KOLEBURG TB150SL Horizontal Submersible Pump Series Product
No Clogging Centrifugal Pump
Specification
| Parameter | Specification |
|---|---|
| Model | KOLEBURG TB150SL Horizontal Submersible Pump |
| Flow Rate | 65-430 m³/h |
| Head | 5.5-60 m |
| Outlet Diameter | 150 mm |
| Motor Power | 3-110 KW |
| Motor Poles | 4/6/8/12 poles |
| Rotational Speed | 490-1450 rpm |
| Protection/Insulation Class | IP68 / Class F / IE3 |
| Impeller Type | Double Spiral Pump Impeller |
- ISO、CE、EAC
- L/C Accepted
- 7*24H Response
- Accept customization
KOLEBURG TB150SL Horizontal Submersible Pump
Model & Information
Model parameter table, performance curves, drawings
| KOLEBURG TB150SL Series Product Model | |||||||
| NO | Model | Flow (m3/h) | Lift (m) | Power(KW) | Speed（ rpm） | Inlet (DN) | Motor Type |
| 1 | TB150SL-Q65H5-5N3F490 | 65 | 5.5 | 3 | 490 | 150 | Twelve-stage motor |
| 2 | TB150SL-Q137H11N37-5D720 | 137 | 11 | 37.5 | 720 | 150 | Eight-stage motor |
| 3 | TB150SL-Q174H27N22B1440 | 174 | 27 | 22 | 1440 | 150 | Four-stage motor |
| 4 | TB150SL-Q196H16-5N13-5D720 | 196 | 16.5 | 13.5 | 720 | 150 | Eight-stage motor |
| 5 | TB150SL-Q198H12-5N11D720 | 198 | 12.5 | 11 | 720 | 150 | Eight-stage motor |
| 6 | TB150SL-Q263H13-5N18-5D720 | 263 | 13.5 | 18.5 | 720 | 150 | Eight-stage motor |
| 7 | TB150SL-Q300H27N45C1000 | 300 | 27 | 11 | 1000 | 150 | Six-stage motor |
| 8 | TB150SL-Q396H50N90B1450 | 396 | 50 | 15 | 1450 | 150 | Four-stage motor |
| 9 | TB150SL-Q430H60N110B1450 | 430 | 60 | 110 | 1450 | 150 | Four-stage motor |
Tailored to your exact needs, our centrifugal pumps are engineered with application-specific parameters to deliver optimized efficiency, durability, and operational reliability.
Materials & Surface Treatments
Pump body & impeller
KOLEBURG TB150SL Horizontal Submersible Pump body and pump impeller main materials and heat treatment process
Pump Casing Material & Treatment
| Material | Key Characteristics | Heat Treatment & Surface Processing |
|---|---|---|
| Cast Iron/Cast Steel | Cost-effective, high rigidity | Annealing; anti-corrosion coating |
| 316/316L Material | Superior chloride resistance | Solution annealing; passivation |
| Duplex 2205 | High strength & corrosion resistance | Solution treatment; pickling |
| Rubber Lined | Abrasion-resistant | Lining bonding; surface finishing |
Impeller Materials and Handling
| Material | Key Characteristics | Heat Treatment & Surface Hardening |
|---|---|---|
| ZG/20Cr13 | Wear-resistant, cost-effective | Quenching + tempering (HRC 48-52) |
| 316/316L Material | Dual anti-corrosion/wear | Solution annealing; edge hardening |
| Duplex 2205 | High durability & strength | Solution treatment; precision grinding |
| Titanium Alloy | Extreme corrosion resistance | Solution annealing; surface cleaning |
Centrifugal pump
Application industry
KOLEBURG TB150SL Horizontal Submersible Pump, industry applications and advantages
Ideal for large-scale sludge transfer, activated sludge circulation, and sewage recycling, with non-clog performance for high-volume wastewater.
Double spiral impeller prevents high-viscosity sludge clogging, ensuring uninterrupted conveyance.
Chemical plant
Suitable for transferring corrosive industrial effluents and chemical slurries, compatible with corrosion-resistant material configurations.
Recommended Material Combinations
According to the usage scenario, the final solution is to match the materials of the pump body and impeller.
| Application Scenario | Pump Casing | Impeller | Combination Rationale |
|---|---|---|---|
| Sewage Treatment Plant | Cast Iron | ZG/20Cr13 | Cost-effective; wear-resistant for ultra-large flow wastewater |
| Sludge Thickening System | 316/316L Material | Duplex 2205 | Corrosion-resistant for high-viscosity sludge |
| Chemical Plant | 316/316L Material | 316/316L Material | Full corrosion protection for chemical effluents |
| Mining Industry | Rubber Lined | ZG/20Cr13 | Abrasion-resistant for solid-laden mine water |
Key Product Advantages
- Ultra-Large Flow & High-Lift Versatility: The double spiral impeller ensures smooth passage of solids and viscous media, while the 65-430 m³/h flow and 5.5-60m head cover diverse large-scale conveyance needs, minimizing operational interruptions.
- Strong Adaptability to Harsh Conditions: Multiple premium material options (including 316/316L, Duplex 2205) and professional Heat Treatment processes enhance corrosion, wear, and pressure resistance, adapting to extreme industrial media.
- Reliable & Energy-Efficient Operation: IP68 waterproof rating and IE3 high-efficiency motor guarantee long service life and low energy consumption, with 4/6/8/12-pole motor options optimizing performance for different flow, lift, and viscosity requirements.
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KOLEBURG TB50SL Horizontal Submersible Pump Series Product
The world’s leading manufacturer of non-clogging pumps
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Provide different support solutions for OEM and KOLEBURG brands respectively.
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Total selection interval chart
Comprehensive reference
Provide you with a multi-caliber selection range reference
submersible pump manufacturers
Our advantages
Double Spiral Pump Impeller
The double spiral pump impeller is engineered with two symmetrically arranged spiral flow channels, which work in tandem to enhance hydraulic efficiency and solids handling performance. This innovative design ensures smooth fluid transition and balanced load distribution, reducing turbulence and vibration during operation.
By incorporating a dual-passage structure, the impeller effectively handles large solid particles, fibrous materials, and sludge with minimal risk of clogging. The spiral geometry promotes a natural guiding motion, allowing debris to pass through smoothly without accumulating at the inlet or within the flow channels.
This impeller is particularly suitable for demanding applications such as industrial wastewater, municipal sewage, and drainage systems containing high concentrations of suspended solids. Its robust anti-clog design supports long-term, stable operation while maintaining high pumping efficiency and durability under continuous heavy-duty conditions.
Our advantages as a centrifugal pump manufacturer
With excellent performance, durability and high energy saving, we provide you with reliable fluid solutions.learn more
We specialize in the independent production of pump casings and impellers, which are the core components of the screw centrifugal pump.
The pump body is precisely cast and machined in-house, ensuring excellent dimensional accuracy and long-term durability.
The impeller adopts high-efficiency spiral and centrifugal geometry, manufactured using CNC machining and dynamic balancing to guarantee smooth operation and superior hydraulic performance.
Cooperation Advantages
Professional Manufacturing Experience
Over 23 years of experience in pump design and manufacturing, focusing on screw centrifugal pumps and wastewater equipment, ensuring reliable quality and stable performance.
Independent Core Component Production
We manufacture pump casings and impellers in-house, using advanced CNC machining and dynamic balancing technology, to ensure precise assembly and high hydraulic efficiency.
We provide custom-designed pump solutions tailored to the specific needs of each client.
Our professional engineering team can adjust key parameters — including flow rate, head, material, inlet/outlet interface, and sealing method — to achieve optimal performance for different working conditions.
Through advanced CFD hydraulic optimization and precision manufacturing, we ensure every customized pump delivers high efficiency, reliability, and durability even under complex environments.
Product application
Driving the lifeblood of industry and protecting urban circulation are the core missions of each of our pumps.
Pump Centrifugal Parts
Reliable parts supply provides worry-free guarantee and long-term operation and maintenance for your pumping system.
Frequently Asked Questions (FAQs)
Our engineering team provides free, expert selection support. Simply share your key parameters—such as fluid type, required flow rate (e.g., GPM or m³/h), total head (e.g., feet or meters), temperature, and system specifications—and we will recommend the optimal pump model for maximum efficiency and reliability.
For standard models, we often have stock available or can offer short production cycles. The exact lead time depends on the specific pump model and our current order schedule. We understand project urgency and offer expedited production options for critical needs whenever possible.
All our pumps come with a comprehensive warranty. We are committed to your long-term satisfaction through a robust support network, offering rapid technical assistance, readily available spare parts, and expert maintenance services to minimize downtime.
The longevity of critical parts like impellers and mechanical seals is our priority. We utilize high-performance materials (e.g., stainless steel, cast iron) and precision manufacturing, including dynamic balancing. Our mechanical seals are sourced from leading suppliers to ensure durability in demanding conditions.
Talk to Our Product Experts Today!
Related Submersible Pump FAQS
1. Core Concepts and Working Principles of Double Spiral Impeller Submersible Pumps
1.1 What is a double spiral impeller submersible pump and how does it operate?
1.2 What are the key components of a durable ultra-high flow high-lift submersible pump?
| Core Component | Primary Function | Quality Assurance |
|---|---|---|
| Pump Body | Encloses internal components and guides high-pressure media | High-pressure resistant casting with leak-proof sealing |
| Double Spiral Impeller | Drives ultra-large flow and high-lift fluid movement | Wear-resistant materials and precision heat treatment |
| Motor | Powers impeller rotation for heavy-duty tasks | IE3 efficiency and Class F insulation for 3-110 KW loads |
| Mechanical Seal | Prevents media ingress into the motor | Corrosion-resistant design for long-term sealing under high pressure |
2. Application Scenarios and Media Compatibility of Ultra-High Flow High-Lift Submersible Pumps
2.1 Which industries benefit from double spiral impeller submersible pumps like the KOLEBURG TB150SL?
| Application Scenario | Key Product Advantage | Industry Alignment |
|---|---|---|
| Sewage Treatment Plant | 65-430 m³/h flow supports large-scale wastewater processing | Environmental Protection Industry |
| Sludge Thickening System | Double spiral impeller prevents high-viscosity sludge clogging | Wastewater treatment sector standards |
| Chemical Plant | Corrosion-resistant materials handle large-volume chemical effluents | Industrial Productionk |
| Mining Industry | 5.5-60m high lift adapts to deep mine dewatering | Special projects |
2.2 What types of media can double spiral impeller ultra-high flow pumps handle?
| Media Type | Key Characteristics | Recommended Material |
|---|---|---|
| Municipal Sewage | Ultra-high volume, suspended solids | Cast Iron / ZG/20Cr13 |
| Industrial Sludge | High viscosity, abrasive particles | Duplex 2205 |
| Chemical Effluents | Mild to moderate corrosiveness | 316/316L Material |
| Mine Water | Solid-laden, high wear potential | Rubber Lined |
3. Specifications and Performance Metrics of Ultra-High Flow High-Lift Submersible Pumps
3.1 What are the critical performance parameters of the KOLEBURG TB150SL?
| Performance Parameter | Specification | Industry Advantage |
|---|---|---|
| Flow Rate | 65-430 m³/h | Ultra-wide range for mass conveyance |
| Head | 5.5-60 m | Covers low to high lift requirements |
| Outlet Diameter | 150 mm | Extra-large size minimizes flow resistance |
| Motor Power | 3-110 KW | Scalable power for heavy-duty loads |
| Rotational Speed | 490-1450 rpm | Optimized speed balances flow, lift, and wear |
3.2 How do motor pole configurations affect ultra-high flow high-lift pump performance?
| Motor Poles | Rotational Speed | Performance Trait | Ideal Application |
|---|---|---|---|
| 4-pole | 1450 rpm | Maximum flow, medium lift | Ultra-high-volume, low-to-medium lift scenarios |
| 6-pole | 980 rpm | Balanced flow, moderate lift | Medium-lift, high-viscosity media |
| 8-pole | 730 rpm | Stable flow, high lift | High-lift, large-volume conveyance |
| 12-pole | 490 rpm | Lower flow, maximum lift | Extreme-lift (50-60m) tasks |
4. Material Selection and Heat Treatment for Pump Casings and Impellers
4.1 What material options are available for heavy-duty pump components?
| Component | Material Options | Key Advantage |
|---|---|---|
| Pump Casing | Cast Iron, Carbon Steel, 304/304L, 316/316L, Duplex 2205, Rubber Lined | Balances pressure resistance, durability, and cost |
| Impeller | ZG/20Cr13, 316/316L, Duplex 2205, Titanium Alloy | Optimized for wear, corrosion, and high-pressure resistance |
4.2 How do heat treatment processes enhance heavy-duty pump durability?
| Heat Treatment Method | Application Component | Core Benefit |
|---|---|---|
| Annealing | Cast Iron Casings | Relieves internal stress, prevents cracking under high pressure |
| Solution Annealing | Stainless Steel Parts | Enhances corrosion resistance and ductility |
| Quenching + Tempering | ZG/20Cr13 Impellers | Hardens material (HRC 48-52), improves wear resistance |
5. Installation, Operation, and Maintenance of Ultra-High Flow High-Lift Submersible Pumps
5.1 What are the key steps for installing a heavy-duty horizontal submersible pump?
| Installation Step | Key Operation | Safety & Performance Note |
|---|---|---|
| Site Preparation | Ensure level, load-bearing installation area | Reduces vibration during high-pressure operation |
| Pipeline Connection | Use 150mm diameter pipes with secure Coupling | Prevents leakage under extreme flow and pressure |
| Motor Wiring | Connect to compatible power supply, verify insulation | Complies with electrical safety standards (IEC 60034) |
| Submersion Check | Ensure full submersion without air entrapment | Optimizes suction and motor cooling for heavy loads |
5.2 What maintenance schedule is recommended for ultra-high flow high-lift pumps?
| Maintenance Interval | Core Tasks | Purpose |
|---|---|---|
| Monthly | Inspect mechanical seal for leaks, clean intake | Prevents clogging and media leakage |
| Quarterly | Check motor temperature, lubricate Bearing | Reduces friction during optimized speed operation |
| Semi-Annually | Inspect impeller wear, test insulation resistance | Ensures efficient ultra-high flow and high-lift performance |
| Annually | Replace worn parts (O-rings, seals), full performance test | Restores optimal capacity, complies with maintenance standards |
6. Industry Standards and Certifications for Submersible Pumps
6.1 What international standards do ultra-high flow high-lift submersible pumps comply with?
| Industry Standard | Compliance Aspect | User Benefit |
|---|---|---|
| IP68 Protection | Waterproof/dustproof performance | Safe operation in fully submerged conditions |
| IE3 Efficiency | Motor energy consumption | Lower operational costs for continuous heavy-duty use |
| ISO 9001 | Quality management system | Consistent product reliability |
| Class F Insulation | Motor temperature resistance | Safe operation at 3-110 KW loads |
6.2 Why is the IP68 rating essential for heavy-duty submersible pump safety?
- IP6X (Dust Protection): Complete dust ingress prevention, protecting electrical components from corrosion and short circuits in industrial environments.
- IPX8 (Water Protection): Safe operation in continuous submersion (customizable depth), suitable for long-term use in large sewage tanks, mine sumps, and industrial basins.
7. Customization and After-Sales Services for Heavy-Duty Pumps
7.1 Can ultra-high flow high-lift submersible pumps be customized for specific needs?
| Customization Option | Available Choices | Application Scenario |
|---|---|---|
| Material Selection | 304/304L, 316/316L Material, Titanium Alloy | Corrosive/abrasive extreme media |
| Motor Power Adjustment | 3-110 KW range | Specific flow/lift demands |
| Accessories | Special Electrical Cabinet, automatic coupler | Automated or remote heavy-duty operation |
7.2 What after-sales support is provided for KOLEBURG heavy-duty pumps?
- 1-year warranty on pump body and motor, covering manufacturing defects.
- 24/7 technical support for installation, operation, and troubleshooting of ultra-high flow high-lift systems.
- Fast delivery of genuine spare parts (e.g., mechanical seals, impellers) to minimize downtime.
- Annual performance inspection and maintenance guidance for heavy-duty operation.
8. Safety and Applicability in Extreme Harsh Environments
8.1 How to ensure safe operation of heavy-duty pumps in corrosive high-pressure environments?
- Choose corrosion-resistant materials (316/316L, Duplex 2205, Titanium Alloy) based on media chemistry and pressure requirements.
- Opt for sealed components (e.g., mechanical seals) to isolate electrical parts from corrosive media under high pressure.
- Conduct regular corrosion inspections per industry guidelines (e.g., ASTM G48).
8.2 Are ultra-high flow high-lift submersible pumps suitable for 24/7 continuous operation?
- The 3-110 KW motor is designed for long-running durability with Class F insulation, supporting heavy-duty loads.
- IP68 protection prevents overheating and moisture damage during extended use.
- Wear-resistant materials and heat treatment withstand prolonged stress from 65-430 m³/h flow and 5.5-60m lift.