Programming the push button with LED(s) and comfort sensors

Temperature and humidity sensor

The temperature sensor can be programmed as an input for multi-zone control (heating/cooling and ventilation) and allows you to increase your energy efficiency while maintaining overall comfort.
Furthermore, temperature values can be used as an input in a condition. As of version 2.20 of the programming software, humidity values can also be used. Just add one (or both) value(s) to the IF statement.

As of version 2.20 of the programming software, you will be able to visualise the temperature/humidity value in the Niko Home app or on the Digital black:

Niko Home app

You can visualise the measured temperature and/or humidity in the ‘Climate’ tab, without a 'climate control' routine.

Simply activate the climate sensors for each mobile app profile in which you want to see it (in the programming software via the 'Dashboard' menu).
Optionally, you can add the visualisation to the ‘Favorites’ tab.

Digital black

You can visualise the measured temperature and/or humidity on the Digital black.

Activate the climate sensors for at least one mobile app profile (in the programming software via the 'Dashboard' menu).
Use the Niko Home app to select the climate sensors in the visualisation settings of your Digital black (see Programming the Digital black, 24 V or Programming the Digital black, 230 V).

Button function

Use the Niko Home Control programming software to assign a basic action or a routine to each action button.

Feedback LED behaviour

Configure the feedback LED behaviour for a basic action in the Niko Home Control programming software. It can be set to:

provide either direct or inverted feedback on a basic action/routine
serve as an orientation light (= 'Always ON')
'Always ON'
'Always OFF'

The default behaviour of the feedback LED is determined by the type of basic action/routine linked to an action button.
Bear in mind that some dedicated routines have a fixed LED behaviour.

Physical button addressing

Each action button has a unique address and needs to be assigned to a button created in the programming software.
This address is registered during the addressing phase by pressing one of the action buttons.
Via an upload, it is stored on the connected controller for further operation.