The Orkli RA110 Wired Analog Room Thermostat Summer/Winter (reference RA110) is a versatile and efficient solution for temperature control in heating and cooling systems. Its design allows for manual regulation, giving users precise control over their environment, ideal for underfloor heating and cooling installations.
Winter and summer functionality
This analog thermostat is specifically designed to adapt to different thermal needs, allowing regulation in both winter and summer. This means that users can easily switch between heating and cooling, ensuring constant comfort throughout the year. Its ability to handle both functions makes it an optimal choice for any home or commercial space.
High-precision temperature sensor
The Orkli RA110 uses a gas-filled diaphragm temperature sensor, which ensures accurate and reliable measurements. This system is ideal for responding quickly to changes in ambient temperature, ensuring effective control of heating and cooling.
Intuitive manual control
With a temperature adjustment range from 10 ºC to 30 ºC, the RA110 allows users to easily set their desired comfort level. Additionally, it features a switching differential of 1.5 ºC (at 20 ºC), allowing for efficient system operation, avoiding excessive temperature fluctuations.
Safe and durable construction
The thermostat is made with a flame-retardant PC housing, ensuring exceptional durability and safety. Its IP20 protection rating makes it suitable for indoor use, providing confidence in its long-term performance. The potential-free output and 1 x 2.5 mm² connection terminals facilitate its integration into various installations.
Technical specifications
Utility environments
The Orkli RA110 is ideal for a variety of applications, including:
Additional advantages
The Orkli RA110 Wired Analog Room Thermostat Summer/Winter is the ideal solution for those seeking efficient and flexible thermal control. With its intuitive design and dual capabilities, it guarantees optimal comfort at any time of the year, adapting to the needs of each user and space.