Horizontal Inline Pump
KOLEBURG’s Horizontal Inline Pump delivers ultra-reliable, space-saving fluid transfer engineered for continuous industrial operation.
- Compact Design
- High Efficiency
- Silent Operation
- Easy Maintenance
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KOLEBURG As a Manufacturer of Horizontal Inline Pump
As a premier manufacturer, KOLEBURG integrates advanced fluid dynamics with robust engineering to deliver unmatched Horizontal Inline Pump solutions. Our Inline Pump technologies are designed to optimize plant layout while ensuring peak operational efficiency.
Manufacturing: Leveraging precision machining and strict adherence to global standards like the ISO 2858 Pump specifications, we guarantee defect-free, durable Horizontal Inline Pump units.
Service: We provide end-to-end lifecycle support, from custom engineering to rapid global part replacement for your Horizontal Inline Pump.
Application: Expertly tailored for diverse sectors, ensuring seamless integration whether functioning as a pipeline pressure booster pump or handling complex industrial fluids.
KOLEBURG Horizontal Inline Pump Core Performance Parameter Range Table
This table outlines the broad operational capabilities of our Horizontal Inline Pump, designed to meet rigorous industrial demands, performing exceptionally well compared to any standard Single Stage Pump.
| Parameter | Range Specification |
| Flow Rate (Q) | 2 to 1200 m³/h |
| Head (H) | 5 to 150 m |
| Operating Pressure | Up to 1.6 MPa (Standard) / 2.5 MPa (Custom) |
| Temperature Range | -20°C to +120°C |
- esg
- 7*24
- Precision
KOLEBURG Horizontal Inline Pump Flow Rate and Speed Reference Table
Select the optimal Horizontal Inline Pump for your specific pipe diameter, matching flow rates with standard motor speeds, utilizing similar dynamic scaling as our Multistage Centrifugal Pump series.
| Inlet/Outlet Diameter (DN) | Reference Flow Rate (m³/h) | Standard Motor Speed (r/min) |
| DN 50 | 12.5 – 25 | 2900 |
| DN 100 | 50 – 100 | 1450 |
| DN 200 | 200 – 400 | 1450 |
KOLEBURG Horizontal Inline Pump Structure and Material Performance Comparison Table
Compare the durability and fluid compatibility of our Horizontal Inline Pump across different construction materials, ensuring the right fit whether you choose a Stainless Steel Pump or a traditional Cast Iron Pump.
| Material Option | Corrosion Resistance | Typical Application Environment |
| Cast Iron | Low | Non-corrosive water, standard industrial facilities |
| 304 Stainless Steel | Medium-High | Mild chemicals, clean water transfer |
| 316 Stainless Steel | High | Aggressive industrial fluids, marine environments |
KOLEBURG Horizontal Inline Pump Key Performance Features
In-line Configuration: The true horizontal layout allows the Horizontal Inline Pump to be installed directly into the pipeline without altering the existing pipe routing.
Premium Hydraulics: Engineered with principles found in demanding API 610 Pump designs to ensure minimal vibration and extended lifecycle.
Versatile Media Handling: Capable of managing fluids from standard ambient water to elevated temperatures, acting efficiently as a Hot Water Inline Pump.
Mechanical Integrity: The Horizontal Inline Pump features heavy-duty bearings and advanced mechanical seals to effectively prevent fluid leakage.
Need to know more about Horizontal Inline Pump
Accelerate your project planning by exploring our comprehensive engineering data. Contact our technical team today to request detailed performance curves, precise CAD dimensional drawings, and competitive wholesale pricing for your next Horizontal Inline Pump order. Whether you are scaling up a facility or replacing outdated units, we guarantee optimal ROI and rapid lead times. Dive deeper into our general Pump Application guidelines to ensure the perfect fit for your procurement needs.
Horizontal Inline Pump Applications
HVAC Systems
Acting as a highly reliable central air conditioning chilled water pump, the Horizontal Inline Pump guarantees consistent thermal transfer while eliminating space-consuming footprint issues in tight mechanical rooms.
Municipal Water Works
Deployed as a robust clean water transfer pump, it solves the challenge of moving large volumes of municipal water over long distances with minimal friction loss.
High-Rise Architecture
Utilized effectively alongside a high rise water supply pump system, the Horizontal Inline Pump helps maintain constant pressure across dozens of building floors without sudden drops.
District Heating
Functioning as the primary heating system hot water circulation pump, it withstands thermal shock and prevents cavitation in high-temperature boiling networks.
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
Horizontal Inline Pump FAQs
1. What is the main manufacturing advantage of a Horizontal Inline Pump compared to traditional base-mounted pumps?
The inline design means the suction and discharge nozzles are on the same axis. This drastically reduces the fabrication complexity of piping systems and eliminates the need for expensive concrete foundations for the Horizontal Inline Pump.
2. Can the Horizontal Inline Pump handle fluids with high solid content?
Generally, they are designed for clear liquids. For heavy abrasive media, alternative technologies like a Self-Balancing Multistage Pump are recommended over the standard impellers of a Horizontal Inline Pump.
3. How do you ensure the concentricity of the motor and pump shaft during production?
We use precision CNC machining for the motor bracket and casing of every Horizontal Inline Pump. This ensures exact alignment during assembly, preventing the premature bearing wear common in poorly manufactured units.
4. Is the Horizontal Inline Pump difficult to maintain once installed in a piping network?
No. Our Horizontal Inline Pump design features a back-pull-out structure, allowing maintenance personnel to remove the motor, bracket, and impeller without disturbing the pump casing or disconnecting the main piping.
5. What standard testing procedures do you apply to the Horizontal Inline Pump before shipment?
Every Horizontal Inline Pump undergoes rigorous hydrostatic pressure testing and dynamic balancing of the rotating elements to ensure they exceed industry vibration and noise standards before leaving our factory floor.