FlowCon ADP - A new Combined ΔP Controller, Balancing and Control Valve
The new FlowCon ADP is designed to ensure that neither the maximum flow nor the maximum differential pressure across the controlled circuit is superseded. The differential pressure limiting functionality is implemented to prevent potential noise across the controlled circuit and will therefore eliminate the requirement of a separate DPCV in the installation. All in all the ADP can substitute the differential pressure control valve, dynamic balancing valve and the control valve reducing investments costs and installation time.
Low Energy costs
There are many motivations to reduce the system pressure drops. Reducing component pressure drop reduces the system energy consumption, which ultimately will result in financial cost savings to the building users. The new ADP operates with a working pressure of 15 kPa, ensuring the lowest energy consumption available in the industry.
The FlowCon ADP is very easy to adjust. Just use the adjustment scale on the top and select the flow required in your system and the valve will do the rest.
FlowCon ADP offers:
- 3 in 1 solution. Installing one valve with 3 functions combined will reduce purchase costs and installation time.
- Noise protection. Differential pressure control protects control valves from too high differential pressure.
- Pressure rating PN25 highest in the industry.
- Insert solution, giving multiple advantages during installation, flushing and maintenance.
- The ADP insert can be replaced if for some reason needed – and is easy to service.
- Low pressure drop starting at 15 kPaD, which are the lowest in the industry
- Flow rate 9-680 l/h. The ADP is possible of adjusting systems with very low water flow requirements.
- Fast responding mechanical components allowing rapid response to system changes.
- No special tools are required.
The valve offers adjustment with 41 different setting indications between minimum and maximum. Further, this compact ADP solution will match FlowCon actuators providing options for thermal control.