Regent's Split-Case Pumps

Regent’s Megaflow Series consist of horizontal split-case pumps with mega high flow rates. The casing is axially split, thus allowing quick and easy maintenance. The top half of the casing can be removed, allowing access to the rotating element without disturbing pipework or removing the electric motor. Additionally, the Megaflow pumps use a service-friendly shaft with quick and easy assembly-disassembly rotor components.

The design also eliminates the use of threads that may wear out over time, thus extending pump life.

Features & Benefits

Know more about the features & benefits of using Regent's Split-Case Pumps.

Casings and Impellers in combinations of cast iron and bronze
High-performance double-entry impeller
In-line, leak-tight design, easy mounting and self-aligning
Stainless steel shafts – varying grades for specific liquids
Reduced radial force and minimised shaft deflection
Covered and sealed for life grease-lubricated anti-friction bearings

Available Options

We customise pumps according to your specific application. Get in touch with us to know your options.

Material options
Impeller options
Seal options
Accessories and spare parts
Baseplate/mounting

Key Specifications

Here are the key specifications of Regent's Split-Case Pumps.

Flow rates up to 1000m3/h
Pressures up to 200m

Applications

Here is a list of industrial applications for which Regent's Split-Case Pumps are commonly utilized.

General Transfer
Chilled Water
Process Industry
Water Treatment and Supply
Packaged Fire Protection Systems
Irrigation
General Industry

PRINCIPLE OF OPERATION

Split case horizontal pumps are designed with casings that come apart. The design allows for the top part of the case to be removed without disturbing the driver or associated piping. This allows for quick and easy inspection and repair of the rotor as needed. Split case horizontal pumps are usually axially-split. That is, the flange where the case splits is in the plane as the pump axis. As for the operation, they follow the conventional centrifugal pump principle where fluid enters into the impeller eye and is cast out by centrifugal force along its circumference through the impeller’s vane tips. The action of the impeller increases the fluid’s velocity and pressure and directs it towards the pump outlet.