The Danfoss electrical actuators for combination with our control vales provide a new level of convenience through excellent control performance and quality features. The actuators provide risk reduction trough improved overload protection, which ensures trouble-free operation of the actuator inside the system.
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. 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.
Actuator features:
- Anti-oscillation
- Control ratio
- Stroke limitation
- Split characteristics
- Modification of controls characteristic (65X actuators)
Features and benefits
Easy selection, installation, commissioning and maintenance mean less time, money and effort
Built-in thermic and overload protection of the electromotor
External LED visualization and signaling save time and effort during installation and commissioning of MCVs
Documents
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Tools and apps
Application guide

FAQ
Case studies
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HVAC Flexibility and Energy monitoring in multi-tenant healthy & smart office
Building: 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. -
Solar heating plant reduces CO2 emissions by 15,700 tonnes annually
The world’s largest solar heating plant in Silkeborg, Denmark harnesses energy to heat the homes and workplaces of 40,000 citizens. It supplies 18-20% of the annual heat consumption in the city of Silkeborg, Denmark, which has an ambitious target of CO2 neutrality in heat production by the year 2030.