It can effectively overcome the poor operating mode of "large flow, small temperature difference," improve system energy efficiency, and achieve economical operation.

It can automatically eliminate hydraulic imbalance in the water system caused by various factors, automatically balancing the system flow at the required set value.

It balances the entire water system, ensuring the operational status of refrigeration units (boilers, heat exchangers), and water pumps, resulting in energy-saving effects.

Since the flow balance of the water system is automatically maintained, it eliminates the possibility of destructive manual adjustments.

In air conditioning and heating systems, hydraulic balance in the water circulation system, which distributes energy, is crucial. A fully balanced hydraulic system typically uses valves or valve groups with dynamic balancing and electric regulation functions to adjust the flow of terminal devices, thereby regulating the temperature of the target area. It dynamically balances pressure changes in the system, ensuring that flow adjustments between two or more terminal devices do not interfere with each other, making the system highly energy-efficient. A balanced hydraulic system is the foundation for meeting user demands and saving operational energy consumption.

Diameter: DN50-DN150

Material: Ductile Iron

Nominal Pressure: PN16/PN25

Connection Method: Flange Connection

Medium Temperature: -20-150

Applicable Medium: Hot Water, Chilled Water