1 Bit C R - T - [1.011] State 150 Keys sensibility – Set 1 Bit C R W T - [1.001] Switch 151 Keys sensibility – Status 1 Bit C R - T - [1.001] Switch 152 LED positions – Enable 1 Bit C R W T - [1.003] Enable 153 LED position – Enable status 1 Bit C R - T - [1.011] State 154 LED mode – Set day/night 1 Bit C R W T - [1.003] Enable 155 LED mode – Day/night status 1 Bit C R - T- [1.011] State 156 LED brightness – Set standard/reduced 1 Bit C R W T - [1.003] Enable 157 LED brightness – Standard/reduced status 1 Bit C R - T - [1.011] State 158 Keys click – Enable 1 Bit C R W T - [1.003] Enable 159 Keys click – Enable status 1 Bit C R - T - [1.011] State 160 Buzzer call – Enable 1 Bit C R W T - [1.003] Enable 161 Buzzer call – Enable status 1 Bit C R - T - [1.011] State




162 Buzzer call – Activate 1 Bit C R W T - [1.003] Enable 163 Buzzer call – Activate status 1 Bit C R - T - [1.011] State 164 Buzzer alarm – Enable 1 Bit C R W T - [1.003] Enable 165 Buzzer alarm – Enable status 1 Bit C R - T - [1.011] State 166 Buzzer alarm – Activate 1 Bit C R W T - [1.003] Enable 167 Buzzer alarm – Activate status 1 Bit C R - T - [1.011] State 168 Keypad lock – Activate 1 Bit C R W T - [1.003] Enable 169 Keypad lock – Activate status 1 Bit C R - T - [1.011] State

4. Reference standards

EN 50491-2 General requirements for Home and Building Electronic Systems (HBES) and Building Automation and Control Systems (BACS). Part 2: Environmental conditions

EN 50491-3 General requirements for Home and Building Electronic Systems (HBES) and Building Automation and Control Systems (BACS) Part 3: Electrical safety requirements

EN 50491-5-1 General requirements for Home and Building Electronic Systems (HBES) and Building Automation and Control Systems (BACS) Part 5-1: EMC requirements, conditions and test set-up

EN 50491-5-2 General requirements for Home and Building Electronic Systems (HBES) and Building Automation and Control Systems (BACS) Part 5-2: EMC requirements for HBES/BACS used in residential, commercial and light industry environment

PD 442KNXTC4 KONNEX TOUCH TRANSMITTER 1 4 CHANNELS … · KONNEX TOUCH TRANSMITTER 1 4 CHANNELS 2m...

Documents

Transcript of PD 442KNXTC4 KONNEX TOUCH TRANSMITTER 1 4 CHANNELS … · KONNEX TOUCH TRANSMITTER 1 4 CHANNELS 2m...