The Programmable digital thermostat for Uponor Base X-23 (reference 1058425) is an advanced solution for the efficient management of heating in homes and commercial spaces. Its innovative design allows for flexible programming and various control options, adapting to the specific needs of each user.
Versatile and user-friendly programming
This thermostat offers the possibility to program heating on a 5/2 or 7-day schedule, allowing users to set different heating times and levels throughout the week. With up to four daily heating levels, the RA1058425 ensures optimal thermal comfort at all times, adjusting to each person's lifestyle.
Customizable control options
One of the standout features of this thermostat is its versatility in control. It allows three modes of operation: air only, floor only, and air/floor. This makes it an ideal option for hybrid climate control systems, providing the necessary flexibility to effectively manage different heat sources.
Vacation mode and settings lock
The vacation mode allows users to program a different temperature during their absence, with an override function that facilitates temporary activation. Additionally, the thermostat has a locking system that prevents unauthorized adjustments, ensuring that settings remain as established.
Functional design and easy installation
The thermostat is designed for wall mounting, integrating discreetly into any environment. It is powered through the Uponor Base X-23 unit, eliminating the need for batteries or external power sources. Optionally, a remote sensor can be connected (sold separately with reference 1047459), which expands the possibilities for temperature measurement and control.
Technical specifications
Useful environments
The thermostat is ideal for use in:
Additional advantages
The Programmable digital thermostat for Uponor Base X-23 is an effective tool for those seeking advanced and customizable thermal control. With its wide range of functions and intuitive design, it ensures optimal comfort and efficient heating management in any environment.