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Showing posts from May, 2023

Voltage Stabilizer and Balancing Transformer: Overview and Difference

The power industry is dependable mainly on voltage stabilizers and balancing transformers. Their sole purpose is to serve in the proper distribution of electricity. But do you know that these two machines are different? Read this short blog to understand the differences between voltage stabilizers and balancing transformers. What is a Voltage Stabilizer? As the name suggests, a voltage stabilizer is a machine that regulates and ensures constant voltage supply in equipment and devices. Voltage fluctuations are common in India. Therefore, an automatic voltage stabilizer for home use is still being developed. You might have seen people buying stabilizers after buying an AC, LED TV, and refrigerator. What is a Balancing Transformer? A balancing transformer, on the other hand, balances the fluctuation. In other words, if there is an imbalance in voltage supply from any point, a balance transformer will identify it and protect the other units by balancing the imbalanced voltage. Hence, usin

Functions of an Isolation Transformer

Electrical isolation is primarily done to protect consumers and their appliances. The equipment operates more effectively when isolated, especially measuring equipment, which produces accurate data. A conducting path between the power source and the attached device must not exist to achieve electrical isolation. Transformers specifically made to offer electrical separation are known as isolation transformers. According to a reputable isolation transformer manufacturer , they keep working hard to develop standard transformers. This article aims to give some insightful knowledge regarding isolation transformers. The Design An isolation transformer uses a dielectric gap between the primary and secondary windings to achieve isolation. Isolation transformers operate on the same electromagnetic induction concept as autotransformers. However, they differ from standard transformers because they have an electrostatic barrier to avoid capacitive coupling between the primary and secondary winds.