VERTICAL HEAVY-DUTY PUMPS

Gusher Pumps boasts a range of powerful pumps through its 7550 and 7600 Series. These vertical centrifugal pumps offer heavy-duty pumping services in various applications. They are economical to use since they remove the need for a seal which is a common wear part in centrifugal pumps. Their solid construction allows for long-lasting operation. These pumps are also easy to service, with the 7600 Series’ top pull-out design enabling the easy removal of the rotating element without touching the piping and mounting plate.

Overall, these attributes contribute to a system’s minimised downtime.

Features & Benefits

Know more about the features & benefits of using Vertical Heavy-Duty Pumps.

Automatic pump to motor alignment
Semi-open impeller with back pump-out vane
Eliminates problems with cavitation and air entrainment
Non-contacting carbon throttle bushing for minimised wear
Lesser downtime and cheaper to repair than Horizontal pumps
Efficient solids and stringy material handling without damage

Available Options

All-Pumps can customise pumps according to your requirements and specific applications. Get in touch with us today to find the right pump!

Enclosed and semi-enclosed impeller options
Material selection: cast iron, stainless, stainless fitted
Spare parts
Baseplates

Key Specifications

Here are the key specifications of Vertical Heavy-Duty Pumps.

Capacity: 106 lpm
Head: 84 m @ 1750 RPM

Applications

Here is a list of industrial applications for which Vertical Heavy-Duty Pumps are commonly utilized.

Spray Booths
Filtration Systems
Industrial Spray Washers
Phosphate Systems
Coolant Systems

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PRINCIPLE OF OPERATION

The working principle of centrifugal pumps involves imparting energy to the liquid using a centrifugal force developed by rotating an impeller with several blades or vanes. Fluid enters the pump casing at the impeller eye. Velocity energy is then imparted to the liquid using the centrifugal force produced by the rotation of the impeller, and the fluid is radially pushed out towards the impeller periphery. Finally, the velocity energy of the liquid is converted to pressure energy by directing it to an expanding volute design casing in a volute-type centrifugal pump or diffusers in a turbine pump.