Cubik-SQ4 white Basic push-button 4 areas - Temp and humidity sensor

Key Features

• Four Customisable Touch Areas: Four independent capacitive touch zones with adjustable LED indicators provide intuitive and flexible control for lighting, blinds, HVAC, and scene management.

• Integrated Environmental Sensors: Built-in thermostat and humidity sensor deliver accurate real-time monitoring and dew point calculation for effective climate management.

• Enhanced Automation with ALU: Incorporates an Arithmetic and Logic Unit (ALU) enabling programming of complex logic operations, timers, and counters to enhance automation flexibility.

• Full KNX Integration: Seamlessly connects with KNX systems for complete control of lighting, shading, and environmental systems within smart buildings.

• Modern, Compact Design: Sleek capacitive surface with responsive LED feedback combines high functionality with a refined, minimalist look.

• Versatile Application: Ideal for both residential and commercial projects seeking a balance of intelligent performance and contemporary aesthetics.

Product Description

The PLX14X00 capacitive touch panel offers a refined control solution for modern smart homes and KNX building automation systems. With four programmable touch areas, each featuring adjustable LED indicators, the device ensures intuitive and responsive interaction for managing lighting, HVAC, blinds, and other connected systems.

Equipped with integrated temperature and humidity sensors, the panel provides real-time environmental feedback and dew point calculations to maintain comfort and energy efficiency. The powerful Arithmetic and Logic Unit (ALU) expands automation possibilities by enabling advanced logic operations, timing functions, and conditional triggers.

Designed for flexibility and style, the PLX14X00 blends seamlessly into contemporary interiors while delivering robust control capabilities. It represents the perfect fusion of elegance, precision, and intelligent functionality—ideal for both residential and commercial automation environments.