Modules

On this forum you can discuss iRidium modules with other users. Please post here your questions, ideas or errors you find.

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Under review
tol iwan 3 months ago in KNX / Blinds • updated 3 months ago 2

Добрый день.

Использую Berker 75310002 для управления роль-ставнями.

Загрузил указанные модули для управления.

Проблема в том, что данные модули в настройках на открытие/закрытие имеют различные адреса, а для остановки видимо отсылают отключение на оба адреса. А мое устройство имеет на открытие/закрытие один адрес и на остановку другой.

Т.е. я указываю в модулях для открытия и закрытия один и тот же адрес и эти функции работают, но остановить в нужном положении я не могу.

Может есть модуль с таким функционалом или стоит добавить в указанные модули еще поле адреса для установки?

Спасибо.

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Answered
geekhouse srls 6 months ago in KNX / KNX Import from ETS • updated by Aleksandr Romanov (CTO) 6 months ago 6

Hi guys, how can i save the imported knx drive, in the json format?

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Completed
Ilya Markov (expert) 10 months ago in KNX / KNX Import from ETS • updated by Aleksandr Romanov (CTO) 6 months ago 1


KNX Import from ETS


Type: Scanner

Developer: iRidium mobile

Manufacturer: KNX


The scanner allows to import JSON file with the driver configuration to the project. You can set up modules for KNX controllers with the help of the datapoints from the imported JSON file. After the setting up the modules can be added in projects.


Instructions for importing projects from ETS:

  1. Set up the ETS project
  2. Export the ETS file
  3. Import the ETS file in iRidium Studio
  4. Save the received KNX driver in the JSON file
  5. Launch of the KNX Import module
  6. Go to the address indicated in the launched KNX Import module
  7. Download the JSON file with the driver configuration in the opened web-interface
  8. Click Next in the widget interface
  9. Indicate the device IP-address (if it was not indicated in iRidium Studio before importing in the JSON file)
  10. Indicate the number and types of required modules
  11. Fill in settings of the selected modules

Available KNX modules:

Supported controllers: KNX Router, KNX BAOS 770/771/772/777.
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Completed
Ilya Markov (expert) 10 months ago in KNX / KNX BAOS Wizard • updated 10 months ago 2


KNX BAOS Wizard


Type: Scanner

Developer: iRidium mobile

Manufacturer: KNX


The scanner finds KNX BAOS controllers and datapoints available for them. You can set up modules for the controller you select with the help of the datapoints. After the setting up the modules can be added in projects.The scanner works by the KNX IP BAOS Binary protocol.


Available KNX BAOS modules:

Supported controllers: KNX BAOS 771/772/777.

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Completed
Ilya Markov (expert) 10 months ago in KNX / Blinds • updated 10 months ago 1


KNX Blinds


Type: Curtains

Developer: iRidium mobile

Manufacturer: KNX


The module enables control of Blinds devices in the KNX bus with manual input of parameters for the device.Supported devices: KNX Router (KNX module), KNX IP BAOS 771/772/777 (KNX BAOS 771/772/777 module), KNX IP BAOS 770 (KNX BAOS 770 module).


Functions:

  • Close;
  • Open;
  • Stop.

Set of Actions enables use of all module control functions in macros and scenes (routines).


Actions:

  1. Close - to close the blinds;
  2. Open - to open the blinds;
  3. Stop - to stop the blinds.
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Completed
Ilya Markov (expert) 10 months ago in KNX / Relay • updated 10 months ago 0


KNX Relay


Type: Relay

Developer: iRidium mobile

Manufacturer: KNX


The module enables control of Relay devices in the KNX bus with manual input of parameters for the device.Supported devices: KNX Router (KNX module), KNX IP BAOS 771/772/777 (KNX BAOS 771/772/777 module), KNX IP BAOS 770 (KNX BAOS 770 module).


Functions:

  • On / Off.

Sets of Actions, Events, Conditions enables use of all module functions in macros and scenes (routines).


Actions:

  1. Turn on - to turn on the switch;
  2. Turn off - to turn off the switch.

Events:

  1. On - the switch had just been turned on;
  2. Off - the switch had just been turned off.

Conditions:

  1. On - the switch is on;
  2. Off - the switch is off.
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Completed
Ilya Markov (expert) 10 months ago in KNX / Display • updated 10 months ago 1


KNX Display


Type: Display

Developer: iRidium mobile

Manufacturer: KNX


The module enables display of value of Display devices in the KNX bus with manual input of parameters for the device.Supported devices: KNX Router (KNX module), KNX IP BAOS 771/772/777 (KNX BAOS 771/772/777 module), KNX IP BAOS 770 (KNX BAOS 770 module).


Functions:

  • The module shows value of the display.

Sets of Events and Conditions enables use of all module functions in macros and scenes (routines).


Events:

  1. Value has become higher - value of the display has become higher than the indicated value;
  2. Value has become lower - value of the display has become lower than the indicated value.

Conditions:

  1. Value is higher - value of the display is higher than the indicated value;
  2. Value is lower - value of the display is lower than the indicated value.
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Completed
Ilya Markov (expert) 10 months ago in KNX / Dimmer • updated 10 months ago 1


KNX Dimmer


Type: Dimmer

Developer: iRidium mobile

Manufacturer: KNX


The module enables control of Dimmer devices in the KNX bus with manual input of parameters for the device.Supported devices: KNX Router (KNX module), KNX IP BAOS 771/772/777 (KNX BAOS 771/772/777 module), KNX IP BAOS 770 (KNX BAOS 770 module).


Functions:

  • Power control;
  • Brightness control.

Sets of Actions, Events, Conditions enables use of all module functions in macros and scenes (routines).


Actions:

  1. Turn on - to turn on the light;
  2. Turn off - to turn off the light;
  3. Set brightness - to set brightness of the light.

Events:

  1. On - the dimmer had just been turned on;
  2. Off - the dimmer had just been turned off;
  3. Light has become brighter - brightness has become higher than the indicated value;
  4. Light has become less bright - brightness has become lower than the indicated value.

Conditions:

  1. On - the dimmer is on;
  2. Off - the dimmer is off;
  3. Light is brighter - brightness is higher than the indicated value;
  4. Light is less bright - brightness is lower than the indicated value.
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Completed
Ilya Markov (expert) 10 months ago in KNX / ColorPicker • updated 10 months ago 1


KNX ColorPicker


Type: Light

Developer: iRidium mobile

Manufacturer: KNX


The module enables control of ColorPicker devices in the KNX bus with manual input of parameters for the device.Supported devices: KNX Router (KNX module), KNX IP BAOS 771/772/777 (KNX BAOS 771/772/777 module), KNX IP BAOS 770 (KNX BAOS 770 module).


Functions:

  • Color control;
  • Brightness control.

Sets of Actions, Events, Conditions enables use of all module functions in macros and scenes (routines).


Actions:

  1. Set color - to set color of the light;
  2. Set brightness - to set brightness of the light.

Events:

  1. Light has become brighter - brightness has become higher than the indicated value;
  2. Light has become less bright - brightness has become lower than the indicated value.

Conditions:

  1. Light is brighter - brightness is higher than the indicated value;
  2. Light is less bright - brightness is lower than the indicated value.
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Completed
Ilya Markov (expert) 10 months ago in KNX / Climate • updated 10 months ago 1


KNX Climate


Type: Climate Control

Developer: iRidium mobile

Manufacturer: KNX


The module enables control of Climate devices in the KNX bus with manual input of parameters for the device.Supported devices: KNX Router (KNX module), KNX IP BAOS 771/772/777 (KNX BAOS 771/772/777 module), KNX IP BAOS 770 (KNX BAOS 770 module).


Functions:

  • Temperature control.

Sets of Actions, Events, Conditions enables use of all module functions in macros and scenes (routines)

.

Actions:

  1. Set temperature - to set the desired temperature for the air conditioner.

Events:

  1. Temperature rises above - temperature has become higher than the indicated value;
  2. Temperature drops below - temperature has become lower than the indicated value.

Conditions:

  1. Temperature is above - temperature is higher than the indicated value;
  2. Temperature is below - temperature is lower than the indicated value.