EELECTRON 9025ISCST-002 CUSTOM ICON SHEET UNIT COST 10 - 50pcs

The EELECTRON 9025 ISCST-002 product belongs to the KNX® 9025 series of capacitive switches, designed to offer complete and customizable management of home automation functions.

Key Features

This device is available in 4, 8 or 10 channel versions, mounted in boxes of 2 or 3 modules, making it compatible with the main standards (British, German, Italian, etc.).

Controls and Functionality

Each capacitive button can be configured to manage on/off commands, brightness adjustment, control of shutters and blinds, recall of scenes and sequences of objects.

The buttons are highly configurable, allowing the device to be adapted to the user's specific needs.

Temperature Control

The device includes a two-stage temperature controller with an integrated PI regulator, capable of controlling heating and cooling equipment, valves and 2- and 4-pipe fan coils.

It is equipped with an integrated temperature sensor and a rear 2-pin connector that can be configured as a digital or analog input. It is possible to connect an additional NTC temperature probe (eelectron codes TS01A01ACC or TS01B01ACC) for direct temperature measurements.

Humidity sensors

A version of the device also includes a relative humidity sensor, which can be used to control actuators to control ambient humidity.

Visualization and Personalization

The 9025 series has an RGB LED bar on the front to display the thermostat operating modes, feedback and other values available on the KNX bus.

Roofing glasses are available for residential or hotel applications and can be customized with interchangeable icons that light up according to the associated function.

Communication Interface

The device is equipped with a KNX® communication interface, ensuring complete integration with home automation systems based on this protocol.

Applications

• residential
• Hoteliers
• Construction

This product is ideal for those looking for a complete, flexible and customizable home automation solution, designed to meet energy and comfort needs in buildings.