Solenoids are fundamental in the electrical distribution sector, especially in the automation of energy generation facilities. These electromagnetic devices are found in low, medium, and high-voltage systems, as well as in primary and secondary distribution cells, with the aim of ensuring safe and efficient operation.
In the field of renewable energy, solenoids also play a key role. Thanks to their operation, they optimize the performance of wind farms and wind turbines.
Single-Acting Linear Solenoids: The Favorite in Electrical Distribution
Among the different types of solenoids, single-acting linear solenoids, such as the ER series model, are the most widely used in electrical distribution installations. Also known as single-action or pull-type solenoids, they are valued for their practical design and high cost-effectiveness. 
Why Choose Single-Acting Linear Solenoids?
This type of solenoid is relatively easy to manufacture, which reduces costs compared to more complex models.
Another advantage of single-acting linear solenoids is their compact design. This allows them to adapt easily to tight or space-constrained areas.
Operation of Solenoids in Electrical Distribution Cells
In electrical distribution cells, single-acting linear solenoids play a critical safety role. These devices can interrupt the power supply in the event of overvoltage, stopping the mechanism with a powerful impulse. Once the issue is resolved, they can be manually reset. These devices integrate seamlessly into control systems, and their on/off programming makes them easy to manage in demanding environments.
Solenoids are also an excellent choice due to their energy efficiency. They consume energy only during the activation phase, leading to long-term savings and high cost-effectiveness.
In summary, single-acting linear solenoids, such as the ER series model, combine a simple, compact, and efficient design with reliable and cost-effective performance. This makes them the ideal solution for electrical distribution cells.
