Research And Insight
Power Optimal Pump Sequencing (POPS)
At Grundfos, we are committed to delivering cutting-edge solutions that enhance efficiency and sustainability in pumping systems. One of our most innovative features is the Power Optimal Pump Sequencing (POPS), integrated into the Grundfos CU 352 controller.
How Does POPS Work?
1. Pump Curve Integration:
The CU 352 controller comes preloaded with the specific pump curves corresponding to the pumps in use. These curves are essential for maintaining pumps within their optimal operating ranges.
2. Parameterization Phase:
During an initial short parameterization phase, the POPS feature estimates the pump characteristics. This crucial step allows the controller to gather necessary data on the pumps' performance attributes.
3. Optimal Pump Combination:
Post parameterization, the CU 352 controller utilizes the POPS algorithm to evaluate and determine the most efficient combination of running pumps. The goal is to achieve the lowest possible power consumption while maintaining desired performance levels.
Benefits of POPS
- Energy Savings: By ensuring that pumps operate in their preferred ranges, POPS significantly reduces power consumption, leading to substantial energy savings.
- Reduced Risk of Cavitation: Keeping pumps within their optimal operating ranges minimizes the risk of cavitation, enhancing the longevity and reliability of the pumping system.
- Optimized Performance: The intelligent sequencing of pumps ensures that your system runs smoothly and efficiently, adjusting to varying demands with precision.
With Power Optimal Pump Sequencing, Grundfos sets a new standard in pump control technology, driving both performance and sustainability. Trust the Grundfos CU 352 controller to deliver unparalleled efficiency and reliability for your pumping systems.