EELECTRON 9025ISA-1 9025 KNX CAPACITIVE BUTTON, WHITE ICON SET - A BLANK - 32 ICONS

The EELECTRON 9025 product, also known as 9025 CAPACITIVE KNX SWITCH — LINE SERIES, represents an innovative and versatile solution for managing domestic and industrial automation systems based on the KNX protocol.

Key Features

This device is available in different configurations, including 4, 8 and 10-channel models, mounted in boxes of 2 or 3 modules. Each capacitive button can be configured to manage on/off commands, brightness adjustment, control of shutters and blinds, recall and control of scenes, sequences of objects and more.

Temperature Control

The device includes a two-stage temperature controller with integration of a PI controller to manage 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, not included) for direct temperature measurements.

Visualization and Personalization

The 9025 series includes an RGB LED bar on the front to display feedback or other values available on the KNX bus. The glass covers are available in a CUSTOM version for residential or hotel applications, allowing you to illuminate personalized and interchangeable icons based on the associated function.

Compatibility and Compliance

The device complies with the main standards (British, German, Italian, etc.) and is equipped with a KNX communication interface.

Additional Features

• Control of heating and cooling equipment.
• Valve and fan coil management.
• Recall and control scenes.
• Checking sequences of objects.
• Version with integrated relative humidity sensor for the control of actuators for controlling environmental humidity.

This product is ideal for intelligent automation systems in residential, hotel and commercial buildings, offering a complete and customizable solution for the control and management of environments.