Hydraulic balance of buildings easier thanks to KOMBI-TRV



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Last arrival at Honeywell, Kombi-TRV is the pressure independent radiator valve which ensures excellent heat distribution

  The hydraulic balance of buildings is facilitated thanks to the valve KOMBI-TRV

Honeywell offers a new product from the range of hydraulic balancer, the radiator Kombi-TRV pressure-independent, robust and reliable

Thanks to the union of a radiator valve with a differential pressure control valve, the Kombi-TRV controls the flow regardless of the pressure variations in the heating system

  KOMBI-TRV valve for the hydraulic balancing of buildings It is characterized by a simple design, formed only by the necessary components and mainly metal, with the exception of membranes and seals.

In the case of an unbalanced heating or air conditioning system to avoid too cold or too hot rooms, noisy valves and the loss of energy efficiency of the boiler or the heat pump, they can then continue to install the differential pressure control valves at the foot of each stud or branch, but thanks to the new valve Kombi-TRV they can now put automatically implement hydraulic balances on smaller heating systems such as two-pipe heating systems, without having to account for pressure losses in the entire system. It is only necessary to identify the thermal load and the corresponding flow, regardless of the system.

Kombi-TRV is particularly suitable for installations where it is difficult to use a differential pressure control valve, for example for restricted spaces or if the size or direction of the pipes is unknown. It is particularly suitable for installation in single family homes or self-contained apartments for both new buildings and for renovations.

The new valve ensures excellent heat distribution, quietly, fast and safe hydraulic balancing, with benefits also in terms of energy efficiency.

The pressure regulator integrated in the valve ensures the maintenance of the predetermined and constant flow even in the event of variation of the pressure of entry into the system.

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