Working temperature and pressure is lower compared to vertical centrifugal pumps.

Highly suitable for indoor applications, since the pump has low headroom, meaning it can be comfortably fit even in cramped spaces.

Several nozzle configurations are possible to suit external piping requirements like:.

Secure coupling with external accessories like engines, electric motors or turbines.

Opt for in-bearing shaft design for applications that require high suction pressure.

Opt for an overhang shaft design for applications that require low suction pressure.

Easier installation and maintenance as the internal parts like the rotor are easy to access.

Here, we list the pros and cons of each, so that you can arrive at the right decision. When choosing between vertical and horizontal pumps, one of the major factors to consider is “convenience.” What works for one application may not work for another. Just like the above type, the design of the shaft is overhang and is radial split. On the other hand, the vertical inline pump has a shaft that is positioned vertically.

It is either placed between the bearings or overhung. As the name implies, the horizontal centrifugal inline pump has a shaft that is placed horizontally.

The primary difference between these two pumps is in the shape and position of the shaft. In today’s post, we give you all that you need to know about the differences between these two pump types while listing the pros and cons of each so that you can make the right selection.įundamental Differences between Vertical and Horizontal Centrifugal Pumps When it comes to inline centrifugal pumps, they are of two main types:

Highly efficient, these pumps are highly versatile – meaning they can accommodate a wide range of pressures and liquid flows, making them suitable for several heavyweight applications. Centrifugal pumps are one of the most popular choices for industrial applications like sugar processing, paper manufacturing and much more.

Vertical centrifugal pump