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  • Mini Project Expo 2024-005 on 22/10/2024

    Title of Model: FLOW SAFE INTELIGENT PUMP CONTROLLER

    Project guide : SRI CHAKRADHAR REDDY

    Batch List: C.SAI KRISHNA (232G5A0304)

                        G.D.SUBHAHAN (232G5A0309)

                        N.CHAITHANYA  (232G5A0315)

                        P.CHARAN KUMAR (232G5A0316)

                        P.MANITEJA REDDY (232G5A0317)

    Brief description :

    • The Flow Safe Intelligent Pump Controller is a state-of-the-art solution designed to enhance the safety, performance, and efficiency of pumping systems across a range of industries. It continuously monitors key operational parameters such as flow rate the controller ensures that pumps operate within optimal conditions, preventing issues like dry running, overloading which can lead to costly repairs and downtime. The controller is equipped with a range of protective features, including automatic shutoff in case of abnormal conditions and fault detection for early problem identification, allowing for predictive maintenance.
    • The crank and lever mechanism is a fundamental mechanical system that converts rotary motion into linear motion or vice versa, widely used in engines, machinery, and various mechanical devices. It consists of two main components: the crank, a rotating element usually attached to a shaft, and the lever, a rigid arm or bar that is connected to the crank by a pin or bearing. When the crank rotates, it causes the lever to move in a reciprocating or oscillating motion, depending on the design. This mechanism is essential in applications where rotary motion needs to drive linear motion, such as in internal combustion engines, pumps, or manual tools. For example, in an engine, the crank and lever system converts the rotary motion of the crankshaft into the up-and-down motion of the pistons. Its simplicity and effectiveness make it a key component in many machines that require the transformation of motion types, offering a reliable means of generating force and driving mechanical processes.

    Picture of model

    Picture of batch with their model

    Picture of Model presentation to the students

    Picture of Model presentation to the Jury