Benefits of Using a Rotary Frequency Converter

Frequency converters are powerful and essential devices in many different workplaces. Whenever a facility needs to test or operate electronics or machinery on a separate electrical frequency or transfer three-phase power to a single-phase supply, they can accomplish this with a converter. There are two main types of frequency converters: rotary and solid-state or static. The version that you decide to use may depend on the needs of your workplace. With that, consider the benefits of using a rotary frequency converter in your field.

More Power

Rotary frequency converters are a good option in heavy-duty environments because their mechanical structure grants them more power than you can get from the electronic components of a solid-state converter. Industries like manufacturing plants, railway or hydroelectric facilities, automation lines, and aircraft hangers all operate better with the enhanced power provided by the motorized parts of a rotary frequency converter. In addition to power needs, it’s important to consider how much noise frequency converters make. Some options are louder than others, so remember to always wear protective gear for your ears when working in industrial environments. Many of these workplaces are quite loud, and prolonged exposure to sounds at higher decibels can cause permanent hearing damage.

Electrical Isolation

One of the most significant benefits of using a rotary frequency converter is that it provides complete isolation from electronic systems. Because these devices operate mechanically with a motor and generator, you can continue to run them even when power stops briefly or goes out for an extended period of time.

Highly Durable

Because rotary frequency converters have so many moving parts, it makes them far more durable than other types of converters. The construction of rotary converters makes them far more capable of withstanding larger amounts of electricity and safely diverting that power into other devices or systems. Manufacturers build rotary frequency converters to withstand much harsher environments, meaning these devices are more likely to hold up when exposed to extreme temperatures, electrical overloads, or excess humidity.

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