The AVR three-phase fully automatic AC voltage regulator is an upgraded version of the SVC series voltage regulator with more complete protection functions. When the voltage of the power grid is unstable or the load changes, the intelligent control circuit automatically samples the control circuit and sends a signal to automatically adjust the voltage, so that the output voltage is adjusted to the rated value and reaches a stable state. This product has the characteristics of waveform distortion, reliable performance, and long-term operation. It is equipped with overvoltage protection function. According to user needs, protection functions such as undervoltage and delay can be set up
High voltage accuracy and fast response. AVR can precisely control the voltage to ensure the stability of the output voltage.
It is able to adjust quickly when the load changes to meet the needs of different loads
High efficiency and energy saving. AVR regulators improve equipment efficiency and reduce energy consumption while maintaining stable output voltage,
helping to save energy and reduce electricity bills
Long service life and high reliability, by maintaining a stable output voltage,
AVR can extend the service life of the equipment and reduce the failure rate. It also has high reliability and low maintenance
Multi-function integration. Some AVR regulators have a variety of functions, such as lightning protection,
reactive power compensation, filtering, etc., which can greatly improve the overall performance of the power system
Industrial and mining enterprises
Import equipment
Elevator lighting
Test pack
Precision instruments
Computed tomography
Precision machine tools
Scientific research and other departments of electronic computers
Schools and hospitals
Railway, construction site
Medical equipment
Model | Power | Size (Width * depth * height) | Net weight (kg) |
AVR33-10KVA-S15 | 8kw | 340×400×770mm | 80 |
AVR33-15KVA-S15 | 12KW | 340×400×770mm | 93 |
AVR33-22.5KVA-S15 | 18KW | 390×500×820mm | 126 |
AVR33-30KVA-S15 | 24KW | 390×500×820mm | 140 |
AVR33-50KVA-S15 | 40KW | 450×670×1050mm | 157 |
AVR33-60KVA-S15 | 48KW | 450×670×1050mm | 216 |
AVR33-80KVA-S15 | 64KW | 500×770×1250mm | 295 |
AVR33-100KVA-S15 | 80KW | 500×770×1250mm | 325 |
Input | |||||||||||
Rated voltage | 380VAC (3L+N+G) | ||||||||||
Voltage range | 323VAC~437VAC (customizable for a wider range) | ||||||||||
Frequency | 50/60 Hz | ||||||||||
Output | |||||||||||
Rated voltage | 380VAC (3L+N+G) | ||||||||||
Stable voltage accuracy | ± 1% (1%~5% adjustable) | ||||||||||
Power factor | PF ≥ 0.8 | ||||||||||
Efficiency | ≥ 98% | ||||||||||
Response time | ≤ 0.5S | ||||||||||
Delay output | ≤ 5s (optional) | ||||||||||
Waveform distortion | ≤ 1% | ||||||||||
Protection function | |||||||||||
Overvoltage | If the output exceeds the rated voltage by 10% (adjustable), cut off the output | ||||||||||
Undervoltage | Output below rated voltage by 15% (adjustable), cut off output | ||||||||||
Overload | When the rated current is exceeded, cut off the output | ||||||||||
Misalignment | When there is an error in the three-phase electrical phase sequence, cut off the output | ||||||||||
Short circuit | When the load equipment is short circuited, cut off the input power supply | ||||||||||
Bypass | When the voltage regulator malfunctions or is repaired, it is equipped with a manual through device | ||||||||||
LCD screen display status | |||||||||||
Input voltage | Real time display of input mains voltage | ||||||||||
Output voltage | Real time display of voltage regulator output voltage | ||||||||||
Output current | Real time display of current working current | ||||||||||
Working condition | AVR, Bypass, Fuse Blown, Over voltage, Under voltage, Over load, etc | ||||||||||
Other indicators | |||||||||||
Cooling method | Air-cooled | ||||||||||
Insulation resistance | Whole machine to ground ≥ 2M Ω | ||||||||||
Whole machine withstand voltage | The whole machine is 2000VAC/min to ground without breakdown or arcing phenomenon | ||||||||||
Product noise | < 65dB/m | ||||||||||
Environmental requirements | |||||||||||
Working temperature | 0 ℃ -45 ℃ (no condensation phenomenon) | ||||||||||
Working humidity | 20% -90% |