Introduction
A metering pump is used in a non woven
production line to measure the fiber output in the form of sliver or fiber tow. The metering pump often includes a controller for automatic flow rate adjustment. To maximize output, the metering pump must be properly configured. This article will demonstrate how to set up the metering pump in a single beam pp non woven fabric production line.
Source: https://i.pinimg.com
How to configure metering pump in single beam nonwoven production line?
Metering pumps are commonly utilized in textile and nonwoven production line. Metering pumps use the displacement principle to calculate flow rate. It can be used to change the discharge valve of a weir, meter, or other device based on the flow rate.
When utilizing a metering pump, three primary parameters must be adjusted: discharge valve setting, suction pressure, and delivery pressure. This post will go over how to set these three parameters for a single beam nonwoven production process.
Setting the discharge valve:
The flow rate at which water is discharged from the pump is determined by the discharge valve setting. The faster the water flows through the Pump, the higher the discharge valve setting. However, if the discharge valve is set too high, the pump or pipe system may be damaged. As a result, it is critical to select a low enough discharge valve setting that does not cause damage while still achieving the appropriate flow rate. There are two methods for determining the optimum discharge valve setting: trial and error and metering pump software.
Users can enter multiple operating conditions (dis) when using metering pump software.
Source: https://i.pinimg.com
Conclusion
This post will go through how to set up a metering pump in a single beam non woven making machine . We will go over the many types of metering pumps, their functions, and the settings required for proper functioning. You should have a better grasp of how a metering pump works after reading this article and be able to configure it appropriately for your manufacturing line.
