The primary isolation transformer’s purpose is to isolate the electric circuit of an industrial facility from the power grid and other nearby facilities. Due to increasing requests for isolation in factories and industrial areas, the demand for isolation transformers is rising. And that is especially true in developing nations where electrical infrastructure isn’t as robust.
Benefits of Isolation Transformers
Many industries are finding benefits from working with isolation transformers. Large commercial and smaller businesses need local and emergency backup power to stay open during outages. Let’s look at some of the reasons why isolation transformers are becoming more common.
-
Isolation transformer use results in improved equipment performance
Isolation transformers are a great way to improve equipment performance and reliability. That is especially true in environments where electromagnetic interference or voltage spikes can be an issue. An isolation transformer allows sensitive electrical equipment to be safely operated without risk of damage due to electrical disturbances.
For example, a factory that uses automated machines to produce parts may have issues with voltage spikes caused by motors. The risk of damage due to voltage surges is significantly reduced by installing isolation transformers on each device. This ultimately results in improved performance and efficiency.
-
Reducing energy wastage, resulting in lower energy bills
Isolation transformers can help to reduce energy bills since the device prevents electricity from being wasted. By isolating the input circuit from the output circuit, less electricity is consumed, resulting in savings for the company. It is something that naturally entices companies to invest in them.
-
Provide safety for personnel
Isolation transformer application is numerous, including hazardous locations and electronic systems. They are designed to limit the amount of current that can transfer. It helps protect personnel from exposure to potentially dangerous voltage levels. Additionally, we can use them to reduce the electromagnetic interference (EMI) caused by high-voltage or high-current applications.
-
They are reliable
Isolation transformers are designed explicitly by isolation transformer manufacturers to protect against electrical shock. And they’re proven more reliable than any other type of transformer. It is because they’re immune to electrical interference – which can lead to problems like power outages and transformer fires.
-
Reduces noise
Electrical noise affects the performance of an apparatus by disrupting the signals. Electrical signals enter power and signal circuits, causing electrical noise. An isolation transformer combats that. Electric fields are prevented from interfering with power flow in equipment with a Faraday shield. Unwanted currents are not able to interrupt power and signal circuits in equipment.
-
Easier to repair
Isolation transformers are more accessible to repair than other types of transformers, which means they’ll last longer and be more reliable in the long run. The ease at which they can be repaired reduces the downtime that the companies would have because of a faulty isolation transformer. It is one of the most significant advantages and reasons why there is an increase in the use of insolation transformers in the industrial sector.
Conclusion
There is no question that voltage stabilizer plays a crucial role in industrial use. Without them, it is unforeseeable how industries we desperately need can survive and work efficiently. Isolation transformers are one of the many pieces of equipment used by such industries. And their many benefits make it clear that their use will continue to rise.
