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Calculation method and selection guide for on-site...
In heating, industrial circulating water systems, and other systems, the flow rate and head of the circulating water pump are key parameters that determine the operating efficiency of the system. Correct calculation of these two parameters and reasonable selection directly affect energy consumption control, equipment lifespan, and system stability.
What Does the "Stage" Represent in a Multistage Ce...
In a multistage centrifugal pump, a stage consists of an impeller combined with a flow guide device (such as a diffuser, annular pump casing, or volute). The key characteristic of a 'stage' in a multistage centrifugal pump is that power is transferred from the pump shaft to the pumped medium. As long as there are non-reactive feed conditions or an adequate Net Positive Suction Head Available (NPSHA), these two values can be used to determine stage efficiency. Stage efficiency is a constant value
Advantages and Disadvantages of Horizontal Split-C...
The horizontal split-casing single-stage double-suction centrifugal pump adopts an axially split structure, with both the suction and discharge ports located on the pump casing. This design allows for maintenance without disassembling the inlet/outlet pipes or the prime mover. The symmetrical arrangement of the double-suction impeller automatically balances axial forces, resulting in a simple structure.
Warm congratulations on our company signing a stra...
On the significant day of July 18, 2025, CME and AJEEDO solemnly signed the cooperation agreement. This represents a commitment, a responsibility, and a shared hope between both sides. We wish each other a pleasant collaboration, prosperous business, and mutual success in the days to come.
Unveiling the Efficiency Algorithm of pumps: How t...
As key equipment in both industrial and civil fields, the efficiency of pumps directly affects energy consumption and production costs. Improving the efficiency of pumps not only helps to save energy and reduce emissions, but also enhances the economic efficiency of equipment operation. This article will delve into pump efficiency algorithms, revealing how to easily enhance the performance of water pumps and achieve energy conservation and consumption reduction.
What is the relationship between the flow rate, he...
A pump is a mechanical device used to transport liquids or increase their pressure. It typically operates by using an electric motor or other power equipment to drive the impeller to rotate, drawing liquid from a lower position and, through the impeller's action, converting its kinetic energy into pressure, thereby transporting the liquid to a higher position or over a long distance. The main performance parameters of a water pump include: flow rate, head, power, and efficiency, etc.