Abstract: A mounting clip includes a valve unit housing and a flange. The actuator unit has an actuator unit housing and a shoulder. The mounting clip has first sections positioned in first level, that are straight and run parallel to each other within the first level and are configured to be inserted into grooves provided at the shoulder. A second section is positioned in a second level, is U-shaped, and is configured to be inserted into a recess provided at the flange. Third sections extend between each of the first sections and the second section, each of the third sections has first subsections being bent, a second subsection being bent, and a third subsection being straight or angled. The first subsections extend between the first sections and the third subsections. The second subsections extend between the second section and the third sub-sections.

Abstract: Mounting clip (30) to mount an actuator unit (20) to a valve unit (10), the valve unit having a valve unit housing (11) and flange (12) formed at the valve unit housing (11), the actuator unit having an actuator unit housing (21) and a shoulder (22) formed at the actuator unit housing (21). The mounting clip has first sections (31) positioned in first level (32), wherein said first sections (31) are straight and run parallel to each other within said first level (32), and wherein said first sections (31) are configured to be inserted into rooves (25) provided at the shoulder (22) of the actuator unit. The mounting clip has a second section (33) positioned in a second level (34), wherein said second section (33) is U-shaped, and wherein said second section (33) is configured to be inserted into a recess (15) provided at the flange (12) of the valve unit.

Abstract: Hydronic control valve for a hydronic installation, including a valve unit and an actuator unit. The valve unit has a temperature sensor measuring the temperature of the hydronic medium flowing through the valve unit. The actuator unit has an actuator for actuating the valve unit to control the flow of the hydronic medium through the valve unit based at least in part on the temperature of the hydronic medium measured by the temperature sensor. The valve unit may include a RFID transmitter operatively coupled to the temperature sensor. The actuator unit may include a RFID receiver. The temperature measurement signals provided by the temperature sensor may be wirelessly transmitted from the RFID transmitter of the valve unit to the RFID receiver of the actuator unit.