Variants & Technical Specifications

Anchoring Line Spiral Body Axle Rotary Coupling Steel Frame The Barsha Pump is a water-wheel propelled pump that utilizes the energy of flowing rivers and canals to pump water without requiring any fuel or electricity. Applications of Barsha Pump Drinking Water

*The performance values mentioned above are the maximum values at the optimum input conditions and the actual performance depends on the specific site conditions. The max. height and max. distance cannot be achieved at the same time.

*The performance values mentioned above are the maximum values at the optimum input conditions and the actual performance depends on the specific site conditions. The max. height and max. distance cannot be achieved at the same time.

Parameters Output (Pipe size): -1.5 inches(40mm) for distance greater than 200 meters - 1.25 inch (32mm) otherwise. Max. Height* (until 200 meters distance) Input Conditions Required *The performance values mentioned above are the maximum values at the optimum input conditions and the actual performance depends on the specific site conditions. The max. height and max. distance cannot be achieved at the same time.

*The performance values mentioned above are the maximum values at the optimum input conditions and the actual performance depends on the specific site conditions. The max. height and max. distance cannot be achieved at the same time.

Output (Pipe size): - 1.5 inches(40mm) for distance greater than 200 meters - 1.25 inch (32mm) otherwise. Max. Height* (until 200 meters distance) Width/Width (footprint) Input Conditions Required (For breastshot version, the site should have a posibility to create a water fall from a height of 0.5 metres to 1 metres with dam or diversion) *The performance values mentioned above are the maximum values at the optimum input conditions and the actual performance depends on the specific site conditions. The max. height and max. distance cannot be achieved at the same time. Note: Unless specified...

*The performance values mentioned above are the maximum values at the optimum input conditions and the actual performance depends on the specific site conditions. The max. height and max. distance cannot be achieved at the same time.

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