Brand: MADE IN INDIA (Made in India)
SUBMERSIBLE PUMP SET (SINGLE )1.5 HP 14 STAGE
Dhani Enterprises
Short Description
A 1.5 HP 14-stage single-phase submersible pump set is a 4-inch (V4) borewell system designed to lift water up to 75–110 meters (250–350 feet) high.
Key Specifications
- Brand: MADE IN INDIA
- RPM: 2800 RPM
- Machine Weight: 21 kg and 29 kg
Features & Benefits
- Multi-Stage Hydraulic Design: Houses 14 individual impellers stacked in series to progressively multiply fluid velocity,
- Heavy-Duty Construction: Engineered with a corrosion-proof stainless steel outer body casing.
- Pure Copper Motor Winding: Utilizes 100% electrolytic grade copper wire in the motor stator.
- Abrasive-Resistant Impellers: Fitted with advanced glass-filled Noryl or SS impellers,
- Optimal Motor Cooling: Engineered with advanced water-filled or eco-friendly oil-filled chambers.
- Dual Protection Carbon Bearings: Features high-grade Leaded Bronze or Carbon Thrust Bearings.
Description
The 1.5 HP 14-Stage Single-Phase Submersible Pump Set is a high-performance, heavy-duty water pumping system engineered specifically for deep-well applications in V4 (4-inch or 100 mm) borewells. Operating at a power rating of 1.1 kW on a standard single-phase 220V power supply, this pump utilizes a multi-stage centrifugal design where 14 individual, precision-engineered impellers stack vertically to progressively build immense hydraulic pressure. This high stage count allows the unit to efficiently push water across a substantial head range of 70 to 110 meters (approximately 230 to 360 feet), making it an exceptional choice for residential complexes, overhead tank filling, high-rise domestic supply, small-scale agricultural irrigation, and automated gardening setups. Constructed to withstand harsh underwater environments, the pump set features a premium anti-corrosive stainless steel outer shell, a 100% pure copper-wound motor for superior electrical conductivity, and high-grade Noryl or stainless steel impellers that resist sand abrasion. It is typically designed with a water-filled or oil-filled motor cooling system that provides optimal heat dissipation during prolonged run cycles, ensuring long-term operational reliability and preventing thermal burnouts.
