KOLEBURG TB200L Horizontal Submersible Pump Series Product

Name: KOLEBURG TB200L Horizontal Submersible Pump Series Product
SKU: KOLEBURG TB200L
Price: 8000.00 CNY
Availability: InStock

No Clogging Centrifugal Pump

The KOLEBURG TB200L Horizontal Submersible Pump is a high-efficiency, large-flow submersible pump featuring a Single Helix Pump Impeller. Integrated with advanced pump technology, it is engineered for reliable performance in handling high-volume fluid with solid particles, suitable for various industrial and environmental applications. With IP68 protection class, Class F insulation and IE3 high-efficiency motor, it ensures stable operation in harsh submerged conditions.

Specification

Parameter	Specification
Flow Rate	180-373 m³/h
Head	2.3-12.5 m
Outlet Diameter	200 mm
Motor Power	2.2-18 KW
Motor Poles	4/6 poles
Rotational Speed	940-1470 rpm
Protection/Insulation Class	IP68 / Class F / IE3
Impeller Type	Single Helix Pump Impeller

KOLEBURG TB200L Horizontal Submersible Pump

Model & Information

Model parameter table, performance curves, drawings

KOLEBURG TB200L Series Product Model
NO	Model	Flow (m3/h)	Lift (m)	Power(KW)	Speed（ rpm）	Inlet (DN)	Motor Type
1	TB200L-Q180H2-3N2-2C940	180	2.3	2.2	940	200	Six-stage motor
2	TB200L-Q216H3-4N4C960	216	3.4	4	960	200	Six-stage motor
3	TB200L-Q238H4-6N5-5C960	238	4.6	5.5	960	200	Six-stage motor
4	TB200L-Q313H6-5N7-5B1440	313	6.5	7.5	1440	200	Four-stage motor
5	TB200L-Q333H8-5N11B1460	333	8.5	11	1460	200	Four-stage motor
6	TB200L-Q356H10-5N15B1460	356	10.5	15	1460	200	Four-stage motor
7	TB200L-Q373H12-5N18-5B1470	373	12.5	18	1470	200	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 TB200L Horizontal Submersible Pump body and pump impeller main materials and heat treatment process

Pump Casing Material & Treatment

Material	Key Characteristics	Heat & Surface Treatment
Cast Iron/Carbon Steel	Cost-effective, high rigidity	Annealing; anti-corrosion coating
304/304L	Basic corrosion resistance	Solution annealing; passivation
316/316L	Superior chloride resistance	Solution annealing; passivation
Rubber Lined	Excellent abrasion resistance	Lining bonding; surface finishing

Impeller Materials and Handling

Material	Key Characteristics	Heat & Surface Treatment
ZG/20Cr13	Wear-resistant, cost-effective	Quenching + tempering (HRC 48-52)
316/316L	Corrosion & wear resistant	Solution annealing; edge hardening
Duplex 2205	High strength & corrosion resistance	Solution treatment; precision grinding
Titanium Alloy	Extreme corrosion resistance	Solution annealing; surface cleaning

Centrifugal pump

Application industry

KOLEBURG TB200L Horizontal Submersible Pump, industry applications and advantages

Municipal & Industrial Wastewater

180-373 m³/h large flow efficiently handles high-volume wastewater, boosting treatment throughput.

Construction & Dewatering

Effective for tunnel dewatering, foundation pit drainage, and handling sand-laden water on construction sites .

Agricultural & Rural Wastewater

Low-lift (2.3-12.5m) design adapts to large-scale irrigation and farm drainage tasks.

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
Sewage Treatment Plant	Cast Iron	ZG/20Cr13 (Quenched & Tempered)
Sewage Recycling	304/304L	316/316L (Solution Annealed)
Construction Project	Rubber Lined	Duplex 2205 (Solution Treated)
Agriculture	Carbon Steel	ZG/20Cr13 (Quenched & Tempered)

Key Product Advantages

Superior Large-Flow Performance: 180-373 m³/h high flow rate paired with 200mm large outlet minimizes flow resistance, meeting high-volume conveyance demands efficiently.
Flexible Material Adaptability: Multiple high-quality material options combined with professional heat treatment processes enhance corrosion and wear resistance, adapting to diverse media conditions.
Reliable & Energy-Saving Operation: IP68 waterproof rating and IE3 high-efficiency motor ensure long service life and low operational costs, with 4/6-pole motor options optimizing performance for different lift requirements.

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Our advantages

Non-Clogging Technology

Flow Channel Optimization

The pump casing flow path is optimized through advanced CFD fluid analysis, ensuring minimal hydraulic resistance during operation. This design significantly reduces impurity adhesion and minimizes clogging risk — improving the efficiency and reliability of the wastewater pump system.

Excellent Solids Handling Performance

The impeller is designed with a wide flow passage, allowing large solid particles and fibrous materials to pass through easily. This ensures strong solids handling capability and non-clog performance, making it ideal for industrial sewage and wastewater applications.

Anti-Clog Balanced Hydraulic Structure

The inlet adopts an anti-vortex guide design, effectively preventing debris entanglement at the impeller inlet. This anti-clog structure maintains balanced flow, reduces blockage risk, and enhances the long-term durability of the submersible sewage pump.

Stable Application Performance

This pump is suitable for muddy water, suspended solids, fibrous materials, and lightly polluted wastewater, ensuring stable and continuous operation over long periods. It is widely used in industrial wastewater treatment, drainage systems, and municipal pumping stations.

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.

Eco Water Solutions

Environmental Protection

Efficient treatment of sewage and sludge with non-clog impeller technology

Reliable Wastewater Handling

Image accordion content

Continuous and stable drainage for factories and processing lines.

Cooling & Drainage Efficiency

Energy & Power

Safe cooling water and drainage solutions for power plants.

Heavy-Duty Dewatering

Special Engineering

Designed for tunnels, mines, and construction with high solid content.

Pump Centrifugal Parts

Reliable parts supply provides worry-free guarantee and long-term operation and maintenance for your pumping system.

Frequently Asked Questions (FAQs)

1. How do I select the right centrifugal pump for my application?

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.

2. What is your standard lead time for orders?

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.

3. What kind of warranty and after-sales support do you provide?

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.

4. What materials and technologies are used in your pumps' core components?

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 Single Helix Impeller Submersible Pumps

1.1 What is a single helix impeller submersible pump and how does it work?

A single helix impeller submersible pump is a large-diameter submerged fluid-handling device equipped with a Single Helix Pump Impeller that generates stable centrifugal force for high-volume, low-to-medium lift conveyance. Its working principle relies on the impeller’s rotation (940-1470 rpm for the KOLEBURG model) to draw media into the pump and push it through the 200mm outlet without priming. Integrated with advanced Pump Technology, this design minimizes clogging from solids and fibrous materials, making it ideal for large-flow applications (180-373 m³/h).

1.2 What are the key components of a durable large-diameter submersible pump?

Large-diameter submersible pumps depend on precision-engineered components to withstand high flow and submerged conditions. The table below outlines core parts, their functions, and quality guarantees aligned with global standards:

Core Component	Primary Function	Quality Assurance
Pump Body	Encloses internal components and guides large-flow media	High-rigidity casting with leak-proof sealing
Single Helix Impeller	Drives high-volume fluid movement	Wear-resistant materials and precision heat treatment
Motor	Powers impeller rotation for large-flow tasks	IE3 efficiency and Class F insulation for 2.2-18 KW loads
Mechanical Seal	Prevents media ingress into the motor	Corrosion-resistant design for long-term sealing

These components meet strict manufacturing tolerances (e.g., ISO 9906), ensuring the pump operates reliably in industrial and environmental settings.

2. Application Scenarios and Media Compatibility of Large-Flow Submersible Pumps

2.1 Which industries benefit from large-diameter submersible pumps like the KOLEBURG TB200L?

Large-diameter (200mm) and large-flow (180-373 m³/h) submersible pumps excel in high-volume conveyance tasks. The table below highlights key applications and product advantages:

Application Scenario	Key Product Advantage	Industry Alignment
Sewage Treatment Plant	180-373 m³/h flow supports high-volume wastewater processing	Environmental Protection Industry
Sewage Recycling	Large-diameter outlet reduces flow resistance, optimizing recycling efficiency	Wastewater reuse standards
Construction Project	IP68 rating and high flow handle massive dewatering needs	Special projects
Agriculture	Low-lift (2.3-12.5m) design adapts to irrigation and drainage tasks	Industrial Productionk

Each scenario leverages the pump’s large-flow and large-diameter advantages, ensuring compliance with industry-specific operational requirements.

2.2 What types of media can single helix impeller large-flow pumps handle?

The KOLEBURG TB200L’s flexible Pump Material options enable compatibility with diverse high-volume media. The table below details recommended media and corresponding materials:

Media Type	Key Characteristics	Recommended Material
Municipal Sewage	High volume, suspended solids	Cast Iron / ZG/20Cr13
Recycled Sewage	Low-to-moderate corrosion, solid particles	304/304l Material
Construction Dewatering	Sand-laden, abrasive	Rubber Lined
Agricultural Irrigation	Clean to slightly turbid water	Carbon Steel / Cast Iron

This versatility ensures the pump performs reliably in harsh media conditions while maintaining extended service life, meeting international fluid-handling safety standards (e.g., ANSI/API).

3. Specifications and Performance Metrics of Large-Diameter Submersible Pumps

3.1 What are the critical performance parameters of the KOLEBURG TB200L?

Performance parameters define a pump’s suitability for large-flow tasks. The table below presents core specifications, all validated to industry standards:

Performance Parameter	Specification	Industry Advantage
Flow Rate	180-373 m³/h	Wide range for high-volume demands
Head	2.3-12.5 m	Optimized for low-to-medium lift scenarios
Outlet Diameter	200 mm	Extra-large size minimizes flow resistance
Motor Power	2.2-18 KW	Scalable power for diverse large-flow tasks
Rotational Speed	940-1470 rpm	Balanced speed reduces wear and energy consumption

These parameters are calibrated to balance efficiency and durability, ensuring consistent performance across industrial, environmental, and agricultural settings.

3.2 How do motor pole configurations affect large-flow submersible pump performance?

Motor pole count directly impacts speed, torque, and flow output. The KOLEBURG TB200L offers 4-pole and 6-pole options, with key differences outlined below:

Motor Poles	Rotational Speed	Performance Trait	Ideal Application
4-pole	1470 rpm	Maximum flow, lower torque	Ultra-high-volume, low-lift tasks
6-pole	940 rpm	Stable flow, higher torque	Medium-lift, high-viscosity media

Both motors comply with IE3 high-efficiency standards, reducing operational costs and aligning with global energy regulations (e.g., EU ErP Directive).

4. Material Selection and Heat Treatment for Pump Casings and Impellers

4.1 What material options are available for large-diameter pump components?

Material selection is critical for withstanding large-flow wear and media corrosion. KOLEBURG offers a comprehensive range of options:

Component	Material Options	Key Advantage
Pump Casing	Cast Iron, Carbon Steel, 304/304L, 316/316L, Rubber Lined	Balances cost, durability, and corrosion resistance
Impeller	ZG/20Cr13, 316/316L, Duplex 2205, Titanium Alloy	Optimized for wear and media compatibility

All materials meet international standards (e.g., ASTM, DIN), ensuring compatibility with global industry requirements and reliable performance under large-flow stress.

4.2 How do heat treatment processes enhance large-flow pump durability?

Professional Heat Treatment processes improve material mechanical properties, critical for pump longevity in large-flow operations:

Heat Treatment Method	Application Component	Core Benefit
Annealing	Cast Iron Casings	Relieves internal stress, prevents cracking
Solution Annealing	Stainless Steel Parts	Enhances corrosion resistance and ductility
Quenching + Tempering	ZG/20Cr13 Impellers	Hardens material (HRC 48-52), improves wear resistance

These processes are applied per material specifications, ensuring components exceed industry durability standards and deliver long service life.

5. Installation, Operation, and Maintenance of Large-Flow Submersible Pumps

5.1 What are the key steps for installing a large-diameter horizontal submersible pump?

Proper installation is vital for optimal large-flow performance and safety. The table below outlines core steps aligned with industry best practices:

Installation Step	Key Operation	Safety & Performance Note
Site Preparation	Ensure level, load-bearing installation area	Reduces vibration during high-flow operation
Pipeline Connection	Use 200mm diameter pipes with secure Coupling	Prevents leakage under large-flow 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 high loads

Following these steps ensures the pump operates within design parameters, reducing malfunction risks and extending service life.

5.2 What maintenance schedule is recommended for large-flow submersible pumps?

Regular maintenance maximizes reliability and minimizes downtime for large-flow equipment. The table below outlines best-practice intervals:

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 balanced-speed operation
Semi-Annually	Inspect impeller wear, test insulation resistance	Ensures efficient large-flow performance
Annually	Replace worn parts (O-rings, seals), full performance test	Restores optimal capacity, complies with maintenance standards

Adhering to this schedule maintains the pump’s IE3 efficiency and IP68 protection, meeting industry reliability benchmarks for large-flow submersible pumps.

6. Industry Standards and Certifications for Submersible Pumps

6.1 What international standards do large-diameter submersible pumps comply with?

The KOLEBURG TB200L is designed to meet global industry standards, ensuring safety and performance in large-flow applications:

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 use
ISO 9001	Quality management system	Consistent product reliability
Class F Insulation	Motor temperature resistance	Safe operation at 2.2-18 KW loads

Compliance with these standards demonstrates adherence to global best practices, providing users with confidence in safety and performance.

6.2 Why is the IP68 rating critical for large-flow submersible pump safety?

The IP68 rating is the highest protection class for submerged equipment, essential for large-flow scenarios:

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, construction pits, and irrigation reservoirs.

This rating ensures the pump operates safely in harsh wet environments, complying with international electrical safety standards (e.g., IEC 60529).

7. Customization and After-Sales Services for Large-Flow Pumps

7.1 Can large-diameter submersible pumps be customized for specific needs?

Yes, KOLEBURG offers tailored customization to meet unique large-flow application requirements:

Customization Option	Available Choices	Application Scenario
Material Selection	304/304L, 316/316L Material, Rubber Lined	Corrosive/abrasive media
Motor Power Adjustment	2.2-18 KW range	Specific flow/lift demands
Accessories	Special Electrical Cabinet, automatic coupler	Automated or remote operation

All customizations maintain compliance with industry standards, ensuring performance and safety are not compromised.

7.2 What after-sales support is provided for KOLEBURG large-flow pumps?

KOLEBURG delivers comprehensive after-sales services to maximize customer value for large-flow equipment:

1-year warranty on pump body and motor, covering manufacturing defects.
24/7 technical support for installation, operation, and troubleshooting of large-flow systems.
Fast delivery of genuine spare parts (e.g., mechanical seals, impellers) to minimize downtime.
Annual performance inspection and maintenance guidance for large-flow operation.

These services align with global after-sales standards, ensuring reliable support throughout the pump’s lifecycle.

8. Safety and Applicability in Large-Flow Environments

8.1 How to ensure safe operation of large-flow pumps in corrosive media?

Safe operation in corrosive large-flow environments relies on strategic material selection and design:

Choose corrosion-resistant materials (316/316L, Duplex 2205, Titanium Alloy) based on media chemistry.
Opt for sealed components (e.g., mechanical seals) to isolate electrical parts from corrosive media.
Conduct regular corrosion inspections per industry guidelines (e.g., ASTM G48).

The KOLEBURG TB200L’s material flexibility and sealed design ensure safe operation in corrosive large-flow environments, meeting international safety standards.

8.2 Are large-diameter submersible pumps suitable for 24/7 continuous operation?

Yes, the KOLEBURG TB200L is engineered for 24/7 continuous large-flow operation:

The 2.2-18 KW motor is designed for long-running durability with Class F insulation, supporting high-volume loads.
IP68 protection prevents overheating and moisture damage during extended use.
Wear-resistant materials and heat treatment withstand prolonged stress from 180-373 m³/h flow and 2.3-12.5m lift.

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KOLEBURG TB200L Horizontal Submersible Pump Series Product

KOLEBURG TB200L Horizontal Submersible Pump

Materials & Surface Treatments

Centrifugal pump

Recommended Material Combinations

Key Product Advantages

Related products

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User support

Total selection interval chart

submersible pump manufacturers

Non-Clogging Technology

Our advantages as a centrifugal pump manufacturer

Product application

Pump Centrifugal Parts

Frequently Asked Questions (FAQs)

Talk to Our Product Experts Today!

Related Submersible Pump FAQS

1. Core Concepts and Working Principles of Single Helix Impeller Submersible Pumps

1.1 What is a single helix impeller submersible pump and how does it work?

1.2 What are the key components of a durable large-diameter submersible pump?

2. Application Scenarios and Media Compatibility of Large-Flow Submersible Pumps

2.1 Which industries benefit from large-diameter submersible pumps like the KOLEBURG TB200L?

2.2 What types of media can single helix impeller large-flow pumps handle?

3. Specifications and Performance Metrics of Large-Diameter Submersible Pumps

3.1 What are the critical performance parameters of the KOLEBURG TB200L?

3.2 How do motor pole configurations affect large-flow submersible pump performance?

4. Material Selection and Heat Treatment for Pump Casings and Impellers

4.1 What material options are available for large-diameter pump components?

4.2 How do heat treatment processes enhance large-flow pump durability?

5. Installation, Operation, and Maintenance of Large-Flow Submersible Pumps

5.1 What are the key steps for installing a large-diameter horizontal submersible pump?

5.2 What maintenance schedule is recommended for large-flow submersible pumps?

6. Industry Standards and Certifications for Submersible Pumps

6.1 What international standards do large-diameter submersible pumps comply with?

6.2 Why is the IP68 rating critical for large-flow submersible pump safety?

7. Customization and After-Sales Services for Large-Flow Pumps

7.1 Can large-diameter submersible pumps be customized for specific needs?

7.2 What after-sales support is provided for KOLEBURG large-flow pumps?

8. Safety and Applicability in Large-Flow Environments

8.1 How to ensure safe operation of large-flow pumps in corrosive media?

8.2 Are large-diameter submersible pumps suitable for 24/7 continuous operation?

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