The modern voltage stabilizer is a unique mechanical device that can maintain the voltage at the proper level even in the case of sharp jumps or a short circuit in the network. Such a technique will be able to protect expensive electrical appliances, production equipment and other devices, avoiding their breakdown or failure. And all that you need is to install the unit by connecting it between the constantly jumping network and the device, thereby maintaining the voltage in the electric network at the proper level.
One of the main characteristics of this device is still a reloading ability, which, first of all, indicates the probability of maintaining the greatest overload. The higher this indicator, the better and more reliable the voltage stabilizer is considered to be more reliable.
Parameters affecting the overload ability of a stabilizer.
One of the main parameters that is able to influence this indicator is considered to be the quality of switching elements. Some manufacturers of this category of goods produce stabilizers that contain thyristor modules of well -known brands made using special technology. Often thyristor vapors are selected by unit control currents, inclusion and retention, or on the basis of a direct voltage drop in the value. Also, copper in high -temperature isolation can be used for the production of the device winding. A similar design of the stabilizer provides good indicators of its cooling, as a result of which the overload ability of the equipment can be increased by at least 30%. In addition, this equipment of the device in every possible way contributes to the exposure of short -term overloads several times exceeding the working power of the modern device.
The lowest reloading ability is today observed by electronic stabilizers, so such equipment will easily fail, both in the case of significant loads and with a short circuit in the network. That is why, giving preference to this model of the device, it is best to choose a stabilizer with a good power supply, which should begin with a mark of 20% or more. Moreover, such a technique is compact in size and convenient in the process of a long period of operation.
Source: