Clyde's Corner RSS
There are a multitude of different pumps that can be used depending on your water or wastewater application. In this article, we will review the different pump types and how to select the proper pump for your project. It is critical to select the right pump based on the application to maintain efficiency and effectiveness.
Wastewater control panels are essential components in the management and treatment of wastewater, ensuring that various processes in a treatment plant function smoothly and efficiently. These control panels house electrical components and programming systems that monitor and control pumps, valves, sensors, and other critical devices in the system. However, like any electronic equipment, wastewater control panels can experience malfunctions or failures, requiring troubleshooting to identify and resolve the issue.
In this article, we’ll break down the basics of troubleshooting a wastewater control panel, covering essential steps to take, potential problems, and tips for ensuring optimal operation.
The goal of a constant pressure pumping system is to maintain desired water pressure wherever it is needed. These systems are critical to delivering water throughout society. Anywhere you might use water, there is a boosting system used in some way shape or form to deliver that water. The type of pressure boosting system needed will depend on the application. For example, the pressure boosting system configuration needed for a high rise building will vary greatly from a residential or municipal application. Some critical factors that will affect the selection of your pressure boosting system include water demand, system head, and desired pressure.
Variable frequency drives (VFD) can offer many benefits to pump stations by helping to protect and extend the life of the pump(s) and other components in the pump station.
A pump will normally run at full speed based on the frequency of the supply voltage, which remains at a constant. When a VFD serves as the power supply for the pump motor, it can adjust the frequency of the supply voltage, enabling the pump to operate at various speeds and transition smoothly from one speed to another as needed.
Therefore, VFDs are very efficient in applications where the flow, density, and/or viscosity of the media may vary quite often because the pump speed can be controlled to match the variable demand of the media being pumped.
