Single Stage Double Suction Horizontal Split Case Pump

KOLEBURG delivers unparalleled hydraulic efficiency and structural stability in every Single Stage Double Suction Horizontal Split Case Pump, ensuring continuous operation for heavy-duty industrial demands.

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KOLEBURG as a Single Stage Double Suction Horizontal Split Case Pump Manufacturer

As a premier manufacturer of the Single Stage Double Suction Horizontal Split Case Pump, KOLEBURG integrates advanced engineering with comprehensive lifecycle support to deliver optimal fluid handling solutions.

Manufacturing: We utilize precision casting and CNC machining to ensure each Single Stage Double Suction Horizontal Split Case Pump meets exact hydraulic profiles for maximum efficiency. For specific material needs, our 304 Stainless Steel Pump manufacturing line offers exceptional corrosion resistance.
Service: Our dedicated technical team provides end-to-end support, from selecting the right Split Case Pump to offering maintenance and rapid spare parts delivery for procurement officers and facility managers.
Application: We customize the Single Stage Double Suction Horizontal Split Case Pump to solve complex fluid dynamics across diverse sectors, ensuring seamless integration alongside other systems like the Clean Water Multistage Centrifugal Pump.

KOLEBURG Single Stage Double Suction Horizontal Split Case Pump Core Performance Parameter Range Table

This table outlines the foundational operational limits of our Single Stage Double Suction Horizontal Split Case Pump, designed to handle immense capacities reliably.

Parameter	Range
Capacity (Flow Rate)	50 to 20,000 m3/h
Head	10 to 200 m
Operating Temperature	-20 C to 105 C
Maximum Working Pressure	Up to 2.5 MPa

KOLEBURG Single Stage Double Suction Horizontal Split Case Pump Flow and Speed Reference Table

This reference chart helps procurement managers match the optimal rotational speed with required flow rates to maximize the efficiency of the Single Stage Double Suction Horizontal Split Case Pump.

Suction Caliber (mm)	Rated Flow (m3/h)	Synchronous Speed (RPM)
150 – 250	100 – 500	2900 / 1450
300 – 500	500 – 3000	1450 / 980
600 – 800	3000 – 8000	980 / 740
900 – 1200	8000 – 20000	740 / 585

KOLEBURG Single Stage Double Suction Horizontal Split Case Pump Structure and Material Performance Comparison Table

Understanding material options is crucial, which is why we offer various configurations for the Single Stage Double Suction Horizontal Split Case Pump to suit aggressive and standard environments.

Component	Standard Application	Heavy Duty / Corrosive Application
Casing	Cast Iron Pump grade HT250	Ductile Iron Pump grade QT500-7
Impeller	Bronze or Cast Iron	316 Stainless Steel or Duplex Steel
Shaft	45 Carbon Steel	2Cr13 or 316L Stainless Steel
Shaft Seal	Gland Packing	Mechanical Seal

KOLEBURG Single Stage Double Suction Horizontal Split Case Pump Key Performance Characteristics

Symmetric casing design balances axial forces, significantly extending bearing life.
The in-line alignment allows for easy inspection without disturbing the connected piping.
High-efficiency impeller geometries reduce energy consumption, acting as a true High Efficiency Split Case Pump.
Robust construction meets stringent industrial requirements akin to our API 610 Pump standards.

Need to Know More About Single Stage Double Suction Horizontal Split Case Pump?

Are you ready to optimize your industrial fluid transport? Contact KOLEBURG today to request detailed performance curves, specific pricing, and CAD drawings for the Single Stage Double Suction Horizontal Split Case Pump. Our engineering team is ready to provide tailored technical datasheets and cost-effective quotations to support your procurement process and business operations.

Single Stage Double Suction Horizontal Split Case Pump Applications

Municipal Water Supply

Functions as a highly reliable municipal water lift pump, solving the challenge of moving massive volumes of water across vast distances with minimal energy loss.

Power Generation

Ideal as a power plant cooling tower pump, preventing thermal bottlenecks by ensuring continuous, high-volume circulation.

Industrial Desalination

When configured as a Stainless Steel Split Case Pump, it perfectly handles the corrosive nature of seawater intake without structural degradation.

Agricultural Irrigation

Serves as an efficient raw water intake pump, addressing the need for robust performance in remote locations subject to varying water levels.

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

Single Stage Double Suction Horizontal Split Case Pump FAQs

1. What is the primary advantage of the double suction impeller in this pump?

The design draws fluid from both sides simultaneously, which inherently neutralizes axial thrust, allowing the Single Stage Double Suction Horizontal Split Case Pump to operate smoothly and extend the lifespan of internal bearings.

2. How does the casing design simplify maintenance procedures for facility operators?

The horizontal split casing allows the upper half to be completely removed, giving engineers full access to the rotating assembly without needing to disconnect the motor or main piping, unlike a standard Double Suction Self-balancing Multistage Pump.

3. What manufacturing tolerances are maintained during the impeller casting process?

At KOLEBURG, we utilize precision investment casting with strict dynamic balancing protocols to ensure the Single Stage Double Suction Horizontal Split Case Pump operates with minimal vibration and high hydraulic efficiency.

4. Can the rotational speed be adjusted using a variable frequency drive?

Yes, adjusting the speed via a frequency converter is highly recommended to adapt the Single Stage Double Suction Horizontal Split Case Pump to varying system demands, optimizing overall energy consumption.

5. What specific considerations dictate the choice between packing seals and mechanical seals?

Mechanical seals offer zero-leakage performance critical for harsh chemicals, while gland packing provides a cost-effective, easy-to-replace solution for standard water transfer in the Single Stage Double Suction Horizontal Split Case Pump.