Electronic devices, which are in a large part of life, play a superior role in facilitating and making all operations practical. They do the job in almost every subject, and they are used in formal and fun times. Mains electricity is used for the operation of these devices. Sometimes, electric current does not come to homes or workplaces regularly. The voltage is unbalanced, which can cause the electricity to drop and return to normal. Sometimes the voltage drop is not enough to turn off the devices, but the unbalanced electric current can cause serious damage to the electrical devices after a while.


Voltage drop is frequently experienced not only in homes, but also in workplaces and industrial areas where high electrical currents are experienced. While it only causes damage to electronic devices in homes and offices, factories etc. It causes disruption of all operations in places. It even stops the production for a while by causing the devices to break down.

Sometimes it may seem like an ordinary voltage irregularity, but its constant repetition can cause serious damage. There is a need for a product to prevent many more negativities such as the breakdown of electronic devices and the flow of business. This product is a regulator and allows not to be affected by the decrease or increase of the electric current. Thanks to the regulator , both devices can be protected and operations can be carried out without interruption. The functions of the regulator are not limited to these. Here ‘s more information you need to know about the regulator . Now we are looking for answers to the questions of what is the regulator, what is it for.


Regulator is known as a foreign word that entered Turkish from the French word. The meaning of this word is in Turkish as regulator and adjuster. The regulator plays a superior role in providing a balanced electric current to the devices. It prevents irregularities such as any increase or decrease in the electrical network and plays an active role in regulating this voltage. The mentioned devices protect electrical devices by keeping the speed, pressure, electrical frequency and electrical current constant at a certain level.

The arrival of mains electricity to homes or offices can sometimes be high and sometimes low. The regulator, on the other hand, takes action in this situation of irregularity and adjusts the low electricity to high and the high electricity to low. In other words, if the energy is low, it gives more electrical current to the devices and allows it to stay at the same level. The opposite of this situation can also occur. When a high voltage comes to the electrical network for any reason, devices in the workplace or at home may be adversely affected. However, at this point, when the regulator is activated, it balances the electric current and transmits it to the devices. The mentioned devices reduce or increase the electrical energy thanks to some parts they contain. It performs this energy reduction or boosting process through the circuit that operates the device. It is recommended to use 3 regulators because voltage irregularity has a more important place in places where high electric current is used, such as in industry. However, 1-2 regulators are sufficient in places such as home or mini-office.


In order for the regulator to work properly and correctly, a serial connection is made from the transformers. Regulators, which have a highly reinforcing feature, undertake a superior task in regulating this voltage distributed from the transformer. The main source of regulators is finder element, servo motor and extension elements. At this point the finder element contains the major changes that were set earlier.

The emitting elements manage to bring the unbalanced current to the electrical devices to predetermined levels. Besides these, the servo motor has to go into its range for the adjuster size to spread.

The regulator can be examined in two different ways. One of them is a complex regulator, while the other is a simple regulator. In case of a short circuit in the electrical current, the regulator is activated and this instantaneous interruption allows the ideal electricity to go to the devices normally as if it never happened. In this way, it prevents any problems with electrical devices.

One of the biggest problems of simple regulator models is that they cannot respond instantly to instantaneous imbalances such as short circuits. However, such problems are not encountered in complex regulator models. Likewise, since complex regulators anticipate the changes to be experienced, they also intervene immediately to sudden or small changes. Thanks to these features, they protect the health of electronic devices and prevent disruptions in the workplace.

Finally, whatever the regulator model is, its task is to balance the voltage that occurs as a result of sudden changes from the mains electricity. This brings the fluctuations to an acceptable level.


The regulator can be preferred in many areas. These areas are:

  • Telecommunications Equipment
  • Automation Equipment
  • Woodworking Machinery
  • Injection Machines
  • Printing Machines
  • CNC Machines
  • Motorized Machines
  • Market Equipment
  • Heating and cooling systems
  • Uninterruptible Power Supplies
  • Medical Devices
  • Radio Transmitters
  • Television Transmitters
  • Textile Machinery
  • Design Machines
  • Electrical Appliances
  • air conditioners
  • Jewelery Devices
  • Technical Devices
  • Photo Printing Machines
  • elevators
  • Card Access Systems
  • Laboratory Devices
  • Dental Equipment
  • Laser Devices
  • Telephone Exchanges
  • Burglar Alarm Systems
  • Motorized Shutters
  • Computer Systems
  • Lighting Units
  • Fire Safety Systems
  • Personnel Attendance Control Systems
  • Marine Equipment
  • combi boilers
  • Packaging Machinery
  • Leather Processing Devices


With the increase in technological developments, a product that has entered our lives is an automatic voltage regulator. The type of regulator mentioned is divided into two as micro and static processor. The devices start to work after the automatic voltage regulator, step settings are removed from manual and evolved into automatic settings. All types of regulators that perform such operations automatically are called automatic voltage regulators. The energy desired to be received during the transition to these devices is defined.

Automatic voltage regulators can be adjusted at a level not exceeding -90 V and +50 Volts. However, it is necessary to get help in determining these values. Because it is not healthy to randomly determine or decide on the text read. In general, the values ​​given as standard are useful in mild cases when an average mains voltage is experienced. Therefore , when the regulator is purchased, it is important to ask for support from the staff who come to the installation. However, thanks to the information provided by experts and experienced people in the field, the device can be used in a healthy way. Finally, automatic voltage regulators draw attention as one of the devices that are not used when there is an overvoltage. Therefore, it is not recommended to be taken without adequate research and knowledge about this device.


The regulator may be needed not only in homes and workplaces, but also in many areas. Vehicles are among these areas and the use of regulators is extremely necessary. It is used in the same way in vehicles as it is in other areas, and it is found in cars as a stabilizing element. Moreover, regulators are one of the most necessary tools for cars.

When a regulator malfunction is found in a vehicle, the pressure is usually low. In this case, the car is faced with the problem of switching to gasoline. If a regulator malfunction is encountered in the vehicle, problems such as sudden stopping, not holding the idle and LPS brain freeze can be seen. At this point, the most basic task of the regulator, which is preferred in vehicles, is evaporation by heating LPG.

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