20 kVA Single Phase Automatic Voltage Stabilizer with high efficiency and 110V±3%/ 220V±3% output voltage stability, 95-125V/ 190-250V wide input voltage range full automatic intelligent protection, is ideal for domestic or industrial purposes.
Features
- Wide input voltage: 95-125V/ 190-250V AC or customize
- The high accuracy of the output voltage: 110V±3%/ 220V±3%, other voltages can be customized
- High technology: Programmed control computerized
- Perfect protection function: Over/low voltage protection, over-heat/load protection, short circuit protection
- Fashion design: LCD display that can show all protection functions i.e. input voltage, output voltage, temperature, loading, fault indication, and so on.
Specifications
Product Name |
Automatic Voltage Stabilizer |
Model Number |
ATO-TND/JSW-20kVA |
Capacity |
20 kVA (The power capacity of the voltage stabilizer needs to be 1.5~2 times greater than the load power) |
Phase |
Single Phase |
Input Voltage Range |
±15% tolerance of output voltage |
Output Voltage* |
220V±3%/ 230V±3%/ 240V±3%/ 110V±3% (Optional) |
Adjust Time |
<1sec. (Against 10% input voltage deviation) |
Frequency |
50Hz/60Hz |
Current Type |
AC |
Protection Overvoltage |
<246±4V |
Temperature Rise |
<60°C |
Ambient Temperature |
-10°C~+40°C |
Insulation Resistance |
≥5MΩ |
Temperature Protection |
110℃±10℃ |
Relative Humidity |
<95% |
Wave Form Distortion |
No additional waveform distortion |
Load Power Factor |
0.8 |
Efficiency |
≥90% |
Display |
LCD |
Protection Grade |
IP20 |
Dielectric Strength |
1500V/min |
Certification |
CE |
Warranty Period |
12 months |
Weight |
78 Kg |
Size |
410*330*650mm |
Note: The provided 20 kVA voltage stabilizer is 1-phase (L, N, G) by Europe standard. We can customize the split phase (L1, L2 + G) like the USA standard, just confirm with us by email after ordering. |
Details
3 key tips to choose a right single-phase voltage stabilizer
Choosing a single-phase voltage stabilizer requires understanding your specific needs and the technical parameters involved.
1. Determine Load Capacity
The first step is to calculate the total power consumption of all the devices you plan to connect to the voltage stabilizer. This is usually measured in watts (W) or kilovolt-amperes (kVA). Choose a voltage stabilizer with a capacity that is 20-25% higher than your calculated load to ensure reliable performance during voltage fluctuations.
2. Input Voltage Range
Check the voltage fluctuation levels in your area. Single-phase stabilizers are designed to operate within specific input voltage ranges. Select a model that covers the range of voltage fluctuations in your region to ensure it can regulate the voltage effectively.
3. Output Voltage Regulation
Voltage stabilizers maintain a stable output voltage, usually 220V or 230V in most countries. Ensure that the stabilizer you choose provides accurate output voltage regulation within a specified tolerance (±5% or ±10% is typical). This ensures your devices receive the correct voltage, protecting them from damage.