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TESTING LIFE CYCLE OF ELECTRICAL LOADS USING DOWN COUNTER

Mrs. Kalpana S, Ajay kumar S, Divya M, Karthik G.D, Mrs. Kalpana S.

Department of Electrical and

Electronics engineering

PES Institute of Technology and Management

Shivamogga, India

Abstract - As the lifespan of electrical loads can affect their reliability and efficiency, accuracy of life cycle testing becomes crucial. This paper demonstrates the development of a down counter-based system for monitoring and evaluating the life cycle of electrical loads. Tracking the operational cycles using an Arduino Mega 2560 as the primary controller helps to seamlessly ensure precise measurement of load performance and durability. Real-time system data provides useful information on the endurance of electrical parts and helps in predictive maintenance and failure analysis. The proposed method improves testing effectiveness while reducing human input, thus making it ideal for industrial use which often demands high precision. The system can also be designed to test many loads at the same time, which increases scalability. This approach has been shown to provide tremendously valuable information on how to best optimize electrical devices and components in different environments for maximal utility.

 

Key Words:  Life cycle testing, Electrical loads, Down    counter, Arduino Mega 2560, Reliability,

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