Input Voltage | Rated voltage range: three-phase 380V (± 15%) Allowable input voltage range: three-phase 380V (± 20%) |
Output Voltage | Three-phase 380V ± 5%, settable |
Voltage Stabilization Accuracy | ± 1-5% (configurable), 3% is factory set |
Working Frequency | 50/60Hz |
Withstand Voltage | 2000V, no breakdown for 1min |
Waveform Distortion | ≤ 0.1% |
Usage Efficiency | ≥ 98% |
Insulation Resistance | ≥ 2mΩ |
Reaction Time | ≤ 100ms |
Holding Time | When the input voltage jumps at 10% relative to the rated value, the stabilization time is<1.5s |
Operation Mode | Stabilized voltage&mains power |
Insulation Level | Class F |
Withstand Voltage | 2000V, no breakdown for 1min |
No-Load Current | ≤ 4% |
Cooling Method | Natural air cooling |
Working Environment (Temperature) | -30~+45ºC |
Working Environment (Humidity) | ≤ 90% |
Altitude | < 2000m |
Storage Temperature | -40~+70ºC |
Installation Site | No gas, steam, chemical precipitation, dust, and other explosive and corrosive media that seriously affect the insulation of the voltage stabilizer |
Enclosure Protection Level | IP 20 |
Executive Standards | YD/T1074-2000 GB1094.11-2007 |
NO. | DESCRIPTION |
1. | Convenient maintenance, safe and reliable |
2. | Space saving, coil (primary winding&secondary winding), iron core, silicon steel sheet, magnetic shunt, resonant capacitor, compensation winding, etc., with reasonable modular design |
3. | Reduce acquisition costs |
4. | Reduce line loss and avoid increased line loss and voltage drop caused by connecting the voltage regulator and transformer with cables |
5. | increase of efficiency |
6. | withstand transient huge voltages and currents |
7. | Handling harsh temperature, humidity, and vibration environments |
8. | It is often used in imported equipment because it can maintain the voltage stabilization accuracy and voltage transformation range |
9. | Faster reaction time |
Product characteristics | Description |
True RMS sampling | High accuracy, good sensitivity, good measurement speed, and good frequency characteristics. High input impedance and low output impedance. Wide power range Low power consumption |
Vacuum impregnation | High insulation strength Good mechanical performance Low noise Corrosion resistance Long service life |
Control chip | MCU control chip: Original imported industrial grade 32-bit interface (Italian French company) ARM chip: strong anti-interference ability, fast computing speed, and high-precision AD acquisition Digital circuit control: reliable and intelligent operation |
Manufacturing process | Adopt vacuum drying and vacuum impregnation (strictly control the annual vacuum degree of insulating paint) Automatic monitoring: time&temperature, ensuring product reliability Improve the withstand voltage strength, insulation resistance, and overload capacity of the transformer |
PROTECTION FUNCTION | DESCRIPTION |
Overvoltage and undervoltage protection | When the output voltage exceeds the set value, the equipment automatically protects |
Overcurrent protection | Automatically cut off the power supply when the current exceeds the rated value |
Mechanical protection | Automatically cut off the power supply when the voltage regulation operation exceeds the area |
overload protection | Automatically cut off the power supply when overloaded |
Short circuit protection | Automatically cut off the power supply when the load is short circuited |
Centerback function | When the sampling voltage exceeds the set value range, Voltage Automatic centering |
Phase sequence protection | Automatic protection and no voltage output during reverse phase/phase loss |
Delay output | After switching on the power supply, it will automatically delay for 5~8s before putting into operation |
Number of phases | Rated capacity (KVA) | Dimensions (width * depth * height) |
Single (Basic) | 10 | 650*650*1000 |
20 | ||
30 | ||
50 | ||
80 | 780*840*1300 | |
100 | ||
Three (Basic) | 15 | 720*780*1440 |
20 | ||
30 | ||
50 | ||
80 | 780*840*1600 | |
100 | ||
150 | 960*1300*2000 | |
180 | ||
225 |