Single Stage Double Suction Split Case Pump

The KOLEBURG Single Stage Double Suction Split Case Pump delivers exceptional hydraulic efficiency and continuous reliability for massive liquid transfer demands.

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KOLEBURG AS A SINGLE STAGE DOUBLE SUCTION SPLIT CASE PUMP MANUFACTURER

As a leading manufacturer, KOLEBURG integrates advanced engineering and stringent quality control to produce each Single Stage Double Suction Split Case Pump. Our manufacturing process utilizes precision casting for optimal Split Case Pump dynamics. In terms of service, our dedicated engineers provide full lifecycle support from selection to installation. For applications, we customize solutions to ensure this Single Stage Double Suction Split Case Pump seamlessly integrates into complex Municipal Water Lift Pump infrastructure or heavy industrial plants.

KOLEBURG SINGLE STAGE DOUBLE SUCTION SPLIT CASE PUMP OVERALL PERFORMANCE RANGE TABLE

This table outlines the expansive operational parameters of our Horizontal Split Case Pump design, ensuring a perfect fit for diverse large-scale flow requirements.

Parameter	Performance Range
Capacity (Q)	50 to 20,000 m3/h
Head (H)	10 to 200 m
Operating Temperature	Up to 105 Degrees Celsius
Working Pressure	Up to 2.5 MPa

KOLEBURG SINGLE STAGE DOUBLE SUCTION SPLIT CASE PUMP FLOW & SPEED REFERENCE TABLE

By referencing various inlet diameters, this data assists in selecting the optimal configuration for High Efficiency Split Case Pump operations at standard motor speeds.

Inlet Diameter	Rated Flow	Rated Speed
150 mm	160 m3/h	2900 rpm
300 mm	800 m3/h	1450 rpm
600 mm	3000 m3/h	980 rpm
1200 mm	12000 m3/h	740 rpm

KOLEBURG SINGLE STAGE DOUBLE SUCTION SPLIT CASE PUMP STRUCTURE & MATERIAL PROPERTIES TABLE

We offer diverse material configurations, including robust Cast Iron Pump components and highly resistant Stainless Steel Pump options, to combat varying corrosive environments.

Component	Standard Material	Optional Upgrades
Casing	Cast Iron	Ductile Iron, Cast Steel
Impeller	Bronze	304/316 Stainless Steel
Shaft	Carbon Steel	Duplex Stainless Steel

KOLEBURG SINGLE STAGE DOUBLE SUCTION SPLIT CASE PUMP KEY PERFORMANCE CHARACTERISTICS

Symmetrical impeller design eliminates axial thrust, extending the lifespan of bearings in the Single Stage Double Suction Split Case Pump.
The horizontally split casing allows for internal inspection without disturbing the connected Clean Water Transfer Pump piping.
Low NPSHr values significantly reduce the risk of cavitation during high-speed fluid transport.
Compliance with ISO 9906 Pump testing standards guarantees verified hydraulic performance.

NEED TO KNOW MORE ABOUT THE SINGLE STAGE DOUBLE SUCTION SPLIT CASE PUMP?

Procurement officers and business owners can contact our technical team to receive detailed performance curves, highly competitive pricing structures, and customized installation blueprints for the Single Stage Double Suction Split Case Pump. Let us help you optimize your industrial fluid systems today.

SINGLE STAGE DOUBLE SUCTION SPLIT CASE PUMP APPLICATIONS

Power Generation

The Single Stage Double Suction Split Case Pump functions as a reliable Power Plant Cooling Tower Pump, maintaining critical temperature control by delivering massive volumes of water without interruption.

Urban Infrastructure

Resolves city-wide pressure drop issues by serving as an efficient Pipeline Pressure Booster Pump for main distribution lines.

Heavy Industry

Operates seamlessly as an API 610 Pump compliant unit to handle high-demand industrial process water safely.

Flood Control

Effectively manages sudden high-volume storm surges when deployed as a Stormwater Drainage Pump in municipal drainage stations.

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Standard Self-balancing Multistage Pump FAQs

1. What makes the Single Stage Double Suction Split Case Pump different from a standard end suction pump?

The dual-entry impeller allows fluid to enter from both sides, balancing the hydraulic axial thrust and enabling much larger flow capacities.

2. How is the casing of the Single Stage Double Suction Split Case Pump manufactured?

We utilize advanced sand casting techniques to form the upper and lower volute halves, ensuring smooth internal pathways for maximum hydraulic efficiency.

3. Can the internal parts of the Single Stage Double Suction Split Case Pump be replaced easily?

Yes, removing the upper casing grants full access to the rotating assembly without needing to disconnect the motor or the main piping network.

4. What materials are typically used for the impellers?

Standard impellers are bronze or cast iron, but we frequently cast them as a Duplex Stainless Steel Pump component for applications requiring high corrosion resistance.

5. Is dynamic balancing performed on the rotor?

Absolutely, every assembled rotor undergoes strict dynamic balancing to ensure vibration-free operation and prolong mechanical seal life.