Please find the brief product description about the SVC (TND) series industrial fully automatic single-phase AC voltage regulator below:
Brief vedio introduction of TND series industrial fully automatic single-phase AC voltage regulator:
Product details:
The TND series single-phase high-precision fully automatic AC voltage stabilizer consists of a contact type autotransformer, servo motor, automatic control circuit, etc. When the voltage of the power grid is unstable or the load changes, the automatic sampling regulator control circuit sends a signal to drive the servo motor, adjust the position of the regulator’s autotransformer regulator carbon brush, and adjust the output voltage to the rated value and reach a stable state.
Main technical parameters:
Input voltage: single-phase 140V-260V
Output voltage: 220V and 110 (100) V
Rated power: 10KVA
Frequency range: 50/60Hz
Working temperature:- 10℃-+40℃
Voltage stabilization accuracy: 220V ± 3%, 110V ± 6%
Waveform distortion: No additional waveform loss
Load power factor: 0.8
Efficiency: 90%
Insulation resistance: greater than or equal to 2MQ
Usage scenario:
TND single-phase industrial voltage regulators can be widely used in any place that consumes electricity, such as office equipment, testing equipment, medical equipment, industrial automation equipment, household appliances, lighting systems, communication systems, etc.
Product features:
It has the characteristics of waveform distortion free, high efficiency, reliable performance, and long-term operation.
It is equipped with short delay, overvoltage and other protection functions, and can be added with long delay and undervoltage protection functions according to user needs.
Suitable for areas with large fluctuations in grid voltage or seasonal variations in grid voltage, it can provide high-quality power supply.
Technical advantages:
The motor is automatically servo stabilized with fast response speed.
The output voltage can be continuously adjusted, and the output accuracy is high.
The output waveform has no additional distortion and is suitable for strong loads.
Efficient and energy-saving, with minimal work loss.
Overvoltage and undervoltage all-round protection function, safe and reliable.
