Flatter Efficiency Curve: Minimum variations in efficiency during the entire operating range increase the utility of the pump set for variable conditions.

Automatic Air Release: Automatically releases air when the pump starts, ensuring swifter and smoother operations, thus eliminating the necessity of operating the air release cock.

Design to Prevent Overloading: There are lesser chances of the motor burning as it does not get overloaded even if the pump is operated at a heat lower than recommended, thus ensuring substantial cost savings due to low maintenance and breakdown.

Replaceable Wearing Parts: All wearing parts within the pumps are easily accessible and replaceable, which provides ease of maintenance, thereby extending the life of the pump.

Dynamically Balanced Rotating Parts: Minimum vibration protects components from damage during the operation, thus ensuring consistent performance as concentricity is maintained.

Easy Maintainable Design: Easy maintainable design and better interchangeability of components so that the pump can be serviced even at remote locations by semi-skilled technicians.

Highly Efficient and Flexible Design: Designed to run directly through a pulley with an engine / motor.