A stabilizer is an electronic device which supplies the stable voltage to the electrical equipment. It protects the electrical equipment from voltage fluctuations. A servo stabilizer is stabilization equipment which uses the servo motor to correct the stabilization system. It gives the maximum voltage with the help of the buck or boosts transformers which hold the fluctuations of voltage from the entry-level or the input level and stabilizes the power to perfect the output. The AC motor is the one that assists the voltage clockwise or an anticlockwise direction and curtails the output voltage with the help of electrical components such as the card controller, card dimmer, transistors, comparator, mocs and much more.
A servo voltage stabilizer will be ideal for all the household appliances commonly used in Indian homes. Servo voltage stabilizer dealers in Chennai offer a wide range of voltage stabilizer for domestic and commercial purposes.
There are primary seven electrical components in a servo voltage stabilizer. They are:
Variable transformer or the dimmer, series transformer or the buck-boost transformer, synchronizing motors or the servo motor, contactor or relay, MCCB or the MCB, electronic circuits and carbon brush.
The dimmer or the variable transformer is one of the primary components which is round in its shape. A silicon core is used as a base, and the copper wires are used accordingly. The primary work of the variable transformer is to decrease and increase the voltage that is given to the buck-boost transformer. Nearly fifty percent of the voltage is reduced and enhanced by the variable transformers only. Say if the input power voltage is one hundred and sixty-five volts., The variable transformer will higher it by twenty-five to thirty volts making it one hundred and ninety-five volts while the balance twenty-five volts since the requirement is the buck-boost transformer does two hundred and twenty volts.
The buck-boost transformer is the opposite of the variable transformer in shape. It is rectangular in nature. Once the transformer case or structure is built, it is sunken in varnish for more safety. This varnish coating is also known as the transformer varnish is applied to all the windings used in the boost-buck transformer. This is done to safeguard them before the stabilizer with servo motor being ready for the check.
Synchronizing Motors: This is one of the most crucial parts of the stabilizer. The motor is the one that rotates to connect the arm on the variable transformer clockwise and anticlockwise.
Carbon Brush: when the input variation voltage is often the carbon brush will get damaged, and the replacement has to be done. The purpose of the carbon brush is to make contact with the variable transformer.
Contractor: It is to keep a check on the output. When the Servo Stabilizers exceeds the actual limit.
MCB, MCCB: This particular component is used to turn on and off the stabilizer for protection during overload.
Electronic Circuit: similar to the names function, it provides signal to provide accurate voltage.
Apart from these seven primary parts, There are other components in the stabilizer such as the ampere meter, voltmeter, connectors, etc.,The servo stabilizer has the edge over another stabilizer. There are two types of stabilizers which are the relay based, and the other is servo motor based. The primary servo checks the buck-boost function. The fundamental difference between the two stabilizers is the accuracy.
The servo stabilizer not only involves fixing voltage but is also durable energy equipment. The advantages of these stabilizers are:
1.No switch system is assisting in fluctuation of voltage as per the required level.
2.It is an ideal stabilizer for hospital industries for medical imaging equipment like the X-rays, radiation and diagnostic centers
3.It is also ideal for schools, homes, and industries
4.They are apt for your budget
5.It supports up to five thousand KVA and above
This is the best stabilizer which can give strong and more extended performance. Servo voltage stabilzers are a must have in current indian household. Failing which we are putting our favorite electrical appliances at constant threat of power fluctuation