Cubik-V8 white Design push-button 8 areas - Temp and humidity sensor

Key Features

• Customisable Touch Control: Includes eight independent capacitive touch zones with adjustable LED indicators, providing personalised and intuitive control over KNX lighting, shading, and automation functions.

• Integrated Environmental Sensors: Built-in thermostat and humidity sensor with dew point calculation ensure accurate monitoring and efficient climate management.

• Advanced Automation Logic: Features a built-in Arithmetic and Logic Unit (ALU) that supports complex logic programming, timers, and counters for enhanced smart functionality.

• Seamless KNX Integration: Designed for full compatibility with KNX automation systems, allowing centralised control of lighting, HVAC, blinds, and more.

• Elegant, User-Friendly Design: Modern touch interface with responsive LED feedback delivers both style and simplicity for everyday use.

• Versatile Application: Suitable for residential, commercial, and hospitality installations that demand performance, reliability, and sleek aesthetics.

Product Description

The PL228100 capacitive touch panel delivers high-end control and advanced functionality for intelligent KNX building automation. With eight individually configurable capacitive touch zones and adjustable LED indicators, it provides an intuitive, user-friendly interface for managing lighting, shading, HVAC, and scene control.

Its integrated thermostat and humidity sensors offer precise environmental monitoring and dew point calculation, ensuring optimal comfort and efficiency. The Arithmetic and Logic Unit (ALU) enables complex automation scenarios, including programmable logic operations, timers, and counters, giving system integrators and users the flexibility to design custom solutions.

Crafted for modern architectural and smart building applications, the PL228100 combines elegant design with powerful KNX integration. Ideal for both residential and commercial projects, it offers the perfect balance of innovation, functionality, and visual refinement in a single, compact control interface.