Brand: MADE IN INDIA (Made in India)
AGRICULTURE MONOBLOCKS (THREE PHASE) ED (THREE PHASE) 3 HP - (50 MM TO 65 MM) DELIVERY
Dhani Enterprises
Short Description
An Agriculture Monoblock (Three Phase) 3 HP Pump with a 50 mm to 65 mm delivery size is an ideal heavy-duty system for farm irrigation, field floodings, and crop water management
Key Specifications
- Brand: MADE IN INDIA
- RPM: 2840 to 2880 RPM
- Machine Weight: 50 kg to 57 kg
Features & Benefits
- High-Flow Fluid Dynamics: The wide 65 mm inlet and 50 mm outlet safely move high water volumes.
- 2-Pole High-Speed Motor: Operates at a rapid 2840–2900 RPM to create the powerful centrifugal force needed for flood irrigation.
- Balanced Energy Efficiency: Designed with a flat efficiency curve so the pump maintains steady water output even during fluctuating operational demands.
- Rigid Cast Iron Casing: The motor body and volute casing are made of heavy-grade cast iron to withstand rough outdoor weather and high physical stress.
Description
An agriculture three-phase 3 HP centrifugal monoblock pump with a 65 mm suction and 50 mm delivery size is a heavy-duty, surface-mounted irrigation system engineered specifically to handle large-scale water distribution across agricultural fields, plantations, and orchards. Powered by a robust 2.2 kW three-phase AC induction motor, this pump operates efficiently at standard speeds of approximately 2900 RPM, allowing it to move massive volumes of water rapidly. The combination of a 65 mm (2.5-inch) inlet and a 50 mm (2-inch) outlet optimizes hydraulic dynamics, enabling the unit to draw water efficiently from surface sources—such as open dug wells, canals, rivers, and farm ponds—and discharge it over long distances or against moderate elevation inclines. Built to withstand the harsh environmental conditions of rural farmlands, these mono blocks typically feature high-grade cast iron casings, dynamically balanced bronze or cast iron impellers, and premium copper windings designed to minimize energy loss. flatter efficiency curve to prevent motor burnout during voltage drops, making them highly reliable for flood irrigation, sprinkler setups, and high-flow canal water lifting.
