Sola Transformers
Transformers manufactured by SolaHD are guaranteed to perform heavy-duty work, distributing power across industrial and commercial settings. For power-hungry applications and for installations like data centers that must meet the needs of robust electrical loads, power supplies must be capable of precise voltage regulation. Without precise regulation, electrical current won't work the way devices with electrical circuits are intended to work. And when electrical current isn't working in the right way, the equipment can fail or suffer performance losses.
SolaHD Transformers set themselves apart in several ways. One of these is their devotion to durability and long-lasting service. They are designed and built from the ground up to handle the catastrophic effects of power surges, electrical noise, and temperature swings.
There are many different types of SolaHD transformers. These include control transformers, isolation transformers, and power conditioners. Each serves its unique purpose. For example, a control transformer might be used to ensure a certain voltage, while an isolation transformer might be employed as a kind of insurance against electrical noise or transient surges.
Transformer Basics: What is a Transformer
Transformers take one type of voltage and convert it to a different kind of voltage. The amount of energy being used stays the same. When voltage is increased or decreased by a transformer, the amount of energy is not increasing or decreasing, it is simply changing the way the energy is being used. Ohms law (V=IR) shows that the current will change proportionally to the voltage. Therefore when voltage increases, amperage decreases. When voltage decreases, amperage increases. A transformer can take any type of AC voltage and change that voltage either up or down. For example, power companies use transformers to change the voltage from a very high, dangerous voltage down to a level that can be safely used in homes. In industrial applications, transformers step down voltage from 480VAC to 120VAC to use in control circuits.