IntesisBox IS-IR-KNX-1i User Manual

IntesisBox

®

IS-IR-KNX-1i v1.0

User's Manual

Issue Date: 06/2017

r1.0 eng

IntesisBox® KNX – IR Universal AC

User's manual r1.0 eng

© Intesis Software S.L.U. - All rights reserved

This information is subject to change without notice

IntesisBox® is a registered trademark of Intesis Software SLU

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© Intesis Software S.L.U. 2017 All Rights Reserved.

Information in this document is subject to change without notice. The software described in this document is
furnished under a license agreement or nondisclosure agreement. The software may be used only in
accordance with the terms of those agreements. No part of this publication may be reproduced, stored in a
retrieval system or transmitted in any form or any means electronic or mechanical, including photocopying and
recording for any purpose other than the purchaser’s personal use without the written permission of Intesis
Software S.L.U.

Intesis Software S.L.U.
Milà I Fontanals, 1 bis
08700 Igualada
Spain

TRADEMARKS
All trademarks and tradenames used in this document are acknowledged to be the copyright of their respective
holders.

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Gateway for integration of IR air conditioners into KNX TP-1
(EIB) control systems.

Compatible with AC units, of most AC brands, provided with an IR receiver.

Application’s Program Version: 1.0

Order Code: IS-IR-KNX-1i

IntesisBox® KNX – IR Universal AC

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Table of Contents

1 Presentation ............................................................................................................................................ 6

2 Quick setup .............................................................................................................................................. 7

3 Device Installation ................................................................................................................................... 8

Location selection ............................................................................................................................... 8

Connection to IR and location ............................................................................................................ 9

Connection to KNX ........................................................................................................................... 11

Binary Input connection .................................................................................................................... 12

4 Configuration and setup ........................................................................................................................ 14

5 ETS Parameters and Configuration ...................................................................................................... 15

General configuration ....................................................................................................................... 16

5.1.1 AC brand ................................................................................................................................ 16

5.1.2 Model ...................................................................................................................................... 16

5.1.3 Delay before sending initial “Read” telegrams ....................................................................... 16

5.1.4 Scene to execute on bus recovery / startup........................................................................... 17

5.1.5 Enable “lock control” objects .................................................................................................. 17

5.1.6 Enable func “Operation time objects” ..................................................................................... 17

5.1.7 RGB LED mode ..................................................................................................................... 18

AC supported features ..................................................................................................................... 18

Mode ................................................................................................................................................. 19

5.3.1 Enable use of bit-type Mode objects (for control) .................................................................. 19

5.3.2 Enable use of bit-type Mode objects (for status).................................................................... 19

5.3.3 Enable use of + / - object for Mode ........................................................................................ 20

5.3.4 Enable use of Text object for Mode ....................................................................................... 20

Fan Speed ........................................................................................................................................ 21

5.4.1 DPT object type for fan speed ............................................................................................... 21

5.4.2 Enable use of bit-type Fan Speed objects (for Control) ......................................................... 22

5.4.3 Enable use of bit-type Fan Speed objects (for Status) .......................................................... 22

5.4.4 Enable use of +/- object for Fan Speed ................................................................................. 23

5.4.5 Enable use of Text object for Fan Speed ............................................................................... 23

Up-Down vanes configuration dialog ............................................................................................... 24

5.5.1 DPT object type for Vane Up-Down ....................................................................................... 24

5.5.2 Enable use of bit-type Vane U-D objects (for Control) ........................................................... 25

5.5.3 Enable use of bit-type Vane U-D objects (for Status) ............................................................ 25

5.5.4 Enable use of +/- obj for Vane Up-Down ............................................................................... 26

5.5.5 Enable use of Text object for Vane U-D ................................................................................ 26

Left-Right vanes configuration dialog ............................................................................................... 27

5.6.1 DPT object type for Vane Left-Right ...................................................................................... 27

5.6.2 Enable use of bit-type Vane L-R objects (for Control) ........................................................... 28

5.6.3 Enable use of bit-type Vane U-D objects (for Status) ............................................................ 28

5.6.4 Enable use of +/- obj for Vane Left-Right ............................................................................... 29

5.6.5 Enable use of Text object for Vane U-D ................................................................................ 29

Temperature configuration dialog..................................................................................................... 30

5.7.1 Set Point - Enable use of +/- obj for Setp Temp .................................................................... 30

5.7.2 Set Point - Enable limits on Control_ Setpoint obj ................................................................. 31

5.7.3 Set Point - Periodic sending time ........................................................................................... 31

5.7.4 Ambient - Transmission of “Status_ AC Ret Temp” ............................................................... 31

5.7.5 Ambient - Periodic sending time ............................................................................................ 31

Scene Configuration dialog .............................................................................................................. 32

5.8.1 Enable use of scenes ............................................................................................................. 32

5.8.2 Scenes can be saved from KNX ............................................................................................ 32

5.8.3 Enable use of bit-field objects for save .................................................................................. 33

5.8.4 Enable use of bit-field objects for execute ............................................................................. 33

5.8.5 Scene “x” preset ..................................................................................................................... 34

Enable use of Open Window ............................................................................................................ 35

Enable use of Occupancy function ............................................................................................. 36

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Binary Input “x” configuration dialogs ......................................................................................... 38

5.11.1 Enable use of Input “x” ........................................................................................................... 38

5.11.2 Contact type ........................................................................................................................... 39

5.11.3 Debounce time ....................................................................................................................... 39

5.11.4 Disabling function ................................................................................................................... 39

5.11.5 Function.................................................................................................................................. 39

6 Electrical and Mechanical features ........................................................................................................ 40

7 List of compatible AC indoor units. ........................................................................................................ 41

8 Appendix A – Communication Objects Table ........................................................................................ 42

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1 Presentation

IntesisBox® IS-IR-KNX-1i allows monitoring and control of Air
Conditioners from KNX installations.

Compatible with most AC units with an IR receiver.

Great flexibility of integration into your KNX projects. Configuration is made directly from ETS, the
database of the device comes with a complete set of communication objects allowing, from a simple
and quick integration using the basic objects, allowing a simple and quick integration.

Main features:

• Reduced dimensions and quick installation.

• Includes a USB connector for fast programming download.

• Multiple objects for control and status (bit, byte, characters…) with KNX standard datapoint types.

• Status objects for every control available.

• Special Modes available (Power, Economy, Additional Heating and Additional Cooling).

• Timeout for Open Window and Occupancy. Sleep function also available.

• Control of the AC unit based in the ambient temperature read by the own AC unit, or in the ambient

temperature read by any KNX thermostat.

• Total Control and Monitoring of the AC unit from KNX, including monitoring of AC unit’s state of internal

variables, running hours’ counter (for filter maintenance control), and error indication and error code.

• AC unit can be controlled simultaneously by the remote controller of the AC unit and by KNX.

• Up to 5 scenes can be saved and executed from KNX, fixing the desired combination of Operation Mode,

Set Temperature, Fan Speed, Vane Position and Remote Controller Lock in any moment by using a
simple switching.

• Two binary inputs for potential-free contacts provide the possibility to integrate many types of external

devices for window status control (window contacts) and occupancy (presence sensor

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2 Quick setup

Figure 2.1 IS-IR-KNX-1i integration example

1. Check the interface location that best fits the installation (section 3.1)

2. Connect the interface to the KNX bus.

3. Download the ETS database for this product, import it and add it to the current ETS project.

4. Access the parameter section of the IntesisBox device. Notice that parameters for this interface are
configured through a specific plugin (section 5).

5. Select the communication objects to be used and other parameters. This step can be omitted if working
with the default objects and parameters.

6. Save the configuration file and download the application program.

7. Close the plugin and apply changes when asked.

8. Link the group address from the communication object of the KNX device with the communication object
inside the IntesisBox interface.

9. Download the ETS parameters as with any other standard KNX device.

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3 Device Installation

Location selection

Determining that the IntesisBox device will be working as expected in the installation location is an important
stage. In order to determine the best location for your IntesisBox device, use the Wireless Controller (the one
of your AC unit).

When selecting the installation location, please keep in mind that the IntesisBox device has 2 IR emitters and 1
IR receiver. The 2 emitters increase the installation possibilities allowing many different suitable positions for
the device location. On the other hand, the receiver offers the possibility to get the feedback from the IR wireless
remote controller so the KNX status objects can be updated with that feedback.

Figure 3.1 IR emitters and IR receiver location

IR reception area

IR transmission area

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Connection to IR and location

There is no special requirement to match the IR receiver and the IntesisBox IS-IR-KNX-1i interface. Simply
select your model from the list present in the plugin. If your AC unit is not present, please check the compatibility
list as in section 7. You can find more information about the IR configuration in section 5.

IntesisBox IS-IR-KNX-1i can be installed in many different locations.

A) Side-by-side with the AC unit B) In front of the AC unit

C) Under the AC unit D) Desktop position

Figure 3.2 IR emitters and IR receiver location

Case A: Installed side-by-side with the AC unit. In that case, the signal will travel from the IntesisBox device to

the AC unit tacking advantage of the rebounds on the floor or other furniture present in the room.

D

IMPORTANT: Keep in mind that some furniture and materials (carpets, curtains, glass,

metal…) may affect on the IR communication.

NOTE: The IntesisBox device has 2 IR emitters pointing at 2 different locations. Considering
this and IR reflections, valid locations for the IntesisBox device may be many and very different
depending on each installation. Check section 3.1 for more information.

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Case B: Installed in front of the AC unit. In that case, the signal will travel from the IntesisBox device directly to
the AC unit.

Case C: Installed below the AC unit. In that case, the signal will travel from the IntesisBox device to the AC unit
tacking advantage of the rebounds on the wall in front of it or other furniture present in the room.

Case D: If you want to place the device on your desktop or any other horizontal surface, please consider the
sketch below. In this case, the signal will travel directly from the IntesisBox device to the AC unit.

Figure 3.3 Desktop mounted position

In order not to produce marks or scratches on the surface and also to improve the device stability, you can use
the rubber dumpers included in the package. Please, check Figure 3.4.

Figure 3.4 Rubber dumpers location

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Connection to KNX

IntesisBox device needs to be connected directly through a KNX TP-1 bus.
To get access to the KNX connector, remove the screw as seen in Figure 3.5.

Figure 3.5 Top lid release and KNX connection

Disconnect power of the KNX bus. Connect the IS-IR-KNX-1i to the KNX TP-1 (EIB) bus using the KNX standard
connector (red/grey) of the IS-IR-KNX-1i, respect polarity.

Reconnect power of the KNX bus, and mains power of the AC unit.

Setscrew

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Binary Input connection

IntesisBox IS-IR-KNX.1i interface is equipped with a Binary Input from factory. To use the built-in binary input
in all the IR WIFI Controllers, a standard 3,5mm stereo jack connector is required.

Connections will be as in the image below.

Figure 3.6 Binary Input connection

IMPORTANT NOTE: Please, note that you can only connect a presence sensor or a window contact

simultaneously. Both sensors cannot work together at same time.
Before proceeding, please check the technical specification of the binary input below:

OPTION 1: PRESENCE DETECTOR

OPTION 2: WINDOW CONTACT

STEREO JACK

(3,5 mm)

BINARY INPUT

CONNECTOR

KNX INPUT

CONNECTOR

RIGHT

CHANNEL

COMMON

RIGHT

COMMON

LEFT (not used)

Potential free binary input

Signal cable length: 5m unshielded, may be extended up to 20m with twisted
Compliant with the following standards:

IEC61000-4-2: level 4 – 15kV (air discharge) - 8kV (contact discharge)
MIL STD 883E-Method 3015-7: class 3B

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Once you are sure your installation is compliant with the specifications, please check the presence sensor or
window contact you would like to use. Basically, sensors only need to be equipped with a potential free external
contact. No matter if the contact is NO (Normally Open) or NC (Normally closed) as you will be able to configure
the contact type (NO or NC) of your sensor in the settings of the Binary Input function (Go to Settings menu in
the IntesisBox WEB Site).

IMPORTANT NOTE: Please, note that IS-IR-KNX-1i interface will only react if the contact of your sensor is
opened or closed. In the case of the presence sensor, the installer needs to decide the specific settings of the
presence sensor to be applied. IntesisBox will be not responsible of the incorrect settings or incorrect
installations.

Recommendation: In some presence sensors or window contacts it is possible to setup a delay time to the
external contact. As you will see in this manual, IntesisBox Settings allow the user to setup a timer before
starting with the configured actions. Anyway, we recommend to setup a certain delay time in your presence
sensor or window contact to prevent continuous contact changes in a very short period of time.

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4 Configuration and setup

This is a fully compatible KNX device which must be configured and setup using standard KNX tool ETS.

Before starting with the configuration, please make sure that the binary inputs (if used) and the USB cable are
properly connected to the interface. Make sure as well, that the interface is connected to the KNX bus to allow
the proper download of the KNX programming.

In order to proceed with the configuration and set up, it is recommended to follow instructions next:

1. Download and install the latest version of the ETS data base (section 5).

2. Open the product’s plugin and make sure that the catalog is in its last available version (section 5).

3. Select your AC brand and model (section 5.1).

4. Download the infrared configuration to the IntesisBox pushing on the “Download IR parameters”.
NOTE: Check the current connection to the IntesisBox. Notice that in order to send the Infrared

configuration, you can use the standard KNX connection (the same used to program the device) or a
USB connection.

USB connection is faster than KNX connection. Notice that this is only available for the infrared
configuration settings.

5. Proceed with the rest of AC unit settings and other parameters.

6. Proceed with the KNX programming.

7. Download the programming to the interface as any other KNX device.

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5 ETS Parameters and Configuration

The IntesisBox IS-IR-KNX-1i interface is configured through ETS. General KNX parameters, such as the
physical address, group addresses or DPTs can be configured as usual using the ETS interface. For the specific
AC unit configuration and IR communication, the use of the specific plugin included in the ETS database is
required.

ETS database for this device can be downloaded from:

https://www.intesisbox.com/intesis/product/media/IS-IR-KNX-1i_ETS_database.zip

Please consult the README.txt file, located inside the downloaded zip file, to find instructions on how to install
the database.

Once the database is imported, the plugin can be accessed when editing parameters. To get access to
parameters edition, click on the Parameter tab, located in the project screen, and then press the specific
parameter dialog.

Figure 5.1 ETS Project managing and plugin screen

Remember that before start using the IntesisBox interface along with the AC unit, you need to set up at least
the brand and type of you AC unit. Check section 5.1 for more information about it.

IMPORTANT: Please, update the Catalogue before proceeding with the device configuration and programming.
The laptop where ETS is running shall have Internet connection to update the catalogue.

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General configuration

Inside this parameter’s dialog it is possible to activate or change the parameters shown below:

Figure 5.2 General parameters

5.1.1 AC brand

Use the dropdown menu to select the AC brand of the AC unit you want to control.
In case your AC unit brand is not present, please select the IS-IR-KNX-1i and contact our support department

for more information about the Model to select.

5.1.2 Model

Use the dropdown menu to select the AC brand of the AC unit you want to control.
In case your AC unit brand is not present in the AC brand list, please select the IS-IR-KNX-1i and contact our

support department for more information about the Model to select.

5.1.3 Delay before sending initial “Read” telegrams

This parameter sets the delay before the interface will send READ telegrams for the group addresses associated
on its Control_ objects on bus recovery or application reset/start-up. All Control_ objects with both Transmit (T)
and Update (U) flags enabled will send READs and their values will be updated with the response when
received.

Valid values go from 10 to 60 seconds. This is to give time enough to other KNX devices on the bus to start-up
before sending the READs.

AC brand

AC unit model

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5.1.4 Scene to execute on bus recovery / startup

This parameter executes a selected scene on bus recovery or startup, only if the selected scene has an enabled
preset or values previously saved from KNX bus (see Scene Configuration dialog). You can select any of the 5
available scenes.

5.1.5 Enable “lock control” objects

This parameter shows/hide the Control_ Lock Control Obj communication object which, depending on the sent
value, locks or unlocks ALL the Control_ communication objects except itself.

When a “1” value is sent to this communication object, the remote controller is locked. To be unlocked a “0”
value must be sent. The gateway remembers the last value received even if a KNX bus reset/failure happens.

Figure 5.3 Communication object detail

Important: If an initial scene is enabled and it has as Value for Remote Lock (unchanged) or unlocked,

this would unlock the remote controller because the initial scene has priority over the Control_ Lock Remote
Control communication object.

5.1.6 Enable func “Operation time objects”

This parameter shows/hides the Status_ Operating Hour Counter and Status_ Operating Second Counter
communication object which counts the number of operating hours for the IS-IR-KNX-1i.

Figure 5.4 Communication object detail

o If set to “no” the object will not be shown.
o If set to “yes” the Status_ Operation Hour Counter object will appear.

• This object can be read and sends its status every time an hour is counted. The gateway keeps that
count in memory and the status is sent also after a KNX bus reset/failure. Although this object is
marked as a Status_ object it also can be written to update the counter when needed. To reset the
counter should be written a “0” value.

Important: This object comes by default without the write (W) flag activated. If is necessary to write on it, this

flag must be activated.

Important: This object will also return its status, every time a value is written, only if it’s different from the

existing one.

Important: If the stored value is 0 hours, the gateway will not send the status to KNX.

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5.1.7 RGB LED mode

This parameter determines the working mode of the interface LED.

o If set to “Always off” the LED will always be off.
o If set to “Always on” the LED will always be on.
o If set to “Only on changes” the LED will always change when there is a change of value in any of the

active communication objects.

AC supported features

Select the AC features of your AC unit to match both: the AC unit features with the enabled communication
objects and parameters.

Please, select these parameters carefully, otherwise not expected behavior may occur.

Figure 5.5 AC supported features

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Mode

All the parameters in this section are related with the different mode properties and communication objects.
The byte-type communication object for Mode works with the DTP_20.105. Auto mode will be enabled with a

“0” value, Heat mode with a “1” value, Cool mode with a “3” value, Fan mode with a “9” value and Dry mode
with a “14” value.

Figure 5.6 AC mode additional communication objects

5.3.1 Enable use of bit-type Mode objects (for control)

This parameter shows/hides the bit-type Control_ Mode objects.

Figure 5.7 Communication object detail

o If set to “no” the objects will not be shown.
o If set to “yes” the Control_ Mode objects for Auto, Heat, Cool, Fan and Dry will appear. To activate a mode

by using these objects a “1” value has to be sent.

5.3.2 Enable use of bit-type Mode objects (for status)

This parameter shows/hides the bit-type Status_ Mode objects.

Figure 5.8 Communication object detail

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o If set to “no” the objects will not be shown.
o If set to “yes” the Status_ Mode objects for Auto, Heat, Cool, Fan and Dry will appear. When enabled, a

mode will return a “1” through its bit-type object.

5.3.3 Enable use of + / - object for Mode

This parameter shows/hides the Control_ Mode +/- communication object which lets change the indoor unit
mode by using two different datapoint types.

o If set to “no” the object will not be shown.
o If set to “yes” the Control_ Mode +/- object and a new parameter will appear.

➢ DPT type for +/- Mode Object

This parameter lets choose between the datapoints 0-Up / 1-Down [DPT_1.008] and 0-Decrease / 1-
Increase [DPT_1.007] for the Control_ Mode +/- object.

The sequence followed when using this object is shown below:

5.3.4 Enable use of Text object for Mode

This parameter shows/hides the Status_ Mode Text communication object.

o If set to “no” the object will not be shown.
o If set to “yes” the Status_ Mode Text object will appear.

▪ Up / Increase

▪ Down / Decrease

DRY

AUTO

HEAT

COOL

FAN

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Fan Speed

All the parameters in this section are related with the Fan Speed properties and communication objects.

Figure 5.9 Fan Speed parameters

5.4.1 DPT object type for fan speed

With this parameter is possible to change de DPT for the Control_ Fan Speed and Status_ Fan Speed byte­type communication objects. Datapoints Scaling (DPT_5.001) and Enumerated (DPT_5.010) can be selected.

o When “Enumerated [DPT 5.010]” is selected, Control_ Fan Speed and Status_ Fan Speed communication

objects for this DPT will appear. Also, depending on the number of fan speeds selected, these objects will
be different.

The first fan speed will be selected if a “1” is sent to the Control_ object. The second fan speed will be
selected sending a “2” and so on.

The Status_ object will always return the value for the fan speed selected.

Important: In both cases if a “0” value is sent to the Control_ object, the minimum fan speed will be

selected. If a value bigger than “2” (in case of 2 speeds) or bigger than “3” (in case of 3 fan speeds)
is sent to the Control_ object, then the maximum fan speed will be selected.

o When “Scaling [DPT 5.001]” is selected, Control_ Fan Speed and Status_ Fan Speed communication

objects for this DPT will appear. Also, depending on the number of fan speeds selected, these objects will
be different.

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The formula used to calculate the value to be set in the Control object is ‘100*(n+0,5)/N %’, where n is the
current fan speed and N the maximum number of fan speeds.

On the other hand, the formula to calculate the status to be read according to the current value is ‘100*n/N’,

where n is the current fan speed and N the maximum number of fan speeds.

Check this example with 3 fan speeds:

When a value between 0% and 49% is sent to the Control_ object the first fan speed will be selected.
When a value between 50% and 83% is sent to the Control_ object, the second speed will be selected.
When a value between 84% and 100% is sent to the Control_ object, the third speed will be selected.
The Status_ object will return a 33% when the first speed is selected, a 67% for the second one and a 100%

for the third one.

5.4.2 Enable use of bit-type Fan Speed objects (for Control)

This parameter shows/hides the bit-type Control_ Fan Speed objects.

o If set to “no” the objects will not be shown.
o If set to “yes” the Control_ Fan Speed objects for Speed 1, Speed 2 and Speed 3 (if available) will appear.

To activate a Fan Speed by using these objects a “1” value has to be sent.

5.4.3 Enable use of bit-type Fan Speed objects (for Status)

This parameter shows/hides the bit-type Status_ Fan Speed objects.

Fan Speed 1

Fan Speed 3

100%

Status_

0%

83%

50%

Control_

Control_

Status_

33%

67%

Fan Speed 2

Control_

Status_

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o If set to “no” the objects will not be shown.
o If set to “yes” the Status_ Fan Speed objects for Speed 1, Speed 2 and Speed 3 (if available) will appear.

When a Fan Speed is enabled, a “1” value is returned through its bit-type object.

5.4.4 Enable use of +/- object for Fan Speed

This parameter shows/hides the Control_ Fan Speed +/- communication object which lets you
increase/decrease the indoor unit fan speed by using two different datapoint types.

o If set to “no” the object will not be shown.
o If set to “yes” the Control_ Fan Speed +/- object.

➢ DPT type for +/- Fan Speed Object

This parameter lets choose between the datapoints 0-Up / 1-Down [DPT_1.008] and 0-Decrease / 1-
Increase [DPT_1.007] for the Control_ Fan Speed +/- object.

➢ Roll-over Speed at upper/lower limit

This parameter lets choose if roll-over will be enabled (“yes”) or disabled (“no”) for the Control_ Fan
Speed +/- object.

5.4.5 Enable use of Text object for Fan Speed

This parameter shows/hides the Status_ Fan Speed Text communication object.

▪ Up / Increase

▪ Down / Decrease

Fan Speed 3

Fan Speed 1

Fan Speed 2

Only if Roll-over is enabled

Only if Roll-over is enabled

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o If set to “no” the object will not be shown.
o If set to “yes” the Status_ Fan Speed Text object will appear.

Up-Down vanes configuration dialog

All the parameters in this section are related with the Vane Up-Down properties and communication objects.

5.5.1 DPT object type for Vane Up-Down

With this parameter is possible to change de DPT for the Control_ Vane Up-Down and Status_ Vane Up-Down
byte-type communication objects. Datapoints Scaling (DPT_5.001) and Enumerated (DPT_5.010) can be
selected.

o When “Enumerated [DPT 5.010]” is selected, Control_ Vane Up-Down and Status_ Vane Up-Down

communication objects for this DPT will appear.

To choose a vane position, values from “1” to “N” can be sent to the Control_ object. Each value will
correspond to the position (i.e. Value “3” = Position 3).

The Status_ object will always return the value for the vane position selected.

Important: If a “0” value is sent to the Control_ object, the Position 1 will be selected. If a value bigger

than “N” is sent to the Control_ object, then the Position N will be selected.

o When “Scaling [DPT 5.001]” is selected, Control_ Vane Up-Down and Status_ Vane Up-Down

communication objects for this DPT will appear.

The formula used to calculate the value to be set in the Control object is ‘100*(n+0,5)/N %’, where n is the
current fan speed and N the maximum number of fan speeds.

On the other hand, the formula to calculate the status to be read according to the current value is ‘100*n/N’,

where n is the current fan speed and N the maximum number of fan speeds.

Check the example with 5 positions:

When a value between 0% and 29% is sent to the Control_ object the first vane position will be selected.
When a value between 30% and 49% is sent to the Control_ object, the second vane position will be

selected.
When a value between 50% and 69% is sent to the Control_ object, the third vane position will be selected.
When a value between 70% and 89% is sent to the Control_ object, the fourth vane position will be selected.

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When a value between 90% and 100% is sent to the Control_ object, the fifth vane position will be selected.
The Status_ object will return a 20% for the first vane position, a 40% for the second one, a 60% for the

third one, an 80% for the fourth one and a 100% for the fifth and last one.

5.5.2 Enable use of bit-type Vane U-D objects (for Control)

This parameter shows/hides the bit-type Control_ Vane Up-Down objects.

o If set to “no” the objects will not be shown.
o If set to “yes” the Control_ Vane Up-Down objects for each Position (1 to 5) will appear. To activate a Vane

Position by using these objects, a “1” value has to be sent.

5.5.3 Enable use of bit-type Vane U-D objects (for Status)

This parameter shows/hides the bit-type Status_ Vane Up-Down objects.

o If set to “no” the objects will not be shown.
o If set to “yes” the Status_ Vane Up-Down objects for each Position (1 to N) will appear. When a Vane

Position is enabled, a “1” value is returned through its bit-type object.

Pos. 1

Pos. 3

100%

Status_

0%

90%

50%

Control_

Control_

Status_

30%

70%

Pos. 2

Control_

Status_

Pos. 4

Pos. 5

Control_

Control_

20%

40%

60%

80%

Status_

Status_

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5.5.4 Enable use of +/- obj for Vane Up-Down

This parameter shows/hides the Control_ Vane Up-Down +/- communication object which lets you change the
indoor unit vane position by using two different datapoint types.

o If set to “no” the object will not be shown.
o If set to “yes” the Control_ Vane Up-Down +/- object.

➢ DPT type for +/- Vane Up-Down obj

This parameter lets choose between the datapoints 0-Up / 1-Down [DPT_1.008] and 0-Decrease / 1-
Increase [DPT_1.007] for the Control_ Vane Up-Down +/- object.

➢ Rollover Vane at upper/lower limit

This parameter lets choose if roll-over will be enabled (“yes”) or disabled (“no”) for the Vane Up-Down
+/- object.

5.5.5 Enable use of Text object for Vane U-D

This parameter shows/hides the Status_ Vane Up-Down Text communication object.

o If set to “no” the object will not be shown.
o If set to “yes” the Status_ Vane Up-Down Text object will appear.

▪ Up / Increase

▪ Down / Decrease

Pos. 3

Pos. 1

Pos. 2

Only if Roll-over is enabled

Only if Roll-over is enabled

Pos. 5

Pos. 4

SWING

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Left-Right vanes configuration dialog

All the parameters in this section are related with the Vane Up-Down properties and communication objects.

5.6.1 DPT object type for Vane Left-Right

With this parameter is possible to change de DPT for the Control_ Vane Left-Right and Status_ Vane Left-Right
byte-type communication objects. Datapoints Scaling (DPT_5.001) and Enumerated (DPT_5.010) can be
selected.

o When “Enumerated [DPT 5.010]” is selected, Control_ Vane Left-Right and Status_ Vane Left-Right

communication objects for this DPT will appear.

To choose a vane position, values from “1” to “N” can be sent to the Control_ object. Each value will
correspond to the position (i.e. Value “3” = Position 3).

The Status_ object will always return the value for the vane position selected.

Important: If a “0” value is sent to the Control_ object, the Position 1 will be selected. If a value bigger

than “N” is sent to the Control_ object, then the Position N will be selected.

o When “Scaling [DPT 5.001]” is selected, Control_ Vane Up-Down and Status_ Vane Up-Down

communication objects for this DPT will appear.

The formula used to calculate the value to be set in the Control object is ‘100*(n+0,5)/N %’, where n is the
current fan speed and N the maximum number of fan speeds.

On the other hand, the formula to calculate the status to be read according to the current value is ‘100*n/N’,

where n is the current fan speed and N the maximum number of fan speeds.

Check the example with 5 positions:

When a value between 0% and 29% is sent to the Control_ object the first vane position will be selected.
When a value between 30% and 49% is sent to the Control_ object, the second vane position will be

selected.
When a value between 50% and 69% is sent to the Control_ object, the third vane position will be selected.
When a value between 70% and 89% is sent to the Control_ object, the fourth vane position will be selected.
When a value between 90% and 100% is sent to the Control_ object, the fifth vane position will be selected.
The Status_ object will return a 20% for the first vane position, a 40% for the second one, a 60% for the

third one, an 80% for the fourth one and a 100% for the fifth and last one.

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5.6.2 Enable use of bit-type Vane L-R objects (for Control)

This parameter shows/hides the bit-type Control_ Vane Left-Right objects.

o If set to “no” the objects will not be shown.
o If set to “yes” the Control_ Vane Up-Down objects for each Position (1 to N) will appear. To activate a Vane

Position by using these objects, a “1” value has to be sent.

5.6.3 Enable use of bit-type Vane U-D objects (for Status)

This parameter shows/hides the bit-type Status_ Vane Up-Down objects.

o If set to “no” the objects will not be shown.
o If set to “yes” the Status_ Vane Up-Down objects for each Position (1 to N) will appear. When a Vane

Position is enabled, a “1” value is returned through its bit-type object.

Pos. 1

Pos. 3

100%

Status_

0%

90%

50%

Control_

Control_

Status_

30%

70%

Pos. 2

Control_

Status_

Pos. 4

Pos. 5

Control_

Control_

20%

40%

60%

80%

Status_

Status_

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5.6.4 Enable use of +/- obj for Vane Left-Right

This parameter shows/hides the Control_ Vane Left-Right +/- communication object which lets you change the
indoor unit vane position by using two different datapoint types.

o If set to “no” the object will not be shown.
o If set to “yes” the Control_ Vane Left-Right +/- object.

➢ DPT type for +/- Vane Left-Right obj

This parameter lets choose between the datapoints 0-Up / 1-Down [DPT_1.008] and 0-Decrease / 1-
Increase [DPT_1.007] for the Control_ Vane Left-Right +/- object.

➢ Rollover Vane at upper/lower limit

This parameter lets choose if roll-over will be enabled (“yes”) or disabled (“no”) for the Vane Up-Down
+/- object.

5.6.5 Enable use of Text object for Vane U-D

This parameter shows/hides the Status_ Vane Up-Down Text communication object.

o If set to “no” the object will not be shown.
o If set to “yes” the Status_ Vane Up-Down Text object will appear.

▪ Up / Increase

▪ Down / Decrease

Pos. 3

Pos. 1

Pos. 2

Only if Roll-over is enabled

Only if Roll-over is enabled

Pos. 5

Pos. 4

SWING

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Temperature configuration dialog

All the parameters in this section are related with the Temperature properties and communication objects.

Figure 5.10 Tempeature settings

5.7.1 Set Point - Enable use of +/- obj for Setp Temp

This parameter shows/hides the Control_ Setpoint Temp +/- communication object which lets you change the
indoor unit setpoint temperature by using two different datapoint types.

o If set to “no” the object will not be shown.
o If set to “yes” the Control_ Setpoint Temp +/- object.

➢ DPT type for +/- Setp Temp object

This parameter lets choose between the datapoints 0-Up / 1-Down [DPT_1.008] and 0-Decrease / 1-
Increase [DPT_1.007] for the Control_ Setpoint Temp +/- object.

▪ Up / Increase

▪ Down / Decrease

…

16ºC

17ºC

32ºC

31ºC

(Upper limit)

(Lower limit)

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5.7.2 Set Point - Enable limits on Control_ Setpoint obj

This parameter enables to define temperature limits for the Control_ Setpoint Temperature object.
o If set to “no” the setpoint temperature limits for the Control_ Setpoint Temperature object will be the default:

16ºC for the lower limit and 32ºC for the upper limit.

o If set to “yes” it is possible to define temperature limits for the Control_ Setpoint Temperature object.

➢ Control_ Set Temp Lower limit (ºC)

This parameter lets to define the lower limit for the setpoint temperature.

➢ Control_ Set Temp Upper limit (ºC)

This parameter lets to define the upper limit for the setpoint temperature.

Important: If a setpoint temperature above the upper defined limit (or below the lower defined limit) is sent

through the Control_ Setpoint Temperature object, it will be ALWAYS applied the limit defined.

Important: When limits are enabled, any setpoint temperature sent to the AC (even through scenes, special

modes, etc.) will be limited.

5.7.3 Set Point - Periodic sending time

This parameter lets you change the interval of time (in seconds, from 0 to 255) at the end of which the AC
setpoint temperature is sent to the KNX bus. For a “0” value, the AC setpoint temperature will ONLY be sent
on change. The AC setpoint temperature is sent through the communication object Status_ AC Setpoint Temp.

5.7.4 Ambient - Transmission of “Status_ AC Ret Temp”

This parameter lets to you choose if the AC return temperature will be sent “only cyclically”, “only on change”
or “cyclically and on change”. The AC return temperature is sent through the communication object Status_

AC Return Temp.

5.7.5 Ambient - Periodic sending time

This parameter will only be available for the “only cylically” and “cyclically and on change” options, and lets
you change the interval of time (in seconds, from 1 to 255) at the end of which the AC return temperature is
sent to the KNX bus.

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Scene Configuration dialog

All the parameters in this section are related with the Scene properties and communication objects. A scene
contains values of: On/Off, Mode, Fan speed, Vane position and Setpoint Temperature.

Figure 5.11 Scene configuration settings

5.8.1 Enable use of scenes

This parameter shows/hides the scene configuration parameters and communication objects.

o If set to “no” the scene parameters and communication objects will not be shown.
o If set to “yes” the scene parameters and communication objects will be shown. To execute a scene through

the byte-type object, a value from “0” to “4” has to be sent, correponding each one to a different scene (i.e.
“0” = Scene 1;… “4” = Scene 5).

5.8.2 Scenes can be saved from KNX

This parameter shows/hides the Control_ Save/Exec Scene and all the Control_ Save Scene (if enabled)
communication objects.

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o If set to “no” the communication objects will not be shown.
o If set to “yes” the communication objects and a new parameter will appear. To store a scene through the

byte-type object, a value from “128” to “132” has to be sent to the object, correponding each one to a
different scene (i.e. “128” = Scene 1;… “132” = Scene 5).

➢ Enable use of bit objects for storing scenes (from bus)

If set to “no” the objects will not be shown.
If set to “yes” the Control_ Store Scene objects for storing scenes will appear. To store a scene by

using these objects, a “1” value has to be sent to the scene’s object we want to store (i.e. to store scene
4, a “1” has to be sent to the Control_ Store Scene 4 object).

5.8.3 Enable use of bit-field objects for save

This parameter shows/hides the Control_ Execute Scene bit-type communication objects.

o If set to “no” the communication objects will not be shown.
o If set to “yes” the communication objects will appear. To execute a scene by using these objects, a “1”

value has to be sent to the scene’s object we want to execute (i.e. to execute scene 4, a “1” has to be sent

to the Control_ Execute Scene 4 object).

5.8.4 Enable use of bit-field objects for execute

This parameter shows/hides the Control_ Execute Scene bit-type communication objects.

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o If set to “no” the communication objects will not be shown.
o If set to “yes” the communication objects will appear. To execute a scene by using these objects, a “1”

value has to be sent to the scene’s object we want to execute (i.e. to execute scene 4, a “1” has to be sent
to the Control_ Execute Scene 4 object).

5.8.5 Scene “x” preset

This parameter lets you define a preset for a scene (the following description is valid for all the scenes).

o If set to “no” the preset for the scene “x” will be disabled.
o If set to “yes” the preset will be enabled. When a scene is executed the values configured in the preset will

be aplied.

Important: If a scene’s preset is enabled, will not be possible to modify (store) the scene from the KNX

bus.

➢ Scene “x” / Value for On-Off

This parameter lets you choose the power of the indoor unit when the scene is executed. The following
options are available: “ON”, “OFF” or “(unchanged)”.

➢ Scene “x” / Value for Mode

This parameter lets you choose the mode of the indoor unit when the scene is executed. The following
options are available: “AUTO”, “HEAT”, “COOL”, “FAN”, “DRY”, or “(unchanged)”.

➢ Scene “x” / Value for Fan Speed

This parameter lets you choose the fan speed of the indoor unit when the scene is executed. The
following options are available: “SPEED 1”, “SPEED 2”… “SPEED N”, or “(unchanged)”.

➢ Scene “x” / Value for Vane Up-Down

This parameter lets you choose the vane position of the indoor unit when the scene is executed. The
following options are available: “POSITION 1”, “POSITION 2”… “POSITION N”, “SWIRL”, “SWING”
or “(unchanged)”.

➢ Scene “x” / Value for Vane Left-Right

This parameter lets you choose the vane position of the indoor unit when the scene is executed. The
following options are available: “POSITION 1”, “POSITION 2”… “POSITION N”, “SWIRL”, “SWING”
or “(unchanged)”.

➢ Scene “x” / Value for Setp Temp (ºC)

This parameter lets you choose the setpoint temperature of the indoor unit when the scene is executed.
The following options are available: from “16ºC” to “32ºC” (both included), or “(unchanged)”.

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Important: If any preset value is configured as “(unchanged)”, the execution of this scene will not

change current status of this feature in the AC unit.

Important: When a scene is executed, Status_ Current Scene object shows the number of this scene.

Any change in previous items does Status_ Current Scene show “No Scene”. Only changes on items
marked as “(unchanged)” will not disable current scene.

Enable use of Open Window

This parameter shows/hides the Control_ Window Contact Input communication object which lets you Start/Stop
a timeout to switch off the indoor unit.

o If set to “no” the object will not be shown.
o If set to “yes” the Control_ Window Contact Input object will appear. If a “1” value is sent to this object,

and the indoor unit is already turned on, the switch-off timeout will begin. If a “0” value is sent to this object,
the switch-off timeout will stop.

➢ Input Object

This parameter lets you choose between the datapoints 0-Open / 1-Closed Window [DPT_1.009] and
0-Stop / 1-Start Timeout [DPT_1.010] for the Control_ Switch Off Timeout.

➢ Timeout (min)

This parameter lets you select how much time (in minutes) to wait before switching off the indoor unit.

➢ Reload last Value

If set to “no”, once the switch-off timeout is stopped, any value will be reloaded.
If set to “yes”, once the switch-off timeout is stopped, the last On/Off value sent will be reloaded.

• If a “1” value is sent to the Control_ Window Contact Input object after the timeout period, the
indoor unit will turn on.

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• If a “0” value is sent to the Control_ Switch Off Timeout after the timeout period, no action will
be performed.

➢ Lock ON when Open

If set to “no”, On/Off commands while the window is open will be accepted.

• If a “1” value is sent to the Control_ Switch Off Timeout object the switch-off timeout period will
begin again.

• If a “0” value is sent to the Control_ Switch Off Timeout object, no action will be performed.

If set to “yes”, On/Off commands, while the window is open, will be saved (but not applied). These
commands will be used in the next parameter if set to “yes”.

Enable use of Occupancy function

This parameter shows/hides the Control_ Occupancy Input communication object which lets you apply different
parameters to the indoor unit depending on the presence/no presence in the room.

o If set to “no” the object will not be shown.
o If set to “yes” the Control_ Occupancy object and new parameters will appear. If a “1” value is sent to this

object (no room occupancy), the timeout will begin. If a “0” value is sent to this object, the timeout will stop.

Figure 4.33 Parameter detail

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➢ Timeout to apply action (minutes)

This parameter lets you choose how much time to wait (in minutes) before executing the action specified
in the next parameter (“Action after timeout elapsed”).

➢ Action

When Switch Off AC is selected, once the timeout has elapsed, the indoor unit will be turned off.
When Apply Preset Delta is selected, once the timeout has elapsed, a delta temperature will be applied

in order to save energy (decreasing the setpoint when in Heat mode, or increasing the setpoint when in
Cool mode). Also new parameters will appear.

➢ Temp delta decrease (HEAT) or increase (COOL) (ºC)

This parameter lets configure the delta temperature (increase or decrease) that will be applied
when the timeout has elapsed.

Important: When there is occupancy again after the application of a delta, the same delta will

be applied inversely. (i.e. In a room with AC in cool mode and 25ºC setpoint temperature, a
+2ºC delta is applied after the occupancy timeout, setting the setpoint at 27ºC because there
is no occupancy in the room. If the setpoint is raised to 29ºC during that period, when the room
is occupied again, a -2ºC delta will be applied and the final setpoint temperature will then be
27ºC).

➢ Second Action

If set to “no” nothing will be applied.
If set to “yes”, a new timeout will be enabled and two new parameters will appear.

➢ Timeout (2nd)

This parameter lets you choose how much time to wait (in minutes) before executing the action specified
in the next parameter (“Action after timeout elapsed”).

➢ Action (2nd)

When Switch-Off is selected, once the timeout has elapsed, the indoor unit will turn off.
When Apply Preset Delta is selected, once the timeout configured is extinguished, a delta temperature

will be applied (decreasing the setpoint when in Heat mode, or increasing the setpoint when in Cool
mode). Also new parameters will appear.

➢ Temp delta decrease (HEAT) or increase (COOL) (ºC)

This parameter lets configure the delta temperature that will be applied when the timeout is
extinguished.

Important: When there is occupancy again after the application of a delta, the same delta will

be applied inversely as explained above.

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➢ Reload last On/Off value when Occupied

If set to “no”, once the switch-off timeout has elapsed, any value will be reloaded.
If set to “yes”, once the switch-off timeout has elapsed, the last On/Off value will be reloaded.

• If a “1” value is sent to the Control_ Occupancy object after the timeout period, the indoor unit
will turn on.

• If a “0” value is sent to the Control_ Occupancy after the timeout period no action will be
performed.

➢ Lock ON when occupied

If set to “no”, On/Off commands while the room is occupied will be accepted.

• If a “1” value is sent to the Control_ Switch Off Timeout object the switch-off timeout period will
begin again.

• If a “0” value is sent to the Control_ Switch Off Timeout object, no action will be performed.

If set to “yes”, On/Off commands, while the window is open, will be saved (but not applied). These
commands will be used in the next parameter if set to “yes”.

Binary Input “x” configuration dialogs

All the parameters in this section are related with the binary inputs properties and communication objects.

5.11.1 Enable use of Input “x”

This parameter enables the use of the Input “x”.

o If set to “no” the objects will not be shown.
o If set to “yes” the Status_ Inx object(s) and new parameters will appear.

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5.11.2 Contact type

This parameter lets choose the behavior that will have the binary input depending on if the contact is normally
open or normally closed.

o There are two possible options to configure the contact type: “NO: Normally Open” and “NC: Normally

Closed”.

5.11.3 Debounce time

This parameter lets choose a debounce time (in milliseconds) that will be applied to the contact.

5.11.4 Disabling function

This parameter shows/hides the Control_ Disable Input x communication object which will let disable/enable the
input x.

o If set to “no” any object will be shown.
o When “DPT 1.003: 0-Disable; 1-Enable” is selected, the input can be disabled using the value “0” and

enabled using the value “1”.

o When “DPT 1.002: 1-True (Disable); 0-False (Enable)” is selected, the input can be disabled using the

value “1” and enabled using the value “0”.

5.11.5 Function

This parameter lets choose the function that will have the binary input. There are 3 different functions available:
Occupancy (internal), On/Off and Window Contact (internal).

o When “Occupancy” is selected, the binary input “x” will have the same behavior as configured in the

parameter “Occupanys” (section 5.10).

o When “On/Off” is selected, the AC unit will turn off when the binary inpyt “x” is active.

o When “Window Contact (internal)” is selected, the binary input “x” will have the same behavior as

configured in the parameter “Window Contact” (section 5.9).

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6 Electrical and Mechanical features

Enclosure

ABS (V-0). 2,1 mm thickness
PC (V-2). 1 mm thickness

Dimensions

81 x 78 x 28 mm

Weight

76 g

Color

Ivory white

Power supply

29V DC, 17mA
Supplied through KNX bus

Mounting

Wall and desktop

LED indicators

1 x Device status and KNX programming

Push buttons

1 x KNX programming.

Binary inputs

2 x binary inputs for potential-free contacts.
Signal cable length: 5m unshielded, may be extended up to 20m with twisted.

Compliant with the following standards:
IEC61000-4-2: level 4 - 15kV (air discharge) - 8kV (contact discharge)
MIL STD 883E-Method 3015-7: class3B

Console port

Mini USB port for console usage

Configuration

Configuration with ETS

Operating
Temperature

From 0ºC to 40ºC

Operating
humidity

<93% HR, no condensation

Stock humidity

<93% HR, no condensation

27 mm

78 mm

81 mm

28 mm

26 mm

3 mm

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7 List of compatible AC indoor units.

A list of indoor unit model references compatible with IS-IR-KNX-1 and their available features can be found in:

http://intesis.com/pdf/IntesisBox_IS-IR-xxx-1_AC_Compatibility.pdf

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8 Appendix A – Communication Objects Table

TOPIC

OBJECT

NUMBER

NAME

LENGTH

DATAPOINT TYPE

FLAGS

FUNCTION

DPT_NAME

DPT_ID

R W T

U

On/Off

1

Control_ On/Off

1 bit

DPT_Switch

1.001

W T 0 - Off; 1-On

Mode

2

Control_ Mode

1 byte

DPT_HVACContrMode

20.105

W T 0 - Auto; 1 - Heat; 3 - Cool; 9 - Fan; 14 - Dry

3

Control_ Mode Cool/Heat

1 bit

DPT_Heat/Cool

1.100

W T 0 - Cool; 1 - Heat

4

Control_ Mode Auto

1 bit

DPT_Bool

1.002

W T 1 - Auto

5

Control_ Mode Heat

1 bit

DPT_Bool

1.002

W T 1 - Heat

6

Control_ Mode Cool

1 bit

DPT_Bool

1.002

W T 1 - Cool

7

Control_ Mode Fan

1 bit

DPT_Bool

1.002

W T 1 - Fan

8

Control_ Mode Dry

1 bit

DPT_Bool

1.002

W T 1 - Dry 9 Control_ Mode +/-

1 bit

DPT_Step

1.007

W 0 - Decrease; 1 - Increase

Control_ Mode +/-

1 bit

DPT_UpDown

1.008

W 0 - Up; 1 - Down

Fan Speed

10

Control_ Fan Speed / N Speeds

1 byte

DPT_Scaling

5.001

W T 100*(n+0,5)/N %

Control_ Fan Speed / N Speeds

1 byte

DPT_Enumerated

5.010

W T

1 - Speed1; 2 - Speed2; 3 - Speed3; 4 - Speed4;
5 - Speed5; 6 - Speed6; 7 - Speed7

11

Control_ Fan Speed Man/Auto

1 bit

DPT_Bool

1.002

W T 0 - Manual; 1 - Auto

12

Control_ Fan Speed 1

1 bit

DPT_Bool

1.002

W T 1 - Fan Speed 1

13

Control_ Fan Speed 2

1 bit

DPT_Bool

1.002

W T 1 - Fan Speed 2

14

Control_ Fan Speed 3

1 bit

DPT_Bool

1.002

W T 1 - Fan Speed 3

15

Control_ Fan Speed 4

1 bit

DPT_Bool

1.002

W T 1 - Fan Speed 4

16

Control_ Fan Speed 5

1 bit

DPT_Bool

1.002

W T 1 - Fan Speed 5

17

Control_ Fan Speed 6

1 bit

DPT_Bool

1.002

W T 1 - Fan Speed 6

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18

Control_ Fan Speed 7

1 bit

DPT_Bool

1.002

W T 1 - Fan Speed 7

19

Control_ Fan Speed +/-

1 bit

DPT_Step

1.007

W T 0 - Decrease; 1 - Increase

Control_ Fan Speed +/-

1 bit

DPT_UpDown

1.008

W T 0 - Up; 1 - Down

Vanes

20

Control_ Vane Up-Down / N pos

1 byte

DPT_Scaling

5.001

W T 100*(n+0,5)/N %

Control_ Vane Up-Down / N pos

1 byte

DPT_Enumerated

5.010

W T

1 - Pos1; 2 - Pos2; 3 - Pos3; 4 - Pos4; 5 - Pos5;
6 - Pos6; 7 - Pos7; 8 - Pos8

21

Control_ Vane Up-Down Man/Auto

1 bit

DPT_Bool

1.002

W T 0 - Manual; 1 - Auto

22

Control_ Vane Up-Down Pos1

1 bit

DPT_Bool

1.002

W T 1 - Position 1

23

Control_ Vane Up-Down Pos2

1 bit

DPT_Bool

1.002

W T 1 - Position 2

24

Control_ Vane Up-Down Pos3

1 bit

DPT_Bool

1.002

W T 1 - Position 3

25

Control_ Vane Up-Down Pos4

1 bit

DPT_Bool

1.002

W T 1 - Position 4

26

Control_ Vane Up-Down Pos5

1 bit

DPT_Bool

1.002

W T 1 - Position 5

27

Control_ Vane Up-Down Pos6

1 bit

DPT_Bool

1.002

W T 1 - Position 6

28

Control_ Vane Up-Down Pos7

1 bit

DPT_Bool

1.002

W T 1 - Position 7

29

Control_ Vane Up-Down Pos8

1 bit

DPT_Bool

1.002

W T 1 - Position 8

30

Control_ Vane Up-Down Swing

1 bit

DPT_Bool

1.002

W T 0 - Stop; 1 – Swing

31

Control_ Vane Up-Down Swirl

1 bit

DPT_Bool

1.002

W T 0 - Stop; 1 – Swirl

32

Control_ Vane Up-Down Wide

1 bit

DPT_Bool

1.002

W T 0 - Stop; 1 – Wide

33

Control_ Vane Up-Down +/-

1 bit

DPT_Step

1.007

W 0 - Decrease; 1 - Increase

Control_ Vane Up-Down +/-

1 bit

DPT_UpDown

1.008

W 0 - Up; 1 - Down

34

Control_ Vane Up-Down Move Pos

1 bit

DPT_Trigger

1.002

W T 0,1 Move Position

35

Control_ Vane Left-Right / N pos

1 byte

DPT_Scaling

5.001

W T 100*(n+0,5)/N %

Control_ Vane Left-Right / N pos

1 byte

DPT_Enumerated

5.010

W T

1 - Pos1; 2 - Pos2; 3 - Pos3; 4 - Pos4; 5 - Pos5;
6 - Pos6; 7 - Pos7; 8 - Pos8

36

Control_ Vane Left-Right Man/Auto

1 bit

DPT_Bool

1.002

W T 0 - Manual; 1 - Auto

37

Control_ Vane Left-Right Pos1

1 bit

DPT_Bool

1.002

W T 1 - Position 1

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38

Control_ Vane Left-Right Pos2

1 bit

DPT_Bool

1.002

W T 1 - Position 2

39

Control_ Vane Left-Right Pos3

1 bit

DPT_Bool

1.002

W T 1 - Position 3

40

Control_ Vane Left-Right Pos4

1 bit

DPT_Bool

1.002

W T 1 - Position 4

41

Control_ Vane Left-Right Pos5

1 bit

DPT_Bool

1.002

W T 1 - Position 5

42

Control_ Vane Left-Right Pos6

1 bit

DPT_Bool

1.002

W T 1 - Position 6

43

Control_ Vane Left-Right Pos7

1 bit

DPT_Bool

1.002

W T 1 - Position 7

44

Control_ Vane Left-Right Pos8

1 bit

DPT_Bool

1.002

W T 1 - Position 8

45

Control_ Vane Left-Right Swing

1 bit

DPT_Bool

1.002

W T 0 - Stop; 1 – Swing

46

Control_ Vane Left-Right Swirl

1 bit

DPT_Bool

1.002

W T 0 - Stop; 1 – Swirl

47

Control_ Vane Left-Right Wide

1 bit

DPT_Bool

1.002

W T 0 - Stop; 1 – Wide

48

Control_ Vane Left-Right +/-

1 bit

DPT_Step

1.007

W 0 - Decrease; 1 – Increase

Control_ Vane Left-Right +/-

1 bit

DPT_UpDown

1.008

W 0 - Up; 1 – Down

49

Control_ Vane Left-Right Move Pos

1 bit

DPT_Trigger

1.002

W T 0,1 Move Position

Temperature

50

Control_ Setpoint Temperature

2 byte

DPT_Value_Temp

9.001

W T 16ºC to 32ºC

51

Control_ Setpoint Temp +/-

1 bit

DPT_Step

1.007

W 0 - Decrease; 1 – Increase

Control_ Setpoint Temp +/-

1 bit

DPT_UpDown

1.008

W 0 - Up; 1 – Down

52

Control_ Ambient Temperature

2 byte

DPT_Value_Temp

9.001

W T ºC value

Window

53

Control_ Window Contact Input

1 bit

DPT_Window_Door

1.019

W T 0 - Closed; 1 - Open

Occupancy

54

Control_ Occupancy Input

1 bit

DPT_Occupancy

1.018

W T 0 – Not Occupied; 1 - Occupied

Locking

55

Control_ Lock Remote Control

1 bit

DPT_Bool

1.002

W T 0 - Unlocked; 1 – Locked

Operating Time

56

Control_ Operating Hour Counter

2 byte

DPT_Time (Hours)

7.007

W T Number of operating hours

57

Control_ Operating Second Counter

2 byte

DPT_Time_Lag (Sec)

13.100

W T Number of operating seconds

Scenes

58

Control_ Save/Exec Scene

1 byte

DPT_SceneControl

18.001

W

0 to 4 - Exec. Scene 1 to 5;

59

Control_ Store Scene1

1 bit

DPT_Bool

1.002

W 1 - Store Scene

60

Control_ Store Scene2

1 bit

DPT_Bool

1.002

W 1 - Store Scene

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61

Control_ Store Scene3

1 bit

DPT_Bool

1.002

W 1 - Store Scene

62

Control_ Store Scene4

1 bit

DPT_Bool

1.002

W 1 - Store Scene

63

Control_ Store Scene5

1 bit

DPT_Bool

1.002

W 1 - Store Scene

64

Control_ Execute Scene1

1 bit

DPT_Bool

1.002

W 1 - Execute Scene

65

Control_ Execute Scene2

1 bit

DPT_Bool

1.002

W 1 - Execute Scene

66

Control_ Execute Scene3

1 bit

DPT_Bool

1.002

W 1 - Execute Scene

67

Control_ Execute Scene4

1 bit

DPT_Bool

1.002

W 1 - Execute Scene

68

Control_ Execute Scene5

1 bit

DPT_Bool

1.002

W 1 - Execute Scene

Disabling

69

Control_ Disable Input 1

1 bit

DPT_Bool

1.002

W T 0 - Enable; 1 - Disable

Control_ Disable Input 1

1 bit

DPT_Enable

1.003

W T 0 - Disable; 1 - Enable

70

Control_ Disable Input 2

1 bit

DPT_Bool

1.002

W T 0 - Enable; 1 - Disable

Control_ Disable Input 2

1 bit

DPT_Enable

1.003

W T 0 - Disable; 1 - Enable

On/Off

71

Status_ On/Off

1 bit

DPT_Switch

1.001

R T 0 - Off; 1-On

Mode

72

Status_ Mode

1 byte

DPT_HVACContrMode

20.105

R T 0 - Auto; 1 - Heat; 3 - Cool; 9 - Fan; 14 - Dry

73

Status_ Mode Cool/Heat

1 bit

DPT_Heat/Cool

1.100

R T 0 - Cool; 1 - Heat

74

Status_ Mode Auto

1 bit

DPT_Bool

1.002

R T 1 - Auto

75

Status_ Mode Heat

1 bit

DPT_Bool

1.002

R T 1 - Heat

76

Status_ Mode Cool

1 bit

DPT_Bool

1.002

R T 1 - Cool

77

Status_ Mode Fan

1 bit

DPT_Bool

1.002

R T 1 - Fan

78

Status_ Mode Dry

1 bit

DPT_Bool

1.002

R T 1 - Dry

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79

Status_ Mode Text

14 byte

DPT_String_8859_1

16.001

R T ASCII String

Fan Speed

80

Status_ Fan Speed / N Speeds

1 byte

DPT_Scaling

5.001

R T 100*(n+0,5)/N %

Status_ Fan Speed / N Speeds

1 byte

DPT_Enumerated

5.010

R T

1 - Speed1; 2 - Speed2; 3 - Speed3; 4 - Speed4;
5 - Speed5; 6 - Speed6; 7 - Speed7

81

Status_ Fan Speed Man/Auto

1 bit

DPT_Bool

1.002

R T 0 - Manual; 1 - Auto

82

Status_ Fan Speed 1

1 bit

DPT_Bool

1.002

R T 1 - Speed 1

83

Status_ Fan Speed 2

1 bit

DPT_Bool

1.002

R T 1 - Speed 2

84

Status_ Fan Speed 3

1 bit

DPT_Bool

1.002

R T 1 - Speed 3

85

Status_ Fan Speed 4

1 bit

DPT_Bool

1.002

R T 1 - Speed 4

86

Status_ Fan Speed 5

1 bit

DPT_Bool

1.002

R T 1 - Speed 5

87

Status_ Fan Speed 6

1 bit

DPT_Bool

1.002

R T 1 - Speed 6

88

Status_ Fan Speed 7

1 bit

DPT_Bool

1.002

R T 1 - Speed 7

89

Status_ Fan Speed Text

14 byte

DPT_String_8859_1

16.001

R T ASCII String

Vanes

90

Status_ Vane Up-Down / 8 pos

1 byte

DPT_Scaling

5.001

R T 100*(n+0,5)/N %

Status_ Vane Up-Down / 8 pos

1 byte

DPT_Enumerated

5.010

R T

1 - Pos1; 2 - Pos2; 3 - Pos3; 4 - Pos4; 5 - Pos5;

91

Status_ Vane Man/Auto

1 bit

DPT_Bool

1.002

R T 0 - Manual; 1 - Auto

92

Status_ Vane Up-Down Pos1

1 bit

DPT_Bool

1.002

R T 1 - Position 1

93

Status_ Vane Up-Down Pos2

1 bit

DPT_Bool

1.002

R T 1 - Position 2

94

Status_ Vane Up-Down Pos3

1 bit

DPT_Bool

1.002

R T 1 - Position 3

95

Status_ Vane Up-Down Pos4

1 bit

DPT_Bool

1.002

R T 1 - Position 4

96

Status_ Vane Up-Down Pos5

1 bit

DPT_Bool

1.002

R T 1 - Position 5

97

Status_ Vane Up-Down Pos6

1 bit

DPT_Bool

1.002

R T 1 - Position 6

98

Status_ Vane Up-Down Pos7

1 bit

DPT_Bool

1.002

R T 1 - Position 7

99

Status_ Vane Up-Down Pos8

1 bit

DPT_Bool

1.002

R T 1 - Position 8

100

Status_ Vane Up-Down Swing

1 bit

DPT_Bool

1.002

R T 0 - Stop; 1 - Swing

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101

Status_ Vane Up-Down Swirl

1 bit

DPT_Bool

1.002

R T 0 - Stop; 1 - Swirl

102

Status_ Vane Up-Down Wide

1 bit

DPT_Bool

1.002

R T 0 - Stop; 1 - Wide

103

Status_ Vane Up-Down Text

14 byte

DPT_String_8859_1

16.001

R T ASCII String

104

Status_ Vane Left-Right / 8 pos

1 byte

DPT_Scaling

5.001

R T 100*(n+0,5)/N %

Status_ Vane Left-Right / 8 pos

1 byte

DPT_Enumerated

5.010

R T

1 - Pos1; 2 - Pos2; 3 - Pos3; 4 - Pos4; 5 - Pos5;
6 - Pos6; 7 - Pos7; 8 - Pos8

105

Status_ Vane Left-Right Man/Auto

1 bit

DPT_Bool

1.002

R T 0 - Manual; 1 - Auto

106

Status_ Vane Left-Right Pos1

1 bit

DPT_Bool

1.002

R T 1 - Position 1

107

Status_ Vane Left-Right Pos2

1 bit

DPT_Bool

1.002

R T 1 - Position 2

108

Status_ Vane Left-Right Pos3

1 bit

DPT_Bool

1.002

R T 1 - Position 3

109

Status_ Vane Left-Right Pos4

1 bit

DPT_Bool

1.002

R T 1 - Position 4

110

Status_ Vane Left-Right Pos5

1 bit

DPT_Bool

1.002

R T 1 - Position 5

111

Status_ Vane Left-Right Pos6

1 bit

DPT_Bool

1.002

R T 1 - Position 6

112

Status_ Vane Left-Right Pos7

1 bit

DPT_Bool

1.002

R T 1 - Position 7

113

Status_ Vane Left-Right Pos8

1 bit

DPT_Bool

1.002

R T 1 - Position 8

114

Status_ Vane Left-Right Swing

1 bit

DPT_Bool

1.002

R T 0 - Stop; 1 - Swing

115

Status_ Vane Left-Right Swirl

1 bit

DPT_Bool

1.002

R T 0 - Stop; 1 - Swirl

116

Status_ Vane Left-Right Wide

1 bit

DPT_Bool

1.002

R T 0 - Stop; 1 - Wide

117

Status_ Vane Left-Right Text

14 byte

DPT_String_8859_1

16.001

R T ASCII String

Temperature

118

Status_ AC Setpoint Temp

2 byte

DPT_Value_Temp

9.001

R T 16ºC to 32ºC

119

Status_ IntesisBox Ambient Temp

2 byte

DPT_Value_Temp

9.001

R T ºC value

120

Status_ IntesisBox Reference Temp

2 byte

DPT_Value_Temp

9.001

R T ºC value

Error

121

Status_ Error/Alarm

1 bit

DTP_Alarm

1.005

R T 0 - No Alarm; 1 - Alarm

122

Status_ Error Code

2 byte

Enumerated

R T 0 - No Error; Any other see user's manual

123

Status_ Error Text code

14 byte

DPT_String_8859_1

16.001

R T 2 char Error; Empty - none

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Window

124

Status_ Window Contact Sensor

1 bit

DPT_Window_Door

1.019

R T 0 - Closed; 1 - Open

125

Status_ Window Contact Step

8 bit

Enumerated

R T 0-Window Closed; 1-Window Open; 2-AC switched off

Occupancy

126

Status_ Occupancy Sensor

1 bit

DPT_Occupancy

1.018

R T 0 – Not Occupied; 1 – Occupied

127

Status_ Occupancy Mode

8 bit

DPT_OCC_MODE

20.003

R T 0 – Occupied; 1 – Stand by; 2 – Not Occupied

128

Status_ Occupancy State

8 bit

Enumerated

R T 0 - Occupied; 1 - Unoccupied; 2 - Action1; 3 - Action2

129

Status_ Lock Remote Control

1 bit

DPT_Bool

1.002

R T 0 - Unlocked; 1 – Locked

Counter

130

Status_ Operating Hour Counter

2 byte

DPT_Value_2_Ucount

7.001

R T Number of operating hours

131

Status_ Operating Second Counter

2 byte

DPT_Value_2_Ucount

13.100

R T Number of operating seconds

Scene

132

Status_ Current Scene

1 byte

DPT_SceneNumber

17.001

R T 0 to 4 - Scene 1 to 5; 63 - No Scene