Single Phase Induction Motor Protection Panel Design
1Trupti Jalindar Ingle - Students at Department of Electrical and Electronics Engineering & College of International Centre of Excellence In Engineering and Management
2Komal Ankush Sathe -Students at Department of Electrical and Electronics Engineering & College of International Centre of Excellence In Engineering and Management
3Anjali Shankar Tarte -Students at Department of Electrical and Electronics Engineering & College of International Centre of Excellence In Engineering and Management
3Prof. Hemant Jadhav 1Vice principal at Department of Electrical and Electronics Engineering & College of International Centre of Excellence In Engineering and Management
4Prof. Swapnil Tathe 1Assistant Professor at Department of Electrical and Electronics Engineering & College of International Centre of Excellence In Engineering and Management
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Abstract - Single-phase induction motors (SPIMs) are widely used in residential and small industrial applications due to their simple construction, cost-effectiveness, and ease of maintenance. However, these motors are vulnerable to various operational issues such as overcurrent, overheating, and single-phasing, which can lead to damage and reduced motor life. Protection mechanisms are essential to ensure the safe and efficient operation of SPIMs. This paper explores the design and implementation of a protection panel for single-phase induction motors. The focus is on the integration of electrical components and control systems to safeguard the motor against common electrical faults, such as overload, phase failure, and under-voltage conditions. Furthermore, the paper discusses the choice of components, circuit design, protection features, and the role of automation in enhancing the reliability of SPIMs.
Key Words: Single-phase induction motor, protection panel, overload, under-voltage, phase failure, fault protection, automation.etc
