Multistage Split Case Pump

KOLEBURG delivers uncompromising reliability and exceptional hydraulic efficiency in every Multistage Split Case Pump we engineer for demanding high-head applications.

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KOLEBURG AS A MULTISTAGE SPLIT CASE PUMP MANUFACTURER

As a premier manufacturer, KOLEBURG integrates advanced fluid dynamics with precision engineering to deliver the ideal Multistage Split Case Pump for complex fluid transfer. Our comprehensive approach guarantees that each Split Case Pump meets rigorous industrial standards.

Manufacturing: We utilize state-of-the-art CNC machining and stringent quality control, adhering to standards similar to an API 610 Pump, ensuring optimal performance.
Service: We provide end-to-end support, from custom hydraulic selection for your Clean Water Multistage Centrifugal Pump systems to responsive on-site maintenance.
Application: Our engineers tailor each Multistage Split Case Pump to match specific operational demands, whether functioning as a pipeline pressure booster pump or handling severe industrial conditions.

KOLEBURG MULTISTAGE SPLIT CASE PUMP CORE PERFORMANCE PARAMETER RANGE TABLE

This table outlines the broad operational capabilities of our Multistage Split Case Pump series, designed for high-demand fluid handling.

Parameter	Range
Flow Rate	50 to 3000 m3/h
Head	100 to 1500 m
Operating Temperature	Up to 120 Celsius
Operating Pressure	Up to 15.0 MPa

KOLEBURG MULTISTAGE SPLIT CASE PUMP FLOW & SPEED REFERENCE TABLE

Select the appropriate inlet and outlet dimensions to achieve optimal velocity and efficiency for a High Efficiency Split Case Pump setup.

Caliber (DN)	Flow Rate Range (m3/h)	Rated Speed (rpm)
DN100 to DN150	50 to 250	2950 or 1450
DN200 to DN300	250 to 800	1450
DN350 to DN500	800 to 1500	1450 or 980
DN600 to DN800	1500 to 3000	980 or 740

KOLEBURG MULTISTAGE SPLIT CASE PUMP STRUCTURE & MATERIAL PERFORMANCE COMPARISON TABLE

We offer versatile material configurations, from standard Cast Iron Pump housings to premium Duplex Stainless Steel Pump internal components, ensuring maximum longevity.

Component	Standard Material	Premium or Harsh Environment Material
Casing	Cast Iron or Ductile Iron	Cast Steel Pump Grade or Stainless Steel
Impeller	Bronze or Cast Iron	316 Stainless or Duplex Stainless Steel
Shaft	2Cr13 Stainless Steel	420 Stainless Steel or Alloy Steel
Seal Type	Mechanical Seal	Cartridge Mechanical Seal or Gland Packing

KOLEBURG MULTISTAGE SPLIT CASE PUMP KEY PERFORMANCE CHARACTERISTICS

Symmetrical Impeller Arrangement: Inherently balances axial thrust, reducing wear similar to a Double Suction Self-balancing Multistage Pump.
Axially Split Casing: Allows for rapid inspection and maintenance of the rotating element without disrupting piping connections.
Optimized Volute Design: Maximizes energy recovery and minimizes radial loads on bearings.
Verified Reliability: Tested rigorously to meet continuous duty requirements validated by ISO 9906 Pump testing protocols.

NEED TO KNOW MORE ABOUT THE MULTISTAGE SPLIT CASE PUMP?

Are you ready to optimize your procurement strategy and elevate your facility’s efficiency? Contact KOLEBURG today to receive detailed Multistage Split Case Pump performance curves, comprehensive pricing structures, and customized technical specifications. Our engineering team is prepared to assist procurement officers and business owners in selecting the most cost-effective fluid handling solution for their enterprise.

Multistage Split Case Pump Applications

Power Generation

Serves efficiently as a high-pressure boiler feed water pump, ensuring safe and continuous thermal plant operation.

Mining Operations

Operates as a rugged underground mine dewatering pump to rapidly clear flooded shafts and maintain safe extraction zones.

Municipal Water Transfer

Functions reliably as a municipal water lift pump to deliver high volumes over extensive distances and elevations.

Industrial Cooling

Acts as a power plant cooling tower pump to maintain strict thermal regulation in critical manufacturing processes.

KOLEBURG other pump series

Self-Balancing Multistage Pump

Multistage Centrifugal Pump

Single Stage Pump

Split Case Pump

Inline Pump

Self-Priming Pump

Deep Well Pump

Slurry Pump

Axial Flow Pump

Mixed Flow Pump

Sewage Pump

Magnetic Pump

Metering Pump

rotor pump

Oil Pump

Condensate Pump

Mud Pump

Fire Pump

Screw Pump

Multistage Split Case Pump FAQs

1. What are the primary advantages of the casing design in a Multistage Split Case Pump?

The horizontally split casing allows technicians to remove the upper half for full internal access, making rotor inspection and maintenance significantly faster without moving the motor or pipework.

2.How does the manufacturing process ensure the impellers are perfectly balanced?

We utilize precision CNC machining and dynamic balancing machines to ensure each impeller meets strict vibration tolerances before final assembly.

3. Can this equipment handle fluids with suspended solids?

While designed primarily for clean liquids, specialized material upgrades can accommodate mild abrasives, though heavy solids are better suited for dedicated slurry equipment.

4. What type of testing is performed prior to dispatch?

Every unit undergoes rigorous hydrostatic pressure testing and performance curve verification on our dedicated test bed to guarantee hydraulic parameters.

5. How do you mitigate axial thrust in this specific configuration?

We utilize a symmetrical or back-to-back impeller arrangement, which naturally cancels out the majority of axial hydraulic forces, thereby prolonging bearing life.