5 Benefits of Using a Toroidal Transformer
Toroidal transformers are favored as long-term solutions for multiple reasons, due to their high efficiency. The small size and light weight are major factors that add to their high quality performance. They are about half the size and weight of more traditional toroids, making them ideal for compact power supplies.
A key reason for their effectiveness is that windings are distributed uniformly around the core, which contributes to lack of mechanical hum. Another reason why toroidal transformers are favored in a wide range of equipment is they use a fraction of the energy consumed in the E-1 and other conventional transformers.
Here are five other reasons why toroidal transformers are used for many industrial applications:
Low noise and low stray field - The field generated by magnetization, also known as the stray field, is lower in a toroidal transformer, due to the uniform core windings. Less magnetic interference in toroids results in higher performance.
Easy to mount - Using just one screw, toroidal transformers can be easily mounted in a short time. This convenience helps limit maintenance and downtime.
Low operating temperature - Toroidal transformers operate at lower temperatures than transformers with similar specifications.
Light weight core - The core of a toroidal transformer weighs less than typical transformers due to it being comprised of less raw materials.
More economical - Since toroidal transformer cores are manufactured from fewer materials, they weigh less than conventional transformers and use less energy, providing better cost savings and higher return on investment.
Conclusion: The toroidal transformersâ€™ efficiency makes them useful for a wide array of machines such as audio/visual equipment, security systems, telecommunication systems, industrial control equipment and power distribution equipment. Cost efficiency is an important key to the widespread use of toroidal transformers, as well as the fact that they can be customized for any diameter and height.