EAE ORIA User manual

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Product Manual Oria Thermostat
EAE KNX Oria Thermostat Oria Thermostat PM R1.0
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Product Manual Oria Thermostat
EAE KNX Oria Thermostat Oria Thermostat PM R1.0
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Content!
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1.!General!....................................................................................................................................................!4!
2.!Device!Technology!..................................................................................................................................!4!
2.1!Button!Definitions!...........................................................................................................................!4!
2.2!Connection!Diagram!........................................................................................................................!4!
2.3!Technical!Data!.................................................................................................................................!5!
2.4!Dimensions!......................................................................................................................................!5!
3.!Communication!Object!Table!..................................................................................................................!6!
4.!Parameters!and!Communication!Objects!................................................................................................!8!
4.1!General!............................................................................................................................................!8!
4.1.1!Parameters!..............................................................................................................................!8!
4.1.2!Communication!Objects!..........................................................................................................!9!
4.2! Rockers!and!Push!Buttons!..............................................................................................................!10!
4.2.1 ! Rockers !.......................................................................................................................................!10!
4.2.2!Push!Buttons!..........................................................................................................................!19!
4.3 !Temperature!Sensor!..........................................................................................................................!27!
4.3.1!Parameters!................................................................................................................................!27!
4.3.2!Communication!Objects!............................................................................................................!28!
4.4 !Thermostat!........................................................................................................................................!28!
4.4.1 !Parameters!................................................................................................................................!29!
4.4.2 !Communication!Objects!............................................................................................................!30!
4.4.3 !Control!Types!.............................................................................................................................!31!
4.4.3.1 !PI!Continuous!.........................................................................................................................!31!
4.4.3.2 !PI!PWM!..................................................................................................................................!31!
4.4.3.3 !On/Off!...................................................................................................................................!32!
4.4.3.4 !Fan!coil!...................................................................................................................................!32!
4.4.3.5 !Split!........................................................................................................................................!32!
4.4.4 !Heating!Control!..........................................................................................................................!32!
4.4.4.1 !PI!Continuous!.........................................................................................................................!32!
4.4.4.2 !PI!PWM!..................................................................................................................................!33!

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4.4.4.3 !On/Off!...................................................................................................................................!34!
4.4.4.4 !Fan!Coil!..................................................................................................................................!35!
4.4.4.5 !Split!Unit!................................................................................................................................!36!
4.4.5!Cooling!Control!..........................................................................................................................!37!
4.4.5.1!PI!Continuous!.........................................................................................................................!38!
4.4.5.2!PI!PWM!..................................................................................................................................!39!
4.4.5.3!On/Off!...................................................................................................................................!40!
4.4.5.4!Fan!Coil!..................................................................................................................................!41!
4.4.5.5!Split!Unit!................................................................................................................................!42!
4.4.6!Fan!Control!................................................................................................................................!43!
4.4.6.1!Parameter!..............................................................................................................................!44!
4.4.6.2!Communication!Objects!........................................................................................................!44!
4.5!Setpoints!...........................................................................................................................................!45!
4.5.1!Setpoint!Limitations!...................................................................................................................!46!
4.5.2!Operating!Modes!.......................................................................................................................!46!
4.5.3!Reset!on!Site!..............................................................................................................................!47!
4.5.4!Parameters!................................................................................................................................!47!
4.5.5!Communication!Objects!............................................................................................................!48!
4.6!Status!.................................................................................................................................................!49!
4.6.1!Parameters!................................................................................................................................!49!
4.6.2!Communication!Objects!............................................................................................................!49!
4.7!Local!Control!...........................................................................................................................................!50!
4.7.1!Parameters!.......................................................................................................................................!50!
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Product Manual Oria Thermostat
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1. General,,
Extendable!up!to!4!folds,!Oria!thermostats!offer!a!wide!range!of!functional!flexibility!with!integrated!
programmable!switches.!
Buttons!on!Oria!thermostats!can!be!programmed!to!control!lighting,!shutter/blind!drivers,!speakers,!make!
scene!calls!and!mimic!panic!buttons.!Each!button!can!be!programmed!independently!for!a!different!function.!!
2. Device,Technology,
2.1 Button,Definitions,
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1.!Programmable!Button!Group!1!!!!!!!!!!!!!2.!Fan!
Speed!(1,!2,!3,!A)! ! !!!!!!!!!!!3.!Operation!
Mode!(Comfort,!Night,!Away,!OFF)!4.!Setpoint!
Temperature!UP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!5.!Setpoint!
Temperature!DOWN!!!!!!!!!!!!!!!!!!!!!!!!!!!6.!Programmable!
Button!Group!2!
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2.2 Connection,Diagram,
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1.!KNX!Port!Terminal!
2.!Programming!Button!
3.!Programming!LED!
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Product Manual Oria Thermostat
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2.3 Technical,Data,
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2.4 Dimensions,
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Protection!Type!
IP20!
EN!60529!
Safety!Class!
II!
EN!61140!
Supply!
Voltage!Range!
Supply!Voltage!
Power!Consumption!
21-30V!DC,!Supply!from!EIB/KNX!line!
20!mA!
20!mA!x!30V!
Operation!LEDs!
Programming!LED!for!each!fold!
1!to!5!RGB!LEDs!for!physical!address!
identification!
Button!Operation!Life!
100.000!
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Temperature!
Operating!
Storage!
Transport!
-5°!C!!!!!!!!+!45°!C!
-25°!C!!!!!!+!55°!C!
-25°!C!!!!!!+!70°!C!
CE!
In!accordance!with!EMC!guideline!
and!low!voltage!regulation!
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3. Communication,Object,Table,
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No.
Object Name
Function
Number of Bits
Flags
0
General, operation
Active
1
CT
1
Rocker 1, switch
On/Off
1
CWT
Rocker 1, shutter
Up/Down
1
CWT
Rocker 1, value[0,1]
Send
1
CWT
Rocker 1, value[0…255]
Send
8
CWT
Rocker 1, value[0…65535]
Send
16
CWT
Rocker 1, value[-32768…32768]
Send
32
CWT
Rocker 1, value[0…4294967295]
Send
64
CWT
Rocker 1, value.temperature
Send
64
CWT
Button 1, switch
On/Off
1
CWT
Button 1, shutter
Up/Down
1
CWT
Button 1, value[0,1]
On/Off
1
CWT
Button 1, value[0...255]
Send
8
CWT
Button 1, value[0..65535]
Send
16
CWT
Button 1, value[-32768…32768]
Send
32
CWT
Button 1, value[0…4294967295]
Send
64
CWT
Button 1, value.temperature
Send
64
CWT
2
Rocker 1, dimming
Send
4
CWT
Rocker 1, shutter
Stop/Lamella Adj
1
CWT
Button 1, dimming
Send
4
CWT
Button 1, shutter
Stop/Lamella Adj
1
CWT
Button 1, value[0,1]
On/Off
1
CWT
Button 1, value[0…255]
Send
8
CWT
Button 1, value[0…65535]
Send
16
CWT
Button 1, value[-32768…32768]
Send
32
CWT
Button 1, value[0…4294967295]
Send
64
CWT
Button 1, value.temperature
Send
64
CWT
3
Rocker 1, shutter
Top Position
1
CWT
Rocker 1, status
Top Position
1
CWT
Button 1, shutter
Top Position
1
CWT
Button 1, status
Top Position
1
CWT
4
Rocker 1, shutter
Bottom Position
1
CWT
Button 1, shutter
Bottom Position
1
CWT

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49
Window Status
Open/Close
1
CW
50
Regulation
On/Off
1
CWT
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51
Split Heat
On/Off
1
CT
52
Split Cool
On/Off
1
CT
53
Split Heat Error
True/False
1
CT
54
Split Coo Error
True/False
1
CT
55
Current Temperature
Temperature
16
CRT
56
Current Setpoint
Temperature
16
CRT
57
Operating Mode
Send
8
CW
Comfort Mode
Enable
1
CW
58
Night Mode
Enable
1
CW
59
Away Mode
Enable
1
CW
60
Protect Mode
Enable
1
CW
61
Heat Control Value
On/Off
1
CT
Heat Control Value
Send
8
CT
62
Cool Control Value
On/Off
1
CT
Cool Control Value
Send
8
CT
63
Switchover
Control Mode
1
CRWT
Switchover
Control Mode Status
1
CRT
Switchover
Control Mode
8
CRWT
Switchover
Control Mode Status
8
CRT
64
Status Heat
On/Off
1
CRT
65
Status Cool
On/Off
1
CRT
66
Automatic Fan Speed
On/Off
1
CWT
67
Fan Speed
Send
8
CWT
Fan Speed 1
Enable
1
CWT
68
Fan Speed 2
Enable
1
CWT
69
Fan Speed 3
Enable
1
CWT
70
Setpoint Comfort (°C)
Temperature
16
CW
Setpoint Comfort (°F)
Temperature
16
CW
71
Setpoint Night (°C)
Temperature
16
CW
Setpoint Night (°F)
Temperature
16
CW
72
Setpoint Away (°C)
Temperature
16
CW
Setpoint Away (°F)
Temperature
16
CW
73
Reset OnSite
0/1
1
CW
74
Status Operating Mode
Send
8
CRT
Status Comfort
True/False
1
CRT
75
Status Night
True/False
1
CRT

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76
Status Away
True/False
1
CRT
77
Status Protect
True/False
1
CRT
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4. Parameters,and,Communication,Objects,
4.1,General,
General parameters includes configuration of “in operation bit”, total rocker count, telegram limitations,
window status, LED and LCD controls.
Figure 1
4.1.1 Parameters,
Parameter
Settings
Description
Enable In Operation
Enable/Disable
In operation can be used to ensure
that device is alive and connected
to KNX line.
In Operation Bit
Off/On
Visible when “Enable In
Operation” enabled. Bit value to
send as device alive operation
In Operation Send Interval[sec]
0… 300 …65535
Visible when “Enable In
Operation” enabled. Cyclic time
period for sending in operation bit
Enable Telegram Limit
Enable/Disable
Limits the number of telegrams to
send in certain time period

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Telegram Limit Period Duration
50ms, 100ms, …, 30sn, 1min
Visible when “Enable Telegram
Limit” enabled. Time period to
check telegram numbers
Maximum Telegram Count in
Period
1.. 100 …255
Visible when “Enable Telegram
Limit” enabled. Maximum number
of telegrams to send in telegram
limit period duration
Light Duration of LED
0,75s , 2.25s, 3.25s
LEDs on duration when status LEDs
used as status indication with
rocker or push buttons.
Rocker Count
2, 3 ,4
Number of rockers should be
selected compatible with device to
be able to use rockers and push
buttons correctly.
Window Status
Enable/Disable
Enables communication object
which will be used to detect
window status. When window
detected as open thermostat
automatically enters “Protect
Mode” with error and detected as
close will return to the previous
mode.
LCD Backlight Control *[1]
Always On
LCD backlight always %100
brightness.
Dimmed After Timeout
Normally %30 brightness, after a
button pressed %100 brightness
for 5 seconds, then returns to %30
brightness
LCD Setpoint Segment
Enable/Disable
When disabled current setpoint
value will replace temperature
segment on LCD and blink for a
few seconds, otherwise additional
setpoint segment will be used.
Table 2
*[1] LCD Backlight Control: Additional to the LCD backlight control through “LCD Backlight Control” parameter,
LCD has another method to control backlight. Pressing “Setpoint Decrease Button” for longer than 6 seconds
will dim the backlight to %10 brightness. If the LCD backlight control is selected as “Dimmed After Timeout”,
pressing buttons will no longer have any effect on the backlight brightness. Pressing “Setpoint Increase Button”
for longer than 6 seconds causes the brightness levels to return to normal mode.
4.1.2,Communication,Objects,
No
Object Name
Function
Data Type
Flags
0
General – In operation
Active
1 Bit
DPT 1.002
CT
In operation value (0,1) selected through “In operation bit” parameter will be send via the group address
which is linked to this communication object
49
Window Status
Open/Close
1 bit
DPT 1.009
CWT

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If window status enabled, this communication object will be used to detect window status. If window
detected as open thermostat will enter protect mode and will not response mode change commands (over
communication object or operating mode button) until window detected as closed through this
communication object.
Table 3
4.2,Rockers,and,Push,Buttons,
Total number of rockers can be selected through “Rocker Count” parameter in “General” tab. Buttons on the
thermostat can be used as rockers or push buttons. Select the desired operation from the “Rocker N” (N:
Rocker number) tab (Figure 2). If configured as push buttons, 2 push button tabs will be visible under “Rocker
N” tab (Figure 3). Both rockers and push button have 5 functions, no function, switch, switch and dim, shutter
and value operation.
Figure2
Figure3
4.2.1,Rockers ,
Number of rockers should be selected in “General” tabs in parameters and should be chosen as compatible
with the device that will be configured. Rockers are numbered from top to bottom, topmost rocker as Rocker 1,
below it Rocker 2, and so on. Rockers can be configured as 4 different operations and 1 function to disable
rocker (No Function). Operation selection can be configured with “Rocker Function” parameter. Every function
enables different parameters and communication objects that will be explained in the following chapters.
Parameter
Setting
Description
Rocker Operation
Rocker/2 Push Button
Selects the function of rocker
Rocker Function
No Function
Disables the rocker
Switch
Rocker can be used to send on/off
telegrams. (For more information
Chapter 4.2.1.1)
Switch and Dim
Rocker can send on/off and
dimming telegrams. (For more
information Chapter 4.2.1.2)

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Shutter
Rocker can control shutter,
venetian blind, blind, roller and
awning. (For more information
Chapter 4.2.1.3)
Value Operation
Rocker buttons can send
predefined values from different
data types. (For more information
Chapter 4.2.1.4)
Table 4
Rockers also have status LEDs which can be configured to indicate state of the operation that is configure.
4.2.1.1.1 Switch'
Selecting “Switch” as “Rocker Function“ enables to send 1 bit On(1)/Off(0) telegrams to the group address that
is linked to respective communication object. Status LEDs can be configured to notify the current status of
operation directly with buttons or using communication objects for confirmation to show current status.
Figure 4
4.2.1.1.1##Parameters#
Parameter
Setting
Description
Mode of Buttons
LeftButtonOnRightButtonOff
Left Button Off Right Button On
Select which button is ON button and which
button is OFF button
Function of LED
LED permanently Off
LED always Off
LED permanently On
LED always On
Status Indication
Status LED of last pressed rocker button is on,
other rocker button is off. If “Separate Comm
Object” parameter selected as “Enable” status
LEDs will wait for confirmation from
communication object before changing state.
Inverted Status Indication
Status LED of last pressed rocker button is off,
other rocker button is on. If “Separate Comm
Object” parameter selected as “Enable” status
LEDs will wait for confirmation from
communication object before changing state.

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Operation Indication
Status LED of the pressed rocker button will
be on for the time period selected at “Light
Duration of LED” parameter at “General” tab.
Separate Comm Object
Enable/Disable
Only visible when “Function of LED” selected
as “Status Indication” or “Inverted Status
Indication”. This communication objects is the
input of confirmation for status LEDs. If
selected “Enable” respective communication
object should be linked to an appropriate
group address
Table 5
4.2.1.1.2#Communication#Objects#
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No
Object Name
Function
Data Type
Flags
1
Rocker1 – Telegr.switch
On/Off
1 bit
DPT 1.001
CWT
On/Off telegrams will be send to group address that is linked to this communication
object.
3
Rocker1 – Status
Comm.Obj.
On/Off
1 bit
DPT 1.002
CWT
Confirmation for On/Off switch telegrams will be received from this communication
object. If these communications object visible, it must link to an appropriate group address.
Otherwise status LEDs will not function correctly. If status confirmation not to be used the
communication object should be disabled by
“Separate Comm Object” parameter.
Table 6
4.2.1.2'Switch'and'Dim'
Figure 5

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Rockers can be configured with switching and dimming capability. When configured as “Switch and Dim” rocker
buttons will have two modes switch mode and dim mode. When rocker button pressed shorter than time
period specified in “Long Press Duration” parameter, rocker button will act as a switch. In switch mode rocker
buttons will behave as normal switches as explained in Chapter 4.1.1. When rocker buttons pressed longer
than “Long Press Duration” rocker will enter “Dim mode”. Dimming capability can be used in two different
types “Start Stop” and “Step Wise”. Which type to use can be configured in “Dimming Type” parameter.
Dimming - Start Stop Type
When rocker button pressed (and not released) and pressed duration exceeds “Long Press Duration” time
“Increase, %100”(When on button pressed) or “Decrease,%100”(When off button pressed) dimming level will
be send using respective communication object. When button is released “Increase, Break” or “Decrease,
Break” value will be sent to stop dimming operation.
Dimming - Step Wise Type
When rocker button pressed (and not released) and pressed duration exceeds “Long Press Duration” time, a
step value level configured in “Step Value” parameter will be send using respective communication object.
Until button is released same step value will be send periodically with a time interval defined in “Step Send
Interval”.
4.2.1.2.1#Parameters#
Parameter
Setting
Description
Mode of Buttons
Left Button Brighter(On) Right Button
Darker(Off)
/ Left Button Brighter(Off) Right Button
Darker(On)
Select which rocker button is on
button and which rocker button is off
button
Long Press Duration
300ms/ 400ms/ 500ms/ 600ms/ 800ms / 1s /
1.2s / 1.5s/ 2s / 3s / 4s / 5s / 6s / 7s / 8s / 9s /
10s
Time interval to switch from “switch
mode” to “dimming mode”.
Dimming Type
Start Stop / Step Wise
Select dimming type. (Chapter
4.2.1.2)
Step Value
%100 / %50 / %25 / %12.5 / %6.25 / %3.13 /
% 1.56
Visible when dimming type is Step
Wise. Selects the dimming resolution
that will be sending at every “Step
Send Interval”.
Step Send Interval
300ms/ 400ms/ 500ms/ 600ms/ 800ms / 1s/
1.2s / 1.5s/ 2s / 3s / 4s / 5s / 6s / 7s / 8s / 9s /
10s
Visible when dimming type is Step
Wise. Selects the time interval to
send dimming increase/decrease
values
Function of LED
LED Permanently Off
LED always off
LED Permanently On
LED always on
Status Indication
Status LED of last pressed rocker
button is on, other rocker button is
off. If “Separate Comm Object”
parameter selected as “Enable”
status LEDs will wait for confirmation
from communication object before
changing state.

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Inverted Status Indication
Status LED of last pressed rocker
button is off, other rocker button is
on. If “Separate Comm Object”
parameter selected as “Enable”
status LEDs will wait for confirmation
from communication object before
changing state.
Operation Indication
Status LED of the pressed rocker
button will be on for the time period
selected at “Light Duration of LED”
parameter at “General” tab.
Separate Comm
Object
Enable / Disable
Only visible when “Function of LED”
selected as “Status Indication” or
“Inverted Status Indication”. This
communication objects is the input of
confirmation for status LEDs. If
selected as “Enable” respective
communication object should be
linked to an appropriate group
address
Table 7
4.2.1.2.2#Communication#Objects#
No
Object Name
Function
Data type
Flags
1
Rocker1 – switch
On/Off
1 bit
DPT 1.001
CWT
On/Off telegrams will be send to group address that is linked to this communication object.
2
Rocker1 – dimming
Dim
4 bit
DPT 3.007
CWT
Dimming values will be send to group address that is linked to this communication object.
3
Rocker1-Status
Comm.Obj.
On/Off
1 bit
DPT 1.002
CWT
Confirmation for On/Off switch telegrams will be received from this communication object. If these
communication object visible, it must link to an appropriate group address. Otherwise status LEDs will not
function correctly. If status confirmation not to be used the communication object should be disabled by
“Separate Comm Object” parameter.
Table 8
4.2.1.3 Shutter'

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Figure 6
Selecting “Shutter” for “Rocker Operation” enables shutter operation for rocker buttons. Shutter functions can
be configured to control two different shutter operations “Shutter/Venetian Blind” function or
“Blind/Roller/Awning” function.
Shutter/Venetian Blind Function
Firstly, select which rocker button is used for “up” operation, which rocker button is used for “down” operation
by “Mode of Buttons” parameter. Both buttons have two functions as “short press” function and “long press”
function, “Long Press Duration” parameter configures the limit time period for “long press” operation. “Long
Press” will be used to move the blind upwards or downwards. “Short press” has two different functions
whether blind is moving or not. When blind is moving “short press” acts as a stop button that stops the blinds
movement, when blind is not moving “short press” function is used to adjust lamella position.
Short Press
Long press
Up Button – Blind Moving
Stop
Up
Down Button – Blind Moving
Stop
Down
Up Button – Blind Stopped
Lamella Down
Up
Down Button – Blind Stopped
Lamella Up
Down
Table 9
When “Up Button” long pressed “Up” telegram will be transmitted using “Rocker1 – Shutter UP/DOWN”
communication object and shutter will start moving upwards until it reaches “Top Position” or “STOP” telegram
transmitted using “Rocker1 – STOP/Lamella Adj.” communication object by short pressing “Up Button” or
“Down Button”.
When “Down Button” long pressed “Down” telegram will be transmitted using “Rocker1 – Shutter UP/DOWN”
communication object and shutter will start moving downwards until it reaches “Bottom Position” or “STOP”
telegram transmitted using “Rocker1 – STOP/Lamella Adj.” communication object by short pressing “Up
Button” or “Down Button”.
When blind is not moving “Up Button” and “Down Button” operate as lamella adjustment and respective
telegram will be send using “Rocker1-STOP/Lamella Adj.” communication object.
Blind/Roller/Awning Function
Selecting “Control Type” parameter as “Blind/Roller/Awning” disables lamella adjustment functions of rocker
buttons. In this control type, when “Up Button” pressed “Up” telegram will be send using “Rocker1 – shutter.
UP/DOWN” communication object and pressed again while blind is moving “STOP” telegram will be send using
“Rocker1 – STOP/Lamella adj.” communication object. When “Down Button” pressed “DOWN” telegram will be
sending using “Rocker1 – shutter. UP/DOWN” communication object and pressed again while blind is moving
“STOP” telegram will be send using “Rocker1 – STOP/Lamella adj.” communication object.
4.2.1.3.1#Parameters#
Parameter
Setting
Description

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Mode of Buttons
LeftUpRightDown
Left Down Right Up
Select which rocker button is “Up
Button” and which rocker button
is “Down Button”.
Control Type
Shutter/Venetian Blind
Blind/Roller/Awning
Selects control type of blinds.
Shutter/Venetian Blind function
includes “Lamella Control” and
Blind/Roller/Awning function does
not include “Lamella Control”.
Function of LED
LED Permanently Off
LED always off
LED Permanently On
LED always on
Status Indication
Visualize blind’s state using status
LEDs of up and down buttons. *[5]
Operation Indication
Status LED of the pressed rocker
button will be on for the time
period selected at “Light Duration
of LED” parameter at “General”
tab.
Long Press Duration
300ms/ 400ms/ 500ms/ 600ms/
800ms / 1s / 1.2s / 1.5s/ 2s / 3s /
4s / 5s / 6s / 7s / 8s / 9s / 10s
Time interval to switch from short
press to long press
Table 10
*[5] LED Function – Status Indication
Status indication operates the same way for “Shutter/Venetian Blind” and “Blind/Roller/Awning”. LEDs status
respective to blind’s state is given below
Up Button - Status LED
Down Button - Status LED
Moving upward
Blink
Off
Moving downward
Off
Blink
At top position
On
Off
At bottom position
Off
On
Stop between top - bottom
Off
Off
Table 11
When “Function of Led” selected as “Status Indication”, “Top Position” and “Bottom Position” communication
objects given below must be linked to the appropriate group addresses for the status LEDs to function
correctly.
4.2.1.3.2 Communication#Objects#
No
Object Name
Function
Data Type
Flags
1
Rocker1-shutter
UP/DOWN
Up/Down
1 bit
DPT 1.008
CWT
This communication object will be used to start blind movement.
2
Rocker1 –
STOP/Lamella adj.
Stop/Lamella adj.
1 bit
DPT 1.002
CWT
When “Control Type” parameter is “Shutter/Venetian Blind” this communication object is used to stop
movement of blind and adjust lamella position, otherwise when “Control Type” parameter is
“Blind/Roller/Awning” only used for stopping blind movement.
3
Rocker1-Top
Position
True/False
1 bit
DPT 1.002
CWT

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This communication object should be linked to an appropriate group address that will be used to detect
whether blind is at “Top Position” (True) or not (False).
4
Rocker1-Bottom
Position
True/False
1 bit
DPT 1.002
CWT
This communication object should be linked to an appropriate group address that will be used to detect
whether blind is at “Bottom Position” (True) or not (False).
Table 12
4.2.1.4 Value'Operation'
Figure 7
Rocker buttons can be configured to send predefined values from different data types. Values selected for both
rocker buttons will be transmitted over the same communication object.4.2.1.4.1 Parameters
Parameter
Setting
Description
Function of Led
LED Permanently Off
LED always off
LED Permanently On
LED always on
Operation Indication
Status LED of the pressed rocker
button will be on for the time
period selected at “Light Duration
of LED” parameter at “General” tab.
Data Type
No Reaction
1 bit value
1byte value [0…255]
Percent value [%0…%100]
2 byte value [-32768…32767]
2 byte value [0…65535]
4 byte value [floating point]
4 byte value [0…4294967295]
Select data type.
Left Button of Rocker
Sent value
0/1
Visible when “Data Type” selected
as “1 bit value”.
Transmitted value [0…255]
0 …255
Visible when “Data Type” selected
as “1 byte value”.
Send percent value [%0…%100]
0… 80 …100
Visible when “Data Type” selected
as “percent value”.

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Transmitted value [-32768…32767]
-32768… 0 …32767
Visible when “Data Type” selected
as “2 byte value [-32768…32767]”.
Transmitted value [0…65535]
0 …65535
Visible when “Data Type” selected
as “2 byte value [0…65535]”.
Float decimal
-128… 0 …127
Visible when “Data Type” selected
as “4 byte value [floating point]”.
Float rational
0 …99
Visible when “Data Type” selected
as “4 byte value [floating point]”.
Transmitted value
[0…4294967295]
0…4294967295
Visible when “Data Type” selected
as “4 byte value [0…4294967295]”.
Right Button of Rocker – Operate the same way as Left Button of Rocker
Table 13
4.2.1.4.2#Communication#Objects#
No
Object Name
Function
Data type
Flags
1
PushButton1 – value[0,1]
True/False
1 bit
DPT 1.002
CWT
Enabled when “Data Type” selected as “1 bit value”
PushButton1– value[0…255]
Send
1 byte
DPT 5.010
CWT
Enabled when “Data Type” selected as “1byte value [0…255]”
PushButton1– value[0…255]
Send
1 byte
DPT 5.001
CWT
Enabled when “Data Type” selected as “Percent value [%0…%100]
PushButton1- value[-32768…32767]
Send
2 byte
DPT 8.001
CWT
Enabled when “Data Type” selected as “2 byte value [-32768…32767]”
PushButton1- value[0…65535]
Send
2 byte
DPT 7.001
CWT
Enabled when “Data Type” selected as “2 byte value [0…65535]”
PushButton1- value[temperature]
Send
4 byte
DPT 14.068
CWT
Enabled when “Data Type” selected as “4 byte value [floating point]
PushButton1-value[0…4294967295]
Send
4 byte
DPT 12.001
CWT
Enabled when “Data Type” selected as “4 byte value [0…4294967295]”
2
PushButton1-long – value[0,1]
True/False
1 bit
DPT 1.002
CWT
Enabled when “Long Press Data Type” selected as “1 bit value”
PushButton1-long – value[0…255]
Send
1 byte
DPT 5.010
CWT
Enabled when “Long Press Data Type” selected as “1byte value [0…255]”
PushButton1– value[0…255]
Send
1 byte
DPT 5.001
CWT
Enabled when “Long Press Data Type” selected as “Percent value [%0…%100]
PushButton1 - long- value[-
32768…32767]
Send
2 byte
DPT 8.001
CWT
Enabled when “Long Press Data Type” selected as “2 byte value [-32768…32767]”
PushButton1- long -
value[0…65535]
Send
2 byte
DPT 7.001
CWT
Enabled when “Long Press Data Type” selected as “2 byte value [0…65535]”

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PushButton1- long -
value[temperature]
Send
4 byte
DPT 14.068
CWT
Enabled when “Long Press Data Type” selected as “4 byte value [floating point]
PushButton1- long -
value[0…4294967295]
Send
4 byte
DPT 12.001
CWT
Enabled when “Long Press Data Type” selected as “4 byte value [0…4294967295]”
Table 14
4.2.2,Push,Buttons,
Number of rockers should be selected in “General” tabs in parameters and should be chosen as compatible
with the device that will be configured. Push buttons are numbered from top to bottom – right to left, topmost
right push button as push button 1, near it push button 2, and so on. Push buttons can be configured as 4
different operations and 1 function to disable push button (No Function). Operation selection can be
configured from “Push Button N” (N: Push button number) tab, visible when “Rocker Operation” selected as “2
Push Buttons”. Every function enables different parameters and communication objects that will be explained
in the following chapters.
Parameter
Setting
Description
Push Button Function
No Function
Disables the push button
Switch
Push buttons can be used to send
on/off telegrams. (For more
information Chapter 4.2.2.1)
Switch and Dim
Push buttons can send on/off and
dimming telegrams. (For more
information Chapter 4.2.2.2)
Shutter
Push button can control shutter,
venetian blind, blind, roller and
awning. (For more information
Chapter 4.2.2.3)
Value Operation
Push button can send predefined
values from different data types.
(Refer Section 4.2.2.4)
Table 15
Push buttons also have status LEDs which can be configured to indicate state of the operation that is
configured.
4.2.2.1' Switch
Selecting “Switch” as “Push Button Function“ enables to send 1 bit On(1)/Off(0) telegrams to the group address
that is linked to respective communication object. Pressing and releasing buttons can be assigned to different
commands (On, Off, Toggle and No Command). Status LEDs can be configured to notify the current status of

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operation directly with buttons or using communication objects for confirmation to show current status.
4.2.2.1.1#Parameters#
Parameter
Setting
Description
Command on Press
On / Off / Toggle / No command
Selects button function when button pressed.
Command on Release
On / Off / Toggle / No command
Selects button function when button released.
Function of LED
LED permanently Off
LED always Off
LED permanently On
LED always On
Status Indication
Last transmitted command “on” -> LED on
Last transmitted command “off” -> LED off
If “Separate Comm Object” enabled, status
LEDs will wait for confirmation before
changing status.
Inverted Status Indication
Last transmitted command “on” -> LED off
Last transmitted command “off” -> LED on
If “Separate Comm Object” enabled, status
LEDs will wait for confirmation before
changing status.
Operation Indication
Status LED of the pressed push button will be
on for the time period selected at “Light
Duration of LED” parameter at “General” tab.
Last transmitted command value has no effect
to the status led operation.
Separate Comm Object
Enable/Disable
Only visible when “Function of LED” selected
as “Status Indication” or “Inverted Status
Indication”. This communication objects is the
input of confirmation for status LEDs. If
selected “Enable” respective communication
object should be linked to an appropriate
group address.
Table 16
4.2.2.1.2#Communication#Objects#
No
Object Name
Function
Data Type
Flags
1
PushButton1
switch
1 bit
DPT 1.001
CWT
On/Off telegrams will be send to group address that is linked to this communication object.
3
PushButton1
Status Comm.Obj.
1 bit
DPT 1.002
CWT
Confirmation for On/Off switch telegrams will be received from this communication object. If these
communications object visible, it must link to an appropriate group address. Otherwise status LEDs will not
function correctly. If status confirmation not to be used the communication object should be disabled by
“Separate Comm Object” parameter.
Table 17