With Resideo’s wide range of Hydraulic balancing solutions, buildings heating systems can be optimized and require less maintenance.
Industry leading hydraulic balancing
Favored by installers across the globe – Resideo’s Hydraulic Balancing solutions are used across a wide of applications, delivering performance day to day.
More efficient, more reliable
Hydronic balancing of HVAC heating and cooling systems is essential. In a hydraulically balanced heating system, all components work more efficiently and reduce investment and energy costs. The savings potential in newer and energetically refurbished buildings can be up 10%. The associated reduction in CO2 emissions makes an active contribution to environmental protection.
Silence is golden
Hydraulic balanced systems increases the heating convenience: All rooms are evenly supplied with heat and noise reduction is optimized. The radiators no longer “whistle” or “rustle”, and after a night setback, the rooms are quickly warm again at the expected time.
Range of solutions
Resideo offers a hydronic balancing solution for every application and installation. Our solutions are suitable for radiators and underfloor or ceiling heating and cooling. 1, 2-pipe or even 4-pipe systems, our product portfolio provides a range of other features, such as pressure floatation and dynamic balancing - all backed by over 50 years manufacturing expertise.
Get started with our zoning products
V2000SX range
The V2000SX is a range of thermostatic radiator valves with a wide range of flow rate pre-settings for balancing of heating systems, which makes the V2000SX an almost universal valve for pumped two-pipe heating and cooling.
The Kombi-TRV is a thermostatic radiator valve with an inbuilt differential pressure controller. This combination of two valves in one ensures optimal room temperature control and easy automatic hydronic balancing.
Kombi-Auto differential pressure control valves are used to maintain automatically a hydronic balance in residential or commercial hydronic heating and cooling systems, with variable flows.