Brand: MADE IN INDIA (Made in India)
V6 SUBMERSIBLE PUMP SETS (THREE PHASE) 7.5 HP 8 STAGE
Dhani Enterprises
Short Description
V6 three-phase 7.5 HP 8-stage submersible pump set is a heavy-duty borewell system designed for 6-inch (150 mm) and larger borewells.
Key Specifications
- Brand: MADE IN INDIA
- RPM: 2800 to 2900 RPM
- Machine Weight: 75 – 80 kg
Features & Benefits
- Powerful 5.5 kW Motor: Delivers 7.5 HP of mechanical power to handle high-volume water lifting.
- Three-Phase Operation: Runs on a stable 380V–440V power supply, ensuring balanced electrical loads and lower operating currents.
- 8-Stage System: Uses 8 sequential impellers and diffusers to build high pressure, allowing it to push water from deep underground.
- High Head Range: Capable of lifting water efficiently from depths of 150 to 300+ feet, depending on the model.
- Anti-Corrosive Materials: Built using high-grade stainless steel (SS-304) jackets, bronze, or cast iron to prevent rust.
- Water-Cooled Mechanism: The motor is completely water-filled, ensuring constant self-cooling and eco-friendly lubrication without risk of oil leaks.
Description
The V6 7.5 HP 8-stage three-phase submersible pump set is a highly robust and efficient water-pumping system engineered specifically for deep borewells with a minimum diameter of 150 millimetres (6 inches). Powered by a heavy-duty 5.5 kilowatt motor, this pump operates on a standard three-phase 380V to 440V electrical supply, making it ideal for continuous, demanding applications such as agricultural irrigation, industrial water supply, and high-rise commercial or residential water management. The "8-stage" configuration signifies that the pump contains eight sequential sets of impellers and diffusers, which progressively build up high hydraulic pressure to lift water from significant depths with exceptional head-range performance. This design protects internal components from sand abrasion and scaling, ensuring long-term durability, reliable water discharge, and low maintenance even under fluctuating voltage conditions or heavy daily workloads.
