How To Choose A Voltage Regulator?

Electronic devices are items that we use every day at home, the office, the doctor’s office, work, or any place where there is electricity and some type of electronic device is required.

However, electricity is something that has a whole structure, but with its irregularities. Depending on the region and the capacity of said region, problems such as anomalies in the transfer, light intake, and blackouts, among others, can damage our electronic devices.

On the other hand, the useful life of our devices will depend a lot on discharges, spikes or blackouts, to a large extent, apart from the use we give them since a strong blackout or electric shock can damage much of our equipment.

What is a voltage regulator?

A voltage regulator is a device that helps supply a stable electrical voltage in order to protect all electrical devices, machinery, and equipment. A regulator protects from any electrical phenomenon, voltage, overvoltage, variations or blackouts, making the useful life of the devices much longer.

Most regulators have the ability to receive voltage changes or input variations and are responsible for providing a specific output voltage for the correct one depending on the equipment, as well as the devices that are connected to the electrical power supply.

Why is it important to have a voltage regulator?

All equipment to be protected such as machinery, appliances and other devices that require electrical supply are designed to operate with a certain electrical parameter or specific voltage. For the most part, they come from the factory and in some cases, the parameter they require varies.

In the event that the maximum or minimum voltage values ​​are exceeded for any reason, the operations of said device may vary, causing the equipment to lose its capacity and may even break down.

For this reason, Altron Engineering says that it is important to have a regulator that helps our devices to perform correctly, especially in the case of having several running at the same time.

What types of regulators are there?

The type of regulator will depend on the capacity that your devices require, as well as the maximum number of devices that you have running at the same time.

Since the electricity that powers each of the devices is distributed and each uses a different capacity, it is therefore valuable that an electronic device such as the regulator is present.

There are several types of them, such as a voltage regulators, a non-break, UPS, surge suppressors, and even multi-contact surge suppressors. Which one is the best will depend on how many devices you have running at the same time, as well as their maximum and minimum voltage.

What is Industrial Regulator?

An industrial voltage regulator is a device that has the capabilities and requirements to provide protection to machinery and equipment of extensive dimensions and corresponding to various sectors in the industry.

In the industry, there is a vast and varied range of voltage regulators with advanced technology to meet the needs of the most rigorous industrial sectors.

Application of industrial voltage regulators

The application of industrial voltage regulators is solely for the protection of industrial machinery and equipment against electric shock. For example:

  • Automation systems
  • Control systems
  • Measurement systems
  • Computer systems
  • Illumination systems
  • Electric systems
  • Motorization systems

Types of industrial voltage regulators

  • Biphasic: These voltage regulators are used for equipment with medium capacities, such as laboratory equipment, computer equipment, printers, plotters, and air conditioners; their capacity is between 4 kVA to 10 KVA.
  • Three-phase: They are used for the protection of extensive electrical equipment in the industrial, medical, commercial and telecommunications sectors. With capacities from 6 kVA, 10 kVA, 15 kVA, 20 kVA, 30 kVA and up to 45 kVA.

How to choose the best voltage regulator?

In the first instance, it is necessary to verify the voltage consumption of all our devices, normally all these characteristics are already specified on the factory labels and manuals.

The data is measured in Voltage (V) which is the energy consumption, another fundamental data is the number of Amperes (A) which is the frequency, in third place, there is the Hertz (HZ) and finally, the phases that can be 1, 2 or 3.

Once you have the data of all your electronic devices, especially those that are being used at the same time, then you can make an average to know which are the ones that use the most and which are the maximum and minimum in terms of V, A and HZ.

With this information you can select a voltage regulator, to maximize the safety of your equipment, it is best to have a regulator that needs 80% of its capacity. For example, if the maximum that you need to protect your equipment is 800 V, the most optimal regulator is 1000 V.

On the other hand, it is always important to have a high power supply efficiency, a feature you should consider for your regulator, with an efficiency greater than 90%.

In the case of a company or a work site where the equipment is much larger, with systems that require greater capacity, it is important that you consult experts to have a correct power supply and the most suitable regulator.

You can approach experts to choose a regulator that best suits you with the characteristics you require for the use you are going to give it. In this way, you can be sure that your equipment will last longer and that is protected against any electrical or voltage anomaly.