South Pumps is a professional centrifugal pump manufacturer and supplier! Specializing in manufacturing high quality centrifugal pumps.
Discover the key differences between ANSI and API pumps, including their design standards, applications, performance, and cost. Learn how to choose the right pump for your industrial needs in oil, gas, or chemical processing.
Difference Between ANSI Pumps & API Pumps Read More »
Discover the key factors that influence centrifugal pump efficiency—including impeller design, flow rate, speed, and material quality—and explore practical strategies for improving performance, saving energy, and reducing operational costs in industrial applications.
What affects the efficiency of centrifugal pumps Read More »
Learn what pump cavitation is, why it occurs, its damaging effects, and effective prevention strategies to protect your centrifugal chemical pumps and improve operational efficiency.
What is Pump Cavitation and How to Prevent it Read More »
Discover the causes, signs, and solutions for pump failure in industrial settings. Learn how to prevent breakdowns in self-priming pumps, magnetic drive pumps, and centrifugal pumps, ensuring efficient and reliable fluid transfer.
What is pump failure Read More »
Discover the key differences between end suction pumps and inline pumps, including their design, performance, installation, maintenance, and application scenarios. This guide helps you understand the strengths and limitations of each type, so you can choose the best pump for your system needs, ensuring efficient, reliable, and cost-effective fluid handling.
End Suction Pumps vs. Inline Pumps Which Pump is Right for You Read More »
Wondering why your sump pump keeps tripping the breaker? Learn about common causes like overload, faulty wiring, float switch failure, and clogged impellers. This guide also offers essential maintenance tips to help you prevent costly water damage and keep your system running smoothly year-round.
Why Your Sump Pump Keeps Tripping Breaker Read More »
This guide explains how to identify the inlet and outlet of a centrifugal pump and offers practical design tips to enhance performance, prevent cavitation, and extend service life. Ideal for engineers and technicians.
How Do You Know The Inlet And Outlet Of a Pump Read More »
Learn how Net Positive Suction Head (NPSH) plays a crucial role in preventing cavitation in centrifugal pumps. Understand the causes, risks, and prevention methods of cavitation to ensure safe, efficient, and long-lasting pump operation.
What is the role of NPSH in cavitation Read More »
Deadheading occurs when a centrifugal pump runs without fluid flow, causing overheating, pressure buildup, and potential pump failure. This article explains what deadheading is, why it is difficult to detect, and the dangers it poses, such as component damage and energy waste. Learn effective ways to prevent deadhead conditions using monitoring techniques like flow, pressure, and temperature sensors, as well as preventive measures such as bypass lines and pressure relief valves.
How to Protect Your Pumps From Deadheading Read More »
A pump label acts as the pump’s “ID card,” providing key details like brand, model, flow rate (Q), head (H), power, efficiency, voltage, and more. It helps with product identification, installation, maintenance, and troubleshooting. Labels come in side-mounted, front-mounted, and embedded types, each designed for different use cases and environments. Understanding pump labels ensures proper operation and maintenance. For guidance, consult South Pump’s professionals to decode complex data and select the right pump for your needs.
How To Read a Pump Label Read More »
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