Dynamic valve

  • Overview
  • Documents
  • Drawings
  • Related products
  • FAQ
  • Videos

Danfoss Dynamic Valve™: a simple solution to a daily challenge

Danfoss Dynamic Valve™ is an innovative radiator valve with a 2-in-1 valve design. It combines a thermostatic radiator valve and a differential pressure controller for accurate temperature control and automatic hydronic balancing in a single product.

The built-in differential pressure controller eliminates pressure fluctuations in a two-pipe heating system. By using Dynamic Valve™ a perfectly controlled and automatic hydronic balanced heating system is simply established.

For designers

Dynamic Valve™ is good news for everybody involved in designing or specifying a two-pipe heating systems. It has all the advantages of automatic hydronic balancing combined with optimal temperature control.

For installers

By installing the valves you also install automatic balancing at the same time. To commission the system correctly the valves just have to be set to correct maximum flow at each radiator.

For building owners

Dynamic Valve™ is a product typical to use in residential buildings. Many owners, occupants and other users will recognise typical heating problems like noise, uneven heating and high energy bills. The indoor comfort will be greatly increased when Dynamic Valve™ is used.

Features and benefits

A 2-in-1 valve design for temperature control and automatic balancing

Built-in differential pressure controller

Maximum differential pressure 60 kPa

Limitation of maximum flow between 10 – 135 liters per hour

Available in DN 10/15/20

Available in Straight, Angle, Angle UK, Angle left and Angle right models

See how the Danfoss Dynamic Valve™ works

See how the Danfoss Dynamic Valve™ works

Presentation on what is special about this thermostatic radiator valve, how it works and what the benefits are.

Documents

Type Name Language Valid for Updated Download File type
Brochure Dynamic valve - Building owner brochure Dutch, Flemish Netherlands 15 Oct, 2014 374.6 KB .pdf
Brochure Dynamic valve - Building owner brochure Danish Denmark 29 Oct, 2014 365.0 KB .pdf
Brochure Dynamic valve - Building owner brochure Hungarian Hungary 31 Aug, 2014 373.5 KB .pdf
Brochure Dynamic valve - Building owner brochure Dutch, Flemish Belgium 14 Oct, 2014 355.2 KB .pdf
Brochure Dynamic valve - Building owner brochure English Multiple 25 Jul, 2019 4.6 MB .pdf
Brochure Dynamic Valve - Designer and installer brochure French France 18 Nov, 2014 662.7 KB .pdf
Brochure Dynamic Valve - Designer and installer brochure Finnish Finland 27 Feb, 2017 978.2 KB .pdf
Brochure Dynamic Valve - Designer and installer brochure German Multiple 15 Jan, 2018 934.8 KB .pdf
Brochure Dynamic Valve - Designer and installer brochure French Belgium 17 Sep, 2017 1.6 MB .pdf
Brochure Dynamic Valve - Designer and installer brochure English Multiple 25 Jul, 2019 11.1 MB .pdf
Brochure Dynamic Valve - Designer and installer brochure Polish Poland 16 Oct, 2019 747.2 KB .pdf
Brochure Dynamic Valve — брошура для монтажників і проектувальників Ukrainian Ukraine 15 May, 2018 630.2 KB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Estonian Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Latvian Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve English Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Danish Multiple 28 Mar, 2019 1.7 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve French Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Lithuanian Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Finnish Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve French Multiple 28 Mar, 2019 1.4 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve English United Kingdom 28 Mar, 2019 1.7 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Dutch, Flemish Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Dutch, Flemish Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Italian Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Spanish, Castilian Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve French Multiple 28 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Polish Multiple 26 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Czech Multiple 26 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Hungarian Multiple 26 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Romanian, Moldavian, Moldovan Multiple 26 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Serbian (RS) Multiple 26 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Croatian Multiple 26 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Slovenian Multiple 26 Mar, 2019 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve German Switzerland 06 Apr, 2020 1.4 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve German Germany 06 Apr, 2020 1.8 MB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve Ukrainian Multiple 30 Nov, 2018 464.1 KB .pdf
Data sheet Dynamic Valve™ Type RA-DV, Pressure Independent Radiator Valve German Austria 07 Aug, 2019 1.7 MB .pdf
White paper Practical guidelines for creating energy efficient multi-family residential heating systems English Multiple 15 Oct, 2015 4.3 MB .pdf

Drawings

BIM Library

Download our REVIT family BIM ready models and start working with our products in 3D building information modelling programs such as Autodesk REVIT and MagiCad.

Related products

Easy measuring with dP tool™

There is only one requirement to ensure the built-in differential pressure controller works as it should. That is if the total differential pressure over the Dynamic Valve™ is 10 kPa. If this pressure loss is present on the valve furthest from the pump, the system is correctly commissioned. To check if the required pressure loss is present use the dP tool™. It's a simple and unique tool that measures the available differential pressure.

FAQ

No, Dynamic Valve™ can only be used in two-pipe heating systems

The maximum differential pressure is 0,6 bar or 60 kPa

All sensors with a RA-connection (RAW, RAE, RAX, RAS-C, RAS-C2, RA 2000, living by Danfoss) can be used. However the Dynamic Valve™ should only be mounted in the inlet, so FJVR sensors should not be mounted.

No, if there is a few radiators where Dynamic Valve™ can be mounted (e.g. due to a radiator with build-in valve) you can still achieve proper system balance. However it needs to be a little throughout a system.

Yes, this can be done by using the Danfoss dP tool™. With it you can measure whether the differential pressure of 0,1 bar or 10 kPa is achieved. The actual flow can be derived by looking up the actual pre-set value in the data sheet or on the Danfoss Pre-setting tool.

The valve works in a way that the pre-set flow will be kept regardless of pressure changes in the heating system.

No, as the valve will keep a constant pressure over the valve cone, noise will not be an issue as long as the maximum differential pressure in the system is below 0,6 bar or 60 kPa

Dynamic Valve™ can be used with all common used heating sources:

  • Direct district heating (a pressure differential controller needs to be mounted);
  • Indirect district heating;
  • Gas boilers;
  • Oil boilers;
  • Heat pumps.

Videos