Uponor Smatrix Wave control unit Pulse X-265 6x, wireless,, replaces generation 1, which started with X-1.

The Uponor Smatrix Wave Controller Pulse X-265 6x is a sophisticated heating control unit designed specifically for underfloor heating systems. This advanced controller manages up to six independent heating circuits, providing precise temperature regulation for different zones within a residential or commercial space. The device features a modern touchscreen interface with intuitive controls for easy programming and monitoring of heating schedules.

With dimensions of approximately 180 mm width, 120 mm height, and 60 mm depth, the controller is designed for standard wall mounting in utility rooms or heating control centers. It operates on standard European voltage requirements and maintains temperature accuracy within 0.5 °C. The unit supports various temperature sensors and is compatible with most modern underfloor heating installations.

Constructed with durable ABS plastic housing, the controller withstands typical environmental conditions in heating control environments. The display provides clear visibility of current temperatures, setpoints, and operational status for all connected circuits. Programming capabilities include daily and weekly schedules with multiple temperature periods, holiday modes, and frost protection settings.

The controller communicates with compatible heating systems via standard protocols, ensuring reliable integration with existing heating infrastructure. Installation requires basic electrical knowledge and proper connection to the heating system's control wiring. The device includes mounting hardware and standard connection terminals for straightforward installation by qualified technicians. Regular maintenance involves basic cleaning of the display surface and periodic verification of temperature calibration.

This heating controller represents the successor model to previous Uponor control units, incorporating updated software algorithms for improved energy efficiency and more responsive temperature management.