T40H-16C Cast Steel Manual Regulating Valve

1、 T40H-16C Cast Steel Manual Regulating Valve Product Introduction:

Manual regulating valves and self-locking manual regulating valves are mainly used in urban centralized heating, regional heating, circulating water engineering, thermal power plant pipeline network, refrigeration and air conditioning engineering, etc. They have the functions of cut-off, throttling, and regulating flow, and can replace throttling orifice plates. They are a throttling device that can change the aperture.

2、 T40H-16C Cast Steel Manual Regulating Valve Product Usage:

The T40H manual regulating valve is composed of parts such as valve body, valve seat, valve disc, valve stem, valve cover, etc. It is installed on pipelines such as oil and water, and adjusts the flow rate by rotating the cylindrical valve disc to change the window area formed by the valve disc and valve seat.

The opening and closing angle of the regulating valve is 60., It is indicated by the opening indicator board installed above the regulating valve. Medium temperature: 0-170 ℃.

3、 T40H-16C cast steel manual control valve performance characteristics:

1. Improving heating supply conditions: All branch lines and heating points that use manual control valves can adjust their flow according to the design conditions, achieving good temperature conditions. This type of control valve has better regulation performance than gate valves and globe valves, and has approximate linear regulation performance. Therefore, the uneven heating and cooling of various heating buildings has been effectively improved.

2. Energy saving: Due to temperature and pressure imbalance in the heating pipeline network, certain branch flow rates are too high, causing some buildings to overheat and forcing users to open windows to achieve the goal of energy saving.

3. Improving the hydraulic condition of the network management: The manual regulating valve can control according to the rated flow rate, reducing the flow rate of the network management during excessive operation, and improving the deterioration of the original water condition to a certain extent.