Measurement of Power by Inductive Pick-Up

The Measurement of Power by Inductive Pick-Up Trainer from Glass Agencies is a specialized educational and laboratory training system designed to provide practical understanding of power measurement techniques using inductive sensing technology. This trainer enables learners to study how inductive pick-up sensors detect current and voltage in AC circuits and convert these signals into proportional electrical outputs for accurate calculation of active, reactive, and apparent power. Inductive pick-up-based power measurement is widely applied in industrial energy monitoring, electrical machinery testing, power system analysis, and control instrumentation, making this trainer highly relevant for engineering, electronics, and applied science studies. The unit is equipped with high-quality inductive pick-up sensors, clearly labeled input and output terminals, signal conditioning circuits, and observation points, allowing learners to connect AC loads, vary voltage and current, and monitor corresponding output signals in real time. High-grade inductive elements, stable excitation sources, precision amplifiers, and well-organized internal circuitry ensure smooth operation, repeatable measurements, and reliable experimental results during repeated laboratory use. The front panel layout is logically arranged with user-friendly controls for sensor calibration, load selection, voltage and current adjustment, and output monitoring, reducing wiring complexity and improving experimental accuracy. Electrical safety is ensured through insulated terminals, protective circuitry, and a sturdy enclosure that allows secure handling during live experiments. This trainer supports detailed study of key concepts such as inductive voltage and current sensing, signal proportionality, power factor, active and reactive power calculation, linearity, sensitivity, calibration methods, and error analysis in power measurement. Learners can interface the unit with external instruments such as digital multimeters, oscilloscopes, wattmeters, and data acquisition systems to observe sensor outputs, verify accuracy, and analyze waveform characteristics under varying load conditions. The Measurement of Power by Inductive Pick-Up Trainer is widely used in engineering colleges, polytechnic institutes, and electrical laboratories to demonstrate practical aspects of power measurement, energy monitoring, and instrumentation.