Angular Displacement Measurement of Synchronous Motor

The Angular Displacement Measurement of Synchronous Motor setup from Glass Agencies is a laboratory training system developed to study the angular position and displacement characteristics of a synchronous motor during operation. This arrangement helps learners understand the relationship between rotor position, stator magnetic field, and electrical input by providing a clear method to measure angular movement under controlled conditions. The system allows students to observe how changes in excitation and load affect the angular displacement of the rotor with respect to the rotating magnetic field. The setup is assembled on a rigid and well-finished base structure that ensures stability during repeated laboratory sessions. It incorporates a synchronous motor, angular displacement measuring arrangement, position sensing mechanism, scale or digital indicator, control switches, and protective components arranged in an orderly manner. Clearly marked terminals and insulated wiring support safe handling and systematic connections. Learners can conduct experiments by varying load and excitation, recording angular displacement values, and analyzing the effect on motor performance and stability. This process strengthens analytical skills and improves understanding of synchronous motor behavior in practical conditions. Stable construction and accurate sensing elements contribute to consistent readings and repeatable experimental outcomes, which are important for academic assessment and reporting. The organized layout simplifies wiring, improves visibility of components, and allows convenient observation of rotor movement and angular position. This makes the setup suitable for engineering colleges, polytechnic institutes, and technical training centers where electrical machines and power systems are included in the curriculum. By translating theoretical concepts into observable results, the system enhances conceptual clarity in synchronous motor operation, load angle characteristics, and stability limits. Its compact physical structure allows easy placement on laboratory benches without occupying excessive space, supporting efficient laboratory organization. The unit is supplied with required accessories, connection leads, and instructional guidance to assist with installation, experimentation, and routine handling. Each assembly is produced under careful inspection procedures to ensure stable performance during extended academic use. This angular displacement measurement trainer reflects the commitment of Glass Agencies to providing dependable laboratory equipment that supports structured learning, deepens technical understanding, and builds strong practical knowledge in the study of synchronous motors and related power engineering subjects.