What is a Coupling? Couplings are one of the important components in mechanical and power transmission systems that are responsible for connecting two rotating shafts to each other. This connection can be fixed or detachable and plays an essential role in the transmission of power and movement between two shafts. In this article, various types
Introduction to Submersible Pump The Submersible Pump is a multi-stage pump that has an electric motor and is used for pumping water or other liquids from deep wells with a vertical centrifugal system. A Submersible Pump is a type of centrifugal pump that works the same way as floor centrifugal pumps. The way it works is
What are fire pumps? Types of fire pumps are The Heart of Safety and Fire Suppression Systems. Fire pumps are essential components of fire suppression systems, designed to provide the pressure and flow required to transport water or extinguishing agents. These devices are utilized in residential, commercial, industrial buildings, and fire trucks to combat fires
What is Cryogenic pumps? Applications of cryogenic pumps that play an important role in various industries including liquefied natural gas (LNG), space industries, medicine and scientific research. This article comprehensively reviews the principles of operation, structure, applications, advantages, challenges and future of floating cryogenic pumps. Cryogenic pumps are specialized and advanced tools designed to transfer
Components of Mechanical Seal The components of a mechanical seal include: Stationary Part: A smooth and polished surface installed inside the pump casing. Rotating Part: A smooth and polished surface mounted on the pump shaft. Spring: Usually made of stainless steel, it connects the stationary and rotating surfaces to ensure effective sealing. Elastomeric Ring (O-Ring)
What are Dynamic Pumps? Dynamic pumps are a type of pump that operates based on fluid dynamics principles. In these pumps, kinetic energy is transferred to the fluid using a mechanical driver, increasing its velocity. This increased velocity is then converted into pressure using components such as a diffuser. How Does a Dynamic Pump Work?
Mechanical seals, as the beating heart of fluid transmission systems, are responsible for the vital task of sealing and preventing fluid leakage. However, these sensitive parts are exposed to extreme heat from friction and pumping processes. Excessive heat can lead to erosion, failure and premature flooding. Fluid Flow: In this method, the pumped
Full introduction of dynamic pump Dynamic pump is a type of pump that operate based on the principles of fluid dynamics. In these pumps, using a mechanical actuator, kinetic energy is transferred to the fluid and its speed increases. Then this increase in speed is converted into an increase in pressure using components such as
introduction of positive displacement pumps positive displacement pumps or PD pump in short move a constant volume of fluid in the system by repeatedly locking it. Pumping in this type of pump is done by piston, screw, gear, diaphragm, etc. These pumps are designed so that every pumping action is forward (positive) and prevents fluid
Specialized troubleshooting and repairing mechanical seals: Seal mechanical is often faced with dangerous, toxic and flammable fluids and must work under harsh conditions such as high speed, temperature and pressure; therefore, sealing wear is inevitable, especially in working conditions close to the highest limit for the system. The choice of whether to repair or replace
