The Harmony thermostatic head from Orkli, reference 60010, is an efficient and elegant solution for temperature control in radiator heating systems. Designed to offer superior technical performance and a modern, compact design, this thermostatic head combines functionality and aesthetics, providing a comfort and energy-saving experience in any space where it is installed.
Applications:
The Harmony thermostatic head is designed for use in hot water heating systems, where precise control of ambient temperature is required. It is ideal for applications in residential homes and commercial spaces, where thermal comfort and energy savings are essential. Thanks to its easy installation and compatibility with Orkli M28x1 valves, it is a versatile option that fits perfectly into any centralized heating installation.
Technical features:
- Integrated liquid temperature sensor: One of the standout features of the Harmony head is its liquid temperature sensor, which ensures a quick and precise response to temperature changes. This sensor allows for precise temperature control in each room, adjusting the flow of hot water to the radiator according to the user's needs, optimizing comfort and reducing energy consumption.
- Connection to M28x1 valve: The Harmony thermostatic head is compatible with any Orkli thermostatic valve that has an M28x1 threaded connection. This standardization facilitates its installation in a wide range of heating systems, without the need for additional adapters.
- Temperature range: The head allows for a precise control range that can be adjusted by the user according to their preferences. Additionally, it includes stops to lock or select a specific temperature range, ensuring consistent control and preventing accidental adjustments.
Highlighted advantages:
- Quick and tool-free installation: One of the main advantages of the Harmony thermostatic head is that it does not require tools for installation. Its design facilitates direct mounting on the valve, reducing the time and complexity of the installation. Additionally, the anti-theft accessory option adds an extra layer of security, especially useful in public or high-traffic installations.
- Modern and ergonomic design: The Harmony head not only offers superior technical performance but also stands out for its aesthetics. With a compact and streamlined line, this head features smooth curves and a pleasant touch surface, making it an attractive addition to any heating system. The wide grooved surface of the handle facilitates grip and handling, allowing for easy and precise temperature adjustments.
- Considerable energy savings: By precisely regulating the temperature of each room, the Harmony thermostatic head contributes to a more efficient use of energy. By opening or closing the flow of hot water to the radiator as needed, heating use is optimized, resulting in considerable energy savings and greater environmental sustainability.
Additional features:
- Temperature stops: The head includes temperature stops that allow locking the adjustment range, which is especially useful in installations where a constant temperature is desired or to prevent users from modifying settings without authorization.
- Full compatibility with Orkli valves: Thanks to its standard design, the Harmony head is fully compatible with all Orkli thermostatic valves, ensuring hassle-free installation and optimal performance in any heating system.
Technical specifications:
- Minimum operating temperature: -10°C.
- Maximum operating temperature: +50°C.
- "Vt" value: Less than 0.4 in M28x1.
- Optional accessories: The Harmony head can be complemented with an anti-theft accessory, which is ideal for installations in public or commercial spaces where additional security is required.
Additional benefits:
- Personalized comfort in each room: By allowing individual temperature adjustments in each radiator, users can tailor the environment to their personal preferences, enhancing thermal comfort in each space.
- Better energy efficiency: The Harmony thermostatic head helps optimize heating use, contributing to reduced energy costs by minimizing heat waste and maintaining a constant and efficient temperature.