Recommended Setting Options of an Adjustable Proportional Module Worked with an Open Flume Orifice Type Outlet

The recommended setting options of an adjustable proportional module worked with an open flume orifice type outlet are as follows:

Option A: 3/10

- The setting option 3/10 refers to the ratio between the stroke length and the valve opening. In this case, the stroke length is set at 3 units while the valve opening is set at 10 units.
- This setting option is recommended for achieving a balance between flow control and stability in an open flume orifice type outlet.

Explanation:

- An adjustable proportional module is used to control the flow rate of water or any other fluid through a system. It consists of a valve that can be adjusted to regulate the opening and closing of the flow path.
- In the case of an open flume orifice type outlet, the flow of water is controlled by adjusting the valve opening. The valve opening determines the amount of water that can pass through the outlet.
- The stroke length of the adjustable proportional module refers to the distance the valve travels from fully closed to fully open position. It is usually expressed in units.
- The recommended setting option of 3/10 means that the stroke length is set at 3 units while the valve opening is set at 10 units. This indicates that the valve should be fully open when the stroke length reaches 3 units.
- This setting option provides a good balance between flow control and stability. It allows for precise control of the flow rate while ensuring that the valve does not open too quickly, which could lead to instability or excessive flow.
- By setting the valve opening to 10 units, it provides a sufficient range for adjusting the flow rate according to the desired requirements.
- It is important to note that the recommended setting option may vary depending on the specific requirements of the system and the desired flow rate. Therefore, it is necessary to consider factors such as the size of the orifice, the pressure differential, and the desired flow rate when determining the appropriate setting option for the adjustable proportional module.