KOLEBURG TA300L Submersible Pump Series Product

Name: KOLEBURG TA300L Submersible Pump Series Product - Koleburg Centrifugal Pump
SKU: KOLEBURG TA300L
Price: 9000.00 CNY
Availability: InStock

No Clogging Centrifugal Pump

The KOLEBURG TA300L Submersible Pump Series is a heavy-duty, ultra-high-flow wastewater handling solution equipped with a premium L Single Helix Pump Impeller. Engineered for fully submerged operation, it excels at transferring large-volume sewage containing soft solid particles and fibrous substances, boasting an IP68 waterproof rating, Class F insulation, and IE3 high-efficiency motor to meet global municipal and industrial standards. Its 300mm outlet diameter (optimized for practical pipeline integration) and wide flow range make it ideal for large-scale fluid transfer projects.

Specification

Parameter	Specification
Model	TA300L Submersible Pump Series
Type	Single Helix Impeller Submersible Sewage Pump
Flow Rate	141-1638 m³/h
Head	2.3-28 m
Outlet Diameter	300 mm
Motor Power	4-185 KW (4/6/8/10-pole)
Rotation Speed	730-1480 rpm
Protection/Insulation/Efficiency	IP68 / Class F / IE3

KOLEBURG TA200L Series Product Information

Model & Information

Model parameter table, performance curves, drawings

KOLEBURG TA300L Series Product Model
NO	Model	Flow (m3/h)	Lift (m)	Power(KW)	Speed（ rpm）	Inlet (DN)	Motor Type
1	TA300L-Q141H24N4E570	141	24	4	570	300	Ten-stage motor
2	TA300L-Q475H2-3N5-5E570	475	2.3	5.5	570	300	Ten-stage motor
3	TA300L-Q493H4-2N11D730	493	4.2	11	730	300	Eight-stage motor
4	TA300L-Q515H2-6N5-5E570	515	2.6	5.5	570	300	Ten-stage motor
5	TA300L-Q522H3-3N7-5D720	522	3.3	7.5	720	300	Eight-stage motor
6	TA300L-Q648H7-3N25C975	648	7.3	25	975	300	Six-stage motor
7	TA300L-Q680H8-6N22D740	680	8.6	22	740	300	Eight-stage motor
8	TA300L-Q684H5-9N15C970	684	5.9	15	970	300	Six-stage motor
9	TA300L-Q700H14N37D780	700	14	37	780	300	Eight-stage motor
10	TA300L-Q700H16N45D780	700	16	45	780	300	Eight-stage motor
11	TA300L-Q700H21N55D780	700	21	55	780	300	Eight-stage motor
12	TA300L-Q700H26N75D780	700	26	75	780	300	Eight-stage motor
13	TA300L-Q720H5N15D730	720	5	15	730	300	Eight-stage motor
14	TA300L-Q720H6-8N18-5D730	720	6.8	18.5	730	300	Eight-stage motor
15	TA300L-Q750H11N37D740	750	11	37	740	300	Eight-stage motor
16	TA300L-Q750H13-7N45D740	750	13.7	45	740	300	Eight-stage motor
17	TA300L-Q750H16N55D740	750	16	55	740	300	Eight-stage motor
18	TA300L-Q750H18N60D740	750	18	60	740	300	Eight-stage motor
19	TA300L-Q792H9N30C980	792	9	30	980	300	Six-stage motor
20	TA300L-Q820H7N22C970	820	7	22	970	300	Six-stage motor
21	TA300L-Q828H5N18-5D730	828	5	18.5	730	300	Eight-stage motor
22	TA300L-Q900H15N55C980	900	15	55	980	300	Six-stage motor
23	TA300L-Q929H9N30C980	929	9	30	980	300	Six-stage motor
24	TA300L-Q954H19N75B1480	954	19	75	1480	300	Four-stage motor
25	TA300L-Q965H11N45C980	965	11	45	980	300	Six-stage motor
26	TA300L-Q972H12-5N50C980	972	12.5	50	980	300	Six-stage motor
27	TA300L-Q1000H20N75C980	1000	20	75	980	300	Six-stage motor
28	TA300L-Q1000H24N90C980	1000	24	90	980	300	Six-stage motor
29	TA300L-Q1000H28N110C980	1000	28	110	980	300	Six-stage motor
30	TA300L-Q1000H32N132C980	1000	32	132	980	300	Six-stage motor
31	TA300L-Q1000H35N160C1000	1000	35	160	1000	300	Six-stage motor
32	TA300L-Q1000H43N185C1000	1000	43	185	1000	300	Six-stage motor
33	TA300L-Q1008H8N37C980	1008	8	37	980	300	Six-stage motor
34	TA300L-Q1026H8N30C980	1026	8	30	980	300	Six-stage motor
35	TA300L-Q1080H8-5N45C980	1080	8.5	45	980	300	Six-stage motor
36	TA300L-Q1100H6N30C1000	1100	6	30	1000	300	Six-stage motor
37	TA300L-Q1102H13N55B1480	1102	13	55	1480	300	Four-stage motor
38	TA300L-Q1174H21N110B1480	1174	21	110	1480	300	Four-stage motor
39	TA300L-Q1200H7N37C1000	1200	7	37	1000	300	Six-stage motor
40	TA300L-Q1224H16N75B1480	1224	16	75	1480	300	Four-stage motor
41	TA300L-Q1422H11N110B1480	1422	11	110	1480	300	Four-stage motor
42	TA300L-Q1422H18N90B1480	1422	18	90	1480	300	Four-stage motor
43	TA300L-Q1450H6-5N37C1000	1450	6.5	37	1000	300	Six-stage motor
44	TA300L-Q1476H25N132B1480	1476	25	132	1480	300	Four-stage motor
45	TA300L-Q1530H18N125B1480	1530	18	125	1480	300	Four-stage motor
46	TA300L-Q1548H22N132B1480	1548	22	132	1480	300	Four-stage motor
47	TA300L-Q1600H9N55C980	1600	9	55	980	300	Six-stage motor
48	TA300L-Q1638H26N160B1480	1638	26	160	1480	300	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 TA300L centrifugal pump Series Product pump body and pump impeller main materials and heat treatment process

Pump Casing Material & Treatment

Material Type	Key Suitability	Heat Treatment & Surface Processing
cast iron	General municipal sewage (cost-efficient)	Annealing (stress relief); 200-300μm epoxy coating (ISO 12944)
304/304L Material	Food-related wastewater (hygienic)	Solution annealing; passivation (ASTM A240)
316/316L Material	High-chloride industrial wastewater	Solution treatment; pickling & passivation (NACE MR0175)
Rubber lined	Abrasive sludge/media	No heat treatment (rubber impact absorption)

Impeller Materials and Handling

Material Type	Key Suitability	Heat Treatment & Surface Processing
ZG/20Cr13	Wear-prone sewage/sludge	Quenching + low-temp tempering (HRC 45-50); tungsten carbide hardfacing
316/316L Material	Corrosive industrial media	Solution treatment; passivation
Duplex 2205	High-strength corrosive scenarios	Solution quenching (ASTM A995)
Titanium Alloy	Strongly corrosive special media	Solution annealing; surface polishing (ASTM B348)

Centrifugal pump

Application industry

KOLEBURG TA300L centrifugal pump Series Product, industry applications and advantages

Municipal & Industrial Wastewater

Ideal for wastewater treatment plants, sewage lifting stations, and industrial effluent containing solids and fibers .

Sludge Thickening System

Efficiently conveys viscous sludge (≤15% solid content), leveraging adjustable motor poles (4-10 pole) to maintain stable pressure during sludge concentration.

Agricultural & Rural Wastewater

Suitable for large-area farm irrigation and wastewater drainage, with the IP68 rating ensuring reliable operation in outdoor submerged environments.

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 Body Material	Impeller Material	Combination Rationale
Standard Municipal Sewage	Cast iron (epoxy coated)	ZG/20Cr13 (quenched)	Cost-effective corrosion/wear balance
Industrial High-Chloride Wastewater	316/316L Material	316/316L Material	Full chloride corrosion resistance (NACE MR0175)
Sludge Thickening System	Rubber lined	Duplex 2205	Rubber impact absorption + duplex steel abrasion resistance
Waste to Energy Plant	304/304L Material	ZG/20Cr13 (hardfaced)	Hygienic corrosion protection + wear resistance for leachate

Key Product Advantages

Ultra-High-Flow Anti-Clog Performance: The proprietary L Single Helix Pump Impeller enables smooth passage of soft solids and fibers, supporting flow rates up to 1638 m³/h while reducing clogging failures by over 75% versus standard impellers (per third-party testing).
Customizable Durable Configurations: Offers a full material range (cast iron to titanium alloy) paired with professional Heat Treatment processes, tailored to media demands and compliant with global standards (ASTM, NACE).
Efficient & Reliable Operation: IE3 motors cut energy costs by 15-20% (IEC 60034-30-1), while IP68 protection and robust Pump body structure ensure safe submerged operation, minimizing unplanned downtime by 40% for large-scale projects.

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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

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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. Ultra-High-Flow Submersible Pumps: Core Definitions and Working Principles

1.1 What is an ultra-high-flow submersible centrifugal pump and its key components?

An ultra-high-flow submersible centrifugal pump is a submerged fluid-handling device designed to transfer large-volume wastewater (1000+ m³/h) containing soft solids and fibrous materials, with core components engineered for anti-clog performance and long-term submerged reliability. The KOLEBURG TA300L series integrates industry-grade parts including the Pump body, mechanical seal, and proprietary L Single Helix Pump Impeller, all compliant with ISO 13709 (hydraulic performance) and IEC 60529 (IP rating) global standards.

The table below outlines core components, functions, and compliance benchmarks to validate structural integrity:

Core Component	Primary Function	Industry Standard Alignment
L Single Helix Impeller	Prevent clogging from soft solids/fibers	ISO 13709 (hydraulic efficiency)
Pump Body	Withstand 2.3-28m head pressure	EN 12165 (pressure equipment)
Mechanical Seal	Maintain IP68 waterproofing	ISO 3069 (seal performance)

This configuration ensures the pump meets large-scale project demands, with Pump Centrifugal Parts sourced from certified suppliers to uphold quality.

1.2 How does a single helix impeller enable ultra-high-flow anti-clog performance?

The L Single Helix Pump Impeller—a key innovation in Pump Technology—uses a spiral channel to guide solids (compatible with 300mm outlet diameter) and fibers through the volute without trapping. At 730-1480 rpm (adjustable via 4/6/8/10-pole motors), it generates centrifugal force to transfer 141-1638 m³/h wastewater, reducing clogging failures by 75% vs. standard impellers (third-party tested). This design aligns with EN 733 (flow rate standards) for municipal/industrial applications.

2. Ultra-High-Flow Submersible Pumps: Core Applications and Media Handling

2.1 What are the primary application scenarios for ultra-high-flow submersible pumps?

Ultra-high-flow pumps like the KOLEBURG TA300L excel in large-scale fluid transfer, with core scenarios selected for industry demand and performance alignment, including sewage treatment plant and Sludge Thickening System:

Application Scenario	Media Handled	Key Pump Advantage
Sewage Treatment Plant	Raw sewage/treated effluent	1638 m³/h max flow for centralized treatment
Sludge Thickening System	Viscous sludge (≤15% solid content)	Adjustable motor poles for stable pressure
Waste to Energy Plant	Waste leachate	Corrosion-resistant material options
Agriculture	Irrigation water/farm wastewater	IP68 rating for outdoor submerged use

All scenarios comply with local environmental regulations and global energy benchmarks.

2.2 What media can an ultra-high-flow submersible pump effectively handle?

The KOLEBURG TA300L handles low-abrasion contaminated media, including raw sewage, activated sludge, low-chloride industrial wastewater, and food waste leachate. Material options like Duplex 2205 enable compatibility with pH 5-9 (industrial standard) and solid content up to 15%, meeting EN 12050 (sewage system standards).

3. Ultra-High-Flow Submersible Pumps: Technical Specifications and Performance

3.1 What are the key technical specs of the KOLEBURG TA300L series?

The KOLEBURG TA300L is a modular ultra-high-flow pump with specs aligned to international standards (IEC, ISO):

Technical Parameter	Specification	Industry Standard Alignment
Flow Rate	141-1638 m³/h	ISO 13709 (hydraulic testing)
Head	2.3-28 m	EN 733 (pressure rating)
Outlet Diameter	300 mm	DIN 24256 (pipe connections)
Motor Power	4-185 KW (4/6/8/10-pole)	IEC 60034-30-1 (IE3 efficiency)
Protection/Insulation	IP68 / Class F	IEC 60529 / IEC 60085

The IE3 motor reduces energy costs by 15-20% vs. IE2 alternatives (8000 operating hours/year), per IEC guidelines.

3.2 How does the pump’s performance align with large-scale project requirements?

The KOLEBURG TA300L’s flow range (141-1638 m³/h) and head (2.3-28 m) match the throughput of municipal sewage treatment plants (10,000+ population) and industrial facilities. Its 4-185KW motor options allow customization for project-specific load demands, with rotational speed (730-1480 rpm) balancing flow and energy efficiency—meeting ISO 13709 hydraulic performance requirements for large-scale fluid transfer.

4. Ultra-High-Flow Submersible Pumps: Material Options and Heat Treatment

4.1 What material options are available for pump bodies and impellers?

Pump components require material customization for media conditions, with the KOLEBURG TA300L offering industry-grade options including cast iron, 316/316L Material, and Titanium Alloy:

Material Type	Key Suitability	Industry Material Standard
Cast Iron	General municipal sewage (cost-efficient)	EN-GJL-250
316/316L Material	High-chloride industrial wastewater	ASTM A240
Rubber lined	Abrasive sludge media	ISO 2026
ZG/20Cr13	Wear-prone scenarios	ASTM A959

Material selection ensures 5-8 year service life, exceeding standard pump averages (3-5 years), with Pump Material sourced from certified suppliers.

4.2 What heat treatment processes enhance component durability?

Heat treatment boosts wear/corrosion resistance, with the KOLEBURG TA300L using industry-proven Heat Treatment processes like Quenching:

Heat Treatment Process	Target Component	Key Performance Outcome
Annealing	Cast iron pump bodies	Relieve internal stress (ISO 945-1)
Quenching + Low-Temp Tempering	ZG/20Cr13 impellers	HRC 45-50 hardness (ASTM A959)
Solution Annealing	Duplex 2205 components	Restore corrosion resistance (ASTM A995)

Tungsten carbide hardfacing (0.5-1mm) on ZG/20Cr13 impellers extends wear life by 35% (industry tested).

4.3 What are the recommended material combinations for key scenarios?

Material pairings balance performance and cost, validated for core applications:

Application Scenario	Pump Body Material	Impeller Material	Combination Rationale
Municipal Sewage	Cast iron (epoxy coated)	ZG/20Cr13 (quenched)	Cost-effective corrosion/wear balance
Industrial Wastewater	316/316L Material	316/316L Material	NACE MR0175 chloride resistance
Sludge Thickening	Rubber lined	Duplex 2205	Impact absorption + abrasion resistance

These combinations meet 5-8 year service life expectations, reducing downtime for large-scale projects.

5. Ultra-High-Flow Submersible Pumps: Installation, Maintenance and Supporting Equipment

5.1 What are the critical installation requirements for ultra-high-flow pumps?

Installation must comply with IEC 60364 (electrical) and EN 12050 (sewage systems) standards, with key requirements for Bearing alignment and pipe sizing:

Installation Requirement	Industry Standard	Primary Purpose
Submersion Depth	IEC 60529 (IP68)	0.5m minimum water coverage (max 20m)
Bearing Alignment	ISO 10816 (vibration)	Reduce friction and extend bearing life
Discharge Pipe Sizing	DIN 24256	Match 300mm outlet to avoid flow restriction

Optional automatic coupler streamlines installation for municipal lift stations.

5.2 How to maintain ultra-high-flow submersible pumps for long service life?

Routine maintenance aligns with ISO 14179 (pump maintenance) standards, focusing on critical components:

Inspect mechanical seal quarterly; replace every 2-3 years to preserve IP68 integrity.
Lubricate bearings semi-annually with pump-specific grease, compatible with 730-1480 rpm speed.
Annual vibration testing (ISO 10816) detects misalignment before downtime occurs.

Following these steps extends bearing life by 35% and reduces seal failures by 45%.

6. Ultra-High-Flow Submersible Pumps: Industry Certifications and Safety

6.1 What industry certifications are required for ultra-high-flow pumps?

High-performance pumps like the KOLEBURG TA300L hold global certifications to validate EEAT credentials:

CE marking (EU Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU)
ISO 9001 (quality management system)
IEC 60034-30-1 (IE3 motor efficiency)
NACE MR0175 (corrosion-resistant materials for industrial sectors)

These certifications enable deployment in EU, North American, and Asian markets.

6.2 What safety standards ensure reliable submerged operation?

Reliability is guaranteed by compliance with key safety standards:

IEC 60529 (IP68): Protects against full submersion (up to 20m)
IEC 60085 (Class F insulation): Withstands high motor temperatures
EN 12165: Ensures pressure integrity for 2.3-28m head ranges

These standards prevent electrical hazards and structural failures in harsh environments.

7. Ultra-High-Flow Submersible Pumps: Customization and After-Sales Services

7.1 Can ultra-high-flow submersible pumps be customized for specific projects?

Yes, the KOLEBURG TA300L offers end-to-end customization for niche scenarios (e.g., large-scale waste-to-energy plants):

Material upgrades (e.g., Titanium Alloy for strong corrosive media)
Motor pole configuration (10-pole for low-speed, high-torque sludge handling)
automatic coupler integration for quick maintenance

Customizations are validated via ISO 10816 vibration testing and media-specific trials.

7.2 What after-sales services support the KOLEBURG TA300L series?

A comprehensive after-sales package ensures long-term reliability:

12-month standard warranty (extendable to 24 months) covering Pump Centrifugal Parts defects.
On-site installation guidance and maintenance training for technical teams.
Global OEM parts access with 48-hour delivery for urgent orders in key markets.

Dedicated 24/7 technical support addresses emergency inquiries for large-scale projects.

Do you need services?

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KOLEBURG TA300L Submersible Pump Series Product

KOLEBURG TA200L Series Product Information

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. Ultra-High-Flow Submersible Pumps: Core Definitions and Working Principles

1.1 What is an ultra-high-flow submersible centrifugal pump and its key components?

1.2 How does a single helix impeller enable ultra-high-flow anti-clog performance?

2. Ultra-High-Flow Submersible Pumps: Core Applications and Media Handling

2.1 What are the primary application scenarios for ultra-high-flow submersible pumps?

2.2 What media can an ultra-high-flow submersible pump effectively handle?

3. Ultra-High-Flow Submersible Pumps: Technical Specifications and Performance

3.1 What are the key technical specs of the KOLEBURG TA300L series?

3.2 How does the pump’s performance align with large-scale project requirements?

4. Ultra-High-Flow Submersible Pumps: Material Options and Heat Treatment

4.1 What material options are available for pump bodies and impellers?

4.2 What heat treatment processes enhance component durability?

4.3 What are the recommended material combinations for key scenarios?

5. Ultra-High-Flow Submersible Pumps: Installation, Maintenance and Supporting Equipment

5.1 What are the critical installation requirements for ultra-high-flow pumps?

5.2 How to maintain ultra-high-flow submersible pumps for long service life?

6. Ultra-High-Flow Submersible Pumps: Industry Certifications and Safety

6.1 What industry certifications are required for ultra-high-flow pumps?

6.2 What safety standards ensure reliable submerged operation?

7. Ultra-High-Flow Submersible Pumps: Customization and After-Sales Services

7.1 Can ultra-high-flow submersible pumps be customized for specific projects?

7.2 What after-sales services support the KOLEBURG TA300L series?

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