Indus Industrial Group supplies heavy-duty Submersible Grinder and Cutter Sewage Pumps engineered across discharge sizes from DN40 (1.5") to DN100 (4") with electric motor ratings from 1.5 kW to 15 kW (400V 50Hz, IP68) according to EN 12050-2 standards. Equipped with high-torque, hardened stainless steel cutting mechanisms (AISI 440C, hardness 55–60 HRC) operating at thousands of cutting cuts per minute, these pumps pulverize sanitary wipes, textiles, rags, and plastics into fine slurries that can be pumped through economical, small-diameter HDPE pressure pipes (DN50 to DN90) over long distances and high heads across Iraq.
| Pricing Verification | Commercial Quote on Demand (RFQ) |
| Governing Standards | EN 12050-2 / ISO 9906 / IEC 60034 / CE |
| Discharge Connection | DN40 (1.5"), DN50 (2"), DN65 (2.5"), DN80 (3"), DN100 (4") |
| Motor Power Range | 1.5 kW to 15.0 kW (400V 3-Phase 50Hz / 230V Single Phase) |
| Shredder Cutting Material | Vacuum Heat-Treated Stainless Steel AISI 440C (Hardness 55–60 HRC) |
| Cutting Frequency | Up to 150,000 cuts per minute at 2,900 RPM |
| Hydraulic Head | Maximum shutoff head up to 65 meters (High-Head Curve) |
| Shaft Seal | Dual Silicon Carbide / Silicon Carbide Mechanical Seals in Oil Bath |
| Motor Protection | IP68 / Thermal Stator Overload Sensors / Moisture Leak Detector |
| Pump Housing | Heavy Cast Iron EN-GJL-250 with Epoxy Finish |
| Installation Formats | Free-Standing with Hose Coupler / Guide Rail Auto-Coupling |
| Sector & Division | Water & Wastewater (Div 01) |
| Parent Category | Submersible Sewage Pumps |
Pressurized municipal sewer networks in suburban communities, highway service stations along Baghdad-Basra Highway, hospital isolation wastewater sumps, military base sewage collection, and resort developments across Erbil, Sulaymaniyah, Baghdad, and Basra.
Submersible Grinder and Cutter Sewage Pumps provide the modern, cost-effective engineering solution for pressurized sanitary sewerage schemes in suburban residential communities, highway service plazas, military compounds, and commercial facilities across Iraq. In conventional gravity sewer design, installing large-diameter deep pipes requires massive trenching, dewatering in high water-table soils, and deep concrete lift stations. Pressurized grinder sewer systems eliminate these massive civil costs by shredding raw sewage at the collection sump and pumping the resulting slurry through small, shallow-buried flexible HDPE pressure pipes (DN50–DN90) that follow natural terrain contours.
The cutting assembly mounted at the pump suction consists of a high-speed rotating cutter blade and stationary shredding ring fabricated from high-chromium stainless steel (AISI 440C) vacuum heat-treated to 55–60 Rockwell C hardness. With over 100,000 shearing cuts per minute, the mechanism shreds tough synthetic textiles, sanitary towels, rubber goods, and plastics into particulate matter under 6mm, completely preventing downstream line blockages. The semi-open high-head impeller generates steep head curves reaching up to 45 to 65 meters.
The IP68 submersible motor features heavy-duty Class F/H winding insulation, dual silicon carbide mechanical seals, and thermal cutouts. Staged across our Erbil Heavy Yard, Baghdad Central Logistics Depot, and Basra Port Hub, Indus provides complete grinder pump packages including guide rails, fiberglass/polyethylene sump basins, and intelligent level control panels with full EN 10204 3.1 inspection certification.
The hardened AISI 440C stainless steel cutter (58 HRC) effortlessly shreds fibrous rags, sanitary towels, wet wipes, plastics, thin rubber, and food waste into micro-particles under 6mm. Only large hard metals or stones can cause blockages, which are arrested by the intake suction plate.
Because all solids are shredded into fine slurry, the discharge pipeline can be downsized to DN50, DN63, or DN75 HDPE PE100 pipe. This reduces pipeline material and excavation trench costs by up to 70% compared to conventional DN200 gravity sewers.
Yes. Indus supplies advanced PLC-based control panels that monitor motor current. If a temporary obstruction increases current, the controller automatically reverses motor rotation for 2 seconds to clear the cutter before resuming forward pumping.
