The Danfoss motorized control valves range (MCV) for district heating is applicable for use in water and glycol-based heating and cooling systems.
The motorized control valves ensure stable and accurate control of water. This in turn improves temperature control, leading to enhanced comfort for the end-user. The motorized control valves range comprises both regular and pressure-relieved control valves operating with high differential pressure.
In energy efficiency terms, optimal performance of temperature control can lead to decreasing heat loss and therefore reduced CO2 emissions.
Good control ratios and rapid response times to changes in domestic hot water supply requirements are just some of the features needed to ensure optimum control performance.
The range of globe valves stands for progress in a number of essential areas, which meet the increasingly stricter requirements for control performance, features, compact design and price/value ratio.
The valve series is available in different materials, which fulfill the heavy-duty requirements, and is supplied with different connections. Today we are able to offer a range of seated valves for use in the above-mentioned applications.
Features and benefits
Excellent control performance in meeting the most difficult control requirements in district heating, while still providing instantaneous hot water
Easy selection, installation, commissioning and maintenance lead to cost, time and effort savings
Built-in thermic and overload protection of the electromotor radically reduces the risk of operational failure in either the valve or the system as a whole
Documents
Type | Name | Language | Valid for | Updated | Download | File type |
---|---|---|---|---|---|---|
Data sheet | VF2, VF3 (DN 15-300) DS | Chinese (CN) | Multiple | 01 Dec, 2021 | 2.1 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Danish | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Turkish | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Latvian | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Slovak | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | French | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Bulgarian | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Spanish, Castilian | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Polish | Multiple | 01 Dec, 2021 | 2.1 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Croatian | Multiple | 01 Dec, 2021 | 1.9 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Czech | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Italian | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Lithuanian | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Hungarian | Multiple | 01 Dec, 2021 | 2.1 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Swedish | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Estonian | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Slovenian | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | English | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Ukrainian | Ukraine | 27 Jul, 2023 | 2.2 MB | |
Data sheet | VF2, VF3 (DN 15-300) DS | Romanian, Moldavian, Moldovan | Multiple | 01 Dec, 2021 | 2.0 MB | |
Data sheet | VF2, VF3 (DN 15-300)_DS | German | Multiple | 12 May, 2022 | 2.2 MB | |
Data sheet | VL2, VL3 | English | Multiple | 22 Jun, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | Spanish, Castilian | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | Czech | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | German | Multiple | 20 Oct, 2021 | 1.4 MB | |
Data sheet | VL2, VL3 | Estonian | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | Russian | Central Asia Unit | 26 Sep, 2019 | 1.0 MB | |
Data sheet | VL2, VL3 | Hungarian | Multiple | 20 Oct, 2021 | 1.4 MB | |
Data sheet | VL2, VL3 | Lithuanian | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | French | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | Italian | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | Romanian, Moldavian, Moldovan | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | Slovenian | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | Croatian | Multiple | 20 Oct, 2021 | 1.2 MB | |
Data sheet | VL2, VL3 | Swedish | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | Slovak | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VL2, VL3 | Polish | Multiple | 20 Oct, 2021 | 1.4 MB | |
Data sheet | VL2, VL3 | Bulgarian | Multiple | 20 Oct, 2021 | 1.3 MB | |
Data sheet | VRB 2, VRB 3 | Croatian | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Latvian | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Italian | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | French | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Lithuanian | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Hungarian | Multiple | 27 Jun, 2022 | 1.0 MB | |
Data sheet | VRB 2, VRB 3 | Polish | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Romanian, Moldavian, Moldovan | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Swedish | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Slovenian | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Slovak | Multiple | 27 Jun, 2022 | 1.0 MB | |
Data sheet | VRB 2, VRB 3 | Chinese (CN) | Multiple | 27 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Spanish, Castilian | Multiple | 20 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Danish | Multiple | 20 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | German | Multiple | 20 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Estonian | Multiple | 20 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Czech | Multiple | 20 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | English | Multiple | 16 May, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Bulgarian | Multiple | 20 Jun, 2022 | 1.1 MB | |
Data sheet | VRB 2, VRB 3 | Ukrainian | Ukraine | 10 Feb, 2020 | 309.3 KB | |
Data sheet | VRB 2, VRB 3 | Russian | Central Asia Unit | 26 Sep, 2019 | 984.7 KB | |
Data sheet | VRG 2, VRG 3 | Croatian | Multiple | 05 Sep, 2022 | 865.8 KB | |
Data sheet | VRG 2, VRG 3 | Slovak | Multiple | 05 Sep, 2022 | 997.9 KB | |
Data sheet | VRG 2, VRG 3 | Slovenian | Multiple | 05 Sep, 2022 | 968.0 KB | |
Data sheet | VRG 2, VRG 3 | French | Multiple | 05 Sep, 2022 | 973.8 KB | |
Data sheet | VRG 2, VRG 3 | Italian | Multiple | 05 Sep, 2022 | 961.7 KB | |
Data sheet | VRG 2, VRG 3 | Chinese (CN) | Multiple | 05 Sep, 2022 | 1.1 MB | |
Data sheet | VRG 2, VRG 3 | Lithuanian | Multiple | 05 Sep, 2022 | 1.1 MB | |
Data sheet | VRG 2, VRG 3 | Swedish | Multiple | 05 Sep, 2022 | 964.5 KB | |
Data sheet | VRG 2, VRG 3 | Estonian | Multiple | 05 Sep, 2022 | 951.6 KB | |
Data sheet | VRG 2, VRG 3 | Bulgarian | Multiple | 05 Sep, 2022 | 1.2 MB | |
Data sheet | VRG 2, VRG 3 | Spanish, Castilian | Multiple | 05 Sep, 2022 | 973.5 KB | |
Data sheet | VRG 2, VRG 3 | German | Multiple | 05 Sep, 2022 | 1.0 MB | |
Data sheet | VRG 2, VRG 3 | Czech | Multiple | 05 Sep, 2022 | 1.0 MB | |
Data sheet | VRG 2, VRG 3 | English | Multiple | 05 Sep, 2022 | 964.1 KB | |
Data sheet | VRG 2, VRG 3 | Polish | Multiple | 22 Jul, 2022 | 1.0 MB | |
Data sheet | VRG 2, VRG 3 | Latvian | Multiple | 05 Sep, 2022 | 997.1 KB | |
Data sheet | VRG 2, VRG 3 | Hungarian | Multiple | 05 Sep, 2022 | 994.9 KB | |
Data sheet | VRG 2, VRG 3 | Romanian, Moldavian, Moldovan | Multiple | 05 Sep, 2022 | 980.5 KB | |
Data sheet | VRG 2, VRG 3 | Turkish | Multiple | 05 Sep, 2022 | 1.0 MB | |
Data sheet | VRG 2, VRG 3 | Ukrainian | Ukraine | 10 Feb, 2020 | 268.0 KB | |
Data sheet | VRG 2, VRG 3 | Russian | Central Asia Unit | 06 Sep, 2019 | 1.5 MB |
Tools and apps

FAQ
Case stories
-
if (isSmallPicture) {
; } else if (isBigColumns) { } else { }How did this smart factory reach carbon-neutral?POLAND: The new Danfoss production hall in Grodzisk Mazowiecki has reached carbon-neutrality, thanks to full electrification, energy-saving solutions such as Danfoss drives, and energy from renewable sources.
-
if (isSmallPicture) {
; } else if (isBigColumns) { } else { }DrivePro® Lifecycle Services secure maximum uptime for Rothes CoRDeSCOTLAND: The Rothes CoRDe plant, a biomass-fired combined heat and power (CHP) plant, ensured maximum uptime thanks to several DrivePro® Lifecycle Services.
-
if (isSmallPicture) {
; } else if (isBigColumns) { } else { }Retrofitting Keppel Bay Tower for a Zero Energy futureSINGAPORE: With Danfoss EC+ concept for HVAC systems, Keppel Bay Tower uses 45% less energy and has achieved Green Mark Platinum Zero Energy building status.
-
if (isSmallPicture) {
; } else if (isBigColumns) { } else { }Drives secure fresh air inside South America’s tallest buildingA huge number of Danfoss drives secure comfortable temperatures and cut down energy use inside Chile’s famous Costanera Center.
-
if (isSmallPicture) {
; } else if (isBigColumns) { } else { }Driving maximum uptime in aseptic pharmaceutical productionA leading global pharmaceutical company was determined to find an intelligent HVAC solution to prevent downtime with real-time system monitoring and customizable instant alarms. Plus, the solution needed to fit within the organization’s ambitious digitalization strategy. The solution: Danfoss VLT® HVAC Drive FC 102 with integrated condition-based monitoring
-
if (isSmallPicture) {
; } else if (isBigColumns) { } else { }HVAC flexibility & Energy monitoring in EDGE Amsterdam West multi-tenant healthy & smart officeBuilding: Office
Application: Hydronic balancing and remote control of 4-pipe heating/cooling change-over system.
Challenge: Gaining BREEAM credits for energy monitoring and ensure fast, fail free installation.
Solution: Digital NovoCon S actuator combined with AB-QM 4.0 PICVs and ChangeOver6 Energy. The combination balances the system hydronically, allow remote access via a BMS and provides actual energy consumption data per climate panel during both heating and cooling operation.