-
2024 12-06
Analysis and Application of the Design Advantages of Horizontal Split Case Pump
Horizontal split case pumps are designed to improve the flow and efficiency of the pumps. They are widely used in water conservancy, hydropower, fire protection, chemical industry and other industrial fields, especially suitable for large flow and low hea...
-
2024 11-15
How to Interpret the Performance Curve of a Split Case Double Suction Pump
As a widely used device in the field of industrial and civil water treatment, the performance of thesplit case double suction pumpis directly related to the efficiency and economy of the system. By deeply interpreting these performance curves, users can m...
-
2024 11-05
Axial Force of Split Case Double Suction Pump - Invisible Killer Affecting Performance
Axial force refers to the force acting in the direction of the pump axis. This force is usually caused by the pressure distribution of the fluid in the pump, the rotation of the impeller and other mechanical factors. First, let's take a brief look...
-
2024 10-25
How to Interpret the Parameters on the Nameplate of a Split Casing Pump and How to Select a Suitable One
The nameplate of a pump usually indicates important parameters such as flow, head, speed and power. This information not only reflects the basic working capacity of the pump, but also directly relates to its applicability and efficiency in practical appli...
-
2024 10-12
How to Extend the Service Life of the Split Casing Pump
As a common industrial equipment, improper operation and maintenance of the split casing pump often cause various damages to the pump during use, and even affect production safety and efficiency in severe cases. This article will explore several common be...
-
2024 09-29
Split Casing Pump Basics - Cavitation
Cavitation is a detrimental condition that often occurs in centrifugal pumping units. Cavitation can reduce pump efficiency, cause vibration and noise, and lead to serious damage to the pump's impeller, pump housing, shaft, and other internal parts. C...
-
2024 09-11
How to Optimize Horizontal Split Case Pump Operation (Part B)
Improper piping design/layout can lead to problems such as hydraulic instability and cavitation in the pump system. To prevent cavitation, focus should be placed on the design of the suction piping and suction system. Cavitation, internal recirculation an...
-
2024 09-03
How to Optimize Horizontal Split Case Pump Operation (Part A)
Thehorizontal split case pumpsare a popular choice in many plants because they are simple, reliable, and lightweight and compact in design. In recent decades, the use of split case pumps has increased in many applications, such as process applications, fo...
-
2024 08-27
Solutions to Common Horizontal Split Case Pump Problems
When a newly servicedhorizontal split case pumpperforms poorly, a good troubleshooting procedure can help eliminate a number of possibilities, including problems with the pump, the fluid being pumped (pumping fluid), or the pipes, fittings, and containers...
-
2024 08-20
Partial Load, Exciting Force and Minimum Continuous Stable Flow of Axial Split Case Pump
Both users and manufacturers expectaxial split case pumpto always operate at the best efficiency point (BEP). Unfortunately, due to many reasons, most pumps deviate from the BEP (or operate at partial load), but the deviation varies. For this reason, it i...
-
2024 08-14
Bearing Isolators: Improving Reliability and Performance of Axial Split Case Pump Operation
Bearing isolators perform a dual function, both preventing contaminants from entering and retaining lubricants in the bearing housing, thereby improving the performance and service life of axial split case pumps. Bearing isolators perform a dual ...
-
2024 08-08
About Fluids and Liquids in Multistage Vertical Turbine Pump
If you want to know everything aboutmultistage vertical turbine pump, it is also important to know about the fluids and liquids it transports. Fluids and Liquids There is an important distinction between fluids and liquids. Liquids refer to a...