Shanghai Yingshidan Electric Appliance Group Co., Ltd., a trustworthy oil type induction regulator production factory in China, is responsible for the basic definition and working principle of induction regulators
Induction voltage regulator adjusts the voltage by changing the inductance value of the circuit through self inductance and mutual inductance principles. Its main components include iron core, coil, and output terminal. The coil can be a fixed coil or an adjustable coil, and the inductance value can be adjusted by changing the number of turns and position of the coil, thereby adjusting the output voltage 1.

working principle
The working principle of an induction regulator is similar to that of a locked rotor asynchronous motor, and the energy conversion relationship is similar to that of an autotransformer. By using transmission mechanisms such as handwheels or servo motors, angular displacement is generated between the stator and rotor, thereby changing the phase and amplitude relationship of the induced electromotive force between the stator winding and the rotor winding, in order to achieve the purpose of adjusting the output voltage.
Characteristics and advantages of inductive voltage regulators
The main features of an induction regulator include:
Accurate output voltage: suitable for high-power and high-voltage applications.
Contactless conditioning: Long service life, suitable for various types of loads.
Strong overload capacity: able to adjust the output voltage continuously, smoothly, and infinitely under load conditions.
Specific advantages
High efficiency: low no-load current and low no-load loss.
Low noise: Smooth operation with minimal noise.
Long lifespan: The internal body has no carbon brushes or other contactors and components, with minimal wear and tear, and is sturdy and durable.
Application scenarios of inductive voltage regulators
Inductive voltage regulators are widely used in multiple fields, including but not limited to:
Research: Used for voltage regulation of various experimental equipment.
Communication: Ensure stable power supply for communication equipment.
Experimental equipment: such as motor and electrical testing, electric furnace temperature control, etc.
Light regulation and rectification equipment: suitable for various occasions that require voltage regulation.
Application in specific industries
Mechanical manufacturing: used for voltage control of large mechanical equipment.
Chemical engineering: Ensuring the stability of chemical reaction processes.
Textile: Adjusting the voltage demand of textile machinery.
Military industry: plays an important role in military equipment.
Shanghai Yingshidan Electric Appliance Group Co., Ltd., a trustworthy oil type induction regulator production factory in China, provides specifications, models, and usage precautions for induction regulators
Common specifications and models
TSJA series: such as TSJA-400KVA and TSJA-800KVA, with different input and output voltage ranges, suitable for occasions with different power requirements.
TS (J) A type: specially designed for motor testing, with characteristics such as high smoothness, small lower limit value, and low waveform distortion rate.
Precautions for use
Ensure that the input voltage matches the rated voltage.
Avoid overloading and prevent electrical shock and mechanical pressure from affecting the equipment.
Keep the environment around the equipment dry and ventilated, and avoid moisture, grease, corrosive gases, and dust pollution.
Maintenance and upkeep of inductive voltage regulators
Maintenance points
Regularly check whether each component is securely fastened.
Maintain internal cleanliness without special maintenance, adopting modular design for easy maintenance