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200QJB Efficient Deep Well Submersible Pump | Reliable

The global demand for 200QJB Deep Well Submersible Pump is surging, driven by the expansion of groundwater extraction projects, energy-efficient pumping systems, and corrosion-resistant fluid management requirements. Representing cutting-edge technology within the deep well pump segment, the 200QJB Deep Well Submersible Pump combines advanced engineering, robust material selection, and compliance with international quality benchmarks such as ISO 5199 and ANSI/HI 11.6 standards.

Global Market & Industry Trends

By 2023, the industrial submersible pump market reached USD 12.7 billion globally [1]—with the energy & water processing sector accounting for over 47% of installations. The 200QJB Deep Well Submersible Pump stands out for its implementation in large-scale water lifting, oil & gas fields, steel metallurgy, petrochemical, and municipal water supply, thanks to its premium anti-corrosive build and long-life operation.

200QJB Efficient Deep Well Submersible Pump | Reliable

200QJB Deep Well Submersible Pump: Technical Specifications

The following table presents key specifications of the 200QJB Deep Well Submersible Pump. For further technical documentation, visit the official product page.

Parameter Specification Remark
Pump Model 200QJB Deep Well Submersible Type
Flow Range 40–350 m3/h Customizable
Head 40–290 m Site-specific configuration
Rated Power 15–220 kW Energy Efficient Motors (IE3)
Material ASTM 304/316L Stainless Steel, Alloy Casting, Ductile Iron Anti-corrosive, seawater resistant
Diameter 200 mm (nominal discharge outlet) EN/DIN/ANSI flanges
Frequency 50/60 Hz Adaptable to various regions
Certification ISO 9001, CE, API 610 optional Fully traceable
Seal Type SiC/Carbon Tungsten Mechanical Seal Double sealing protection
Design Life > 40,000 hours MTBF > 5 years*

Fig.1 - Comparison of Max Head and Power Consumption,
200QJB demonstrates higher head with lower energy use.

Manufacturing Process Flow: 200QJB Deep Well Submersible Pump

Material Selection
ASTM 316L / High-grade Alloys
Corrosion resistance validated*
Precision Casting & Forging
Impellers & Casing by approx. 1280°C V-process
ISO 5199/ANSI B16.34 Standards
CNC Machining
±0.02mm tolerance for shaft, sleeves
Ensures mechanical balance
Assembly & QA
Layered mechanical seal, balance testing
API 610 vibration limits
Hydraulic Test & Final Inspection
120% rated pressure, leakage proof
Witnessed by 3rd party (SGS/TÜV)

For a detailed video of 200QJB Deep Well Submersible Pump manufacturing, click here (external link).

200QJB Efficient Deep Well Submersible Pump | Reliable

Industry Standards & Certifications

  • Compliant with ISO 9001:2015 certified manufacturing
  • Pump hydraulic performance tested per ISO 9906:2012
  • Key wetted parts conform to ASTM A744/A743 (stainless), API 610 selectable
  • Electrical insulation per IEC 60034-1, explosion proof available
  • Noise and vibration benchmarks aligned with ANSI/HI 9.6.4

Global cooperation includes supply projects for State Grid, Sinopec, Tata Steel, Veolia, and government water plants. Over 15 years' industry track record confirms performance and reliability.

Technical Advantages & Key KPIs Visualization

  • Energy Efficiency: Matching IE3/IE4 motors, energy saving up to 22% over legacy submersibles.
  • Corrosion & Abrasion Resistance: 316L+Ni-alloy construction, saltwater and brine safe.
  • Long Service Life: Bearings with L10 life > 60,000 hrs, heavy-duty shaft.
  • Versatile Adaptability: Modular design for custom power, voltage, flange standards (ANSI/DIN/JIS).
  • Sealing Technology: Patented double SiC/TC mechanical seals, IP68 fully protected.
  • Operational Safety: Dry running protection, inbuilt temperature & moisture sensors.
  • Field Maintenance: Plug-in design, rapid onsite maintenance (

Fig.2 - Global Application Share for 200QJB Deep Well Submersible Pump (2023, Source: MarketsandMarkets)

Manufacturer Comparison: 200QJB vs Leading Competitors

Model Head (m) Flow (m³/h) Material Seal System Warranty Energy Efficiency
200QJB 40–290 40–350 316L/Alloy Double SiC/TC 24 Months IE3/IE4 Motors
Brand S (US) 35–215 30–270 304SS/Ductile Iron Fluororubber 18 Months IE2
Brand G (EU) 40–254 45–340 316/CF8M Single Carbon 12 Months IE2/IE3
200QJB Efficient Deep Well Submersible Pump | Reliable
Application Case: Large-Scale Municipal Waterworks
In 2022, Suzhou Water Group deployed 10 sets of 200QJB Deep Well Submersible Pump (Q=220 m³/h, H=130m, 75kW) for city water extraction and distribution. System uptime exceeded 99.8% within first 18 months, with annual energy savings of over ¥680,000 documented.
  • Feedback: “Remarkable efficiency, consistent delivery pressure, and zero corrosion,” — SuZhou Water Engineering Director

Customization & Engineering Support

200QJB Deep Well Submersible Pump modules are engineered-to-order: choose from motor insulation Class F/H, special alloy impellers, customized fitments for high-temperature brine or aggressive chemical fluids, and various voltage/frequency options. Solutions are shaped by on-site data—our consultants simulate well drawdown, NPSHr, and fluid analysis for optimal matching.

Request Custom Quotation

Fig.3 - MTBF: 200QJB Deep Well Submersible Pump demonstrates a superior reliability metric over peers (source: company testing data).

Professional FAQ: 200QJB Deep Well Submersible Pump

1. What materials are used in 200QJB Deep Well Submersible Pump construction?
Core wetted components utilize ASTM 316L stainless steel and high-Ni alloys for superior corrosion and pitting resistance. Casting impellers and precision-machined shafts reinforce operational integrity for aggressive fluids.
2. Which international standards does the 200QJB Deep Well Submersible Pump comply with?
Manufactured under ISO 9001:2015 QA, hydraulic tests per ISO 9906:2012, mechanical and installation standards aligned with API 610/ISO 5199, and electric features per IEC 60034.
3. What sealing mechanism ensures long-term leak-proof operation?
A double mechanical seal (SiC/SiC + TC/Carbon) set—including patented labyrinth protection and oil chamber—delivers >20,000h seal performance, crucial for sand-laden or brine lift.
4. How is the submersible motor protected from overload and moisture intrusion?
Integrated PT100 temperature and moisture sensors provide real-time monitoring, auto-shutdown with alarm triggers comply with IEC/EN fail-safes.
5. What installation guidance is available for new or retrofit deep wells?
Each shipment includes mounting templates, electrical wiring diagrams, and on-request onsite supervision. Our team ensures compliance with ANSI/HI installation procedures.
6. What warranty and after-sales service support are offered?
Standard warranty is 24 months or 8,000 running hours; remote diagnostics and spare part availability are guaranteed within 3–7 working days globally.
7. How quickly can I receive a custom 200QJB Deep Well Submersible Pump after order confirmation?
Standard units: 10–18 days ex-works. Custom-engineered solutions: 22–35 days including full factory testing and certification.

Delivery, Warranty, and Support Commitment

  • Delivery: Standard stock—10 to 18 days; customized builds—22 to 35 days (FOB/CIF options).
  • Warranty: 24 Months/8,000 hours against manufacturing defects.
  • Customer Support: 24/7 technical hotline, video troubleshooting, and global service network. Spare part dispatch within 48h typical (subject to region).
  • Quality Assurance: Each pump ships with test certificate, traceable serial, and third-party inspection (SGS/TÜV by request).

Conclusions & References

With strong technical merits, proven service record, and full industry compliance, the 200QJB Deep Well Submersible Pump is an optimal choice for challenging fluid transfer tasks in municipal, industrial, metallurgical, and oilfield sectors. The combination of robust engineering, superior efficiency, and global service make it the reference product for deep well applications in 2024 and beyond.

References & Industry Resources:
[1] MarketsandMarkets, "Global Submersible Pump Market Outlook 2023-2027", link
IWA WaterWiki, "Selection & Maintenance of Deep Well Pumps" link
Scopus – Int. J. of Fluid Machinery and Systems, "Reliability Analysis of Well Submersible Pumps", link
Hydraulic Institute Standards (ANSI/HI 11.6, 9.6.4)


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