CATEGORY LINE #15 8 Master B2B Products Indus Division 01 Engineering Directorate

End-Suction Water Pumps

Horizontal centrifugal end-suction booster pumps manufactured in accordance with ISO 2858 and EN 733 dimensions, delivering flow capacities up to 1500 m3/h at heads up to 150 meters. Fitted with bronze or stainless steel 316 impellers, carbon-silicon mechanical seals, and direct-coupled IE3 high-efficiency electric motors. Applied in municipal booster stations, commercial district cooling loops, and high-flow agricultural transfer systems.

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Turnkey Master Solutions

Master B2B Product Specifications in End-Suction Water Pumps

Review complete operational envelopes, engineering standards, and pre-staged inventory models ready for procurement across Iraq.

IND-PRD-000052 Active Staging Line

Horizontal End-Suction Centrifugal Water Pumps (DN32–DN300, ISO 2858 / EN 733, 1.1 kW–200 kW)

Flow Rate Range: 5 m³/h to 1,800 m³/h
Motor Power Ratings: 1.1 kW to 200 kW

Indus Industrial Group supplies heavy-duty Horizontal End-Suction Single-Stage Centrifugal Water Pumps engineered across...

✔ Back pull-out design allowing rotating assembly maintenance without disturbing suction/discharge piping.
✔ Standardized dimensional compliance with ISO 2858 and EN 733 for universal interchangeability.
IND-PRD-000053 Active Staging Line

Axially Split-Case Double-Suction High-Flow Water Pumps (DN150–DN800, 37 kW–800 kW, ISO 9905)

Discharge Flange Range: DN150 to DN800
Flow Rate Capacity: 150 m³/h to 10,000 m³/h

Indus Industrial Group supplies heavy-duty Horizontal Axially Split-Case Double-Suction Centrifugal Water Pumps engineered...

✔ Double-suction impeller balancing hydraulic axial thrust forces naturally to zero.
✔ Horizontally split casing enabling complete rotor inspection without disconnecting pipe flanges.
IND-PRD-000099 Active Staging Line

Vertical In-Line High-Pressure Multistage Booster Pumps (DN25–DN150, 0.75 kW–75 kW, SS304/SS316)

Suction & Discharge Flanges: DN25, DN32, DN40, DN50, DN65, DN80, DN100, DN125, DN150
Flow Rate Capacity: 1.0 m³/h to 240 m³/h

Indus Industrial Group supplies heavy-duty Vertical In-Line High-Pressure Multistage Centrifugal Booster Pumps engineered...

✔ All-stainless steel wetted components (AISI 304 / 316) certified for drinking water hygiene.
✔ High-pressure discharge capability reaching up to 320 meters head (32 Bar working pressure).
IND-PRD-000100 Active Staging Line

Diesel Engine Driven Emergency Water Supply & Booster Pump Skid Packages (DN80–DN300, 50 kW–350 kW)

Discharge Size Range: DN80 to DN300
Flow Rate Capacity: 50 m³/h to 2,500 m³/h

Indus Industrial Group supplies heavy-duty Diesel Engine Driven Emergency Water Supply and Fire Booster Pump Skid Packages...

✔ 100% self-contained emergency pumping operation independent of electrical grid power.
✔ Powered by premium industrial diesel engines (Cummins, Perkins, Caterpillar) rated for +55°C heat.
IND-PRD-000101 Active Staging Line

Self-Priming High-Suction-Lift Centrifugal Sewage & Trash Pumps (DN80–DN300, Solids Handling, 4 kW–75 kW)

Flow Rate Capacity: 20 m³/h to 1,200 m³/h
Motor / Engine Power: 4.0 kW to 75.0 kW

Indus Industrial Group supplies heavy-duty Self-Priming Centrifugal Sewage and Trash Pumps engineered across suction/discharge...

✔ Above-ground dry-pit installation eliminating dangerous man-entry into toxic sewage wet-wells.
✔ Rapid automatic self-priming with exceptional suction lifts reaching up to 7.6 meters.
IND-PRD-000116 Active Staging Line

Lineshaft Deep-Well Vertical Turbine Pumps (DN150–DN600 | 37kW–350kW, Heads up to 300m, ISO 9905)

Discharge Column Diameters: DN150 to DN600 Flanged Heavy Steel Columns
Flow Capacity Range: 50 m³/h to 2,500 m³/h

Indus Industrial Group supplies heavy-duty Lineshaft Deep-Well Vertical Turbine Pumps engineered in nominal discharge column...

✔ Above-ground motor placement eliminating downhole motor burnouts and voltage drop failures.
✔ Multi-stage bowl assembly delivering heads up to 300m and flow capacities up to 2,500 m³/h.
IND-PRD-000117 Active Staging Line

Borehole Multi-Stage Submersible Deep-Well Pumps (6-Inch to 12-Inch | Stainless Steel 304/316, Head to 450m)

Well Casing Diameters: 6-inch, 8-inch, 10-inch, 12-inch
Flow Rate Range: 10 m³/h to 600 m³/h

Indus Industrial Group supplies industrial-grade Borehole Multi-Stage Submersible Deep-Well Pumps engineered for 6-inch,...

✔ 100% AISI 304 or AISI 316 stainless steel construction for superior groundwater corrosion resistance.
✔ High-head multi-stage hydraulic design delivering up to 450m total head in deep drilled wells.
IND-PRD-000118 Active Staging Line

Solar DC/AC Hybrid Deep-Well Submersible Pumping Systems (5.5kW–45kW | MPPT Integrated Solar VFD)

Flow Rate Capacity: 5 m³/h to 250 m³/h
System Power Ratings: 5.5 kW, 7.5 kW, 11 kW, 15 kW, 22 kW, 30 kW, 37 kW, 45 kW Turnk...

Indus Industrial Group supplies complete turnkey Solar DC/AC Hybrid Deep-Well Submersible Pumping Systems rated from 5.5kW to...

✔ 100% off-grid solar-powered water pumping eliminating diesel fuel and generator maintenance costs.
✔ High-efficiency MPPT solar inverter (>99% tracking efficiency) maximizing morning and evening yield.
Technical Brief & Iraqi Standards

Field Engineering Analysis for End-Suction Water Pumps

Operational specifications, material metallurgy, and field operating conditions synthesized from technical project submittals across Iraq.

Technical Brief 01

Horizontal End-Suction Centrifugal Water Pumps (DN32–DN300, ISO 2858 / EN 733, 1.1 kW–200 kW)

Horizontal End-Suction Centrifugal Water Pumps conforming to ISO 2858 and EN 733 represent the foundational mechanical pumping workhorse for municipal water treatment facilities, regional booster stations, industrial...

Verified Submittal Full Submittal Specs →
Technical Brief 02

Axially Split-Case Double-Suction High-Flow Water Pumps (DN150–DN800, 37 kW–800 kW, ISO 9905)

Axially Split-Case Double-Suction Centrifugal Pumps represent the premier heavy-duty engineering choice for high-volume municipal water transmission, raw river water extraction, and primary cooling circuits across...

Verified Submittal Full Submittal Specs →
Technical Brief 03

Vertical In-Line High-Pressure Multistage Booster Pumps (DN25–DN150, 0.75 kW–75 kW, SS304/SS316)

Vertical In-Line High-Pressure Multistage Centrifugal Booster Pumps represent the premier energy-efficient pressure boosting technology for commercial building complexes, reverse osmosis water purification plants,...

Verified Submittal Full Submittal Specs →
Technical Brief 04

Diesel Engine Driven Emergency Water Supply & Booster Pump Skid Packages (DN80–DN300, 50 kW–350 kW)

Diesel Engine Driven Emergency Water Supply and Fire Booster Pump Skid Packages provide the vital life-safety and water security guarantee for municipal treatment plants, river water extraction stations, and...

Verified Submittal Full Submittal Specs →
Infrastructure & Project Deployment

Field Applications Across Iraq Infrastructure Corridors

Proven technical deployment envelopes across municipal trunk utilities, energy concessions, and civil engineering works in Iraq.

Deployment Corridor 01

Municipal water treatment plant booster headers

Deployment Corridor 02

raw water river intake pump stations

Deployment Corridor 03

industrial cooling tower circulation loops

Deployment Corridor 04

district irrigation pumping mains

Deployment Corridor 05

commercial HVAC chilled water distribution

Deployment Corridor 06

Major municipal potable water transmission pump stations

Deployment Corridor 07

Tigris and Euphrates river raw water intake stations

Deployment Corridor 08

power plant condenser cooling water circulation

Tender & Specification Inquiries

Technical & Engineering FAQs for End-Suction Water Pumps

Direct authoritative answers for procurement officers, consultant engineers, and EPC contractors specifying End-Suction Water Pumps in Iraq.

What is the operational benefit of the back pull-out design in Iraqi water plants?
In a back pull-out pump, the casing remains permanently bolted to the pipeline flanges. By removing the spacer coupling and rear casing cover, technicians can extract the entire rotating assembly (impeller, shaft, mechanical seal, and bearings) onto a workbench in minutes without unbolting pipes or moving the heavy electric motor.
Why are split-case double-suction pumps preferred for major Iraqi water intake projects?
For flow rates above 500 m³/h, split-case double-suction pumps are far more reliable and energy-efficient than end-suction pumps. The double-suction impeller neutralizes axial thrust, preventing bearing burnout, while the horizontal split casing allows routine maintenance without unbolting massive DN400–DN800 pipes.
How does the cartridge mechanical seal save downtime in Iraq?
Traditional multistage pumps require unbolting the motor and completely dismantling the upper pump housing to replace a seal, taking 4 to 6 hours. Indus pumps feature a quick-change cartridge seal that slides out from between the pump and motor bracket in under 15 minutes without touching the motor.
How does the diesel pump handle extreme ambient summer heat (+55°C) in Iraq?
Every Indus diesel skid is engineered with an oversized 55°C heavy-duty tropical radiator, high-flow mechanical pusher cooling fan, and dual heavy-duty air intake filters that prevent dust ingress and engine overheating during blistering Iraqi summer heat waves.
What is the operational advantage of self-priming pumps over submersible pumps in Iraq?
Self-priming pumps sit on dry ground above the sewage sump. Technicians can perform oil checks, clearance adjustments, and unclogging in clean conditions in minutes without using crane trucks to pull pumps out of deep sewage pits, dramatically lowering ongoing municipal maintenance costs.
Why choose a lineshaft vertical turbine pump instead of a submersible pump in Iraq?
Lineshaft pumps keep the heavy motor on the surface, making maintenance easy without pulling the entire column. They also allow diesel engine drive options during frequent power outages and handle sandy raw water much better than sealed submersibles.
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