Brand: MADE IN INDIA (Made in India)
V6 SUBMERSIBLE PUMP SETS (THREE PHASE) 5 HP 8 STAGE
Dhani Enterprises
Short Description
A V6 three-phase 5 HP 8-stage submersible pump set is a heavy-duty borewell motor system designed for agricultural, commercial, and high-capacity water supply
Key Specifications
- Brand: MADE IN INDIA
- RPM: 2800–2900 RPM
- Machine Weight: 76–78 kg
Features & Benefits
- Optimal Speed: Operates at a standard high speed of 2880 RPM for continuous, high-efficiency water delivery.
- 8-Stage Multistage Design: Uses eight sequentially stacked impellers to build high pressure.
- Corrosion Resistance: Features Cathodic Electro Deposition (CED) coating or full Stainless Steel.
- Sand Fighter Technology: Equipped with advanced sand guards.
- Wide Voltage Band: Specially wound to run smoothly on a three-phase supply (350V to 440V) to survive heavy rural voltage fluctuations.
Description
The V6 Three-Phase 5 HP 8-Stage submersible pump set is a heavy-duty, industrial-grade water pumping system explicitly engineered for deployment in 150 mm (6-inch) or larger borewells. Operating on a robust three-phase electrical supply typically ranging between 350V and 440V, this multi-stage setup configuration utilizes eight sequentially stacked impellers to generate high head pressures, making it capable of pushing water to heights ranging between 26 and 124 meters (approximately 85 to 400 feet). Driven by a high-torque induction motor running at a standard rated speed of 2880 RPM, these systems come in either water-filled or oil-filled variants designed with premium polywrap copper winding for superior thermal resistance against voltage fluctuations. Depending on the exact model, the pump set utilizes radial flow impellers for deep vertical projection or mixed flow impellers for higher volume delivery, pushing discharge rates up to 520 liters per minute through 50 mm to 75 mm delivery outlets. Built with highly durable, corrosion-resistant components like stainless steel casings.A highly dependable choice for demanding agricultural flooding, automated micro-irrigation, tall residential high-rises, and industrial fluid transmission systems.
