The continuous variation in loads connected to the electrical grid, disturbances generated by the loads themselves, potential faults in distribution lines, voltage drops due to line length, and problems caused by lightning strikes make it impossible to have a stable voltage supply. Furthermore, when the total consumption of an electrical line decreases, the voltage tends to rise, causing overconsumption in the equipment that remains connected. By using a voltage stabilizer, overconsumption can be avoided, resulting in significant cost savings and ensuring that connected loads operate within their designed operating parameters.
Salicru's new EMi3 stabilizers are designed to provide the necessary continuous stabilization and prevent potential network overvoltages. This makes them the ideal solution for protecting equipment that, due to its power and highly reactive nature, is highly sensitive to voltage variations. Examples include: drives and switching equipment in electrical substations, electric furnaces, numerical controls, elevators, graphic printing equipment, production lines, medical equipment, TV repeater stations, and machine tools (milling machines, grinders, presses, lathes, polishers, EDM machines, etc.), among other applications.
Their operating principle is based on the regulation, via a control circuit, of the variable-regulation autotransformer that supplies the voltage to the series-connected booster transformer, either in phase or out of phase, to achieve the nominal output voltage. Currently, Salicru also has other ranges of stabilizers, such as the RE series of electronic stabilizers, the NS series transformers and the ARC series continuous regulation autotransformers.
Risks and costs of not installing an industrial UPS
Industrial environments have a number of specific requirements regarding their electricity supply. Its continuity, reliability, and efficiency are non-negotiable and must be achieved at a reasonable cost that contributes to the profitability of companies and organizations.
